mhurhangee/ep-ind-claims huggingface dataset:
A method of uplink timing alignment performed by a network access equipment comprising: sending, to a user equipment, an uplink timing reference signal transmission instruction message to instruct the user equipment when to send an uplink timing reference signal transmission; receiving an uplink transmission from the user equipment; evaluating whether an uplink timing reference signal transmission was received from the user equipment in a time interval in which the uplink timing reference signal transmission was expected to be received; and calculating an uplink timing alignment adjustment based on the uplink timing reference signal transmission, if received, and if no uplink timing reference signal transmission was received, calculating the uplink timing alignment adjustment based on a demodulation reference symbol in data received from the user equipment in the time interval. sending, to a user equipment, an uplink timing reference signal transmission instruction message to instruct the user equipment when to send an uplink timing reference signal transmission; receiving an uplink transmission from the user equipment; evaluating whether an uplink timing reference signal transmission was received from the user equipment in a time interval in which the uplink timing reference signal transmission was expected to be received; and calculating an uplink timing alignment adjustment based on the uplink timing reference signal transmission, if received, and if no uplink timing reference signal transmission was received, calculating the uplink timing alignment adjustment based on a demodulation reference symbol in data received from the user equipment in the time interval.
A method for compressing emulation trace data of an integrated circuit chip comprising the steps of: receiving emulation trace data of the integrated circuit chip characterized by the steps of: generating first data comprising N first sets each M bits in length, each first set representing where deltas have occurred in the emulation trace data; generating second data comprising M second sets, each second set representing a different cross section of the N first sets; and compressing at least one of the M second sets.
Dispensing device for a preferably cosmetic fluid, wherein the dispensing device comprises or forms a dispensing head for dispensing the fluid and/or a product formed therefrom from a pressurized or pressurizable container, and wherein the dispensing device comprises a first component composed of a first or second material (15, 16), a second component composed of the other material (15, 16) and a housing part, wherein the first material is injected against the second material and as a result is connected to the latter, and wherein the first component is inserted or clicked into the housing part, characterized in that the first component forms a dispensing duct and is connectable to a dispensing valve of the container, wherein the first component comprises a connection part for connection to the dispensing valve, and that the housing part holds the first component in a pivotable manner or the first component is depressible in order to open the dispensing valve by means of the moveable component.
Electronic stylus for performing inputs to a digital input device with an electrically capacitively acting touch-sensitive input surface, wherein the electronic stylus is configured for assuming at least two states (101, 102) with different electrical capacitances (114, 113) and for switching alternately between said different states (101, 102) with different electrical capacitances (114, 113), characterised in that the electronic stylus is configured for carrying out the switching between states (101, 102) of the electronic stylus with different electric capacitances (114, 113) such that the state duration for a first state with a first electrical capacitance is longer than the state duration for a second state with a second electrical capacitance.
"In vitro" process for preparing a micro hair follicle, comprising at least one step of culturing the matrix cells derived from the hair bulb in the presence of an effective amount of a ROCK inhibitor for a period of time sufficient to allow differentiation of said cells into keratinocytes positive for the K85 K35 markers.
Point cloud assisted photogrammetric restitution method, said method comprising: the simultaneous visualization on a screen of the ensemble of a stereoscopic image and a point cloud acquired on a given area, said stereoscopic image deriving from at least a couple of photogrammetric images acquired on said given area and oriented according to the same coordinate system of the point cloud, the real time connection of the collimation mark of the stereoscopic image with the corresponding collimation mark (S') of the point cloud. the simultaneous visualization on a screen of the ensemble of a stereoscopic image and a point cloud acquired on a given area, said stereoscopic image deriving from at least a couple of photogrammetric images acquired on said given area and oriented according to the same coordinate system of the point cloud, the real time connection of the collimation mark of the stereoscopic image with the corresponding collimation mark (S') of the point cloud.
