mhurhangee/patent-ind-claim-en huggingface dataset:
An optical termination box comprising: - a base with a bottom and side walls , - a plurality of connector supporting frames configured to support optical connectors of a pre-connectorized optical cable having a plurality of optical fibers , - an opening formed in one of the side walls for allowing access from outside to said optical connectors , - a connectors bearing panel holding the plurality of connector supporting frames and being rotatably attached to the base between a closed panel position and an open panel position, the connectors bearing panel having a first surface and an opposite second surface , wherein in the closed panel position, the first surface of the connectors bearing panel forms a first compartment with the bottom of the base , and in the open panel position, the connectors bearing panel allows access to the first compartment and to the pre-connectorized optical cable and the connectors bearing panel is disengaged from the opening, - the bottom comprises a cable passageway for passage of an end portion of the pre-connectorized optical cable from outside the optical termination box to the first compartment , characterised in that : - in the closed panel position, the connectors bearing panel is arranged relative to the opening to allow passage of one or more end user optical connectors through the opening , and the connectors bearing panel forms a fibers passageway with at least one of the side walls , for passage of optical fibers of the pre-connectorized optical cable from the first compartment to the second surface . - a base with a bottom and side walls , - a plurality of connector supporting frames configured to support optical connectors of a pre-connectorized optical cable having a plurality of optical fibers , - an opening formed in one of the side walls for allowing access from outside to said optical connectors , - a connectors bearing panel holding the plurality of connector supporting frames and being rotatably attached to the base between a closed panel position and an open panel position, the connectors bearing panel having a first surface and an opposite second surface , wherein in the closed panel position, the first surface of the connectors bearing panel forms a first compartment with the bottom of the base , and in the open panel position, the connectors bearing panel allows access to the first compartment and to the pre-connectorized optical cable and the connectors bearing panel is disengaged from the opening, - the bottom comprises a cable passageway for passage of an end portion of the pre-connectorized optical cable from outside the optical termination box to the first compartment , - in the closed panel position, the connectors bearing panel is arranged relative to the opening to allow passage of one or more end user optical connectors through the opening , and the connectors bearing panel forms a fibers passageway with at least one of the side walls , for passage of optical fibers of the pre-connectorized optical cable from the first compartment to the second surface .
Collar life preserver for water sports that includes a compressed inflatable life preserver , a cartridge that is filled with CO2, a solenoid valve in connection with the cartridge , a discharge valve , a sensor associated with a microprocessor programmed with an algorithm and emission/reception means between the valve and the microprocessor , where the cartridge can be recharged after each use, the algorithm constantly receives information of the user's body functions and by means of predetermined values knows when the user is unconscious, the microprocessor sends a signal to the solenoid valve of the CO2 cartridge for its automatic filling and there is a cord to manually activate the CO2 cartridge; wherein the sensor includes a cardiac sensor that detects an altered heart rate, characterized in that the sensor further includes a pulse oximeter that detects a low level of oxygen saturation in the blood, a movement sensor and a sensor that captures muscle contractions. a pulse oximeter that detects a low level of oxygen saturation in the blood, a movement sensor and a sensor that captures muscle contractions.
Platform for conveying a plurality of work parts in a sequence of manufacturing stations, the platform being mobile and comprising an inclined surface , and a set of two elements { , , }, each element of the two elements being attached to the inclined surface, characterized by one element of the set { , , } extending along a first plane and another element of the set extending along a second plane, the first plane and the second plane crossing the inclined surface, an intersection of the first plane with the inclined surface defining a first direction (D1), the first direction (D1) being oriented upwards with respect to a slope of the inclined surface, an intersection of the second plane with the inclined surface defining a second direction (D2), the second direction (D2) being oriented upwards with respect to the slope of the inclined surface, the first direction (D1) and the second direction (D2) delimiting an angular sector (S), so that a work part placed on the inclined surface within the angular sector (S) is driven by its weight downwards with respect to the slope of the inclined surface towards an intersection of the first direction (D1) and the second direction (D2).
