mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising a delay-locked loop, DLL, for synchronizing a phase of a periodic digital output signal with a phase of a periodic digital input signal including: a delay line of a controllable phase delay, responsive to the periodic digital input signal for generating the periodic digital output signal as a delayed version of the periodic digital input signal; a phase detector responsive to the periodic digital input and output signals for generating a phase error signal representative of the difference in phase between the periodic digital input and output signals; a loop filter responsive to the phase error signal for generating a control voltage, the control voltage applied as a control input to the delay line for adjusting the length of the controllable phase delay to match the phase of the periodic digital output signal with the phase of the periodic digital input signal; and a deskew element responsive to the periodic digital input signal and the periodic digital output signal for suppressing a jitter component in the periodic digital output signal by synchronizing values in the periodic digital output signal with values in the periodic digital input signal to generate a final jitter-suppressed periodic digital output signal that changes value only when the values of both the periodic digital output signal and the periodic digital input signal are the same regardless of the arrival time of the transitions edge of the periodic digital output signal. a delay line of a controllable phase delay, responsive to the periodic digital input signal for generating the periodic digital output signal as a delayed version of the periodic digital input signal; a phase detector responsive to the periodic digital input and output signals for generating a phase error signal representative of the difference in phase between the periodic digital input and output signals; a loop filter responsive to the phase error signal for generating a control voltage, the control voltage applied as a control input to the delay line for adjusting the length of the controllable phase delay to match the phase of the periodic digital output signal with the phase of the periodic digital input signal; and a deskew element responsive to the periodic digital input signal and the periodic digital output signal for suppressing a jitter component in the periodic digital output signal by synchronizing values in the periodic digital output signal with values in the periodic digital input signal to generate a final jitter-suppressed periodic digital output signal that changes value only when the values of both the periodic digital output signal and the periodic digital input signal are the same regardless of the arrival time of the transitions edge of the periodic digital output signal.
A non-aqueous electrolyte comprising a non-aqueous electrolyte additive and a supporting salt, wherein the non-aqueous electrolyte additive comprises a phosphazene compound represented by the following general formula: (NPR 2) n ··· wherein one R of the total number 2 × n of R groups represents a hexafluoroisopropoxy group and the other Rs represent fluorine, and n is from 3 to 14, wherein a content of the phosphazene compound represented by the general formula is in a range from at least 1% by volume to less than 15% by volume.
A hydraulic machine, comprising: a rotation shaft; a plurality of pistons configured to reciprocate in a period corresponding to a single rotation of the rotation shaft, the plurality of pistons including pistons reciprocating along with the rotation of the rotation shaft at time phases of reciprocating motion varied among the pistons; a plurality of cylinders forming a plurality of working chambers with the plurality of pistons; a state-switch unit for switching a state of each of the working chambers between an active state in which energy is converted between rotation energy of the rotation shaft and pressure energy in the working chamber and a non-active state in which the energy is not converted; and a controller for controlling the state-switch unit, characterized in that the controller is configured to fix a state of at least one of the plurality of working chambers to the non-active state, the at least one working chamber corresponding to a time phase different from the time phase of reciprocation of the piston of an abnormal working chamber with a malfunction, or to reduce a frequency of switching the state of the at least one working chamber to the active state. a rotation shaft; a plurality of pistons configured to reciprocate in a period corresponding to a single rotation of the rotation shaft, the plurality of pistons including pistons reciprocating along with the rotation of the rotation shaft at time phases of reciprocating motion varied among the pistons; a plurality of cylinders forming a plurality of working chambers with the plurality of pistons; a state-switch unit for switching a state of each of the working chambers between an active state in which energy is converted between rotation energy of the rotation shaft and pressure energy in the working chamber and a non-active state in which the energy is not converted; and a controller for controlling the state-switch unit, characterized in that the controller is configured to fix a state of at least one of the plurality of working chambers to the non-active state, the at least one working chamber corresponding to a time phase different from the time phase of reciprocation of the piston of an abnormal working chamber with a malfunction, or to reduce a frequency of switching the state of the at least one working chamber to the active state. fix a state of at least one of the plurality of working chambers to the non-active state, the at least one working chamber corresponding to a time phase different from the time phase of reciprocation of the piston of an abnormal working chamber with a malfunction, or to reduce a frequency of switching the state of the at least one working chamber to the active state.
