mhurhangee/ep-ind-claims huggingface dataset:
An electrical cable comprising a conductor and a couple of mica tapes surrounding the conductor, the couple of mica tapes being formed of a first mica tape and a second mica tape wound around the first mica tape, each of the first and the second mica tape including a mica layer attached to a backing layer, wherein the mica layer of the first mica tape faces and contacts the mica layer of the second mica tape, wherein the couple of mica tapes is an inner couple of mica tapes surrounding the conductor, the electrical cable further comprising an outer couple of mica tapes surrounding the inner couple, the outer couple of mica tapes being formed of a third mica tape and a fourth mica tape wound around the third mica tape, the third and the fourth mica tape including a mica layer attached to a backing layer, wherein the mica layer of the third mica tape faces and contacts the mica layer of the fourth mica tape.
An electronic circuit comprising: - a combinational circuit block having a set of input pins (IN1,..., INn) configured to receive input digital signals and a set of output pins (OUT1,..., OUTm) configured to provide output digital signals as a function of the input digital signals received, - a test input pin (SCAN_IN) configured to receive a test input signal and a test output pin (SCAN_OUT) configured to provide a test output signal as a function of the test input signal received, - a set of scan registers (SR1, SR2, SR3), wherein the scan registers in the set of scan registers are selectively couplable (M1, M2, M3) either to the combinational circuit block or to one another so as to form a scan chain of scan registers serially coupled between the test input pin (SCAN_IN) and the test output pin (SCAN_OUT), the scan registers in the set of scan registers being sensitive to a clock signal, and - at least one input register (H1, H2) coupled between the test input pin (SCAN_IN) and a first scan register of said scan chain, wherein the at least one input register (H1, H2) is sensitive to an inverted replica of said clock signal, wherein the scan registers in the set of scan registers (SR1, SR2, SR3) are active on one of the rising edges or falling edges of said clock signal provided thereto, and said at least one input register (H1, H2) is active on the other of the rising edges or falling edges of said clock signal. - a combinational circuit block having a set of input pins (IN1,..., INn) configured to receive input digital signals and a set of output pins (OUT1,..., OUTm) configured to provide output digital signals as a function of the input digital signals received, - a test input pin (SCAN_IN) configured to receive a test input signal and a test output pin (SCAN_OUT) configured to provide a test output signal as a function of the test input signal received, - a set of scan registers (SR1, SR2, SR3), wherein the scan registers in the set of scan registers are selectively couplable (M1, M2, M3) either to the combinational circuit block or to one another so as to form a scan chain of scan registers serially coupled between the test input pin (SCAN_IN) and the test output pin (SCAN_OUT), the scan registers in the set of scan registers being sensitive to a clock signal, and - at least one input register (H1, H2) coupled between the test input pin (SCAN_IN) and a first scan register of said scan chain, wherein the at least one input register (H1, H2) is sensitive to an inverted replica of said clock signal,
A process for producing a gel network, which gel network comprises a plurality of joined gel objects, which process comprises: forming a plurality of incompletely-gelled gel objects in one or more microfluidic channels; dispensing the incompletely-gelled gel objects from the one or more microfluidic channels into a region for producing the network; and contacting each incompletely-gelled gel object with at least one other incompletely-gelled gel object in said region to join each gel object to at least one other gel object at a region of contact between the gel objects, wherein contacting each incompletely-gelled gel object with at least one other incompletely-gelled gel object causes each incompletely-gelled gel object to fuse with at least one other incompletely-gelled gel object at a region of contact between the gel objects wherein gelling occurs at the region of fusion to form a gel bond between the gel objects. forming a plurality of incompletely-gelled gel objects in one or more microfluidic channels; dispensing the incompletely-gelled gel objects from the one or more microfluidic channels into a region for producing the network; and contacting each incompletely-gelled gel object with at least one other incompletely-gelled gel object in said region to join each gel object to at least one other gel object at a region of contact between the gel objects, wherein contacting each incompletely-gelled gel object with at least one other incompletely-gelled gel object causes each incompletely-gelled gel object to fuse with at least one other incompletely-gelled gel object at a region of contact between the gel objects wherein gelling occurs at the region of fusion to form a gel bond between the gel objects.
