mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a user equipment in a wireless communication network , the user equipment being configured for operation in carrier aggregation comprising a plurality of N component carriers, wherein each component carrier of the plurality of N component carriers is associated with a slot duration that corresponds to an Orthogonal Frequency-Division Multiplexing, OFDM, numerology of the component carrier, and wherein at least two component carriers of the plurality of N component carriers have different numerology, the method comprising: transmitting or receiving a transmission on the N component carriers, the method being characterized in that the number of information bits transmitted or received on the plurality of N component carriers over a reference slot duration, which corresponds to the slot duration associated with at least one of the N component carriers, is required to satisfy the condition defined by the following constraint ∑ n = 0 N − 1 TBS n ∗ 2 μ n − μ ref ≤ DataRate ∗ 0.001 ∗ 2 − μ ref wherein TBS n is a transport block size scheduled on the n:th component carrier over the reference slot duration, wherein 0.001 * 2 -μ ref is the reference slot duration, wherein μ n is the numerology associated with the n:th component carrier, wherein 0.001 * 2 -μ n is the slot duration associated with the n:th component carrier, and wherein DataRate is the reference data rate. transmitting or receiving a transmission on the N component carriers, the method being characterized in that the number of information bits transmitted or received on the plurality of N component carriers over a reference slot duration, which corresponds to the slot duration associated with at least one of the N component carriers, is required to satisfy the condition defined by the following constraint ∑ n = 0 N − 1 TBS n ∗ 2 μ n − μ ref ≤ DataRate ∗ 0.001 ∗ 2 − μ ref wherein TBS n is a transport block size scheduled on the n:th component carrier over the reference slot duration, wherein 0.001 * 2 -μ ref is the reference slot duration, wherein μ n is the numerology associated with the n:th component carrier, wherein 0.001 * 2 -μ n is the slot duration associated with the n:th component carrier, and wherein DataRate is the reference data rate.
A tire, comprising a tread comprising a rubber composition, the rubber composition comprising: an epoxy group-containing polymer; a polycarboxylic acid; and a basic compound, wherein the basic compound is an imidazole compound, the rubber composition having: a complex modulus E* at 30°C of 5 MPa or higher; a loss tangent at 30°C of 0.14 or lower; and an elongation at break at 0°C of 50% or higher. an epoxy group-containing polymer; a polycarboxylic acid; and a basic compound, wherein the basic compound is an imidazole compound, the rubber composition having: a complex modulus E* at 30°C of 5 MPa or higher; a loss tangent at 30°C of 0.14 or lower; and an elongation at break at 0°C of 50% or higher. a complex modulus E* at 30°C of 5 MPa or higher; a loss tangent at 30°C of 0.14 or lower; and an elongation at break at 0°C of 50% or higher.
Height-adjustable spring arrangement for a vehicle with a bearing spring , a first limiting cylinder with a first limiting cylinder pot and a first limiting piston , a second limiting cylinder with a second limiting cylinder pot and a second limiting piston, and a guide cylinder which has a guide cylinder pot , a guide piston which is mounted displaceably in the guide cylinder pot , and a guide piston rod which is fixed on the guide piston and extends out of the guide cylinder pot along a longitudinal axis (L) of the bearing spring and through the bearing spring , the first limiting cylinder being fixed on the guide piston rod on a section of the guide piston rod which is spaced apart from the guide piston along the longitudinal axis (L), and defining a first bearing spring mounting, on which the bearing spring is mounted, the guide cylinder pot defining a second bearing spring mounting, on which the bearing spring is mounted, and the bearing spring being clamped in with a spring prestress between the first and the second bearing spring mounting, it being possible for the guide piston rod to be displaced by means of the first and second limiting cylinder, and the spring prestress which acts on the bearing spring and a negative spring travel (NF) of the bearing spring remaining constant in the process. the first limiting cylinder being fixed on the guide piston rod on a section of the guide piston rod which is spaced apart from the guide piston along the longitudinal axis (L), and defining a first bearing spring mounting, on which the bearing spring is mounted, the guide cylinder pot defining a second bearing spring mounting, on which the bearing spring is mounted, and the bearing spring being clamped in with a spring prestress between the first and the second bearing spring mounting, it being possible for the guide piston rod to be displaced by means of the first and second limiting cylinder, and the spring prestress which acts on the bearing spring and a negative spring travel (NF) of the bearing spring remaining constant in the process.