An agricultural harvesting system comprising an agricultural harvester, in particular a forage harvester, which includes at least one agricultural working assembly (2, 3, 4, 5) which is configured for assisting or performing agricultural work, and an adjusting unit for parameter adjustment of the respective working assembly (2, 3, 4, 5), a conveyor passage for a crop material flow produced in a harvesting process by harvesting a field stand, and an NIR sensor device including an NIR sensor which is configured for detecting contents and/or properties of the crop material flow, wherein the crop material flow can be guided in the conveyor passage past the NIR sensor, characterised in that the agricultural harvesting system further has an online data processing device for controlling the respective working assembly (2, 3, 4, 5), which device is configured to generate control data on the basis of crop material flow data generated by the NIR sensor device and corresponding to the contents and/or properties detected by the NIR sensor, and that the adjusting unit is configured to carry out parameter adjustment of the respective working assembly (2, 3, 4, 5) at least on the basis of the control data.
A secure cell broadcast method in a cell broadcast system, the method comprising: defining, by a cell broadcast server, a group of mobile devices, said defining comprising storing unique device identifiers of mobile devices associated with the group; reserving, by the cell broadcast server, a channel for the group, said reserving comprising selecting the channel from amongst a set of reserved channels used exclusively for broadcasting secure messages; associating, by the cell broadcast server, cryptographic key material with the group; notifying, by the cell broadcast server, a group administrator device of the channel for the group for further provision the channel to the group of mobile devices; providing, by the cell broadcast server, a default geoscope parameter for the group for defining a geographical area comprising a plurality of targeted cells; securely providing, by the cell broadcast server, the cryptographic key material to the group administrator device for further provision the cryptographic key material to the group of mobile devices, the cryptographic key material including a decryption key; and broadcasting, by the cell broadcast system, on the channel in the plurality of targeted cells a secure broadcast message that is encrypted such that the mobile devices of the group receiving on the channel can receive and decrypt the secure broadcast message using the cryptographic key material. defining, by a cell broadcast server, a group of mobile devices, said defining comprising storing unique device identifiers of mobile devices associated with the group; reserving, by the cell broadcast server, a channel for the group, said reserving comprising selecting the channel from amongst a set of reserved channels used exclusively for broadcasting secure messages; associating, by the cell broadcast server, cryptographic key material with the group; notifying, by the cell broadcast server, a group administrator device of the channel for the group for further provision the channel to the group of mobile devices; providing, by the cell broadcast server, a default geoscope parameter for the group for defining a geographical area comprising a plurality of targeted cells; securely providing, by the cell broadcast server, the cryptographic key material to the group administrator device for further provision the cryptographic key material to the group of mobile devices, the cryptographic key material including a decryption key; and broadcasting, by the cell broadcast system, on the channel in the plurality of targeted cells a secure broadcast message that is encrypted such that the mobile devices of the group receiving on the channel can receive and decrypt the secure broadcast message using the cryptographic key material.
A compound which is 5-( -(3-fluorodibenzo[b,e]oxepin-11 -ylidene)methyl)-1-((7 R,8a R)-hexahydro-1H-pyrrolo[2,1-c][1,4]oxazin-7-yl)-1H-benzo[d]imidazol-2 -one, or a pharmaceutically acceptable salt thereof.
Cosmetic or dermatological composition comprising at least one cyclodextrin, which is at least partially present in the form of solid particles dispersed in a physiologically acceptable medium, characterised in that the cyclodextrin particles have: - a volume average size d(4.3), measured by laser granulometry, of less than or equal to 12 μm, preferably less than or equal to 8 μm, and - a size distribution by volume, measured by laser diffraction granulometry, of which the characteristic diameters d, d and d are such that: a. the diameter d is less than or equal to 2.5 μm, b. and the diameter d is less than or equal to 10.0 μm, c. and the diameter d is less than or equal to 25.0 μm, characterised in that the solid cyclodextrin particles have a size distribution by volume, measured by laser diffraction granulometry, having a coefficient of variation of less than or equal to 73%. - a volume average size d(4.3), measured by laser granulometry, of less than or equal to 12 μm, preferably less than or equal to 8 μm, and - a size distribution by volume, measured by laser diffraction granulometry, of which the characteristic diameters d, d and d are such that: a. the diameter d is less than or equal to 2.5 μm, b. and the diameter d is less than or equal to 10.0 μm, c. and the diameter d is less than or equal to 25.0 μm, a. the diameter d is less than or equal to 2.5 μm, b. and the diameter d is less than or equal to 10.0 μm, c. and the diameter d is less than or equal to 25.0 μm,
A fiber sheet comprising a gauze and a nonwoven fabric laminated on the gauze, wherein: the gauze has a warp fineness of 50/9 to 400/9 dtex (5 to 40 deniers), a warp density of 40 to 100 warps/2.54 cm (40 to 100 warps/inch), a weft fineness of 50/9 to 400/9 dtex (5 to 40 deniers), and a weft density of 20 to 100 wefts/2.54 cm (20 to 100 wefts/inch); the nonwoven fabric is made of a melt-blown nonwoven fabric or a spunbonded nonwoven fabric, having a fineness of 40/9 dtex (4.0 deniers) or less; and the fiber sheet has a basis weight of 7.5 to 20 g/m 2. the gauze has a warp fineness of 50/9 to 400/9 dtex (5 to 40 deniers), a warp density of 40 to 100 warps/2.54 cm (40 to 100 warps/inch), a weft fineness of 50/9 to 400/9 dtex (5 to 40 deniers), and a weft density of 20 to 100 wefts/2.54 cm (20 to 100 wefts/inch); the nonwoven fabric is made of a melt-blown nonwoven fabric or a spunbonded nonwoven fabric, having a fineness of 40/9 dtex (4.0 deniers) or less; and the fiber sheet has a basis weight of 7.5 to 20 g/m 2.