A system for moving a wire-carrying support for supply lines of operating heads, in particular for robotic systems, in which the support is configured to receive bundles of wires and/or tubes of the supply line and extends between an end at which it is connected to a source and an opposite end at which it is connected to the head and is movable in conjunction therewith, comprising: an actuator device which is operatively associated with the support in order to guide the support during movement, a sensor device for detecting the position of the support relative to a reference system, a control unit of the actuator device, in which there is stored a table or correlation function between positions which are taken up by the operating head and corresponding positions of the wire-carrying support which are requested following the movement of the head for the suitable displacement of the supply line, the control unit being configured to control the actuator device during the movement of the operating head as long as the position of the wire-carrying support which is detected by the sensor device does not correspond to the position of the support which can be derived from the table or correlation function on the basis of the position of the operating head so that the wire-carrying support can correspondingly follow the movement of the operating head. an actuator device which is operatively associated with the support in order to guide the support during movement, a sensor device for detecting the position of the support relative to a reference system, a control unit of the actuator device, in which there is stored a table or correlation function between positions which are taken up by the operating head and corresponding positions of the wire-carrying support which are requested following the movement of the head for the suitable displacement of the supply line, the control unit being configured to control the actuator device during the movement of the operating head as long as the position of the wire-carrying support which is detected by the sensor device does not correspond to the position of the support which can be derived from the table or correlation function on the basis of the position of the operating head so that the wire-carrying support can correspondingly follow the movement of the operating head.
Door interlock device of washing machines or tumble dryers, comprising an interlock catch of door catch, a first slider for locking catch, subject to the action of elastic means, and an electromechanical delaying device able to lock said first slider in the retaining position of the interlock catch, characterized in that it envisages a door-open contact, actuated in the closing position by a shaped portion of said first slider and in the opening position by a shaped portion of a second slider which, being subject to the action of elastic means, interacts with door catch.
An oral product, comprising a body that is wholly receivable in an oral cavity, the body comprising: a mouth-soluble polymer matrix; at least 10 weight percent of non-tobacco cellulosic fibers embedded in the mouth-soluble polymer matrix, the non-tobacco cellulosic fibers comprising cellulose, the non-tobacco cellulosic fibers having an average fiber size of 200 micrometers or less, wherein channels are formed adjacent the non-tobacco cellulosic fibers; and nicotine or a derivative thereof dispersed in the mouth-soluble polymer matrix such that the nicotine or derivative thereof is released from the body when the body is at least partially received within the oral cavity and exposed to saliva, wherein the oral product is substantially free of tobacco plant tissue. a mouth-soluble polymer matrix; at least 10 weight percent of non-tobacco cellulosic fibers embedded in the mouth-soluble polymer matrix, the non-tobacco cellulosic fibers comprising cellulose, the non-tobacco cellulosic fibers having an average fiber size of 200 micrometers or less, wherein channels are formed adjacent the non-tobacco cellulosic fibers; and nicotine or a derivative thereof dispersed in the mouth-soluble polymer matrix such that the nicotine or derivative thereof is released from the body when the body is at least partially received within the oral cavity and exposed to saliva, wherein the oral product is substantially free of tobacco plant tissue.
A power system comprising: a first motor; a second motor connected in parallel to the first motor; a driver configured to supply a driving current to the first motor and the second motor; a first current detector configured to detect a first driving current supplied to the first motor; characterized by a total current detector configured to detect a total driving current that is supplied by the driver; and a controller configured to control the driver based on the first driving current and the total driving current, wherein the controller is configured to identify the rotating speed of the first motor based on the first driving current, and identify the rotating speed of the second motor based on the first driving current and the total driving current, and wherein, in response to the rotating speed of the first motor being different from the rotating speed of the second motor, the controller is configured to control the driver based on the identified rotating speed of the first motor and a difference between the identified rotating speed of the first motor and the identified rotating speed of the second motor so that the rotating speed of the first motor is equal to the rotating speed of the second motor. a first motor; a second motor connected in parallel to the first motor; a driver configured to supply a driving current to the first motor and the second motor; a first current detector configured to detect a first driving current supplied to the first motor; characterized by a total current detector configured to detect a total driving current that is supplied by the driver; and a controller configured to control the driver based on the first driving current and the total driving current, wherein the controller is configured to identify the rotating speed of the first motor based on the first driving current, and identify the rotating speed of the second motor based on the first driving current and the total driving current, and wherein, in response to the rotating speed of the first motor being different from the rotating speed of the second motor, the controller is configured to control the driver based on the identified rotating speed of the first motor and a difference between the identified rotating speed of the first motor and the identified rotating speed of the second motor so that the rotating speed of the first motor is equal to the rotating speed of the second motor.