A network connection method of home appliance (40, 40a), said method comprising the steps of: Receiving, by a terminal device from a user, an authentication key of an access point, AP, apparatus as an input to the terminal device; Verifying and authenticating, by the terminal device, the inputted authentication key based on an authentication key of the access point, AP, apparatus stored in the terminal device; Generating, by the terminal device, network setting information based on the identification number and the authentication key of the AP apparatus only when the verifies authentication of the AP apparatus (30 is correct; Setting a home appliance (40, 40a) to be in a state of communicating with the terminal device; Interconnecting the home appliance (40, 40a) and the terminal device; Transmitting, by the terminal device, the network setting information to the home appliance (40, 40a); and Connecting the home appliance (40, 40a) to the AP apparatus by using the generated network setting information. Receiving, by a terminal device from a user, an authentication key of an access point, AP, apparatus as an input to the terminal device; Verifying and authenticating, by the terminal device, the inputted authentication key based on an authentication key of the access point, AP, apparatus stored in the terminal device; Generating, by the terminal device, network setting information based on the identification number and the authentication key of the AP apparatus only when the verifies authentication of the AP apparatus (30 is correct; Setting a home appliance (40, 40a) to be in a state of communicating with the terminal device; Interconnecting the home appliance (40, 40a) and the terminal device; Transmitting, by the terminal device, the network setting information to the home appliance (40, 40a); and Connecting the home appliance (40, 40a) to the AP apparatus by using the generated network setting information.
An N 2 O removing system comprising a plurality of gas flow passages and catalyst packed layers packed with N 2 O decomposition catalysts, characterized in that the gas flow passages and vertical catalyst packed layers are alternately arranged in parallel wherein the gas flow passages next to each other via the catalyst packed layers comprise a gas introduction passage having an inlet part and a gas discharge passage, and wherein the respective gas flow passages are provided with inlet side valves at the inlet part sequentially opened along with the deterioration of N 2 O catalysts due to their time-dependent changes to cumulatively increase the number of the catalyst packed layers used.
A system comprising a relay node, RN,, an enhanced node B, ENB, and at least one user equipment, UE,; wherein: the ENB has a processor configured to allocate a plurality of resource blocks, RBs, for the RN; the RN is configured to assign the plurality of allocated RBs for the at least one UE; and the at least one UE has a component configured to receive the assignment of the plurality of RBs from the RN; wherein the RN, ENB and at least one UE are configured to communicate in a half-duplex mode,; wherein, at a first transmission time interval, TTI, the ENB is configured to schedule all downlink communications via direct links with the UE and via relay links with the RN, and the ENB is configured to schedule uplink communications via direct links with the UE and the RN is configured to schedule uplink communications via access links with at least a second UE in the same cell as the RN; and wherein, at a second TTI the ENB is configured to schedule all uplink communications via direct links with the UE and via relay links with the RN, and the ENB is configured to schedule downlink communications via direct links with the UE and the RN is configured to schedule downlink communications via access links with at least a second UE in the same cell.
Coating system comprising: - at least one reactive resin system RH; - at least one thixotropic assistant TH selected from the group consisting of urea preparations HZ and fibers FS; - at least one inorganic aggregate AZ having a particle size in the range from 0.2 to 3.0 mm; wherein the coating system 3 min after the mixing of all the components of the coating system apart from the at least one inorganic aggregate AZ has a viscosity as measured at 23°C using a rheometer with heatable plate (Rheotec MRC300) (0.5 mm gap, measurement plate diameter: 50 mm (plate/plate)) with a shear rate of 1 s -1 of 9000-100 000 Pas and a viscosity as measured at a shear rate of 100 s -1 of 400-15 000 Pas. - at least one reactive resin system RH; - at least one thixotropic assistant TH selected from the group consisting of urea preparations HZ and fibers FS; - at least one inorganic aggregate AZ having a particle size in the range from 0.2 to 3.0 mm;
Vehicle-side method for detecting and indicating parking spaces (P1, P2) for a vehicle, the method comprising: the detection of image details (V1, V1,..., Vn) of an environment of the vehicle at different points in time (t1, t1,...tn); the compiling of an overall image from the image details (V1, V1,..., Vn) detected at different points in time (t1, t1,...tn); characterised by the detection of environment data and the measuring of at least one parking space (P1, P2), wherein the parking space (P1, P2) offers enough free space for parking the vehicle, and wherein the detection of environment data and the measuring of at least one parking space (P1, P2) are carried out independently of the detection of the image details (V1, V1,..., Vn) of an environment of the vehicle; the generation of a superposition image by superposing a view corresponding to the at least one parking space (P1, P2) on the compiled overall image; and the indication of the superposition image in the vehicle. the detection of image details (V1, V1,..., Vn) of an environment of the vehicle at different points in time (t1, t1,...tn); the compiling of an overall image from the image details (V1, V1,..., Vn) detected at different points in time (t1, t1,...tn); characterised by the detection of environment data and the measuring of at least one parking space (P1, P2), wherein the parking space (P1, P2) offers enough free space for parking the vehicle, and wherein the detection of environment data and the measuring of at least one parking space (P1, P2) are carried out independently of the detection of the image details (V1, V1,..., Vn) of an environment of the vehicle; the generation of a superposition image by superposing a view corresponding to the at least one parking space (P1, P2) on the compiled overall image; and the indication of the superposition image in the vehicle.