Protective device for receiving a plug connector, comprising: a plug receptacle which is configured to receive the plug connector and an end portion of a cable of the plug connector at least in part, wherein the plug receptacle extends through the protective device along a centre line from a plug opening for receiving the plug connector at least in part to a cable opening for receiving the end portion of the cable of the plug connector at least in part; and wherein the plug receptacle comprises a plurality of cable-holding hooks which project inwards into the plug receptacle, wherein each of the cable-holding hooks is at a distance from the centre line, wherein the distances of two or more cable-holding hooks from the centre line decrease along the centre line from the cable opening in the direction towards the plug opening, wherein the plurality of cable-holding hooks are configured to block a movement of the received end portion of the cable relative to the plug receptacle, wherein the plurality of cable-holding hooks are configured to form a strain relief in order to block movement of the end portion of the cable along the centre line in an operational state. a plug receptacle which is configured to receive the plug connector and an end portion of a cable of the plug connector at least in part, wherein the plug receptacle extends through the protective device along a centre line from a plug opening for receiving the plug connector at least in part to a cable opening for receiving the end portion of the cable of the plug connector at least in part; and wherein the plug receptacle comprises a plurality of cable-holding hooks which project inwards into the plug receptacle, wherein each of the cable-holding hooks is at a distance from the centre line, wherein the distances of two or more cable-holding hooks from the centre line decrease along the centre line from the cable opening in the direction towards the plug opening, wherein the plurality of cable-holding hooks are configured to block a movement of the received end portion of the cable relative to the plug receptacle, wherein the plurality of cable-holding hooks are configured to form a strain relief in order to block movement of the end portion of the cable along the centre line in an operational state.
Pneumatic vehicle tyre with a tread comprising profile positives separated from one another by grooves, such as circumferential grooves, diagonal grooves, transverse grooves, such as tread bars, which have in each case a surface that comes into contact with the ground beneath, wherein profile positives in which at least one spike is anchored by its spike body in the rubber material of the profile positive are provided, the spike having a spike pin, which protrudes out of the spike body in a radial direction and projects beyond the surface of the profile positive, the spike being assigned at least one expulsion channel (7, 8), which is formed as a depression in the profile positive and is intended for receiving the fragments of ice that are produced when the spike scrapes on ice, characterized in that an expulsion channel (7, 8) is provided on each of the sides of the spike body located opposite one another in the circumferential direction, beginning directly at the spike body and ending within the respective profile positive, each expulsion channel (7, 8) having a main portion (9, 10), which extends over most of its longitudinal extent and in which the width and the depth (t 1, t 2) of the expulsion channel (7, 8) increase with increasing distance from the spike body and, adjoining this main portion, an end portion (11, 12), in which the depth (t 3) and the width of the expulsion channel (7, 8) decrease with increasing distance from the spike body.
An active zone for a light emission system, said active zone including a series of layers (50-52, 60-64, 70-74) at least a portion of which is composed of antimony semiconductors III-V, said layers (50-52, 60-64, 70-74) being arranged so as to form at least one quantum well (6, 7) surrounded by barriers (50, 51, 52) with a view to generating a light emission, characterized in that said barriers comprise Al 0.35 Ga 0.65 As 0.03 Sb 0.97, said active zone also includes at least one layer (61, 63; 71, 73) comprising Al 0.68 InSb capable of forming an intermediate barrier that is arranged relative to a quantum well (6; 7) so as to form at least two quantum sub-wells (60, 62, 64; 70, 72, 74) comprising Ga 0.8 InSb and coupled to each other, the coupled quantum sub-wells (60, 62, 64; 70, 72, 74) and the intermediary barrier (61, 63; 71, 73) forming a unique quantum well of type I, wherein the thickness of the intermediary barrier (61, 63; 71, 73) is smaller than the thickness of the coupled quantum sub-wells (60, 62, 64; 70, 72, 74) and the thickness of the quantum sub-wells (60, 62, 64; 70, 72, 74) is smaller than the thickness of the barriers (50,51,52).
