mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing a flexible vulcanized joint between two electric power cables, each cable comprising a metal conductor and an electric insulation system radially surrounding the conductor, the electric insulation system comprising an inner semi-conducting layer , an insulation layer , and an outer semi-conducting layer , the process comprising the following steps: i) Producing an exposed conductor joint between each end of the two cable ends to be joined; ii) Producing an inner semi-conducting layer that radially surrounds and covers the exposed conductor joint ; iii) Winding an insulation tape comprising an organic peroxide around the inner semi-conducting layer thereby radially surrounding and covering the inner semi-conducting layer ; iv) Curing the insulation tape and thereby producing an insulation layer ; and v) Producing an outer semi-conducting layer that radially surrounds and covers the insulation layer ; characterized by that the step iii) of winding an insulation tape around the inner semi-conductor layer is performed under an oxygen-free atmosphere. i) Producing an exposed conductor joint between each end of the two cable ends to be joined; ii) Producing an inner semi-conducting layer that radially surrounds and covers the exposed conductor joint ; iii) Winding an insulation tape comprising an organic peroxide around the inner semi-conducting layer thereby radially surrounding and covering the inner semi-conducting layer ; iv) Curing the insulation tape and thereby producing an insulation layer ; and v) Producing an outer semi-conducting layer that radially surrounds and covers the insulation layer ;
An in vitro method to predict responsiveness of a patient, with cancer, to a therapy, said method comprising detecting the relative amount of one or several MDM2 protein expressing cell types in a sample obtained from said cancer patient prior to treatment and using said relative amount, or percentage (%), of cells expressing MDM2 protein as a biomarker for predicting said patient's response to treatment with a medicament, wherein the medicament comprises a compound acting as inhibitor of the MDM2-p53 interaction, and wherein said MDM2 protein expressing cell type, or biomarker, is selected from the group consisting of CD45dim cells, CD117+ (c-kit) or CD34+ stem cells, or combinational subsets thereof, and wherein said inhibitor of the MDM2-p53 interaction is selected from the compounds: 4-{ -4-(4-Cholor-2-fluoro-phenyl)-3-(3-chloro-2-fluoro-phenyl)-4-cyano-5-(2,2-dimethyl-propyl)-pyrrolidine-2-carbonyl]-amino}-3-methoxy-benzoic acid of the formula (B) and 4-{[ -3-(3-Chloro-2-fluoro-phenyl)-4-(4-chloro-2-fluoro-phenyl)-4-cyano-5-(2,2-dimethyl-propyl)-pyrrolidine-2-carbonyl]-amino}-3-methoxy-benzoic acid 1-mPEG-carbonyloxy-ethyl ester (mPEG, average MW, ∼2000) of the formula (C)
Method for operating a wind power plant comprising a rotor with angle-adjustable rotor blades and a generator rotationally connected thereto and having a controllable torque, characterized in that the torque of the generator is limited to a maximum value that is linked to the blade pitch angle of the rotor blades in such a way that the maximum value at the switch-on blade pitch angle value is less than the nominal torque value (M Nenn ) and the maximum value at a nominal blade pitch angle that differs from the switch-on blade pitch angle is equal to the nominal torque value (M Nenn ) .
Conveyor dishwasher having a final rinse zone and at least one wash zone and also a conveyor apparatus for conveying washware through the treatment zones of the conveyor dishwasher , wherein the at least one wash zone has an associated wash tank in which at least a portion of the wash liquid which is sprayed in the at least one wash zone is collected, wherein the conveyor dishwasher has a wash system which is associated with the at least one wash zone and has at least one wash pump and wash nozzles , wherein wash liquid from the wash tank can be supplied to the wash nozzles with the aid of the at least one wash pump , and wherein the wash liquid which is sprayed in the at least one wash zone by the wash nozzles at least partially flows back into the wash tank again due to gravity, characterized in that the conveyor dishwasher has a wastewater pump for supplying wash liquid, which is produced as wastewater during operation of the conveyor dishwasher , as required to a heat exchanger device in which at least a portion of the thermal energy of the supplied wash liquid is transferred to the final rinse liquid which is to be sprayed in the final rinse zone , and in that the conveyor dishwasher has an auxiliary tank which forms a flow connection with the wash tank by means of an overflow or by means of a bypass line, such that the wash liquid that is produced as wastewater in the wash zone reaches the auxiliary tank and is subject to interim storage there, wherein the intake end of the wastewater pump forms a direct flow connection with the auxiliary tank .
