mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor structure, comprising: a substrate; a silicon layer disposed on the substrate; a transistor device in the silicon layer; a III-V device disposed on the substrate, wherein the III-V device is a III-V field effect transistor; a plurality of electrical contacts, each one of the electrical contacts having a layer of TiN or TaN and a layer of metal on the layer of TaN or TiN, one of the electrical contacts being electrically connected to the transistor device and other electrical contacts being electrically connected to the source and drain regions of the III-V FET; characterised in that: said other electrical contacts comprise Ge/W, Ni/Ge/W, Pd/Ge/Al or Pd/Ge/W contacts and in that the TaN or TiN layer is disposed on the Ge/W, Ni/Ge/W, Pd/Ge/Al or Pd/Ge/W contacts and is in Schottky contact with the gate region of the III-V FET. a substrate; a silicon layer disposed on the substrate; a transistor device in the silicon layer; a III-V device disposed on the substrate, wherein the III-V device is a III-V field effect transistor; a plurality of electrical contacts, each one of the electrical contacts having a layer of TiN or TaN and a layer of metal on the layer of TaN or TiN, one of the electrical contacts being electrically connected to the transistor device and other electrical contacts being electrically connected to the source and drain regions of the III-V FET; characterised in that: said other electrical contacts comprise Ge/W, Ni/Ge/W, Pd/Ge/Al or Pd/Ge/W contacts and in that the TaN or TiN layer is disposed on the Ge/W, Ni/Ge/W, Pd/Ge/Al or Pd/Ge/W contacts and is in Schottky contact with the gate region of the III-V FET.
A method in a user equipment node of a network, for performing a file repair procedure, wherein the user equipment node is adapted to receive one or more files from a server node, the method comprising the steps of: transmitting a joining request to a server node, the joining request indicating that the user equipment wishes to join a channel for receiving a requested file (step 301); receiving data corresponding to the requested file from the server node (step 303); determining if the data loss in the requested file is above, or likely to be above a threshold value (step 305), and, if so: transmitting, prior to the completion of the reception of the requested file, a delivery missing report to the server node indicating that the data loss in the requested file is above the threshold value (step 307), wherein the delivery missing report is for use by the server node for determining whether or not a multicast file repair procedure should be enabled; and further comprising the step of receiving user service description, USD, metadata fragments, the USD metadata fragments including an address where a delivery missing report is to be transmitted and/or the threshold value for use in determining the data loss. transmitting a joining request to a server node, the joining request indicating that the user equipment wishes to join a channel for receiving a requested file (step 301); receiving data corresponding to the requested file from the server node (step 303); determining if the data loss in the requested file is above, or likely to be above a threshold value (step 305), and, if so: transmitting, prior to the completion of the reception of the requested file, a delivery missing report to the server node indicating that the data loss in the requested file is above the threshold value (step 307), wherein the delivery missing report is for use by the server node for determining whether or not a multicast file repair procedure should be enabled; and further comprising the step of receiving user service description, USD, metadata fragments, the USD metadata fragments including an address where a delivery missing report is to be transmitted and/or the threshold value for use in determining the data loss. transmitting, prior to the completion of the reception of the requested file, a delivery missing report to the server node indicating that the data loss in the requested file is above the threshold value (step 307), wherein the delivery missing report is for use by the server node for determining whether or not a multicast file repair procedure should be enabled; and further comprising the step of receiving user service description, USD, metadata fragments, the USD metadata fragments including an address where a delivery missing report is to be transmitted and/or the threshold value for use in determining the data loss.
A method for allocating uplink transmission resources in a wireless communication system, comprising: receiving, by a mobile station, a plurality of reference signal transmissions transmitted at a respective plurality of transmission power levels by a respective plurality of base stations (202, 203, 204), wherein the plurality of base stations comprises a serving base station and neighboring base stations (203, 204); measuring, by the mobile station, a respective plurality of received signal power levels corresponding to the plurality of reference signal transmissions; transmitting, by the mobile station, information based upon the plurality of measured, received signal power levels, wherein the information comprises a figure of merit derived from a ratio of a path gain for the serving base station and a strongest path gain for the neighbouring base stations; and receiving, by the mobile station, an uplink transmission resource parameter grant, based at least in part on the information transmitted by the mobile station. receiving, by a mobile station, a plurality of reference signal transmissions transmitted at a respective plurality of transmission power levels by a respective plurality of base stations (202, 203, 204), wherein the plurality of base stations comprises a serving base station and neighboring base stations (203, 204); measuring, by the mobile station, a respective plurality of received signal power levels corresponding to the plurality of reference signal transmissions; transmitting, by the mobile station, information based upon the plurality of measured, received signal power levels, wherein the information comprises a figure of merit derived from a ratio of a path gain for the serving base station and a strongest path gain for the neighbouring base stations; and receiving, by the mobile station, an uplink transmission resource parameter grant, based at least in part on the information transmitted by the mobile station.