A method of forming a memory cell, the method comprising: patterning a precursor structure parallel to only an x-axis, the precursor structure comprising a lower section comprising a magnetic material, an upper section comprising another magnetic material, and a non-magnetic material between the lower section and the upper section, the patterning comprising directing an ion beam parallel to the x-axis to form an elongate stepped feature structure (132; 232) comprising a lower elongate feature section formed from the lower section and defining a lower feature width (W 1 ) and comprising an upper elongate feature section formed from the upper section and defining an upper feature width (W u ) less than the lower feature width; and after patterning the precursor structure parallel to only the x -axis, patterning the elongate stepped feature structure parallel to only a y -axis perpendicular to the x -axis, comprising directing an ion beam parallel to the y -axis to form an at least partially discrete stepped feature structure comprising an upper discrete feature section (140; 240) formed from the upper section. patterning a precursor structure parallel to only an x-axis, the precursor structure comprising a lower section comprising a magnetic material, an upper section comprising another magnetic material, and a non-magnetic material between the lower section and the upper section, the patterning comprising directing an ion beam parallel to the x-axis to form an elongate stepped feature structure (132; 232) comprising a lower elongate feature section formed from the lower section and defining a lower feature width (W 1 ) and comprising an upper elongate feature section formed from the upper section and defining an upper feature width (W u ) less than the lower feature width; and after patterning the precursor structure parallel to only the x -axis, patterning the elongate stepped feature structure parallel to only a y -axis perpendicular to the x -axis, comprising directing an ion beam parallel to the y -axis to form an at least partially discrete stepped feature structure comprising an upper discrete feature section (140; 240) formed from the upper section.
Arrangement comprising a system turbine and an apparatus for mechanically machining a sealing surface at the system turbine, wherein the sealing surface is arranged circumferentially on the outer diameter of a rotor blade and/or circumferentially on the inner diameter of a rotor blade receiver , wherein the rotor blade is arranged in the rotor blade receiver and is circumferentially spaced from the rotor blade receiver in the upper region thereof in accordance with a sealing cross-section required for sealing during operation, whereby a groove is formed between the rotor blade and the rotor blade receiver in this region, wherein the mechanical machining is executable by means of a machining tool which is arranged in the groove and at a holder and is fastened to the holder , characterised in that the holder is designed such that it is mounted on and fastened to the apparatus outside the outer diameter of the groove .
Metering valve intended for closing the can of an aerosol dispenser, comprising, in particular - a valve body provided with a transfer chamber in which is housed a stem movable between a closed position, in which, when the valve is mounted on a can, the transfer chamber is in contact with the inside of the can, but is not in contact with the outside, and an open position, in which, when the valve is mounted on a can, the transfer chamber is in contact with the outside, but is not in contact with the inside of the can, and - a reservoir in contact with the transfer chamber, constituted by a rigid wall and a flexible membrane , said rigid wall having a planar peripheral edge for attaching the flexible membrane and a bottom wall located inside the peripheral edge, said reservoir being placed on the valve so that, when the valve is mounted on a can, it is inside the can, - a spring element placed inside the reservoir, this spring element being designed to deform in the direction of the bottom wall so as to allow the flexible membrane to move closer to the rigid wall when the stem is in the open position and to return to its initial shape as soon as the stem returns to the closed position, and wherein the spring element is constituted by a curved plate having a convex face oriented toward the flexible membrane and a concave face oriented toward the rigid wall , characterized in that one or more stops are formed on the bottom wall of the rigid wall and/or on the concave face of the spring element to limit the deformation of the spring element in the direction of the bottom wall . - a valve body provided with a transfer chamber in which is housed a stem movable between a closed position, in which, when the valve is mounted on a can, the transfer chamber is in contact with the inside of the can, but is not in contact with the outside, and an open position, in which, when the valve is mounted on a can, the transfer chamber is in contact with the outside, but is not in contact with the inside of the can, and - a reservoir in contact with the transfer chamber, constituted by a rigid wall and a flexible membrane , said rigid wall having a planar peripheral edge for attaching the flexible membrane and a bottom wall located inside the peripheral edge, said reservoir being placed on the valve so that, when the valve is mounted on a can, it is inside the can, - a spring element placed inside the reservoir, this spring element being designed to deform in the direction of the bottom wall so as to allow the flexible membrane to move closer to the rigid wall when the stem is in the open position and to return to its initial shape as soon as the stem returns to the closed position, and wherein the spring element is constituted by a curved plate having a convex face oriented toward the flexible membrane and a concave face oriented toward the rigid wall ,
A fluid (F) spray gun , comprising a filter , a body made up of a barrel supporting a fluid (F) spray nozzle and a handle having a cavity for receiving the filter , open opposite the barrel , and a guard suitable for protecting the hand of a user against impacts and preventing accidental operation in case of fall, the guard being removably mounted on the body and having a first end (E1) secured to the barrel and a second end (E2) secured to the handle , characterized in that the guard comprises means for removing the filter from the cavity .