A sole structure for an article of footwear comprising: a midsole having four stacked polymeric sheets bonded to one another to define a first cushioning layer , a second cushioning layer , and a third cushioning layer , each cushioning layer comprising a sealed chamber retaining gas in isolation from each other sealed chamber; wherein bonds between adjacent ones of the sheets are arranged such that the third cushioning layer is stacked directly above the first cushioning layer with the second cushioning layer bordering both the first cushioning layer and the third cushioning layer , and the sealed chamber of the second cushioning layer includes a plurality of elongated segments each extending lengthwise across a longitudinal midline of the midsole at a respective acute angle to the longitudinal midline. a midsole having four stacked polymeric sheets bonded to one another to define a first cushioning layer , a second cushioning layer , and a third cushioning layer , each cushioning layer comprising a sealed chamber retaining gas in isolation from each other sealed chamber; wherein bonds between adjacent ones of the sheets are arranged such that the third cushioning layer is stacked directly above the first cushioning layer with the second cushioning layer bordering both the first cushioning layer and the third cushioning layer , and the sealed chamber of the second cushioning layer includes a plurality of elongated segments each extending lengthwise across a longitudinal midline of the midsole at a respective acute angle to the longitudinal midline.
A position sensor , comprising: a transmission coil ; receive coils comprising a first receive coil and a second receive coil , at least one of said two receive coils including at least one polarity change; a target configured to transit across the receive coils ; and a controller configured to drive the transmission coil , receive signals from the receive coils , and provide a position response indicative of the target position over the receive coils , wherein the position response exhibits a first linear region of a first positive slope and a second linear region of a second negative slope , along with a flat zone . a transmission coil ; receive coils comprising a first receive coil and a second receive coil , at least one of said two receive coils including at least one polarity change; a target configured to transit across the receive coils ; and a controller configured to drive the transmission coil , receive signals from the receive coils , and provide a position response indicative of the target position over the receive coils , wherein the position response exhibits a first linear region of a first positive slope and a second linear region of a second negative slope , along with a flat zone .
A tamper device for a screed of a working machine, in particular a paver , comprising: a rotatable driveable tamper shaft comprising an eccentric section , an eccentric bushing mounted on the eccentric section , a connecting rod being rotatable mounted on the eccentric bushing for being driveable with stroke motions having a stroke (S), the stroke (S) being adjustable by an rotational adjustment of a relative rotational positioning between the eccentric bushing and the eccentric section , characterized by an inner-toothed hollow wheel gear train for providing the rotational adjustment, the gear train being connected to the tamper shaft , to the eccentric bushing , and to a drive force receiving element being configured to be able to receive a drive force for driving the inner-toothed hollow wheel gear train when the tamper shaft is rotating. a rotatable driveable tamper shaft comprising an eccentric section , an eccentric bushing mounted on the eccentric section , a connecting rod being rotatable mounted on the eccentric bushing for being driveable with stroke motions having a stroke (S), the stroke (S) being adjustable by an rotational adjustment of a relative rotational positioning between the eccentric bushing and the eccentric section , characterized by an inner-toothed hollow wheel gear train for providing the rotational adjustment, the gear train being connected to the tamper shaft , to the eccentric bushing , and to a drive force receiving element being configured to be able to receive a drive force for driving the inner-toothed hollow wheel gear train when the tamper shaft is rotating.
