mhurhangee/ep-ind-claims huggingface dataset:
A method in a user equipment, comprising: receiving a first offloading command from a first cell, when operating in a connected state in the first cell; storing connected state context information associated with the first cell; establishing a connected state with a second cell; and performing at least one data offloading operation comprising at least one of transmitting and receiving data with the second cell while continuing to store the connected state context information associated with the first cell; characterized by: re-establishing the connected state with said first cell upon termination of the at least one data offloading operation using the stored connected state context information associated with the first cell. receiving a first offloading command from a first cell, when operating in a connected state in the first cell; storing connected state context information associated with the first cell; establishing a connected state with a second cell; and performing at least one data offloading operation comprising at least one of transmitting and receiving data with the second cell while continuing to store the connected state context information associated with the first cell; characterized by: re-establishing the connected state with said first cell upon termination of the at least one data offloading operation using the stored connected state context information associated with the first cell.
A modified polyolefin resin, comprising a polyolefin resin modified with an α,β-unsaturated carboxylic acid or a derivative thereof and with an amino alcohol having a primary or a secondary amino group, wherein when a peak height derived from an amide bond is designated as A and a peak height derived from a methylene bond is designated as B, both the peaks being observed in an IR spectrum measurement, a peak height ratio (A/B × 100) is in a range of 2.0 to 15.0%, whereby the IR spectrum is obtained as described in the experimental section of the application.
A mining machine roof bolting rig comprising: a drill or bolt head for positioning at a roof to secure a roof strap to a mine roof; a first rig base frame mountable at a main frame of a mining machine to couple the rig to the machine; a second rig base frame pivotally mounted at the first base frame and configured to tilt back and forth relative to the first frame; and a carrier support to mount the drill or bolt head; characterised by: at least one link arm pivotally mounted at a first end to the second frame and pivotally mounted at a second end to the carrier support, the link arm extending upwardly from the second frame; wherein the pivotal mounting of the link arm at its first end is substantially perpendicular or transverse to the pivotal mounting of the second frame at the first frame so that the carrier support is configured to displace laterally in a sideways direction relative to the first frame. a drill or bolt head for positioning at a roof to secure a roof strap to a mine roof; a first rig base frame mountable at a main frame of a mining machine to couple the rig to the machine; a second rig base frame pivotally mounted at the first base frame and configured to tilt back and forth relative to the first frame; and a carrier support to mount the drill or bolt head; characterised by: at least one link arm pivotally mounted at a first end to the second frame and pivotally mounted at a second end to the carrier support, the link arm extending upwardly from the second frame; wherein the pivotal mounting of the link arm at its first end is substantially perpendicular or transverse to the pivotal mounting of the second frame at the first frame so that the carrier support is configured to displace laterally in a sideways direction relative to the first frame. at least one link arm pivotally mounted at a first end to the second frame and pivotally mounted at a second end to the carrier support, the link arm extending upwardly from the second frame; wherein the pivotal mounting of the link arm at its first end is substantially perpendicular or transverse to the pivotal mounting of the second frame at the first frame so that the carrier support is configured to displace laterally in a sideways direction relative to the first frame.
A control valve to be arranged in a periphery of a working chamber formed by a cylinder and a piston, to control supply of working fluid to the working chamber or control discharge of the working fluid from the working chamber, the control valve comprising: a valve seat; a rod having a first end and a second end; a valve element unit which is connected to the first end of the rod and which has at least a valve element; an armature connected to the second end of the rod; a biasing member for biasing the armature in a biasing direction; an electromagnet configured to attract the armature and drive the armature in a direction opposite to the biasing direction when electric power is supplied; and a valve block including: a wall where the valve seat is formed; an inner passage for the working fluid with an open end bordered by the valve seat; a containing chamber for housing the armature and the electromagnet; and a through hole which extends between the wall and the containing chamber and into which the rod is inserted, wherein the second end of the rod is configured to pass through the through hole, said control valve being characterized in that the valve element unit is connected to the first end by a retainer which is fixed to the first end of the rod, wherein the retainer is formed by a ring member which is fixed to the first end of the rod, wherein the rod has a fixing flange part for connecting the valve element unit and the first end of the rod cooperatively with the ring member, and the control valve further comprises a damping depression for damping vibration of the rod cooperatively with a damping flange, wherein the damping flange is formed by the fixing flange. a valve seat; a rod having a first end and a second end; a valve element unit which is connected to the first end of the rod and which has at least a valve element; an armature connected to the second end of the rod; a biasing member for biasing the armature in a biasing direction; an electromagnet configured to attract the armature and drive the armature in a direction opposite to the biasing direction when electric power is supplied; and a valve block including: a wall where the valve seat is formed; an inner passage for the working fluid with an open end bordered by the valve seat; a containing chamber for housing the armature and the electromagnet; and a through hole which extends between the wall and the containing chamber and into which the rod is inserted, wherein the second end of the rod is configured to pass through the through hole, said control valve being characterized in that the valve element unit is connected to the first end by a retainer which is fixed to the first end of the rod, wherein the retainer is formed by a ring member which is fixed to the first end of the rod, wherein the rod has a fixing flange part for connecting the valve element unit and the first end of the rod cooperatively with the ring member, and the control valve further comprises a damping depression for damping vibration of the rod cooperatively with a damping flange, wherein the damping flange is formed by the fixing flange.