A composition comprising at least nine of the following agents: a GSK3 inhibitor, a WNT agonist, an ALK4/5/7 inhibitor, an HDAC inhibitor, a p300 activator, a PDE4 inhibitor, an Adenylyl cyclase agonist, a retinoic acid receptor γ agonist, a 5-HT3 antagonist, and a metabotropic glutamate (mGlu) receptor agonist; and optionally further comprising a physiologically acceptable excipient or carrier.
A camera assembly comprising a support, a depth device, a camera, and a projector; wherein, the depth device, the camera, and the projector are all disposed on the support, the depth device is spaced from the projector, a region of the support between the depth device and the projector is capable of being configured to dispose a first functional component, the projector is configured to project light, the depth device is configured to capture depth image information, and the camera is configured to capture color image information; the support has a connecting part, a first fixing part, and a second fixing part; the connecting part is configured to dispose the first functional component, the first fixing part and the second fixing part are respectively located at two opposite sides of the connecting part, both the depth device and the camera are fixed on the first fixing part, and the projector is fixed on the second fixing part; wherein the first fixing part and the second fixing part respectively have a first protrusion and a second protrusion, the first protrusion and the second protrusion protrude relative to the connecting part, the first protrusion and the second protrusion are located at the same side of the connecting part, such that the connecting part is recessed inwards relative to the first fixing part and the second fixing part, the first protrusion, the connecting part, and the second protrusion hereby form an avoidance region, the avoidance region is configured to accommodate a second functional component.
A method comprising: transmitting, by a user equipment, UE, in a standby mode, a tracking sequence to a network node in a network, the tracking sequence is used to track the UE and to keep it alive in the network; receiving, by the UE from the network node, a tracking response; and transmitting, by the UE that transitions from the standby mode to an active mode, uplink, UL, data to the network node after the receiving the tracking response, wherein the UE enters the standby mode, instead of an idle state, when not in the active state, and when the UE enters the network, the UE remains connected and synchronized with the network node while the UE is in the standby mode, so that a random access procedure is only performed upon an initial access or after a tracking failure or a keeping alive failure. transmitting, by a user equipment, UE, in a standby mode, a tracking sequence to a network node in a network, the tracking sequence is used to track the UE and to keep it alive in the network; receiving, by the UE from the network node, a tracking response; and transmitting, by the UE that transitions from the standby mode to an active mode, uplink, UL, data to the network node after the receiving the tracking response, wherein the UE enters the standby mode, instead of an idle state, when not in the active state, and when the UE enters the network, the UE remains connected and synchronized with the network node while the UE is in the standby mode, so that a random access procedure is only performed upon an initial access or after a tracking failure or a keeping alive failure.
A security label comprising: a film layer; a printable layer on the film layer to allow printing to be applied thereto; a first ink layer being applied to a portion of the printable layer; a second ink layer being applied to the film layer, wherein the first ink layer comprises a fluid sensitive ink, the printable layer is applied to a first side of the film layer, characterised in that the second ink layer is applied to a second side of the film layer, the portion of the printable layer to which the first ink layer is applied comprises an edge portion of the printable layer and the second ink layer comprises an obscurity region, provided centrally of the ink layer.
A rail segment of a ground electric feeding system for a land vehicle, in particular a motor vehicle, the rail segment comprising: - a carrier for one or several electrically conductive tracks (11, 12, 13) comprising; - a substantially planar electric feeding surface of the land vehicle, provided with three longitudinal grooves, each groove being intended to receive a conductive track (11, 12, 13), and - a surface for securing to a roadway, opposite the electric feeding surface, wherein said carrier has a rectangular cross-section and the electric feeding surface and the securing surface form the long sides of said rectangle, and the rail segment having a phase conductive track in the first groove, a reverse current conductive track in the second groove and a neutral conductive track, the rail segment being characterized in that: - the carrier is in the form of a strip of electrically insulating elastomeric material; - the carrier comprises a conductive track (11, 12, 13) in each groove of the electric feeding surface, each conductive track being mechanically fixed in its groove, in particular by screwing; - the neutral conductive track is placed in the third groove, the phase conductive track preferably being arranged between the other two tracks. - a carrier for one or several electrically conductive tracks (11, 12, 13) comprising; - a substantially planar electric feeding surface of the land vehicle, provided with three longitudinal grooves, each groove being intended to receive a conductive track (11, 12, 13), and - a surface for securing to a roadway, opposite the electric feeding surface, wherein said carrier has a rectangular cross-section and the electric feeding surface and the securing surface form the long sides of said rectangle, and - the carrier is in the form of a strip of electrically insulating elastomeric material; - the carrier comprises a conductive track (11, 12, 13) in each groove of the electric feeding surface, each conductive track being mechanically fixed in its groove, in particular by screwing; - the neutral conductive track is placed in the third groove, the phase conductive track preferably being arranged between the other two tracks.
