mhurhangee/patent-ind-claim-en huggingface dataset:
A BOP fluid supply apparatus, comprising: a main source of hydraulic fluid; a BOP stack capable of providing a BOP function ; a primary fluid flow route from the main source of hydraulic fluid, through a primary component for assisting in operating the BOP function , through a first valve , through a second valve , and then to the BOP equipment; and a secondary fluid flow route from the main source of hydraulic fluid, through an isolation valve rigidly fixed to the BOP, through a pilot-operated hot spare valve rigidly fixed to the BOP, through a hose removably connected to an intervention panel , through the second valve , and to the BOP equipment, wherein the secondary fluid flow route bypasses the primary component for assisting in operating the BOP function and the first valve and provides for hydraulic fluid to operate the BOP function . a main source of hydraulic fluid; a BOP stack capable of providing a BOP function ; a primary fluid flow route from the main source of hydraulic fluid, through a primary component for assisting in operating the BOP function , through a first valve , through a second valve , and then to the BOP equipment; and a secondary fluid flow route from the main source of hydraulic fluid, through an isolation valve rigidly fixed to the BOP, through a pilot-operated hot spare valve rigidly fixed to the BOP, through a hose removably connected to an intervention panel , through the second valve , and to the BOP equipment, wherein the secondary fluid flow route bypasses the primary component for assisting in operating the BOP function and the first valve and provides for hydraulic fluid to operate the BOP function .
An in vitro assay for predicting an increased risk of metastasis, disease progression or recurrence in a subject suffering from squamous cell carcinoma (SCC), the assay comprising: contacting a SCC tissue sample obtained from the subject with a first ligand specific for Ambra-1, wherein the presence of Ambra-1 creates an Ambra-1-ligand complex; contacting the SCC tissue sample with a second ligand specific for p62, wherein the presence of p62 creates a p62-ligand complex; detecting and/or quantifying the Ambra-1-ligand complex and the p62-ligand complex. contacting a SCC tissue sample obtained from the subject with a first ligand specific for Ambra-1, wherein the presence of Ambra-1 creates an Ambra-1-ligand complex; contacting the SCC tissue sample with a second ligand specific for p62, wherein the presence of p62 creates a p62-ligand complex; detecting and/or quantifying the Ambra-1-ligand complex and the p62-ligand complex.
A boss comprising: a neck including a bore therethrough, wherein the bore has a longitudinal axis ; and a flange that extends radially outward from the neck , wherein the flange comprises: an exterior surface ; an interior surface ; and wherein the boss comprises a peripheral surface at a farthest extent from the longitudinal axis ; wherein the peripheral surface connects the interior surface and the exterior surface ; and characterised in that the peripheral surface comprises, along any radius of the boss , a first circumferential ridge and a second circumferential ridge (158", 158a", 158b", 158c", 158d", 158e"), wherein the first circumferential ridge is located closer to the exterior surface than the second circumferential ridge (158", 158a", 158b", 158c", 158d", 158e"). a neck including a bore therethrough, wherein the bore has a longitudinal axis ; and a flange that extends radially outward from the neck , wherein the flange comprises: an exterior surface ; an interior surface ; and wherein the boss comprises a peripheral surface at a farthest extent from the longitudinal axis ; wherein the peripheral surface connects the interior surface and the exterior surface ; and characterised in that the peripheral surface comprises, along any radius of the boss , a first circumferential ridge and a second circumferential ridge (158", 158a", 158b", 158c", 158d", 158e"), wherein the first circumferential ridge is located closer to the exterior surface than the second circumferential ridge (158", 158a", 158b", 158c", 158d", 158e"). an exterior surface ; an interior surface ; and wherein the boss comprises a peripheral surface at a farthest extent from the longitudinal axis ; wherein the peripheral surface connects the interior surface and the exterior surface ; and characterised in that the peripheral surface comprises, along any radius of the boss , a first circumferential ridge and a second circumferential ridge (158", 158a", 158b", 158c", 158d", 158e"), wherein the first circumferential ridge is located closer to the exterior surface than the second circumferential ridge (158", 158a", 158b", 158c", 158d", 158e").