A touch panel, comprising a base substrate (20; 120) and a touch electrode layer and a transparent thin film photovoltaic cell (50; 150; 250; 350; 450; 550; 650; 750; 850) that are disposed on the base substrate (20; 120), wherein the transparent thin film photovoltaic cell (50; 150; 250; 350; 450; 550; 650; 750; 850) includes an n-doped graphene layer (51; 151; 251; 351; 451; 551; 651; 751; 851) and a p-doped graphene layer (52; 152; 252; 352; 452; 552; 652; 752; 852); the touch electrode layer and the transparent thin film photovoltaic cell (50; 150; 250; 350; 450; 550; 650; 750; 850) are mutually superimposed and disposed on a same side of the base substrate (20; 120), and a transparent insulating layer (40; 140; 240; 340; 540; 640) is disposed between the touch electrode layer and the transparent thin film photovoltaic cell (50; 150; 250; 350; 450; 550; 650; 750; 850), or the touch electrode layer and the transparent thin film photovoltaic cell (50; 150; 250; 350; 450; 550; 650; 750; 850) are respectively disposed on either side of the base substrate (20; 120); characterized in that the touch panel further comprises a control circuit, a first electrode and a second electrode, wherein the n-doped graphene layer (51; 151; 251; 351; 451; 551; 651; 751; 851) and the p-doped graphene layer (52; 152; 252; 352; 452; 552; 652; 752; 852) are respectively connected to the control circuit through the first electrode and the second electrode.
A computer-implemented method comprising: Transforming, with a convolutional neural network, input bytes of an input into a sequence of chunks which comprises a sequence of convolutional features; Examining, using a recurrent neural network in series with the convolutional neural network, at least some of the sequence of chunks to determine how to progress through the sequence of chunks, wherein the examining comprises the recurrent neural network deciding, based on a review of a given chunk of the sequence of chunks, whether to examine a next chunk in the sequence of chunks, to skip the next chunk, or to skip the next chunk and one or more additional chunks in the sequence of chunks before reviewing another chunk in the sequence of chunks; and Summarizing a state of the at least some of the chunks examined using the recurrent neural network to form an output indicative of a likelihood that the input includes malicious code. Transforming, with a convolutional neural network, input bytes of an input into a sequence of chunks which comprises a sequence of convolutional features; Examining, using a recurrent neural network in series with the convolutional neural network, at least some of the sequence of chunks to determine how to progress through the sequence of chunks, wherein the examining comprises the recurrent neural network deciding, based on a review of a given chunk of the sequence of chunks, whether to examine a next chunk in the sequence of chunks, to skip the next chunk, or to skip the next chunk and one or more additional chunks in the sequence of chunks before reviewing another chunk in the sequence of chunks; and Summarizing a state of the at least some of the chunks examined using the recurrent neural network to form an output indicative of a likelihood that the input includes malicious code.
An air guiding means for a dispenser of an aircraft, the air guiding means comprising at least one air scoop adapted to guide an air stream to a feeding out opening for chaffs on the dispenser, such that a pressure difference is created behind the dispenser at the feeding out opening, to facilitate packages of chaffs to be released from the dispenser, wherein control means is provided for controlling the air stream through the at least one air scoop, wherein the at least one air scoop comprises an air inlet and an air outlet, characterized in that the control means is arranged to close and open the air inlet, wherein, when the air inlet is open, the air stream enters the air inlet, is guided approximately 90 degrees by the air scoop and leaves the air outlet, which is adapted to be situated at the feeding out opening of the dispenser, and wherein, when the air inlet is closed, the air stream will pass the dispenser without entering the air inlet of the at least one air scoop.