A method of tip clearance control (TCC) of a wind turbine generator having a rotor with at least one blade rotating relatively to a tower and with a tip clearance between a blade tip of at least one blade and the tower ; the method comprising the acts of: - measuring on the wind turbine generator a set of operational values and a set of blade load values ; - estimating the tip clearance between a blade tip and the tower as a function of the set of operational values and the set of blade load values ; - generating a control command from the estimated tip clearance ; wherein the act of estimating the tip clearance comprises an act of determining: Y TC = x 1 + x 2 ⋅ θ + x 3 ⋅ ω + x 4 ⋅ T + x 5 ⋅ M bladeroot + x 6 ⋅ M SHtilt + x 7 ⋅ F thrust ; wherein the act of determining tip clearance Y TC = x 1 + x 2 ⋅ θ + x 3 ⋅ ω + x 4 ⋅ T + x 5 ⋅ M bladeroot + x 6 ⋅ M SHtilt + x 7 ⋅ F thrust involves solving AX = Y where A = 1 θ 1 ω 1 T 1 M bladeroot 1 M SHtilt 1 F thrust 1 1 θ 2 ω 2 T 2 M bladeroot 2 M SHtilt 2 F thrust 2 ⋮ ⋮ ⋮ ⋮ ⋮ ⋮ ⋮ 1 θ n ω n T n M bladeroot n M SHtilt n F thrust n , X = x 1 x 2 x 3 x 4 x 5 x 6 x 7 , Y = Y TC 1 Y TC 2 ⋮ Y TC n by using the measured set of operational values and measured set of blade load values ; wherein Y TC is the tip clearance ; wherein the operational values are as follows: θ is the pitch angle, ω is the generator speed, and T is the generator torque; wherein M bladeroot is a measure of a flap-wise moment of blade root; wherein M SHtilt is a measure of tilt moment of a stationary hub; wherein F thrust is the thrust of the rotor ; wherein x 1 to x 7 are constants determined based on operational data. - measuring on the wind turbine generator a set of operational values and a set of blade load values ; - estimating the tip clearance between a blade tip and the tower as a function of the set of operational values and the set of blade load values ; - generating a control command from the estimated tip clearance ; wherein the act of determining tip clearance Y TC = x 1 + x 2 ⋅ θ + x 3 ⋅ ω + x 4 ⋅ T + x 5 ⋅ M bladeroot + x 6 ⋅ M SHtilt + x 7 ⋅ F thrust involves solving AX = Y where A = 1 θ 1 ω 1 T 1 M bladeroot 1 M SHtilt 1 F thrust 1 1 θ 2 ω 2 T 2 M bladeroot 2 M SHtilt 2 F thrust 2 ⋮ ⋮ ⋮ ⋮ ⋮ ⋮ ⋮ 1 θ n ω n T n M bladeroot n M SHtilt n F thrust n , X = x 1 x 2 x 3 x 4 x 5 x 6 x 7 , Y = Y TC 1 Y TC 2 ⋮ Y TC n by using the measured set of operational values and measured set of blade load values ; wherein Y TC is the tip clearance ; wherein the operational values are as follows: θ is the pitch angle, ω is the generator speed, and T is the generator torque; wherein M bladeroot is a measure of a flap-wise moment of blade root; wherein M SHtilt is a measure of tilt moment of a stationary hub; wherein F thrust is the thrust of the rotor ; wherein x 1 to x 7 are constants determined based on operational data.
A method performed by a user equipment, UE , operating in dual connectivity, DC, with a first base station and a second base station in a wireless communication system, the method comprising: obtaining a radio resource control, RRC, information for configuring a secondary cell group associated with the second base station, generated from the second base station; identifying whether the RRC information includes an indication indicating to report a second type power headroom, PH, for a primary cell associated with the first base station; and in case that the RRC information includes the indication, transmitting , to the second base station, a power headroom report, PHR, including the second type PH for the primary cell associated with the first base station, based on the indication. obtaining a radio resource control, RRC, information for configuring a secondary cell group associated with the second base station, generated from the second base station; identifying whether the RRC information includes an indication indicating to report a second type power headroom, PH, for a primary cell associated with the first base station; and in case that the RRC information includes the indication, transmitting , to the second base station, a power headroom report, PHR, including the second type PH for the primary cell associated with the first base station, based on the indication.
