mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit, IC, package, comprising: a package substrate ; one or more IC chips that are interconnected with the package substrate ; a marking plate , suitable for being laser marked or being laser marked, having a first major surface and a second major surface, the marking plate being stacked on the one or more IC chips with the first major surface facing the one or more IC chips and the marking plate has a stair structure; a plastic structure configured to encapsulate the one or more IC chips and the marking plate with the second major surface of the marking plate being a portion of an outer surface of the IC package , wherein a laser penetration depth in the marking plate is shorter than a laser penetration depth in the plastic structure , and wherein the first major surface of the marking plate is smaller than the second major surface, characterized by the marking plate having an equal coefficient of thermal expansion, CTE, as the one or more IC chips . a package substrate ; one or more IC chips that are interconnected with the package substrate ; a marking plate , suitable for being laser marked or being laser marked, having a first major surface and a second major surface, the marking plate being stacked on the one or more IC chips with the first major surface facing the one or more IC chips and the marking plate has a stair structure; a plastic structure configured to encapsulate the one or more IC chips and the marking plate with the second major surface of the marking plate being a portion of an outer surface of the IC package , wherein a laser penetration depth in the marking plate is shorter than a laser penetration depth in the plastic structure , and wherein the first major surface of the marking plate is smaller than the second major surface, characterized by the marking plate having an equal coefficient of thermal expansion, CTE, as the one or more IC chips .
A method of wireless communications by a user equipment, LTE, comprising: receiving a grant to transmit a long physical uplink, UL, control channel, PUCCH; determining a grant type of the grant, wherein the grant type is one of a periodic grant or an aperiodic grant; determining a slot type of a time division duplexing, TDD, slot available to transmit the long PUCCH; and transmitting the long PUCCH over one or more TDD slots based on the grant, the determined slot type, and the determined grant type. receiving a grant to transmit a long physical uplink, UL, control channel, PUCCH; determining a grant type of the grant, wherein the grant type is one of a periodic grant or an aperiodic grant; determining a slot type of a time division duplexing, TDD, slot available to transmit the long PUCCH; and transmitting the long PUCCH over one or more TDD slots based on the grant, the determined slot type, and the determined grant type.
An ultra-supercritical (USC) tower-type solar heat absorber, characterized by comprising: a plurality of grille-hot-plate current-sharing screens , a plurality of tube rows , and a graphite filling layer , wherein each of the plurality of grille-hot-plate current-sharing screens is assembled by a plurality of grille hot plates independent of each other; and when sunlight is reflected and concentrated on the plurality of grille-hot-plate current-sharing screens , heat transfer is allowed by a phase transition of a phase-transition working medium inside the grille hot plates, and heat is transferred through the graphite filling layer to the plurality of tube rows embedded in the graphite filling layer and taken away by a heat-transfer medium flowing through the plurality of tube rows ; each of the plurality of grille hot plates comprises a heat-absorbing plate (1.1), a metal fiber felt (1.2), a metal wire mesh (1.3), a grille (1.4), a sealing plate (1.5), and an intermediate partition plate (1.6); wherein the metal fiber felt (1.2), the metal wire mesh (1.3), the grille (1.4), and the intermediate partition plate (1.6) are sequentially arranged on an evaporation surface of the heat-absorbing plate (1.1); the metal fiber felt (1.2) is tightly attached to the evaporation surface of the heat-absorbing plate (1.1), and the metal wire mesh (1.3) covers a surface of the metal fiber felt (1.2); the metal fiber felt (1.2) and the metal wire mesh (1.3) together constitute a liquid-absorbing core; the grille (1.4) is directly connected to a condensation surface of the intermediate partition plate (1.6), and extends obliquely to the metal wire mesh (1.3); and the grille hot plate is enclosed by the sealing plate (1.5), filled with the phase-transition working medium, and pumped to a vacuum state.
Shaft bearing for mounting a spinning rotor of a rotor spinning machine, comprising a double-row rolling bearing which has two rows of rolling elements which roll on the outside on outer raceways of two separate outer rings which are arranged at a distance from one another along a longitudinal axis direction of a shaft, in particular of a rotor shaft , and the outer rings are in turn resiliently displaceably borne in a shaft bearing housing , characterized in that the two rows of rolling elements roll on the inside, without an inner ring, on two inner bearing tracks arranged at a distance from one other on the rotor shaft . the outer rings are in turn resiliently displaceably borne in a shaft bearing housing , characterized in that the two rows of rolling elements roll on the inside, without an inner ring, on two inner bearing tracks arranged at a distance from one other on the rotor shaft .