An inspection system for in-line inspection of sheet or web material on an intaglio printing press, wherein the inspection system comprises an optical quality control apparatus for carrying out inspection of a printed area on a printed side of the sheet or web material, the optical quality control apparatus including a camera system with a single camera unit comprising at least one line-scan camera for scanning and acquiring an image of the printed area while the sheet or web material is being transported in the intaglio printing press past the camera system , wherein a location of the at least one line-scan camera in the intaglio printing press along a delivery path of the sheet or web material is such that cyclical vibrations that spread periodically throughout the intaglio printing press during operation of the intaglio printing press do not occur while the camera system is scanning the printed area of the sheet or web material and acquiring a complete image of the printed area, and wherein the camera system comprises a single camera unit disposed transversely to the path of the sheet or web material for scanning an entire width of the printed area of the sheet or web material, and wherein a distance (A-C) along the delivery path between a printing location (A) where printing of the sheet or web material occurs and an inspection location (C) where the camera system acquires an image of the printed area of the sheet or web material is an integer multiple of the distance (A-B; B-C) separating two successive printed samples of the sheet or web material.
A battery box, supporting structure and insuring thermal management of one or more battery cells allowing a temperature control of said battery cells environment to insure its optimal operational condition, the battery box comprises at least one aluminum hollow profile, wherein said aluminium hollow profile comprises at least two chambers, characterized in that the aluminum hollow profile is extruded, and wherein at least one chamber is filled with a first phase change material having a melting point T1 F and wherein at least one chamber is filled with a second phase change material having a melting point T2 F , where T1 F > T2 F
An incubation device (V), - comprising a multiplicity of rocking platforms (W), which are respectively mounted tiltably about a respective axis (A), a respective rocking platform (W) comprising a respective reception device (AN) for mechanically reversible reception of a respective incubation tray (I), - furthermore comprising a common drive unit (AE) for common generation of respective rocking movements of the respective rocking platforms, in particular from a neutral position (NL), through a particular angle range (WB) on the basis of a drive movement of the drive unit (AE), wherein each of the respective rocking platforms (W) is coupled to the drive unit (AE) by means of a respective coupling mechanism (K), and wherein each of the respective coupling mechanisms (K) elastically resiliently couples the respective rocking platform (W) to the drive unit (AE) in such a way that, when the rocking platform (W) is restrained, the rocking platform (W) remains in a fixed position despite continuation of the drive movement, but furthermore, after the restraint of the rocking platform (W) is ended, the rocking platform (W) again carries out the rocking movement through the particular angle range (WB) because of the drive movement. - comprising a multiplicity of rocking platforms (W), which are respectively mounted tiltably about a respective axis (A), a respective rocking platform (W) comprising a respective reception device (AN) for mechanically reversible reception of a respective incubation tray (I), - furthermore comprising a common drive unit (AE) for common generation of respective rocking movements of the respective rocking platforms, in particular from a neutral position (NL), through a particular angle range (WB) on the basis of a drive movement of the drive unit (AE),
Particles, comprising at least one therapeutically active substance and being obtainable by the following steps: a. providing essentially dry inhalable particles comprising the at least one therapeutically active substance, b. suspending the particles of step (a) in a carrier gas to obtain a first aerosol, c. adding water vapor to the first aerosol to obtain a second aerosol having a higher water content than the first aerosol, and d. adjusting the temperature and/or the pressure of the second aerosol as to exceed the second aerosol's dew point and to cause condensation of water on the particles. a. providing essentially dry inhalable particles comprising the at least one therapeutically active substance, b. suspending the particles of step (a) in a carrier gas to obtain a first aerosol, c. adding water vapor to the first aerosol to obtain a second aerosol having a higher water content than the first aerosol, and d. adjusting the temperature and/or the pressure of the second aerosol as to exceed the second aerosol's dew point and to cause condensation of water on the particles.