An edge profile for at least partially encircling the edges in double glass embodiments, wherein the subject matter edge profile comprises at least one inner profile so as to stay between the glass plates at least partially, and at least one outer profile configured to be fixed to said inner profile and provided so as to at least partially cover the edge of the glass plates; there is at least one locking tab provided on at least one fixation arm and fixed to at least one tab, provided on the wall of at least one locking housing, by entering said locking housing, where said tab and said locking tab are provided mutually on the inner profile and on the outer profile; the inner profile comprises at least one base and at least two lateral arms associated with said base from one each ends thereof and which extend in a manner forming the locking housing in between; characterized in that the lateral arms extend in a manner moving away from each other and said tab is in the form of saw screw step. there is at least one locking tab provided on at least one fixation arm and fixed to at least one tab, provided on the wall of at least one locking housing, by entering said locking housing, where said tab and said locking tab are provided mutually on the inner profile and on the outer profile; the inner profile comprises at least one base and at least two lateral arms associated with said base from one each ends thereof and which extend in a manner forming the locking housing in between; characterized in that the lateral arms extend in a manner moving away from each other and said tab is in the form of saw screw step.
An agricultural implement, comprising: a chassis; and at least one shank carried by the chassis, the at least one shank includes a shank body configured to penetrate a soil top surface; characterized in that a sensor is attached to an outer surface of the shank body having a probing area adjacent to the sensor, the sensor having a window; and a sensor shield carried by the shank body in front of the sensor, the sensor shield having a deflecting surface that deflects an oncoming soil flow away from the sensor as the agricultural implement travels in a forward direction, the deflecting surface terminating adjacent to the probing area which thereby forces redirected soil into the probing area, the sensor shield having a lateral shield edge that is flush with the window. a chassis; and at least one shank carried by the chassis, the at least one shank includes a shank body configured to penetrate a soil top surface; characterized in that a sensor is attached to an outer surface of the shank body having a probing area adjacent to the sensor, the sensor having a window; and a sensor shield carried by the shank body in front of the sensor, the sensor shield having a deflecting surface that deflects an oncoming soil flow away from the sensor as the agricultural implement travels in a forward direction, the deflecting surface terminating adjacent to the probing area which thereby forces redirected soil into the probing area, the sensor shield having a lateral shield edge that is flush with the window.
A durable lubricating composition for electric or hybrid-electric vehicles, the lubricating composition comprising: a base oil of lubricating viscosity; at least 0.7 weight percent of a thiadiazole; an amine salt of a phosphoric acid ester providing at least 100 ppm of phosphorus to the durable lubricating composition; a sulfur plus phosphorus to nitrogen ((S+P)/N) weight ratio of at least 2.3; and the lubricating composition having at least 150 ppm of phosphorus and at least 2000 ppm of sulfur. a base oil of lubricating viscosity; at least 0.7 weight percent of a thiadiazole; an amine salt of a phosphoric acid ester providing at least 100 ppm of phosphorus to the durable lubricating composition; a sulfur plus phosphorus to nitrogen ((S+P)/N) weight ratio of at least 2.3; and the lubricating composition having at least 150 ppm of phosphorus and at least 2000 ppm of sulfur.
A method for use in measuring a series of substantially or nominally identical workpieces, in which each workpiece of the series is received from a manufacturing process and placed on a measuring apparatus, comprising: (a) measuring one of said workpieces, or an artefact having a plurality of features the size and shape of which approximate said workpieces, on said measuring apparatus as a reference workpiece, to produce measured dimensional values of the reference workpiece; (b) obtaining calibrated values of said dimensional values from a source external to said measuring apparatus; and (c) generating an error map or look-up table or error function which relates measured dimensional values of the reference workpiece to the corresponding calibrated values; characterised in that in step (a) the reference workpiece is measured at a non-ambient temperature (Tm) which differs from the ambient temperature of the measuring apparatus; in step (c) the error map or look-up table or error function relates the measured dimensional values of the reference workpiece to the corresponding calibrated values at a non-ambient temperature; and the temperature of the reference workpiece is maintained at a non-ambient temperature prior to and/or after measuring it in step (a). (a) measuring one of said workpieces, or an artefact having a plurality of features the size and shape of which approximate said workpieces, on said measuring apparatus as a reference workpiece, to produce measured dimensional values of the reference workpiece; (b) obtaining calibrated values of said dimensional values from a source external to said measuring apparatus; and (c) generating an error map or look-up table or error function which relates measured dimensional values of the reference workpiece to the corresponding calibrated values; in step (a) the reference workpiece is measured at a non-ambient temperature (Tm) which differs from the ambient temperature of the measuring apparatus; in step (c) the error map or look-up table or error function relates the measured dimensional values of the reference workpiece to the corresponding calibrated values at a non-ambient temperature; and the temperature of the reference workpiece is maintained at a non-ambient temperature prior to and/or after measuring it in step (a).
