mhurhangee/ep-ind-claims huggingface dataset:
A method of combined exchange of image data and related depth data, comprising: - converting an input image signal, representing the image data, comprising a predetermined number of input color components comprising a red, a green and a blue color component (R,G,B), into an output image signal comprising a luminance component and a chrominance component, whereby the chrominance component comprises two output color components which are computed on basis of spatially subsampling the input image signal; - combining the output image signal with the related depth data into a combined signal, comprising the luminance component, the chrominance component and a depth component which is based on the depth data; and - transmitting the combined signal over a physical connection using serial transport wherein bits representing consecutive samples being transported are put in a time sequential series, the physical connection comprising a number of channels which is equal to the predetermined number of input color components (R,G,B) and wherein the luminance component is transmitted over a first one of the channels, the chrominance component is transmitted over a second one of the channels and the depth component is transmitted over a third one of the channels. - converting an input image signal, representing the image data, comprising a predetermined number of input color components comprising a red, a green and a blue color component (R,G,B), into an output image signal comprising a luminance component and a chrominance component, whereby the chrominance component comprises two output color components which are computed on basis of spatially subsampling the input image signal; - combining the output image signal with the related depth data into a combined signal, comprising the luminance component, the chrominance component and a depth component which is based on the depth data; and - transmitting the combined signal over a physical connection using serial transport wherein bits representing consecutive samples being transported are put in a time sequential series, the physical connection comprising a number of channels which is equal to the predetermined number of input color components (R,G,B) and wherein the luminance component is transmitted over a first one of the channels, the chrominance component is transmitted over a second one of the channels and the depth component is transmitted over a third one of the channels.
An integrated circuit, IC, packaging method, comprising: attaching a die to a first side of a substrate; depositing a dielectric over at least one contact pad on a second side of the substrate before attaching the die to the first side of the substrate; depositing a mold compound on the second side of the substrate and on the dielectric before attaching the die to the first side of the substrate; and after attaching the die to the first side of the substrate: forming at least one opening through the mold compound and the dielectric, each opening exposing the at least one contact pad; and depositing packaging connections in each opening on the second side of the substrate that couple to contact pads on the second side of the substrate and arranged to electrically contact a further packaged IC, wherein the mold compound and the dielectric surround and contact each of the packaging connections, and wherein the mold compound supports each of the packaging connections. attaching a die to a first side of a substrate; depositing a dielectric over at least one contact pad on a second side of the substrate before attaching the die to the first side of the substrate; depositing a mold compound on the second side of the substrate and on the dielectric before attaching the die to the first side of the substrate; and after attaching the die to the first side of the substrate: forming at least one opening through the mold compound and the dielectric, each opening exposing the at least one contact pad; and depositing packaging connections in each opening on the second side of the substrate that couple to contact pads on the second side of the substrate and arranged to electrically contact a further packaged IC, wherein the mold compound and the dielectric surround and contact each of the packaging connections, and wherein the mold compound supports each of the packaging connections. forming at least one opening through the mold compound and the dielectric, each opening exposing the at least one contact pad; and depositing packaging connections in each opening on the second side of the substrate that couple to contact pads on the second side of the substrate and arranged to electrically contact a further packaged IC, wherein the mold compound and the dielectric surround and contact each of the packaging connections, and wherein the mold compound supports each of the packaging connections.
A downhole packer assembly, comprising: an outer skin; an inner packer disposed within the outer skin such that inflation of the inner packer is configured to expand the outer skin; an end support coupled to an outer skin end and an inner packer end; characterized by: a retraction assembly coupled to the end support via a plurality of connecting members; and a plurality of chambers disposed within the retraction assembly, wherein the plurality of connecting members are at least partially disposed within the plurality of chambers, wherein the end support is configured to be moveable in a first direction upon inflation such that volumes of the plurality of chambers increase thereby exerting retraction forces on the plurality of connecting members. an outer skin; an inner packer disposed within the outer skin such that inflation of the inner packer is configured to expand the outer skin; an end support coupled to an outer skin end and an inner packer end; characterized by: a retraction assembly coupled to the end support via a plurality of connecting members; and a plurality of chambers disposed within the retraction assembly, a retraction assembly coupled to the end support via a plurality of connecting members; and a plurality of chambers disposed within the retraction assembly, wherein the plurality of connecting members are at least partially disposed within the plurality of chambers, wherein the end support is configured to be moveable in a first direction upon inflation such that volumes of the plurality of chambers increase thereby exerting retraction forces on the plurality of connecting members.