A water-saving toilet made of novel thermoplastic resin compound material, wherein the toilet is made of novel thermoplastic resin compound material containing inorganic stuffing by injection technique and comprises: a main body , a water outlet of the main body set in the lower part of the main body , and a flushing water pipe outlet set on the side wall of the main body's water outlet ; a water tank , a cavity at the bottom of the water tank , the cavity being integrated and in communication with the water tank , a main pipe opening and a flushing pipe inlet are set on the cavity in the far end away from the water tank , the cavity being in communication with the main body through the main pipe opening ; a flushing pipe , the ends of which being connected with the flushing pipe inlet and the flushing water pipe outlet respectively; and a siphon pipe, top of the siphon pipe being higher than the main body's water outlet , a water inlet being set in an upper end of the siphon pipe , and is in communication with the main body's water outlet , a low end of the siphon pipe being connected with a downcomer; characterized in that the thermoplastic resin compound material comprises the following materials by weight percentage: Inorganic stuffing 50%- 70%, Polypropylene 25%- 40%, Maleic anhydride modified polypropylene 3%- 6%, Titanium dioxide powder 1%- 3%, and antioxidant 1%- 2%, wherein said inorganic stuffing is modified with stearic acid. Inorganic stuffing 50%- 70%, Polypropylene 25%- 40%, Maleic anhydride modified polypropylene 3%- 6%, Titanium dioxide powder 1%- 3%, and antioxidant 1%- 2%, wherein said inorganic stuffing is modified with stearic acid.
A fluororubber composition comprising 3 to 20 parts by weight of carbon fibers and 1 to 8 parts by weight of carbon nanotubes based on 100 parts by weight of fluororubber.
A computer-implemented method performed by an application server for protecting and controlling access to private personal information, the method comprising: creating one or more first identifiers associated with a first user and associated with profile information of the first user and associating each of the one or more first identifiers with a respective application; determining, for each of the one or more first user identifiers and the respective associated application, an associated second identifier, the second identifier referencing a subset of the profile information of the first user; receiving an interaction request from a second user, the interaction request including a third identifier associated with the first user; associating the third identifier with the one or more first identifiers associated with the first user and the respective associated applications; generating, a list of applications associated with the first identifiers that are associated with the third identifier, wherein the first user can be reached through any of the applications in the list; enabling the interaction between the first user and the second user on one application of the applications in the list in response to the second user requesting interaction on the one application; and providing during the interaction on the application for display to the second user the subset of the profile information of the first user based on the second identifier associated with the application during the interaction between the first user and the second user on the one application. creating one or more first identifiers associated with a first user and associated with profile information of the first user and associating each of the one or more first identifiers with a respective application; determining, for each of the one or more first user identifiers and the respective associated application, an associated second identifier, the second identifier referencing a subset of the profile information of the first user; receiving an interaction request from a second user, the interaction request including a third identifier associated with the first user; associating the third identifier with the one or more first identifiers associated with the first user and the respective associated applications; generating, a list of applications associated with the first identifiers that are associated with the third identifier, wherein the first user can be reached through any of the applications in the list; enabling the interaction between the first user and the second user on one application of the applications in the list in response to the second user requesting interaction on the one application; and providing during the interaction on the application for display to the second user the subset of the profile information of the first user based on the second identifier associated with the application during the interaction between the first user and the second user on the one application.
Container consisting of a receiving container and an outlet, wherein the outlet forms a tube , wherein the tube has an outer side and an inner side , wherein an external thread is embossed or molded into the tube , wherein the external thread has a first thread inlet , wherein the external thread is formed as an internal thread on the inner side of the tube , wherein the internal thread has a second thread inlet , wherein the external thread has a screw cap , characterized in that , the internal thread has a screw top .