Self-propelled cleaning device for automated cleaning of surfaces, comprising at least one optical sensor for measuring surroundings of the cleaning device, the cleaning device comprising a controller which is designed to analyse signals from the at least one optical sensor, to detect a user's gestures and to control the cleaning device according to detected gestures, the at least one optical sensor being arranged on an upper side of the cleaning device, characterised in that the optical sensor comprises at least two mutually spaced cameras, the cameras being used for extracting three-dimensional information.
A method for the visualization of an area covered by a wireless local communication network by means of a mobile communication unit, in which an initial position of the mobile communication unit in a three-dimensional real space (200, 300, 400) surrounding the mobile communication unit is determined by means of a navigation application implemented on the mobile communication unit, said position being provided as the first point in a three-dimensional coordinate system superimposed on the space (200, 300, 400); in which, by means of a camera of the mobile communication unit, an access point of the wireless local communication network is recorded in an image and, on the basis of the image, a position of the access point in the coordinate system is calculated by the navigation application and provided as a second point in the coordinate system; in which, at a plurality of different positions of the mobile communication unit in the space surrounding the mobile communication unit, which are each provided by the navigation application as further points in the coordinate system, the mobile communication unit measures a respective value of a reception quality of signals sent from the access point to the mobile communication unit via the wireless local communication network and stores it together with the position of the mobile communication unit assigned to the respective value as a respective value pair; in which an evaluation application implemented on the at least one mobile communication unit carries out an extrapolation of the respective values of the reception quality on the basis of the measured value pairs to all positions of the space (200, 300, 400) which are detectable by the navigation application and thus to points of the coordinate system respectively assigned to the positions; and in which the space (200, 300, 400) is displayed on a display unit of the mobile communication unit together with the respective values of the reception quality at the positions assigned to the respective values of the reception quality as an - augmented reality representation; wherein the respective reception quality is measured by measuring a respective Received Signal Strength Indicator, RSSI, and the extrapolation is carried out on the basis of the following mathematical relationship: RSSI = k 1 d m wherein RSSI indicates the respective measured reception quality and d indicates a respective distance between the access point and the respective position of the mobile communication unit assigned to the respective measured reception quality, and k and m are determined by a linear regression via a logarithm of RSSI and d: log RSSI = log k − m log d
An oil mist separation device of an internal combustion engine, said device comprising a filtering assembly consisting of a preliminary filter, a cyclone filter and a further filter to be flown through by a gas in which said oil mist is dispersed; said cyclone filter being arranged in sequence after said preliminary filter; said further filter being arranged in sequence after said cyclone filter; characterized in that said preliminary filter is a labyrinth filter and said further filter is an impactor separator.
A signaling processing method, comprising: in a downlink subframe set, generating, by a base station, a downlink assignment index, DAI, respectively for downlink subframes that have a physical downlink control channel, PDCCH, to be sent, wherein, in the downlink subframe set, DAI values are generated for the downlink subframes in all component carriers at a downlink subframe time, and then DAI values are generated for the downlink subframes in all component carriers at a next downlink subframe time; and sending, by the base station, the PDCCH to a user equipment, wherein the PDCCH carries the DAI, wherein the value of the DAI is generated by: obtaining a number of downlink subframes for each current downlink subframe that has a PDCCH to be sent amongst the component carriers by accumulatively counting the downlink subframes which have the PDCCHs to be sent in the component carriers, and downlink subframes which have the PDCCHs to be sent before the current downlink subframe; and obtaining the value of the DAI for the current downlink subframe that has the PDCCH to be sent by mapping the number of downlink subframes corresponding to the current downlink subframe. in a downlink subframe set, generating, by a base station, a downlink assignment index, DAI, respectively for downlink subframes that have a physical downlink control channel, PDCCH, to be sent, wherein, in the downlink subframe set, DAI values are generated for the downlink subframes in all component carriers at a downlink subframe time, and then DAI values are generated for the downlink subframes in all component carriers at a next downlink subframe time; and sending, by the base station, the PDCCH to a user equipment, wherein the PDCCH carries the DAI, wherein the value of the DAI is generated by: obtaining a number of downlink subframes for each current downlink subframe that has a PDCCH to be sent amongst the component carriers by accumulatively counting the downlink subframes which have the PDCCHs to be sent in the component carriers, and downlink subframes which have the PDCCHs to be sent before the current downlink subframe; and obtaining the value of the DAI for the current downlink subframe that has the PDCCH to be sent by mapping the number of downlink subframes corresponding to the current downlink subframe. obtaining a number of downlink subframes for each current downlink subframe that has a PDCCH to be sent amongst the component carriers by accumulatively counting the downlink subframes which have the PDCCHs to be sent in the component carriers, and downlink subframes which have the PDCCHs to be sent before the current downlink subframe; and obtaining the value of the DAI for the current downlink subframe that has the PDCCH to be sent by mapping the number of downlink subframes corresponding to the current downlink subframe.