A method for determining residency of a multi-card mobile terminal having two or more cards, comprising: acquiring IMSI from each card; extracting Home Public Land Mobile Network, HPLMN, or Equal Home Public Land Mobile Network, EHPLMN, corresponding to each card from the acquired IMSIs; acquiring information about affiliated country and affiliated operator corresponding to the card from the extracted HPLMN or EHPLMN; if affiliated operators of the cards are the same, determining that the cards belong to a same service operator; characterized in that if affiliated operators of some of the cards are not the same, acquiring service country of the mobile terminal; if the affiliated countries of some of the cards are different from the service country, making said cards to attempt registration with a network of an operator, whereby the operator is selected from those included in affiliated operators corresponding to cards for which affiliated countries are the same as the service country; judging, based on whether the registration succeeds or fails, if said cards belong to the same service operator; and causing the cards belonging to the same service operator to reside in a same cell (S 13). acquiring IMSI from each card; extracting Home Public Land Mobile Network, HPLMN, or Equal Home Public Land Mobile Network, EHPLMN, corresponding to each card from the acquired IMSIs; acquiring information about affiliated country and affiliated operator corresponding to the card from the extracted HPLMN or EHPLMN; if affiliated operators of the cards are the same, determining that the cards belong to a same service operator; characterized in that if affiliated operators of some of the cards are not the same, acquiring service country of the mobile terminal; if the affiliated countries of some of the cards are different from the service country, making said cards to attempt registration with a network of an operator, whereby the operator is selected from those included in affiliated operators corresponding to cards for which affiliated countries are the same as the service country; judging, based on whether the registration succeeds or fails, if said cards belong to the same service operator; and causing the cards belonging to the same service operator to reside in a same cell (S 13).
Semi-mounted plough having a plough frame and to the right and/or to the left working plough bodies which are fastened thereto, a supporting undercarriage for supporting part of the plough weight on the ground, a coupling device being provided for coupling the plough to a pulling device of a tractor, wherein a drawbar connects the plough frame laterally steerably or pivotably to the hitching device via at least one upright pivot axis, and a first pivot point which is arranged fixedly relative to the hitching device and spaced apart from the pivot axis, and a second pivot point which is arranged fixedly relative to the drawbar or fixedly relative to the plough frame, characterized in that an energy accumulator (10, 15) mounted between the pivot points such that a compressive force or spring force of the energy accumulator causes a torque about the hinge axis which counteracts lateral pull.
An ultrasonic flaw inspection method for inspecting an inner part of an inspection material by transmitting an ultrasonic signal from an ultrasonic probe to the inspection material, and receiving the ultrasonic signal reflected from the inner part of the inspection material as a reflection signal by the ultrasonic probe, the ultrasonic flaw inspection method comprising: a reception step of receiving the reflection signal by the ultrasonic probe while changing positions of the inspection material and the ultrasonic probe; and an extraction step of extracting, from the reflection signal received at the reception step, a flaw signal as reflection from a flaw (F, Fd) in the inspection material; the method characterized by a flaw shape estimation step of determining presence/absence of directivity of the flaw (F, Fd) based on a received sound pressure obtained from a strength of the flaw signal extracted at the extraction step and estimating a shape of the flaw based on the received sound pressure and an expected sound pressure, wherein the expected sound pressure is a strength of a flaw signal calculated for a flaw shape of a virtual flaw, corresponding to the determined presence/absence of directivity of the flaw, as expected from ultrasonic directivity of the ultrasonic probe. a reception step of receiving the reflection signal by the ultrasonic probe while changing positions of the inspection material and the ultrasonic probe; and an extraction step of extracting, from the reflection signal received at the reception step, a flaw signal as reflection from a flaw (F, Fd) in the inspection material; the method characterized by a flaw shape estimation step of determining presence/absence of directivity of the flaw (F, Fd) based on a received sound pressure obtained from a strength of the flaw signal extracted at the extraction step and estimating a shape of the flaw based on the received sound pressure and an expected sound pressure, wherein the expected sound pressure is a strength of a flaw signal calculated for a flaw shape of a virtual flaw, corresponding to the determined presence/absence of directivity of the flaw, as expected from ultrasonic directivity of the ultrasonic probe.