A method for preparing an optical element (20, 20') for insertion into an optical system of an endoscope, wherein the optical element (20, 20') has an optical axis (22, 22') and a peripheral surface (26, 26') that is basically parallel to the optical axis (22, 22'), with the following method steps: - Arranging the optical element (20, 20') in a mounting of a spindle which rotates the optical element (20, 20') about an axis of rotation of the spindle, - Aligning the optical element (20, 20') on the spindle such that the optical axis (22, 22') of the optical element (20, 20') coincides with the axis of rotation of the spindle, - Removing an outer peripheral surface region of the optical element (20, 20') until the peripheral surface (26, 26') has a constant spacing from the optical axis (22, 22') of the optical element (20, 20'), characterized in that the removal of the outer peripheral surface region takes place by laser ablation, in particular by means of an ultra-short pulse laser. - Arranging the optical element (20, 20') in a mounting of a spindle which rotates the optical element (20, 20') about an axis of rotation of the spindle, - Aligning the optical element (20, 20') on the spindle such that the optical axis (22, 22') of the optical element (20, 20') coincides with the axis of rotation of the spindle, - Removing an outer peripheral surface region of the optical element (20, 20') until the peripheral surface (26, 26') has a constant spacing from the optical axis (22, 22') of the optical element (20, 20'), characterized in that the removal of the outer peripheral surface region takes place by laser ablation, in particular by means of an ultra-short pulse laser.
Household appliance for the treatment of household waste, characterized by the fact that it comprises: - a treatment cab; - an inlet opening formed in said cab and adapted to bring a quantity of mixed household waste into said cab; - separation means (14, 19, 21, 23, 24, 25, 26) accommodated in said cab and adapted to separate said mixed household waste into a wet organic part, a dry organic part, a recoverable dry part and a dry mixed part; - at least a first output, a second output and a third output formed in said cab and adapted to let out said wet organic part, said recoverable dry part and said dry mixed part, respectively. - a treatment cab; - an inlet opening formed in said cab and adapted to bring a quantity of mixed household waste into said cab; - separation means (14, 19, 21, 23, 24, 25, 26) accommodated in said cab and adapted to separate said mixed household waste into a wet organic part, a dry organic part, a recoverable dry part and a dry mixed part; - at least a first output, a second output and a third output formed in said cab and adapted to let out said wet organic part, said recoverable dry part and said dry mixed part, respectively.
Multifunctional control valve, which comprises: a valve body, wherein the valve body comprises two water inflowing passages, a mixed water passage and two water dividing passages (161, 162); a main control valve core, wherein the main control valve core is disposed in the valve body and cooperates with the two water inflowing passages and the mixed water passage to enable the main control valve core to control a water temperature, an on-off operation and a flow rate of the mixed water passage; a switch mechanism, wherein the switch mechanism is disposed in the valve body and cooperates with the mixed water passage and the two water dividing passages (161, 162) to enable the switch mechanism to switch the two water dividing passages (161, 162) to be in communication with the mixed water passage, the multifunctional control valve being characterized in that an end surface of the main control valve core is concave to define a sliding groove and in that the multifunctional control valve further comprises a switch driving mechanism, wherein the switch driving mechanism comprises a sliding rod, the sliding rod is slidably connected to the sliding groove, and the sliding rod is operatively connected to the switch mechanism to drive the switch mechanism to achieve the switching. a valve body, wherein the valve body comprises two water inflowing passages, a mixed water passage and two water dividing passages (161, 162); a main control valve core, wherein the main control valve core is disposed in the valve body and cooperates with the two water inflowing passages and the mixed water passage to enable the main control valve core to control a water temperature, an on-off operation and a flow rate of the mixed water passage; a switch mechanism, wherein the switch mechanism is disposed in the valve body and cooperates with the mixed water passage and the two water dividing passages (161, 162) to enable the switch mechanism to switch the two water dividing passages (161, 162) to be in communication with the mixed water passage, the multifunctional control valve being characterized in that an end surface of the main control valve core is concave to define a sliding groove and in that the multifunctional control valve further comprises a switch driving mechanism, wherein the switch driving mechanism comprises a sliding rod, the sliding rod is slidably connected to the sliding groove, and the sliding rod is operatively connected to the switch mechanism to drive the switch mechanism to achieve the switching.