A terminal block cover for use in an integrated drive generator comprising: a body having a closed outer face and extending to an open inner face , parallel to the closed outer face , and having an open side and a closed side , parallel to each other and perpendicular to the open inner face and closed outer face , there being four connection channels for receiving electric connections for each of three phases of power and a neutral, and extending from said closed side to said open side , and characterized by there being spacing channels formed between adjacent ones of each of said four connection channels, with said spacing channels being each formed by two spaced ribs within an interior space; and further characterized in that outer sides of said ribs are spaced by a first distance (D2), and there being a second distance (D1) between interior facing sides of said ribs, and a ratio of said first distance (D2) to said second distance (D1) being between 1.8 and 2.0, and wherein the width (W) of said terminal block cover is defined between said open inner face and said closed outer face and a ratio of said width (W) to said second distance (D1) being between 5.7 and 6.1, and wherein a ratio of said width (W) to said first distance (D2) is between 3.0 and 3.2. a body having a closed outer face and extending to an open inner face , parallel to the closed outer face , and having an open side and a closed side , parallel to each other and perpendicular to the open inner face and closed outer face , there being four connection channels for receiving electric connections for each of three phases of power and a neutral, and extending from said closed side to said open side , and characterized by there being spacing channels formed between adjacent ones of each of said four connection channels, with said spacing channels being each formed by two spaced ribs within an interior space; and further characterized in that outer sides of said ribs are spaced by a first distance (D2), and there being a second distance (D1) between interior facing sides of said ribs, and a ratio of said first distance (D2) to said second distance (D1) being between 1.8 and 2.0, and wherein the width (W) of said terminal block cover is defined between said open inner face and said closed outer face and a ratio of said width (W) to said second distance (D1) being between 5.7 and 6.1, and wherein a ratio of said width (W) to said first distance (D2) is between 3.0 and 3.2.
An induction cooker comprising: an induction coil , which is arranged to receive a varying electric current and produce a corresponding varying electromagnetic field; a supporting structure , which is arranged to support a ferromagnetic object above the induction coil , the ferromagnetic object being placed in the corresponding varying electromagnetic field to be magnetically coupled to the induction coil (1 10), thereby determining a mutual inductance between the induction coil and the ferromagnetic object ; characterised by a ferromagnetic element and a non-ferromagnetic element , which are arranged to be located between the supporting structure and the induction coil , wherein: the ferromagnetic element and/or the non-ferromagnetic element are arranged to selectively move in the corresponding varying electromagnetic field based on the mutual inductance between the induction coil and the ferromagnetic object . an induction coil , which is arranged to receive a varying electric current and produce a corresponding varying electromagnetic field; a supporting structure , which is arranged to support a ferromagnetic object above the induction coil , the ferromagnetic object being placed in the corresponding varying electromagnetic field to be magnetically coupled to the induction coil (1 10), thereby determining a mutual inductance between the induction coil and the ferromagnetic object ; characterised by a ferromagnetic element and a non-ferromagnetic element , which are arranged to be located between the supporting structure and the induction coil , wherein: the ferromagnetic element and/or the non-ferromagnetic element are arranged to selectively move in the corresponding varying electromagnetic field based on the mutual inductance between the induction coil and the ferromagnetic object .