A system for detecting a guide catheter disposed in a lumen of a blood vessel the system comprising: one or more processors, the one or more processors configured to: collect a set of scan lines using a probe disposed in the blood vessel and positioned using the guide catheter; determine a maximum intensity value for each scan line in a set of frames; average maximum intensity values of scan lines for each frame of the set of frames; and identify one or more frames from the set of frames as containing the guide catheter based upon the average maximum intensity value of the one or more frames being greater than the average maximum intensity value of other frames in the set of frames. collect a set of scan lines using a probe disposed in the blood vessel and positioned using the guide catheter; determine a maximum intensity value for each scan line in a set of frames; average maximum intensity values of scan lines for each frame of the set of frames; and identify one or more frames from the set of frames as containing the guide catheter based upon the average maximum intensity value of the one or more frames being greater than the average maximum intensity value of other frames in the set of frames.
A controller for controlling the operation of a valve in an engine system, the valve being in communication with a battery and a further voltage supply means and comprising an actuator, the controller comprising inputs for receiving data representing the voltage across the battery and further voltage supply means and the current through the actuator; a processor programmed to determine a control function for controlling the operation of the valve; and outputs for outputting the control function as determined by the processor to control the operation of the valve, the controller being characterised in that the processor is arranged to determine the resistance of the actuator from the data representing the voltage across the further voltage supply means and the current through the actuator and to determine the control function for controlling the operation of the valve in dependence on the voltage across the battery and the resistance of the actuator.
A method of wireless communications at a user equipment, UE, comprising: splitting a media access control, MAC, header into a first portion and a second portion; and sending, from the UE to a network entity on an uplink communication channel, the first portion corresponding to a pre-subheader (58, 802) located at the beginning of a MAC protocol data unit, PDU, and the second portion corresponding to a post-subheader (60, 816) located at the end of the MAC PDU, wherein the pre-subheader (58, 802) includes data that is needed for early processing at the network entity and the post sub-header (60, 816) includes data that takes time to generate at the UE; and wherein the first portion is sent at a first time and the second portion at a second time, the second time is after the first time. splitting a media access control, MAC, header into a first portion and a second portion; and sending, from the UE to a network entity on an uplink communication channel, the first portion corresponding to a pre-subheader (58, 802) located at the beginning of a MAC protocol data unit, PDU, and the second portion corresponding to a post-subheader (60, 816) located at the end of the MAC PDU, wherein the pre-subheader (58, 802) includes data that is needed for early processing at the network entity and the post sub-header (60, 816) includes data that takes time to generate at the UE; and wherein the first portion is sent at a first time and the second portion at a second time, the second time is after the first time.
A container sealing machine comprising: a rotary turret having a plurality of sealing heads arranged to rotate about an axis of the rotary turret, each sealing head comprising: an inductive heater arranged to inductively heat a foil closure of a container, and a sealing surface arranged to exert pressure on the closure, and a plurality of gripper assemblies arranged to rotate about the axis of the rotary turret, each gripper assembly being arranged for engaging a neck of a container. a rotary turret having a plurality of sealing heads arranged to rotate about an axis of the rotary turret, each sealing head comprising: an inductive heater arranged to inductively heat a foil closure of a container, and a sealing surface arranged to exert pressure on the closure, and an inductive heater arranged to inductively heat a foil closure of a container, and a sealing surface arranged to exert pressure on the closure, and a plurality of gripper assemblies arranged to rotate about the axis of the rotary turret, each gripper assembly being arranged for engaging a neck of a container.