An image decoding device for decoding encoded image data for each coding unit to generate a decoded image, comprising: a CU information decoding unit configured to decode information for specifying partition information in which a current coding unit is split into two or more prediction units, PUs; and an arithmetic decoding unit configured to decode binary values from the encoded image data using one of arithmetic decoding that uses contexts and arithmetic decoding that does not use contexts, wherein in a case that the partition information is an asymmetric partition including rectangular partitions for inter prediction and the coding unit has a size larger than 8 x 8 size, the information for specifying the partition information contains a first binary sequence and a second binary sequence, wherein the first binary sequence includes one bin indicating whether a direction of partitioning is a landscape orientation or a portrait orientation and the second binary sequence is formed by two bins and a first bin in the second binary sequence indicates whether a partition is symmetric or asymmetric and a second bin in the second binary sequence indicates a positional relationship between a smaller PU and a larger PU in the asymmetric partition, and the arithmetic decoding unit is configured to decode the first bin in the second binary sequence by the arithmetic decoding that does not use contexts and to decode the other bin in the second binary sequence by the arithmetic decoding that uses contexts. a CU information decoding unit configured to decode information for specifying partition information in which a current coding unit is split into two or more prediction units, PUs; and an arithmetic decoding unit configured to decode binary values from the encoded image data using one of arithmetic decoding that uses contexts and arithmetic decoding that does not use contexts, wherein in a case that the partition information is an asymmetric partition including rectangular partitions for inter prediction and the coding unit has a size larger than 8 x 8 size, the information for specifying the partition information contains a first binary sequence and a second binary sequence, wherein the first binary sequence includes one bin indicating whether a direction of partitioning is a landscape orientation or a portrait orientation and the second binary sequence is formed by two bins and a first bin in the second binary sequence indicates whether a partition is symmetric or asymmetric and a second bin in the second binary sequence indicates a positional relationship between a smaller PU and a larger PU in the asymmetric partition, and the arithmetic decoding unit is configured to decode the first bin in the second binary sequence by the arithmetic decoding that does not use contexts and to decode the other bin in the second binary sequence by the arithmetic decoding that uses contexts.
An anion exchange membrane for electrodialysis comprising a microporous membrane support having a porous first side and a porous second side and a continuous porous structure extending from said first side to said second side, the porous structure of the membrane support having a rated pore size from 0,05 microns to 10 microns; and a crosslinked ion transferring polymer completely filling said porous structure, said polymer formed in the porous structure and comprising the polymerization product of at least one ionogenic monomer, a neutral monomer, and a multifunctional crosslinking monomer; wherein the microporous support is manufactured frompolyolefins or polyvinylidene fluoride; wherein the neutral monomer is selected from the group consisting of hydroxyethylacrylate, hydroxyethylmethacrylate and vinylbenzyl chloride; and the ionogenic monomer has at least one positively charged group.
A displacement unit , in particular an axial piston machine, comprising: a housing , an engine for converting rotary power into hydraulic power and vice versa, a suction port for supplying a fluid to the engine and a one-way valve which is arranged in the housing of the displacement unit , characterized by a second port for supplying a fluid to the engine, wherein the flow paths proceeding from the suction port and from the second port unite downstream to form a common flow path , and wherein the one-way valve is arranged in the area between the suction port and the united common flow path . a housing , an engine for converting rotary power into hydraulic power and vice versa, a suction port for supplying a fluid to the engine and a one-way valve which is arranged in the housing of the displacement unit , characterized by a second port for supplying a fluid to the engine, wherein the flow paths proceeding from the suction port and from the second port unite downstream to form a common flow path , and wherein the one-way valve is arranged in the area between the suction port and the united common flow path .