A method for controlling a focus of an optical system, the method comprising: - providing a pair of incident light beams to a conjugate lens, the incident light beams being directed by the lens to converge toward a focal region; - reflecting the incident light beams with an object positioned proximate to the focal region, the reflected light beams returning to and propagating through the lens, the reflected light beams propagating substantially parallel to each other exiting the conjugate lens when the object is in-focus, wherein two light beams are substantially parallel if they are essentially co-planar and, if they have an angle of intersection of less than 10°; - determining relative separation between the reflected light beams; and - determining a degree-of-focus of the optical system with respect to the object based upon the relative separation. - providing a pair of incident light beams to a conjugate lens, the incident light beams being directed by the lens to converge toward a focal region; - reflecting the incident light beams with an object positioned proximate to the focal region, the reflected light beams returning to and propagating through the lens, the reflected light beams propagating substantially parallel to each other exiting the conjugate lens when the object is in-focus, wherein two light beams are substantially parallel if they are essentially co-planar and, if they have an angle of intersection of less than 10°; - determining relative separation between the reflected light beams; and - determining a degree-of-focus of the optical system with respect to the object based upon the relative separation.
A magnetic identification assembly comprising: a base component formed of a material; a plurality of elements formed in an array at a surface of the base component , the plurality of elements being formed of a magnetic material; an overcoat layer disposed over the plurality of elements to fully embed the plurality of elements between the base component and the overcoat , characterized in that the overcoat is formed of the material that forms the base component , wherein the plurality of elements comprises a concave element, and wherein the elements are deposed by one of laser engineered net shape, cold spray deposition and a direct-write process combined with polymer additive techniques. a base component formed of a material; a plurality of elements formed in an array at a surface of the base component , the plurality of elements being formed of a magnetic material; an overcoat layer disposed over the plurality of elements to fully embed the plurality of elements between the base component and the overcoat , characterized in that the overcoat is formed of the material that forms the base component , wherein the plurality of elements comprises a concave element, and wherein the elements are deposed by one of laser engineered net shape, cold spray deposition and a direct-write process combined with polymer additive techniques.
An ink jet head , comprising: a first substrate including a plurality of first pressure chambers spaced from each other along a first direction (Z), each first pressure chamber being connected to a corresponding first nozzle in a plurality of first nozzles ; a plurality of first actuators , each first actuator configured to cause a pressure change in a corresponding first pressure chamber in the plurality of first pressure chambers in response to a first driving signal; a first driving circuit including a plurality of first driving elements to generate first driving signals; a first temperature adjustment unit in contact with the first driving circuit and having a first thermal conductivity; and a second temperature adjustment unit having a first flow path , a second flow path , and a second thermal conductivity that is lower than the first thermal conductivity, characterized in that the first flow path is in contact with the first substrate , and the second flow path is between the first flow path and the first temperature adjustment unit . a first substrate including a plurality of first pressure chambers spaced from each other along a first direction (Z), each first pressure chamber being connected to a corresponding first nozzle in a plurality of first nozzles ; a plurality of first actuators , each first actuator configured to cause a pressure change in a corresponding first pressure chamber in the plurality of first pressure chambers in response to a first driving signal; a first driving circuit including a plurality of first driving elements to generate first driving signals; a first temperature adjustment unit in contact with the first driving circuit and having a first thermal conductivity; and a second temperature adjustment unit having a first flow path , a second flow path , and a second thermal conductivity that is lower than the first thermal conductivity, characterized in that the first flow path is in contact with the first substrate , and the second flow path is between the first flow path and the first temperature adjustment unit .
A compound of formula (I) for use in a method of treating depression, the method comprising administering to a subject in need of such treatment an effective amount of a compound of formula (I): wherein: R 1 is C 1-4 alkyl; R 2 is C 1-4 alkyl; R 3 is H or halogen; and R 4 is H or C 1-4 alkoxy; or a pharmaceutically acceptable salt or hydrate thereof, wherein the compound is administered prior to sleep. R 1 is C 1-4 alkyl; R 2 is C 1-4 alkyl; R 3 is H or halogen; and R 4 is H or C 1-4 alkoxy;