A fuel cell comprising: a power generating body including an electrolyte membrane, catalyst layers formed adjacent to the opposite surfaces of the electrolyte membrane, and gas diffusion layers; a resin frame placed around the power generating body; and a pair of separators (40a, 40b) laminated on the resin frame so as to sandwich the power generating body and the resin frame, wherein the resin frame has a resin-frame-side manifold in which reaction gas flows in a direction passing through the resin frame, an opening that holds the power generating body, and a gas introduction channel formed through the resin frame between the resin-frame-side manifold and the opening, the pair of separators (40a, 40b) has a separator-side manifold through which the reaction gas flows, the separator-side manifold being provided at a position corresponding to the resin-frame-side manifold as viewed in a lamination direction, and the gas introduction channel has a gas introduction part that extends into the separator-side manifold, when viewed in the lamination direction, characterized in that the opening area of the resin-frame-side manifold is smaller than the opening area of the separator-side manifold. a power generating body including an electrolyte membrane, catalyst layers formed adjacent to the opposite surfaces of the electrolyte membrane, and gas diffusion layers; a resin frame placed around the power generating body; and a pair of separators (40a, 40b) laminated on the resin frame so as to sandwich the power generating body and the resin frame, wherein the resin frame has a resin-frame-side manifold in which reaction gas flows in a direction passing through the resin frame, an opening that holds the power generating body, and a gas introduction channel formed through the resin frame between the resin-frame-side manifold and the opening, the pair of separators (40a, 40b) has a separator-side manifold through which the reaction gas flows, the separator-side manifold being provided at a position corresponding to the resin-frame-side manifold as viewed in a lamination direction, and the gas introduction channel has a gas introduction part that extends into the separator-side manifold, when viewed in the lamination direction, characterized in that the opening area of the resin-frame-side manifold is smaller than the opening area of the separator-side manifold.
A secondary battery, comprising: an electrode assembly, the electrode assembly including an uncoated region at ends thereof; a case accommodating the electrode assembly; a cap plate coupled with the case; and an insulation member in the case, the insulation member including: a first region between the electrode assembly and the cap plate, and a second region between the uncoated region of the electrode assembly and an inner surface of the case, wherein the first region includes a terminal protrusion in a cap plate terminal hole of the cap plate, the terminal protrusion including an insulation member terminal hole therethrough, characterized in that the insulation member has a one-piece, integrally formed structure, and the second region includes a second region back plate between the uncoated region of the electrode assembly and a narrow side of the case, and a second region lateral plate extending inwardly from the second region back plate. an electrode assembly, the electrode assembly including an uncoated region at ends thereof; a case accommodating the electrode assembly; a cap plate coupled with the case; and an insulation member in the case, the insulation member including: a first region between the electrode assembly and the cap plate, and a second region between the uncoated region of the electrode assembly and an inner surface of the case, wherein the first region includes a terminal protrusion in a cap plate terminal hole of the cap plate, the terminal protrusion including an insulation member terminal hole therethrough, characterized in that a first region between the electrode assembly and the cap plate, and a second region between the uncoated region of the electrode assembly and an inner surface of the case, wherein the first region includes a terminal protrusion in a cap plate terminal hole of the cap plate, the terminal protrusion including an insulation member terminal hole therethrough, characterized in that wherein the first region includes a terminal protrusion in a cap plate terminal hole of the cap plate, the terminal protrusion including an insulation member terminal hole therethrough, characterized in that the insulation member has a one-piece, integrally formed structure, and the second region includes a second region back plate between the uncoated region of the electrode assembly and a narrow side of the case, and a second region lateral plate extending inwardly from the second region back plate.
Device for continually and automatically measuring geometrical and shaping parameters of a rope comprising: - a first plate and a second plate parallel to each other and constrained in a removable way by means of spacer means and anchoring means, - at least two optical micrometers (5, 6) angularly unaligned one to the other and positioned between said first plate and second plate - an encoder anchored to the second plate and arranged for being in contact with the rope the device being characterized in that said first plate and second plate comprise a shaped opening for the passage of the rope inside said shaped opening, so that the rope centrally flows through the device and the at least two optical micrometers (5, 6) carry out the measurements. - a first plate and a second plate parallel to each other and constrained in a removable way by means of spacer means and anchoring means, - at least two optical micrometers (5, 6) angularly unaligned one to the other and positioned between said first plate and second plate - an encoder anchored to the second plate and arranged for being in contact with the rope the device being characterized in that said first plate and second plate comprise a shaped opening for the passage of the rope inside said shaped opening, so that the rope centrally flows through the device and the at least two optical micrometers (5, 6) carry out the measurements.