A panel cutting system having a feeder table on which at least one panel-like workpiece is placed and having a conveyor device for moving the workpiece lying on the feeder table, which is retained movably on a stationary undercarriage, the panel cutting system at least in some regions having a wall-like guard device, which at least limits the access to the feeder table, characterized in that the guard device is embodied for protecting the feeder table of the panel cutting system against unintended access by human beings, and that the guard device includes a load-bearing structure and at least in some regions a fabric, a tarpaulin or a sheet retained on the load-bearing structure, and that at least one region of the load-bearing structure is retained on the undercarriage.
Method for producing a double-gate non-volatile memory cell comprising a driver transistor comprising a gate and a memory transistor comprising a control gate adjacent to the gate of the driver transistor, wherein the following steps are carried out: ∘ forming at least partially the gate of the driver transistor comprising the obtaining of a relief made of a semi-conductive material on a substrate (160, 162); ∘ forming the control gate of the memory transistor, comprising steps of: - forming on at least one edge of the relief made of a semi-conductive material and at least one portion of the substrate (160, 162) of a stack of layers configured to store electrical charges; - deposition of a first layer of a semi-conductive material so as to cover the stack of layers at least; - etching of the first layer so as to form a first pattern juxtaposed to the relief made of a semi-conductive material of the gate of the driver transistor; characterised in that the formation of the control gate of the memory transistor further comprises following steps of: ∘ forming a second layer of a semi-conductive material at least on the first pattern, ∘ etching of the second layer so as to form on the first pattern, a second pattern having an upper face, substantially flat, configured to make it possible for a re-contact on the control gate of the memory transistor. ∘ forming at least partially the gate of the driver transistor comprising the obtaining of a relief made of a semi-conductive material on a substrate (160, 162); ∘ forming the control gate of the memory transistor, comprising steps of: - forming on at least one edge of the relief made of a semi-conductive material and at least one portion of the substrate (160, 162) of a stack of layers configured to store electrical charges; - deposition of a first layer of a semi-conductive material so as to cover the stack of layers at least; - etching of the first layer so as to form a first pattern juxtaposed to the relief made of a semi-conductive material of the gate of the driver transistor; - forming on at least one edge of the relief made of a semi-conductive material and at least one portion of the substrate (160, 162) of a stack of layers configured to store electrical charges; - deposition of a first layer of a semi-conductive material so as to cover the stack of layers at least; - etching of the first layer so as to form a first pattern juxtaposed to the relief made of a semi-conductive material of the gate of the driver transistor; ∘ forming a second layer of a semi-conductive material at least on the first pattern, ∘ etching of the second layer so as to form on the first pattern, a second pattern having an upper face, substantially flat, configured to make it possible for a re-contact on the control gate of the memory transistor.
A seamless session switching method used in a VOIP session, comprising: a first mobile terminal transmitting test information to wireless networks, determining and recording status information of the wireless networks supported by the first mobile terminal according to feedback information, and updating a network list; the first mobile terminal establishing a first VOIP session with a second terminal via an initial wireless network; the first mobile terminal acquiring a target wireless network according to the status information of the wireless networks in the network list when the first mobile terminal detects that a switching event occurs; the first terminal transmitting a second session request to the second terminal via the target wireless network, and keeping the first VOIP session continued; and the first mobile terminal establishing a second VOIP session with the second terminal via the target wireless network after receiving an acknowledge message for the second session request from the second terminal, and terminating the first VOIP session after the second VOIP session is established. a first mobile terminal transmitting test information to wireless networks, determining and recording status information of the wireless networks supported by the first mobile terminal according to feedback information, and updating a network list; the first mobile terminal establishing a first VOIP session with a second terminal via an initial wireless network; the first mobile terminal acquiring a target wireless network according to the status information of the wireless networks in the network list when the first mobile terminal detects that a switching event occurs; the first terminal transmitting a second session request to the second terminal via the target wireless network, and keeping the first VOIP session continued; and the first mobile terminal establishing a second VOIP session with the second terminal via the target wireless network after receiving an acknowledge message for the second session request from the second terminal, and terminating the first VOIP session after the second VOIP session is established.