A paint booth assembly including at least one scrubber unit for removing paint particles from a downdraft of air, the paint booth assembly comprising: a paint booth having a pair of side walls ; a flood sheet extending between said pair of side walls to separate said paint booth between a spray portion disposed above said flood sheet and a paint recovery portion disposed below said flood sheet ; said flood sheet defining at least one flood sheet opening for receiving a flow of water from said flood sheet and a downdraft of process air including entrained paint particles from said spray portion ; a scrubber unit extending downwardly from said at least one flood sheet opening and including a mixing chute to establish a shared path of fluid communication of the flow of water and the downdraft of process air from said spray portion to said paint recovery portion ; and said scrubber unit including a scrubber pod removably disposed in said mixing chute and extending from a pod top being open and in fluid communication with said spray portion to a pod bottom being closed along a bottom edge ; and said scrubber pod defining a plurality of perforations disposed between said pod top and said pod bottom to induce a mixing of the paint particles entrained in the downdraft of process air into the flow of water for improving an efficiency of recovery of the paint particles in the paint booth assembly . a paint booth having a pair of side walls ; a flood sheet extending between said pair of side walls to separate said paint booth between a spray portion disposed above said flood sheet and a paint recovery portion disposed below said flood sheet ; said flood sheet defining at least one flood sheet opening for receiving a flow of water from said flood sheet and a downdraft of process air including entrained paint particles from said spray portion ; a scrubber unit extending downwardly from said at least one flood sheet opening and including a mixing chute to establish a shared path of fluid communication of the flow of water and the downdraft of process air from said spray portion to said paint recovery portion ; and said scrubber unit including a scrubber pod removably disposed in said mixing chute and extending from a pod top being open and in fluid communication with said spray portion to a pod bottom being closed along a bottom edge ; and said scrubber pod defining a plurality of perforations disposed between said pod top and said pod bottom to induce a mixing of the paint particles entrained in the downdraft of process air into the flow of water for improving an efficiency of recovery of the paint particles in the paint booth assembly .
A package, comprising: a base structure comprising an electrically insulating material and/or an electrically conductive contact structure ; an electronic component embedded in the base structure ; a micro electronic system (microelectromechanical system, MEMS) component ; and a cover structure , which is mounted on the base structure for at least partially covering the MEMS-component , wherein the cover structure is a printed circuit board or a section thereof, wherein the base structure and the cover structure are connected directly by means of at least one of the group which consists of soldering, mechanical compression, using bonding material, and wherein each of the base structure and the cover structure comprises at least one through hole for providing a fluid connection between the MEMS-component and an environment of the package . a base structure comprising an electrically insulating material and/or an electrically conductive contact structure ; an electronic component embedded in the base structure ; a micro electronic system (microelectromechanical system, MEMS) component ; and a cover structure , which is mounted on the base structure for at least partially covering the MEMS-component , wherein the cover structure is a printed circuit board or a section thereof, wherein the base structure and the cover structure are connected directly by means of at least one of the group which consists of soldering, mechanical compression, using bonding material, and wherein each of the base structure and the cover structure comprises at least one through hole for providing a fluid connection between the MEMS-component and an environment of the package .
An arrangement made up of a refrigerating system and a building (B), the system including at least one heat exchanger comprised in a refrigerating machine inside the building and traveled through by a refrigerant, the system including a tight box containing said refrigerating machine and including a tight pipe opening to the outside of the building, characterized in that said tight box or said tight pipe contains a presence detector detecting the presence of said refrigerant.
A process for preparation of a compound of formula comprising steps of: a. reacting aniline with compound of formula in presence of inorganic base or aqueous solution of inorganic base or absence of any base to obtain compound of formula wherein X is leaving group; b. nitrating compound of formula to obtain compound of formula in presence of nitric acid in sulphuric acid or acetic acid; and c. cyclizing compound of formula in presence of inorganic base or aqueous solution of inorganic base or absence of any base to obtain compound of formula : a. reacting aniline with compound of formula in presence of inorganic base or aqueous solution of inorganic base or absence of any base to obtain compound of formula wherein X is leaving group; b. nitrating compound of formula to obtain compound of formula in presence of nitric acid in sulphuric acid or acetic acid; and c. cyclizing compound of formula in presence of inorganic base or aqueous solution of inorganic base or absence of any base to obtain compound of formula :
An electrostatic precipitator electrode assembly to be positioned in an air filter, the assembly comprising: one or more collecting electrodes each comprising: an internal conductive portion and an outer surface generally parallel with an airflow direction through the air filter, and wherein the collecting electrodes further include a collecting portion , and wherein said collecting portion exhibits an open cell structure, the open cell structure being characterized by having a high electrical resistivity greater than 10 2 Ωm.