A method of forming a thermoelectric device comprising: making a tetrahedrite powder by mechanically alloying a natural tetrahedrite ore having a first stoichiometric ratio with powder material selected from the group of elemental Cu, Sb, S and combinations thereof to form the tetrahedrite powder having a second stoichiometric ratio different than the first stoichiometric ratio, the second stoichiometric ratio being Cu 12-x TM x Sb 4-y As y S 13 where TM is a transition metal and 0 < x < 2.0 and 0 ≤ y < 4.0; solidifying the tetrahedrite powder to form solidified tetrahedrite; and placing a layer of the solidified tetrahedrite between the pair of thermal conductors. making a tetrahedrite powder by mechanically alloying a natural tetrahedrite ore having a first stoichiometric ratio with powder material selected from the group of elemental Cu, Sb, S and combinations thereof to form the tetrahedrite powder having a second stoichiometric ratio different than the first stoichiometric ratio, the second stoichiometric ratio being Cu 12-x TM x Sb 4-y As y S 13 where TM is a transition metal and 0 < x < 2.0 and 0 ≤ y < 4.0; solidifying the tetrahedrite powder to form solidified tetrahedrite; and placing a layer of the solidified tetrahedrite between the pair of thermal conductors.
A Stream Control Transmission Protocol, SCTP,-based communications method, comprising: receiving, by a network element selector, an SCTP packet, wherein the SCTP packet comprises a plurality of SCTP data chunks of a plurality of user terminals, and each SCTP data chunk carries index information; and selecting, by the network element selector, a service providing device for each user terminal based on the index information carried in each SCTP data chunk. receiving, by a network element selector, an SCTP packet, wherein the SCTP packet comprises a plurality of SCTP data chunks of a plurality of user terminals, and each SCTP data chunk carries index information; and selecting, by the network element selector, a service providing device for each user terminal based on the index information carried in each SCTP data chunk.
A method of wireless communication by a user equipment, UE, comprising: receiving a machine learning model trained in a federated learning process from a base station; reporting, to the base station, a machine learning processing capability indicating a turnaround time for the UE to compute a gradient for the machine learning model; computing gradient updates or weight updates for the machine learning model in accordance with the turnaround time; and transmitting, to the base station, the gradient updates or weight updates to the machine learning model. receiving a machine learning model trained in a federated learning process from a base station; reporting, to the base station, a machine learning processing capability indicating a turnaround time for the UE to compute a gradient for the machine learning model; computing gradient updates or weight updates for the machine learning model in accordance with the turnaround time; and transmitting, to the base station, the gradient updates or weight updates to the machine learning model.
A nano-silver coating method developed for providing antibacterial property to surfaces like ceramic, implant, etc. surfaces, the subject matter method is characterized by comprising the steps of: a) Dissolving silver nitrate in pure water and mixing with acetone b) Adding HAP and afterwards adding PDMS to the mixture c) Filtering the mixture d) Washing the coated HAP particles with acetone and drying said HAP particles a) Dissolving silver nitrate in pure water and mixing with acetone b) Adding HAP and afterwards adding PDMS to the mixture c) Filtering the mixture d) Washing the coated HAP particles with acetone and drying said HAP particles
Door drive for a door, having a drive mechanism which is able to be coupled to the door and has a displaceable piston element, wherein, in the assembled state of the door drive, a movement of the door and a displacement of the piston element are mutually associated, wherein the drive mechanism comprises a drive unit which has an electric motor unit and a traction mechanism that is able to be driven by the electric motor unit, wherein a rotational movement of the electric motor unit in an opening rotation direction is convertible into a translational movement of the piston element by the traction mechanism, wherein the traction mechanism comprises a transmission device which is able to be rotationally driven by the electric motor unit, a coupling element which is connected, in particular integrally, to the piston element, and a connecting part which is disposed between the transmission device and the coupling element, characterized in that the door drive has a closer spring which impinges the piston element in the closing direction of the door, in that a manual opening movement of the door displaces the piston element proceeding from an initial position, counter to a force of the closer spring, in a deflection direction and as a result stores mechanical energy in the closer spring for a closing movement of the door, wherein when activating the electric motor unit in the opening rotation direction, the traction mechanism pulls the piston element from the initial position counter to the force of the closer spring to a holding position in which the drive unit then holds the piston element while the closer spring is tensioned, as a result of which furthermore, in the assembled state of the door drive, the door is held in an open position, and in that the connecting part is co-rotationally coupled to the transmission device, in particular so as to be axially displaceable in a limited manner, and to the coupling element by way of a threaded connection, or vice-versa.