A laminate for an integrated molded article comprising: a porous substrate C comprising a thermoplastic resin c, a reinforcement fiber A , and a thermosetting resin B , wherein the porous substrate C has gaps which are continuous and allow passage of gases and liquid from one surface to the other surface of the porous substrate C in thickness direction of the laminate and a melting point or a softening point which is higher than 180°C, and characterised in that the porous substrate C is exposed on said one surface of the laminate at a degree of at least 10% in relation to the surface. a porous substrate C comprising a thermoplastic resin c, a reinforcement fiber A , and a thermosetting resin B , wherein the porous substrate C has gaps which are continuous and allow passage of gases and liquid from one surface to the other surface of the porous substrate C in thickness direction of the laminate and a melting point or a softening point which is higher than 180°C, and characterised in that the porous substrate C is exposed on said one surface of the laminate at a degree of at least 10% in relation to the surface. the porous substrate C has gaps which are continuous and allow passage of gases and liquid from one surface to the other surface of the porous substrate C in thickness direction of the laminate and a melting point or a softening point which is higher than 180°C, and characterised in that the porous substrate C is exposed on said one surface of the laminate at a degree of at least 10% in relation to the surface.
A composition comprising particles, wherein each one of the particles comprises at least one targeting group that binds to a structural entity in a subject and at least one reacting group that reacts chemically with a reactive oxygen species in the subject, wherein the particle emits luminescence when the reaction occurs, and wherein each one of a first subset of the particles comprises a first targeting group and a first reacting group, and each one of a second subset of the particles comprises a second targeting group and a second reacting group, wherein the first and second targeting groups are different, for use in a diagnostic method of imaging reactive oxygen species in vivo for identifying cancers or inflammatory conditions in said subject, the method comprising: administering to the subject said composition; detecting the luminescence emission from the particles; and displaying an image of the subject showing locations of at least some reactive oxygen species in the subject based on the detected luminescence. wherein each one of the particles comprises at least one targeting group that binds to a structural entity in a subject and at least one reacting group that reacts chemically with a reactive oxygen species in the subject, wherein the particle emits luminescence when the reaction occurs, and wherein each one of a first subset of the particles comprises a first targeting group and a first reacting group, and each one of a second subset of the particles comprises a second targeting group and a second reacting group, wherein the first and second targeting groups are different, for use in a diagnostic method of imaging reactive oxygen species in vivo for identifying cancers or inflammatory conditions in said subject, the method comprising: administering to the subject said composition; detecting the luminescence emission from the particles; and displaying an image of the subject showing locations of at least some reactive oxygen species in the subject based on the detected luminescence.
An inking unit of a printing machine with at least one inking unit cylinder and with at least one support element , with a bearing housing , to which at least one bearing which rotatably supports a journal of the inking unit cylinder is assigned, wherein the bearing housing is pivotable about at least one pivot axis relative to the support element , in order to expose or to support the journal of the inking unit cylinder , with a locking device, with which the bearing housing can be fixed to the support element , characterized in that the locking device comprises at least two lever elements articulately connected to one another, wherein a first lever element is mounted in the support element and is movable relative to said support element and a second lever element is pivotably mounted on the bearing housing , wherein the locking device comprises a stop for the bearing housing and/or the second lever element , wherein the lever elements are movable and connected to one another in such a manner that the bearing housing and/or the second lever element can be pressed with a pressing force against the stop , wherein the first lever element is mounted in a linearly movable manner in the support element by means of a linear cylinder or a linear motor, wherein a pivot movement of the bearing housing can be produced with the linear movement. with a bearing housing , to which at least one bearing which rotatably supports a journal of the inking unit cylinder is assigned, wherein the bearing housing is pivotable about at least one pivot axis relative to the support element , in order to expose or to support the journal of the inking unit cylinder , with a locking device, with which the bearing housing can be fixed to the support element , characterized in that the locking device comprises at least two lever elements articulately connected to one another, wherein a first lever element is mounted in the support element and is movable relative to said support element and a second lever element is pivotably mounted on the bearing housing , wherein the locking device comprises a stop for the bearing housing and/or the second lever element , wherein the lever elements are movable and connected to one another in such a manner that the bearing housing and/or the second lever element can be pressed with a pressing force against the stop , wherein the first lever element is mounted in a linearly movable manner in the support element by means of a linear cylinder or a linear motor, wherein a pivot movement of the bearing housing can be produced with the linear movement.
Composition comprising a first component and a second component, comprising - at least one silane group-containing polymer, liquid at room temperature, - at least one liquid epoxy resin, - at least one polyetheramine, and - at least one amino- or mercaptosilane the polyetheramine and the amino- or mercaptosilane not being present in the same component as the liquid epoxy resin. - at least one silane group-containing polymer, liquid at room temperature, - at least one liquid epoxy resin, - at least one polyetheramine, and - at least one amino- or mercaptosilane
A method performed by a service layer node of a communications network, the method comprising: receiving, from a device via the communications network, a request to perform a data analytics operation on data, the request identifying a type of data analytics capability capable of performing the requested data analytics operation, the request further comprising one or more parameters required by the identified type of data analytics capability, the required parameters being specified in a profile defined for the identified type of data analytics capability; forwarding the received request to another service layer node of the communications network having a closer proximity to the data on which the requested data analytics operation is to be performed; receiving, from the other service layer node , a result of the requested data analytics operation on the data; and sending the result to the device . receiving, from a device via the communications network, a request to perform a data analytics operation on data, the request identifying a type of data analytics capability capable of performing the requested data analytics operation, the request further comprising one or more parameters required by the identified type of data analytics capability, the required parameters being specified in a profile defined for the identified type of data analytics capability; forwarding the received request to another service layer node of the communications network having a closer proximity to the data on which the requested data analytics operation is to be performed; receiving, from the other service layer node , a result of the requested data analytics operation on the data; and sending the result to the device .