A system , comprising: a restraint system configured to support a heat exchanger along a flow path within a duct , wherein the restraint system comprises: a first sleeve configured to extend between opposite first and second walls of the duct ; a first cable extending through the first sleeve ; and a first bumper coupled to the first sleeve , wherein the first bumper is configured to contact the heat exchanger ; and a first tensioner coupled to the first cable , wherein the first tensioner is configured to provide a first tension in the first cable to adjust a stiffness of the restraint system and to adjust a natural frequency of the heat exchanger away from an excitation load frequency. a first sleeve configured to extend between opposite first and second walls of the duct ; a first cable extending through the first sleeve ; and a first bumper coupled to the first sleeve , wherein the first bumper is configured to contact the heat exchanger ; and a first tensioner coupled to the first cable , wherein the first tensioner is configured to provide a first tension in the first cable to adjust a stiffness of the restraint system and to adjust a natural frequency of the heat exchanger away from an excitation load frequency.
Electrophoresis device for treating human keratin materials that delivers a cosmetic or dermatological composition onto the latter together with the application of an electric current, the device comprising a cartridge which is carried by the device , the composition applied being contained in the cartridge , the cartridge having a body that forms a reservoir and a piston through which a drive screw passes and which can move in the body under the effect of the relative rotation of the screw and the piston, the device comprising an electric drive motor for bringing about this relative rotation of the screw and of the piston, and an electronic circuit for controlling the electric motor, wherein the cartridge comprises a head that rotates relative to the body , the head being held fixedly in the device and the motor driving the body in rotation relative to the head.
A magnetic resonance (MR) system 10 , comprising: a least one RF coil ; gradient coils ; a gradient controller for controlling the operation of the gradient coils; a Radio Frequency receiver unit ; an RF transmitter unit ; a sequence controller for controlling the operation of an imaging sequence which includes the RF transmitter unit controlling the operation of the at least one RF coil and the gradient controller controlling the operation of the gradient coils; at least one cable including at least one optic fiber component , wherein the at least one cable further includes at least one cable component , wherein the at least one optic fiber component is coupled to the at least one cable component along the length of the at least one cable , wherein the at least one cable component includes conductive and insulating components configured to carry current to the at least one RF coil; and an optical monitoring unit in communication with the at least one optic fiber component , the optical monitoring unit being configured to: determine temperatures at each of a plurality of positions along the at least one optic fiber component using swept wavelength interferometry to measure Rayleigh backscatter as a function of length of the at least one optic fiber component. a least one RF coil ; gradient coils ; a gradient controller for controlling the operation of the gradient coils; a Radio Frequency receiver unit ; an RF transmitter unit ; a sequence controller for controlling the operation of an imaging sequence which includes the RF transmitter unit controlling the operation of the at least one RF coil and the gradient controller controlling the operation of the gradient coils; at least one cable including at least one optic fiber component , wherein the at least one cable further includes at least one cable component , wherein the at least one optic fiber component is coupled to the at least one cable component along the length of the at least one cable , wherein the at least one cable component includes conductive and insulating components configured to carry current to the at least one RF coil; and an optical monitoring unit in communication with the at least one optic fiber component , the optical monitoring unit being configured to: determine temperatures at each of a plurality of positions along the at least one optic fiber component using swept wavelength interferometry to measure Rayleigh backscatter as a function of length of the at least one optic fiber component.
A clutch apparatus , comprising a one-way clutch and a mechanical clutch arranged in parallel in an axial direction, wherein the mechanical clutch is movably retained in the axial direction and characterized in that springs are disposed between the one-way clutch and the mechanical clutch , and when the mechanical clutch moves in the axial direction due to a pushing means , the mechanical clutch engages with an end surface of an inner wheel of the one-way clutch ; and when the pushing means is relieved of driving, the mechanical clutch disengages from the one-way clutch due to the repulsion force of the springs . characterized in that springs are disposed between the one-way clutch and the mechanical clutch , and when the mechanical clutch moves in the axial direction due to a pushing means , the mechanical clutch engages with an end surface of an inner wheel of the one-way clutch ; and when the pushing means is relieved of driving, the mechanical clutch disengages from the one-way clutch due to the repulsion force of the springs .