Cutting tool, comprising a tool holder for holding a holder blade (7; 7') and a holder blade (7; 7') formed with at least one seat (70, 70') for a replaceable cutting insert (71; 71'), which holder blade has an elongate basic shape including two plane-parallel side surfaces (67, 67'), two opposite and mutually parallel longitudinal edges (68; 68'), as well as two opposite ends (69; 69'), the tool holder including a basic body with an axis and a support body, which support body includes a slot countersunk in a front side turned from the basic body, which slot is delimited by a bottom and two mutually parallel limiting edges (58, 59), and in which support body the holder blade (7; 7') is detachably mounted, the holder blade being adjustable and fixable in different axial projection positions in relation to the basic body, characterized in that, between the basic body and the support body, there is arranged a set-up body that is actuated by a spring device aiming to displace the set-up body axially in relation to the basic body, and against the action of which the set-up body is fixable in a desired position in relation to the basic body by means of a screw joint, and that the holder blade (7; 7') is fixed in a predetermined, axial position in the slot of the support body by means of a stop member (79; 79') including a screw (77; 77') that extends through a through hole (72; 72') through the holder blade and is tightened in a threaded hole that mouths in the bottom of the slot, in that the width of the slot between the limiting edges (58, 59) is greater than the width of the holder blade (7; 7') between the longitudinal edges (68; 68') in order to allow mounting and dismounting of the holder blade with a side surface (67; 67') facing the bottom of the slot, and that the through hole (72; 72') in the holder blade (7; 7') has a keyhole-like contour shape by including on one hand a circular section (73; 73'), the diameter of which is greater than the diameter of a head (78; 78') of the screw (77; 77'), and on the other hand an elongate section that extends from the circular section (73; 73') to an end surface (76; 76') and has a width that is smaller than the diameter of the screw head (78; 78').
Arrangement for cooling a circuit board or the like, which arrangement comprises: A carrier frame, which comprises - elements (41, 43, 44; 80) for connection to the circuit board and for supporting thereon, - a ring-like air passthrough aperture, - and a miniature or subminiature fan which is mounted on the side of the carrier frame facing away from the circuit board and at a distance from the circuit board, and is equipped with a fan wheel which, during operation, rotates about a rotation axis and in doing so transports air through the annular air passthrough aperture, characterised in that there is provided on the carrier frame, on the side of the air passthrough aperture facing towards the circuit board, an air-directing element which serves to deflect the flow direction of at least a portion of the air transported, during operation, through the air passthrough aperture, and the air-directing element being provided with openings (60, 62; 64, 66; 68, 70; 72, 74; 76, 78) in order to direct, through a wall of the air-directing element, a portion of the air flow delivered by the fan. A carrier frame, which comprises - elements (41, 43, 44; 80) for connection to the circuit board and for supporting thereon, - a ring-like air passthrough aperture, - and a miniature or subminiature fan which is mounted on the side of the carrier frame facing away from the circuit board and at a distance from the circuit board, and is equipped with a fan wheel which, during operation, rotates about a rotation axis and in doing so transports air through the annular air passthrough aperture, characterised in that - elements (41, 43, 44; 80) for connection to the circuit board and for supporting thereon, - a ring-like air passthrough aperture, - and a miniature or subminiature fan which is mounted on the side of the carrier frame facing away from the circuit board and at a distance from the circuit board, and is equipped with a fan wheel which, during operation, rotates about a rotation axis and in doing so transports air through the annular air passthrough aperture, characterised in that there is provided on the carrier frame, on the side of the air passthrough aperture facing towards the circuit board, an air-directing element which serves to deflect the flow direction of at least a portion of the air transported, during operation, through the air passthrough aperture, and the air-directing element being provided with openings (60, 62; 64, 66; 68, 70; 72, 74; 76, 78) in order to direct, through a wall of the air-directing element, a portion of the air flow delivered by the fan.
A film comprising: a random propylene/ethylene copolymer comprising a substituted phenylene aromatic diester; the random propylene/ethylene copolymer having an ethylene incorporation index greater than 0.65 and a xylene solubles content according to the following equation wt % xylene solubles − wt % total ethylene wt % total ethylene < 0.8. a random propylene/ethylene copolymer comprising a substituted phenylene aromatic diester; the random propylene/ethylene copolymer having an ethylene incorporation index greater than 0.65 and a xylene solubles content according to the following equation wt % xylene solubles − wt % total ethylene wt % total ethylene < 0.8.