Resistance gene for providing resistance to a Tobamovirus in a S . lycopersicum plant, wherein said resistance gene is represented by a coding sequence having at least 95% nucleotide sequence identity with SEQ ID No.115, wherein the Tobamovirus is TBRFV.
An electrolyzed water generator , comprising: at least a pair of an anode and a cathode ; an electrolytic bath having an anode compartment and a cathode compartment separated from each other by a diaphragm , with the anode housed in the anode compartment , and the cathode housed in the cathode compartment ; a power supply unit for allowing current to flow between the anode and the cathode ; and a control unit for controlling the power supply unit , the control unit being configured to control the power supply unit so as to cause electrolysis of raw water introduced into the electrolytic bath , so that cathode water is produced in the cathode compartment and anode water is produced in the anode compartment , wherein the control unit detects a cleaning timing at which the electrolytic bath is cleaned, based on an integrated value of C·(i/f), where the C is a constant, given that a current applied during the electrolysis is denoted by i [A] and a flow rate of the raw water during the electrolysis is denoted by f [L/sec], and the control unit detects the cleaning timing when an absolute value of the integrated value reaches or exceeds a predetermined threshold. at least a pair of an anode and a cathode ; an electrolytic bath having an anode compartment and a cathode compartment separated from each other by a diaphragm , with the anode housed in the anode compartment , and the cathode housed in the cathode compartment ; a power supply unit for allowing current to flow between the anode and the cathode ; and a control unit for controlling the power supply unit , the control unit being configured to control the power supply unit so as to cause electrolysis of raw water introduced into the electrolytic bath , so that cathode water is produced in the cathode compartment and anode water is produced in the anode compartment , wherein the control unit detects a cleaning timing at which the electrolytic bath is cleaned, based on an integrated value of C·(i/f), where the C is a constant, given that a current applied during the electrolysis is denoted by i [A] and a flow rate of the raw water during the electrolysis is denoted by f [L/sec], and the control unit detects the cleaning timing when an absolute value of the integrated value reaches or exceeds a predetermined threshold.
Arrangement comprising an electric/electronic installation device (I) and an electric luminaire (L) with a housing in which at least one electric printed circuit board of the lamp equipped with at least one lamp is accommodated and in which housing several optical and electric/electronic components necessary for the function are accommodated, wherein the electric luminaire (L) is provided to be coupled to the electric/electronic installation device (I), which consists of an insert (E) connected to an electric installation system of a building and a top-piece (A) forming the wall finish, wherein the housing has a tube-type outer shell , which on one side is closed by a housing base and at which on the other side a shield is fixed, and that at the first end section of the shield situated in the tube-type outer shell a printed circuit board of the lamp and a cooling component placed on the surface of the printed circuit board facing the housing base are fixed, and wherein the printed circuit board of the lamp is electrically connected with an electric printed circuit board via a flat-band cable (F) lead out through a first orifice (O1) of the housing base , which electric printed circuit board is held in the inner part of the coupling unit , which coupling unit forms an operative connection with the pertaining top-piece (A) of the electric/electronic installation device (I), and wherein, on the other hand, for this purpose the electric printed circuit board is equipped with several sliding contacts lead out of the coupling unit , and that at the coupling unit a cover (D) is fixed, which allows the through-wiring of the flat-band cable (F) into the inner part of the coupling unit via a second orifice , and wherein the cover (D) is connected to the housing base by means of a hinge (G), wherein for coupling with the top-piece (A) at least one counter-magnet is arranged in the inner part of the coupling unit , which counter-magnet is in correlation with a coupling magnet housed in the top-piece (A) of the electric/electronic installation device (I), and wherein between the counter-magnet and the electric printed circuit board an elastic damping element is arranged.