A method for identifying transmitter usage characteristics of at least one selected transmitter of a plurality of transmitters, the method comprising the procedures of: receiving by an array of dual polarized antennas, transmissions from said plurality of transmitters, each one of said transmitters transmitting over the same frequency band and according to the same transmission protocol, each one of said transmitters being associated with unique multi-access information; receiving a control transmission from a base station, said base station employing said transmission protocol, said control transmission at least including a plurality of said unique multi-access information respective of said plurality of transmitters; associating , by a processor, between each one of said transmitters and the respective multi-access information; and identifying , by the processor, transmitter usage characteristics of said at least one selected transmitter according to the received transmission therefrom, said transmitter usage characteristics including transmitter location characteristics and transmission characteristics, said transmission characteristics include at least one of: transmission start time; transmission end time; transmission duration; and volume of transmitted data. receiving by an array of dual polarized antennas, transmissions from said plurality of transmitters, each one of said transmitters transmitting over the same frequency band and according to the same transmission protocol, each one of said transmitters being associated with unique multi-access information; receiving a control transmission from a base station, said base station employing said transmission protocol, said control transmission at least including a plurality of said unique multi-access information respective of said plurality of transmitters; associating , by a processor, between each one of said transmitters and the respective multi-access information; and identifying , by the processor, transmitter usage characteristics of said at least one selected transmitter according to the received transmission therefrom, said transmitter usage characteristics including transmitter location characteristics and transmission characteristics, said transmission characteristics include at least one of: transmission start time; transmission end time; transmission duration; and volume of transmitted data.
A system for repairing a tricuspid valve in a patient's heart including: a post having a distal end and a proximal end; a capture element attached to the distal end of the post; the capture element includes: a plurality of arms each having a first end and a second end, each arm attached at the first end to the post and extending both radially outwardly from the post and proximally, each arm defining an opening at the second end; a wire passing sequentially through the opening on each arm , whereby tensioning the wire draws the second end of each arm towards the post ; and characterized in that the post defines a central bore having an orifice at the distal end of the post , and the wire passes into the bore through the orifice. a post having a distal end and a proximal end; a capture element attached to the distal end of the post; the capture element includes: a plurality of arms each having a first end and a second end, each arm attached at the first end to the post and extending both radially outwardly from the post and proximally, each arm defining an opening at the second end; a wire passing sequentially through the opening on each arm , whereby tensioning the wire draws the second end of each arm towards the post ; and characterized in that the post defines a central bore having an orifice at the distal end of the post , and the wire passes into the bore through the orifice. a plurality of arms each having a first end and a second end, each arm attached at the first end to the post and extending both radially outwardly from the post and proximally, each arm defining an opening at the second end; a wire passing sequentially through the opening on each arm , whereby tensioning the wire draws the second end of each arm towards the post ; and characterized in that the post defines a central bore having an orifice at the distal end of the post , and the wire passes into the bore through the orifice.
An edge protection system for use with concrete flooring, including a first part for coupling to an edge portion of a first concrete flooring panel and a second part for coupling to an opposed edge portion of a second, neighbouring, concrete flooring panel, wherein the protection system is provided in modular lengths , wherein each modular length includes a formwork length and an anchorage length ; and wherein adjacent modular lengths are coupled by one or more bridging pins ; characterised in that each anchorage length is formed of sheet material folded to form a series of spaced triangular apertures along the anchorage length, and wherein the bridging pins are aligned to extend through the triangular apertures of adjacent modular lengths so as to hold together the modules of the edges protection system in alignment. wherein the protection system is provided in modular lengths , wherein each modular length includes a formwork length and an anchorage length ; and wherein adjacent modular lengths are coupled by one or more bridging pins ; characterised in that each anchorage length is formed of sheet material folded to form a series of spaced triangular apertures along the anchorage length, and wherein the bridging pins are aligned to extend through the triangular apertures of adjacent modular lengths so as to hold together the modules of the edges protection system in alignment.
Rotor of a centrifugal separator, comprising a central shaft with a stack of axially movable plates arranged thereupon, with a base plate being arranged on the shaft beneath the plate stack , with an axially movable top plate being arranged on the shaft above the plate stack , and with the rotor having a compression spring surrounding the shaft , the first end of said compression spring being supported on the shaft and its second end being supported on the base plate so as to press the plate stack together, characterised in that a sleeve-like projection extending into the plate stack and surrounding the shaft in spaced relationship thereto is arranged on the top plate , that the compression spring is lying within the projection at least over the greater portion of its axial length, and that a support surface for the second end of the compression spring , facing the plate stack , is arranged at a bottom of the projection .