A laparoscopic insufflating surgical instrument adapted for movement across an abdominal wall to insufflate an abdominal region of a patient, comprising: a cannula having a wall forming a first lumen extending along an axis between a proximal end and a distal end, and at least a first insufflation channel extending along the axis between the proximal end and the distal end and being adapted for connection to a source of fluid under pressure at the proximal end; a trocar having a shaft with a second lumen extending along the axis between a proximal end and a distal end; the trocar having a tip at the distal end of the shaft; a second insufflation channel and at least one vent hole, the second insufflation channel being operably connected to the at least one vent hole; and characterized in that: the first insufflation channel is formed in and encased as a lumen in the wall of the cannula; the vent hole is formed at the tip of the trocar; the second insufflation channel is formed in the shaft or the tip of the trocar and is adapted for alignment with the first insufflation channel of the cannula to transfer fluid under pressure from the first insufflation channel to the trocar and expel the fluid under pressure through the vent hole to insufflate the abdominal region. a cannula having a wall forming a first lumen extending along an axis between a proximal end and a distal end, and at least a first insufflation channel extending along the axis between the proximal end and the distal end and being adapted for connection to a source of fluid under pressure at the proximal end; a trocar having a shaft with a second lumen extending along the axis between a proximal end and a distal end; the trocar having a tip at the distal end of the shaft; a second insufflation channel and at least one vent hole, the second insufflation channel being operably connected to the at least one vent hole; and characterized in that: the first insufflation channel is formed in and encased as a lumen in the wall of the cannula; the vent hole is formed at the tip of the trocar; the second insufflation channel is formed in the shaft or the tip of the trocar and is adapted for alignment with the first insufflation channel of the cannula to transfer fluid under pressure from the first insufflation channel to the trocar and expel the fluid under pressure through the vent hole to insufflate the abdominal region. the first insufflation channel is formed in and encased as a lumen in the wall of the cannula; the vent hole is formed at the tip of the trocar; the second insufflation channel is formed in the shaft or the tip of the trocar and is adapted for alignment with the first insufflation channel of the cannula to transfer fluid under pressure from the first insufflation channel to the trocar and expel the fluid under pressure through the vent hole to insufflate the abdominal region.
A component for a gas turbine engine, the component comprising: an internal cooling cavity extending through an interior of the component; and a baffle insert inserted into the internal cooling cavity, the baffle insert comprising: a first fluid conduit having a first interior cavity extending therethrough; a second fluid conduit having a second interior cavity extending therethrough; characterised by a member located between the first fluid conduit and the second fluid conduit, wherein the member fluidly couples the first interior cavity to an exterior of the second fluid conduit, and wherein the member fluidly couples the second interior cavity to an exterior of the first fluid conduit and wherein the first interior cavity is isolated from the second interior cavity. an internal cooling cavity extending through an interior of the component; and a baffle insert inserted into the internal cooling cavity, the baffle insert comprising: a first fluid conduit having a first interior cavity extending therethrough; a second fluid conduit having a second interior cavity extending therethrough; characterised by a member located between the first fluid conduit and the second fluid conduit, wherein the member fluidly couples the first interior cavity to an exterior of the second fluid conduit, and wherein the member fluidly couples the second interior cavity to an exterior of the first fluid conduit and wherein the first interior cavity is isolated from the second interior cavity. a first fluid conduit having a first interior cavity extending therethrough; a second fluid conduit having a second interior cavity extending therethrough; characterised by a member located between the first fluid conduit and the second fluid conduit, wherein the member fluidly couples the first interior cavity to an exterior of the second fluid conduit, and wherein the member fluidly couples the second interior cavity to an exterior of the first fluid conduit and wherein the first interior cavity is isolated from the second interior cavity.