Band (10, 10.3) for producing a sewn covering for laminating support parts , - having an at least partially elastic seam band (12, 12.3), - having at least one soft insert (14, 14.3), which is fixed to the partially elastic seam band (12, 12.3) at least in certain portions in the longitudinal direction of said seam band, - wherein the seam band (12, 12.3) is formed in a perforated state in the longitudinal direction, - wherein the at least one soft insert (14, 14.3) is formed in a perforated state at least in certain portions in the longitudinal direction, - characterized in that - the perforations of the seam band (12, 12.3) are arranged centrally. - having an at least partially elastic seam band (12, 12.3), - having at least one soft insert (14, 14.3), which is fixed to the partially elastic seam band (12, 12.3) at least in certain portions in the longitudinal direction of said seam band, - wherein the seam band (12, 12.3) is formed in a perforated state in the longitudinal direction, - wherein the at least one soft insert (14, 14.3) is formed in a perforated state at least in certain portions in the longitudinal direction, - characterized in that - the perforations of the seam band (12, 12.3) are arranged centrally.
A double-liner electric cooker, comprising a cooker body , liners and cooker covers , two liners and two cooker covers are provided, the cooker body is provided with two first inner cavities that fit to the liners in shape and dimensions, the two first inner cavities are mutually separated via a thermal insulation plate , and the two first inner cavities are both provided with cavity openings for the liners to be placed therein; characterized in that the rear ends of the two cooker covers are respectively hinged to the edges of the cavity openings via hinge shafts , and the axial directions of the two hinge shafts intersect; when the two cooker covers rotate to the position where they cover the cavity openings via the hinge shafts , the adjacent edges of the two cooker covers are equally spaced from each other by a gap , while when the two cooker covers rotate to the position away from the cavity openings via the hinge shafts , the two cooker covers form a V shape; the bottom of each cooker cover is provided with a second inner cavity for accommodating the top end of the liner , the cavity wall of the second inner cavity is provided with a snapping groove , a sealing member is fixed in the second inner cavity in a detachable manner, and the circumferential edge of the sealing member is provided with a protrusion which transversely protrudes and is snap-fastened with the snapping groove ; and the protrusions of the two sealing members corresponding to the two cooker covers are symmetrical relative to the centre of the cooker body .
A method for detecting a failure in a gas turbine comprising: monitoring a parameter associated with the turbine from at least one sensor , wherein the monitored parameter comprises at least one turbine bucket temperature; monitoring turbine operation parameters to determine if the turbine has reached steady state operation; detecting , in response to monitoring that the turbine has reached the steady state operation, an event associated with operation of the turbine based at least in part on the monitored parameter being above a predetermined value for at least a predetermined time duration; and initiating shutdown of the turbine upon detection of the event wherein initiating is performed upon detection of the event and after a fuel flow or airflow associated with the turbine has stabilized. monitoring a parameter associated with the turbine from at least one sensor , wherein the monitored parameter comprises at least one turbine bucket temperature; monitoring turbine operation parameters to determine if the turbine has reached steady state operation; detecting , in response to monitoring that the turbine has reached the steady state operation, an event associated with operation of the turbine based at least in part on the monitored parameter being above a predetermined value for at least a predetermined time duration; and initiating shutdown of the turbine upon detection of the event wherein initiating is performed upon detection of the event and after a fuel flow or airflow associated with the turbine has stabilized.
Procedure for the manufacture of a manufactured article in sheet form , particularly intended for use in the manufacture of footwear, clothing items and and accessories and upholstery, comprising at least the following steps: - mixing (I) graphene with at least a polymeric material to obtain a composite material ; and - applying (II) said composite material onto a substrate in sheet form; characterized by the fact that said applying comprises at least the steps of: - spreading (III) a layer of primer onto a transfer sheet ; - drying (IV) said transfer sheet for a first time; - spreading (V) said composite material onto said layer of primer to form at least a composite layer ; - drying (VI) said transfer sheet for a second time; - spreading (VII) an adhesive layer on said composite layer ; - drying (VIII) said transfer sheet for a third time; - making a first main face of said substrate adhere (IX) on said adhesive layer ; and - removing (X) said transfer sheet . - mixing (I) graphene with at least a polymeric material to obtain a composite material ; and - applying (II) said composite material onto a substrate in sheet form; characterized by the fact that said applying comprises at least the steps of: - spreading (III) a layer of primer onto a transfer sheet ; - drying (IV) said transfer sheet for a first time; - spreading (V) said composite material onto said layer of primer to form at least a composite layer ; - drying (VI) said transfer sheet for a second time; - spreading (VII) an adhesive layer on said composite layer ; - drying (VIII) said transfer sheet for a third time; - making a first main face of said substrate adhere (IX) on said adhesive layer ; and - removing (X) said transfer sheet .