A resonant converter adapted to provide an output voltage to a load, the resonant converter configured to operate in light-load condition, and comprises: a primary side circuit comprising at least one set of primary side switches, wherein the primary side circuit is configured to receive an input voltage; a resonant network coupled to the primary side circuit ; a transformer having a primary side winding and a secondary side winding, wherein the primary side winding is coupled to the resonant network ; a secondary side circuit comprising at least one set of secondary side switches, wherein the secondary side circuit is coupled to the secondary side winding of the transformer ; and a control block configured to control the secondary side switches according to the input voltage and the output voltage, wherein the secondary side winding of the transformer is configured to be short-circuited during a preset time interval before an operating state of the primary side switches changes, characterized in that the control block is configured to control the operating state of the primary side switches to change at an end of the preset time interval. a primary side circuit comprising at least one set of primary side switches, wherein the primary side circuit is configured to receive an input voltage; a resonant network coupled to the primary side circuit ; a transformer having a primary side winding and a secondary side winding, wherein the primary side winding is coupled to the resonant network ; a secondary side circuit comprising at least one set of secondary side switches, wherein the secondary side circuit is coupled to the secondary side winding of the transformer ; and a control block configured to control the secondary side switches according to the input voltage and the output voltage, wherein the secondary side winding of the transformer is configured to be short-circuited during a preset time interval before an operating state of the primary side switches changes, characterized in that the control block is configured to control the operating state of the primary side switches to change at an end of the preset time interval.
A method to control lost circulation in a lost circulation zone in a wellbore, comprising: introducing an altered drilling fluid into the wellbore such that the altered drilling fluid contacts the lost circulation zone and reduces a rate of lost circulation into the lost circulation zone, wherein the altered drilling fluid comprises a drilling fluid and a lost circulation material (LCM), wherein the LCM comprises a plurality of date fruit caps.
Writing instrument with a barrel/shaft and a clip , wherein (a) the shaft has a shaft tip ; (b) the clip comprises a first clip element and a second clip element , the second clip element having an end facing the shaft tip ; (c) the first and second clip member are movable relative to each other between first and second positions; and (d) a first distance (S1) between the end of the second clip element facing the shaft tip and the shaft tip in the first position is greater by at least 1.0 mm than the first distance (S1) between the end of the second clip element facing the shaft tip and the shaft tip in the second position. (a) the shaft has a shaft tip ; (b) the clip comprises a first clip element and a second clip element , the second clip element having an end facing the shaft tip ; (c) the first and second clip member are movable relative to each other between first and second positions; and (d) a first distance (S1) between the end of the second clip element facing the shaft tip and the shaft tip in the first position is greater by at least 1.0 mm than the first distance (S1) between the end of the second clip element facing the shaft tip and the shaft tip in the second position.
A processor comprising: a plurality of cores (106a,..,106n); and a cache unit reserved for a first core of the plurality of cores, the cache unit comprising a first cache slice , a second cache slice , and power logic configured to switch operation of the cache unit between a first operating mode and a second operating mode, wherein the first operating mode comprises use of both the first cache slice and the second cache slice, and wherein the second operating mode comprises use of the first cache slice and disabling the second cache slice, characterized in that each cache slice comprises a queue , a cache memory and an interface unit , and wherein the second operating mode further comprises disabling the cache memory of the first cache slice. a plurality of cores (106a,..,106n); and a cache unit reserved for a first core of the plurality of cores, the cache unit comprising a first cache slice , a second cache slice , and power logic configured to switch operation of the cache unit between a first operating mode and a second operating mode, wherein the first operating mode comprises use of both the first cache slice and the second cache slice, and wherein the second operating mode comprises use of the first cache slice and disabling the second cache slice, characterized in that each cache slice comprises a queue , a cache memory and an interface unit , and wherein the second operating mode further comprises disabling the cache memory of the first cache slice.