A printer comprising: a body case; a platen roller configured to feed a print medium; and a printer cover being swingable relative to the body case and having an outer printer cover and an inner printer cover that are disposed to overlap each other, wherein the inner printer cover is detachably attached to the outer printer cover, the inner printer cover being swingable relative to the body case, independently of the outer printer cover, when the inner printer cover is detached from the outer printer cover, characterized in that the outer printer cover comprises a first holder (313L, 313R) configured to detachably hold both ends of a platen shaft of the platen roller when the inner printer cover is detached, and a second holder configured to detachably hold the platen roller when the inner printer cover is detached. a body case; a platen roller configured to feed a print medium; and a printer cover being swingable relative to the body case and having an outer printer cover and an inner printer cover that are disposed to overlap each other, wherein the inner printer cover is detachably attached to the outer printer cover, the inner printer cover being swingable relative to the body case, independently of the outer printer cover, when the inner printer cover is detached from the outer printer cover, characterized in that the outer printer cover comprises a first holder (313L, 313R) configured to detachably hold both ends of a platen shaft of the platen roller when the inner printer cover is detached, and a second holder configured to detachably hold the platen roller when the inner printer cover is detached.
Package for transporting and/or storing radioactive materials, comprising a cavity for housing radioactive materials, as well as a radiological protection device arranged around the housing cavity in an annular space centred on a longitudinal central axis of the package, the radiological protection device comprising radiological protection elements arranged in the annular space, characterised in that associated with at least two successive radiological protection elements in a given direction of the annular space, from a longitudinal direction and a circumferential direction of this space, a locking member designed to limit / prevent the distancing of the two radiological protection elements relative to one another in the given direction is provided in the space, the locking member cooperating with or being integrated in a first element from said two radiological protection elements, and cooperating with a hollow formed on a second element from these two radiological protection elements.
A tire for a two-wheel vehicle, comprising a pair of bead portions, a pair of sidewall portions, and a tread portion continuous with the both sidewall portions, with the tread portion being divided into five portions in a surface of the tread portion by a central portion including a tire equatorial plane, a pair of edge portions including respective tread edges, and a pair of shoulder portions lying between the central portion and the respective edge portions in a tire width direction, wherein each of rubber of the central portion, rubber of the shoulder portions, and rubber of the edge portions contains a rubber component, characterized in that when a peak temperature of a loss tangent tan δ of the rubber of the central portion is represented by T p-C, a peak temperature of a loss tangent tan δ of the rubber of the shoulder portions is represented by T p-S, and a peak temperature of a loss tangent tan δ of the rubber of the edge portions is represented by T p-E, T p-C, T p-S, and T p-E satisfy formula below: T p − S > T p − E > T p − C when measurement of the peak temperature of a loss tangent tan δ of the rubbers is conducted by using a dynamic spectrometer under the temperature distribution conditions of from -30°C to 60°C, an initial strain of 10%, a dynamic strain of 1%, a frequency of 52 Hz, and a temperature raising rate of 2 °C/min. the tread portion being divided into five portions in a surface of the tread portion by a central portion including a tire equatorial plane, a pair of edge portions including respective tread edges, and a pair of shoulder portions lying between the central portion and the respective edge portions in a tire width direction, wherein each of rubber of the central portion, rubber of the shoulder portions, and rubber of the edge portions contains a rubber component, characterized in that when a peak temperature of a loss tangent tan δ of the rubber of the central portion is represented by T p-C, a peak temperature of a loss tangent tan δ of the rubber of the shoulder portions is represented by T p-S, and a peak temperature of a loss tangent tan δ of the rubber of the edge portions is represented by T p-E, T p-C, T p-S, and T p-E satisfy formula below: T p − S > T p − E > T p − C when measurement of the peak temperature of a loss tangent tan δ of the rubbers is conducted by using a dynamic spectrometer under the temperature distribution conditions of from -30°C to 60°C, an initial strain of 10%, a dynamic strain of 1%, a frequency of 52 Hz, and a temperature raising rate of 2 °C/min.