Apparatus comprising means for performing: receiving at an authorization entity in a communication system comprising a service-based architecture a request from a network function service consumer in the communication system for access to a given network function service type; obtaining at the authorization entity an access token that identifies (i) the authorization entity and (ii) a plurality of network function service producers for the given network function service type and addresses for the plurality of network function service producers; and sending the access token from the authorization entity to the network function service consumer . receiving at an authorization entity in a communication system comprising a service-based architecture a request from a network function service consumer in the communication system for access to a given network function service type; obtaining at the authorization entity an access token that identifies (i) the authorization entity and (ii) a plurality of network function service producers for the given network function service type and addresses for the plurality of network function service producers; and sending the access token from the authorization entity to the network function service consumer .
A process for the preparation of an anhydrous crystalline form of -1,5-anhydro-1-[3-[[5-(4-fluorophenyl)-2-thienyl]methyl]-4-methylphenyl]-D-glucitol comprising the following pXRD peaks (°2θ): 5.12 ± 0.02, 7.41 ± 0.02, 10.24 ± 0.02, 11.13 ± 0.02, 14.86 ± 0.02, and 30.01 ± 0.02, comprising dissolving a hemihydrate crystalline form of -1,5-anhydro-1-[3-[[5-(4-fluorophenyl)-2-thienyl]methyl]-4-methylphenyl]-D-glucitol in a dry organic solvent selected from the group consisting of isopropyl acetate and acetonitrile to yield a mixture; heating the mixture to a temperature in the range of from about 35°C to about solvent reflux temperature; and then cooling to about room temperature; to yield a precipitate of the anhydrous crystalline form.
A powered axle gear (I) for a motor vehicle comprising a gear housing arranged to accommodate a pinion and a crownwheel for transmission of rotary motion from the vehicle's propeller shaft to its thus powered axles (Y1, Y2), such that there are one bearing on one side of the crownwheel and a second bearing on the other side of the crownwheel and beyond the pinion's centreline (X) as seen from the crownwheel , with a differential situated between said bearings , where the second bearing has running round it an undivided bearing seat provided with a portion running in the circumferential direction which protrudes over the pinion towards the latter's centreline (X) in a configuration which at least partly overlaps the pinion and said bearing seat is arranged to be fastened in said gear housing in order to transmit both forces and moments to said gear housing , characterised by that said bearing seat and said gear housing are arranged to cooperate force-absorbingly in directions (Y,Z) at right angles to the pinion's centreline (X) via opposite support surfaces on opposite sides of the bearing seat's centreline (Y), that said support surfaces of the bearing seat are situated at the portion of the bearing seat directed towards said pinion and thus face towards the support surfaces in the gear housing , and in that said support surfaces have an arcuate configuration with curvature in the same direction as the circumference of the pinion .
A digital filter with a pipeline structure including a plurality of memory structures timed by respective clock signals (CLK10, CLK12), wherein each memory structure includes plural processing modules (A10, B10, C10, D10; A12, B12, C12, D12) configured to process input samples (A1, B1, C1, D1), the filter further including: - a phase generator (16; 160 to 168) to align said processing modules (A10, B10, C10, D10; A12, B12, C12, D12) with said input samples (A1, B1, C1, D1) whereby each said input sample is processed by a respective processing module (A10, A12; B10, B12; C10, C12; D10, D12) in said processing structures , and - up-sampling and down-sampling buffers activatable when said memory structures are timed by clock signals (CLK10, CLK12) having different frequencies, whereby at least one first clock frequency domain (CLK10) and at least one second clock frequency domain (CLK12) are defined, characterized in that said up-sampling buffer is arranged to convert signal samples between that of the said first clock frequency domain (CLK10) and said second clock frequency domain (CLK12) having a lower clock frequency and that having a higher clock frequency, and said down-sampling buffer is arranged to convert signal samples between that of the said first clock frequency domain (CLK10) and said second clock frequencies frequency domain (CLK12) having a higher clock frequency and that having a lower clock frequency. - a phase generator (16; 160 to 168) to align said processing modules (A10, B10, C10, D10; A12, B12, C12, D12) with said input samples (A1, B1, C1, D1) whereby each said input sample is processed by a respective processing module (A10, A12; B10, B12; C10, C12; D10, D12) in said processing structures , and - up-sampling and down-sampling buffers activatable when said memory structures are timed by clock signals (CLK10, CLK12) having different frequencies, whereby at least one first clock frequency domain (CLK10) and at least one second clock frequency domain (CLK12) are defined, characterized in that said up-sampling buffer is arranged to convert signal samples between that of the said first clock frequency domain (CLK10) and said second clock frequency domain (CLK12) having a lower clock frequency and that having a higher clock frequency, and said down-sampling buffer is arranged to convert signal samples between that of the said first clock frequency domain (CLK10) and said second clock frequencies frequency domain (CLK12) having a higher clock frequency and that having a lower clock frequency.