Method for improved detection of wire-type objects in an area in front of an aircraft, wherein, taking into account the position and attitude of the aircraft, a set of three-dimensional measurement points is produced from the distance values of a range image of this area, which is produced using a distance sensor, in a geodetic coordinate system, from which set potential wire measurement points are extracted using known filter methods for identifying measurement points which are eliminated as clutter or disturbances, wherein in a first step, the potential wire measurement points are projected into a horizontal plane, straight line profiles are identified, and wherein, in a second step, the potential wire measurement points on, and at a specifiable distance from, a straight line found in the first step are projected into a plane vertical to the horizontal plane and the respective straight line from the first step, and catenoid or parabolic profiles are identified using a quadratic form transformation, wherein in the first step, the horizontal projection of the potential wire measurement points is effected onto an N×M matrix, according to R = q 1 1... q M 1 ⋮ q 1 N... q M N with q i k ∈ 0 1, k=1,...N, wherein i=1,...,M and and wherein the straight line profiles are identified using a polynomial phase transformation and a subsequent spectral analysis, wherein in the polynomial phase transformation, the potential wire measurement points from the matrix R are transformed into a sinusoidal signal z(k) of the form z k = ∑ j = 1 d e i ⋅ μ 1 k ⋅ tan φ j + x j wherein j: variable between 1 and d d: number of straight lines μ 1: constant parameter between 0.01 and 1 x j: axis section of the j-th straight line φ j: angle of the j-th straight line, and the frequencies f j =μ1*tanφ j are determined in the spectral analysis. j: variable between 1 and d d: number of straight lines μ 1: constant parameter between 0.01 and 1 x j: axis section of the j-th straight line φ j: angle of the j-th straight line,
A method for controlling a simultaneous heating and cooling type multi-air conditioner comprising: an outdoor unit having a compressor; a plurality of indoor units (21, 22, 23, 24) connected to the outdoor unit; and a heating and cooling switching unit corresponding to the respective indoor units, to enable simultaneous heating and cooling operations of the plurality of indoor units, the method comprising: determining whether or not a primary cooling operation is selected; if the primary cooling operation is selected, increasing (S104, S106, S108) the capacity of the compressor by adding a predetermined capacity to a compressor operation capacity; and controlling (S110, S114, S116) the capacity of the compressor in a variable manner according to an average value of an evaporation pressure varying for a predetermined time. determining whether or not a primary cooling operation is selected; if the primary cooling operation is selected, increasing (S104, S106, S108) the capacity of the compressor by adding a predetermined capacity to a compressor operation capacity; and controlling (S110, S114, S116) the capacity of the compressor in a variable manner according to an average value of an evaporation pressure varying for a predetermined time.
A folding scooter frame, comprising a front frame, a rear frame, a linkage rod, and a seat support frame, wherein the front frame and the rear frame are pivotally connected, a front end of the linkage rod is connected with the front frame, a rear end of the linkage rod is pivotally connected with a slider, a support rod of the seat support frame is pivotally connected with the slider, the slider is slidably disposed on the rear frame, and the linkage rod is urged to swing as the front frame is folded, thereby driving the slider to slide so as to fold the seat support frame; the folding scooter frame is characterized in that the seat support frame comprises a first support rod, a second support rod, a third support rod, and a seat, the first support rod is pivotally connected with the second support rod, a lower end of the third support rod is pivotally connected to the second support rod, two ends of the seat are respectively pivotally connected to upper ends of the first support rod and the third support rod, a lower end of the second support rod is pivotally connected to the rear frame, and a lower end of the first support rod is pivotally connected to the slider.
Method for withdrawing a liquid substance mixture from a container via a withdrawal unit, wherein the substance mixture is mixed before and/or during a withdrawal operation by means of a gaseous media flow introduced into the substance mixture via a gas line assigned to the withdrawal unit, characterized in that the withdrawal unit is assigned a pump unit with a feed pump, preferably a metering pump, via which the substance mixture is withdrawn by suction from the container by means of a suction line projecting into the substance mixture.
Tread for a heavy vehicle tyre having a total thickness PMU corresponding to the thickness of material to be worn away during running, this tread having a tread surface intended to come into contact with a roadway when a tyre provided with this tread is being driven on, this tread comprising at least one cut opening in the initial condition onto the tread surface when new, this cut comprising several parts joined together and namely: - an external part, which means to say one opening onto the tread surface when new, this external part forming a groove having a mean depth Pe at most equal to 90% of the thickness PMU, - this external part having a minimum width Lm measured on the tread surface when new; - an internal part forming the bottom of the cut, this internal part having the shape of a channel of mean height Hc, this channel being intended to form a new groove when the tread becomes part-worn; this tread being characterized in that the channel forming the bottom of the cut is continuous in the main direction of the cut and comprises at least one narrow part of maximum width Le and at least one wider part of maximum width LE, each widened part of the channel extending into the groove of the external part of the cut in the form of a widening of the groove, this widening having a maximum width LM, measured on the tread surface when new, at least equal to the maximum width LE of the widened part of the channel. - an external part, which means to say one opening onto the tread surface when new, this external part forming a groove having a mean depth Pe at most equal to 90% of the thickness PMU, - this external part having a minimum width Lm measured on the tread surface when new; - an internal part forming the bottom of the cut, this internal part having the shape of a channel of mean height Hc, this channel being intended to form a new groove when the tread becomes part-worn;