mhurhangee/patent-ind-claim-en huggingface dataset:
A method of allocating resources in a communication system which uses a plurality of sub-carriers arranged in a sequence of physical resource blocks wherein adjacent blocks of said sequence are arranged in groups, the method comprising, in a base station: determining (S1) at least one virtual resource block for allocation to a mobile communications device; signalling (S3) data identifying each virtual resource block to said mobile communications device; and mapping (S6, S7; S8, S9, S10) each allocated virtual resource block, using predetermined mapping data, onto a plurality of spaced physical resource blocks to determine the physical resource blocks to be used for communications with the mobile communications device; wherein said predetermined mapping data is such that said mapping step causes the spacing between the mapped physical resource blocks to be an integer multiple of the square of the number of physical resource blocks in each group for each of a plurality of different respective resource block group, RBG, sizes, the plurality of different RBG sizes comprising: an RBG size in which the number of physical resource blocks in each group is two; an RBG size in which the number of physical resource blocks in each group is three; and an RBG size in which the number of physical resource blocks in each group is four; and wherein the communication system is a system in which, for a given bandwidth, the bandwidth is further dividable into a plurality of RBG subsets, wherein the number of physical resource blocks 'P' in an RBG is equal to the number of RBG subsets, and wherein each RBG subset respectively consists of every P th RBG starting from the first RBG in that RBG subset. determining (S1) at least one virtual resource block for allocation to a mobile communications device; signalling (S3) data identifying each virtual resource block to said mobile communications device; and mapping (S6, S7; S8, S9, S10) each allocated virtual resource block, using predetermined mapping data, onto a plurality of spaced physical resource blocks to determine the physical resource blocks to be used for communications with the mobile communications device; wherein said predetermined mapping data is such that said mapping step causes the spacing between the mapped physical resource blocks to be an integer multiple of the square of the number of physical resource blocks in each group for each of a plurality of different respective resource block group, RBG, sizes, the plurality of different RBG sizes comprising: an RBG size in which the number of physical resource blocks in each group is two; an RBG size in which the number of physical resource blocks in each group is three; and an RBG size in which the number of physical resource blocks in each group is four; and wherein the communication system is a system in which, for a given bandwidth, the bandwidth is further dividable into a plurality of RBG subsets, wherein the number of physical resource blocks 'P' in an RBG is equal to the number of RBG subsets, and wherein each RBG subset respectively consists of every P th RBG starting from the first RBG in that RBG subset.
A lung volume reduction elastic implant, comprising an elastic deformation part and a flexible guide part connected with a distal end of the elastic deformation part , wherein the flexible guide part is provided with a first flexible section ; the first flexible section comprises an insert section and a distal section ; the insert section is connected with the distal end of the elastic deformation part ; a distal end of the distal section of the first flexible section is a distal end of the lung volume reduction elastic implant; and a radiograph component is arranged in the first flexible section , characterized in that the flexible guide part further comprises a hollow second flexible section connected between the elastic deformation part and the first flexible section ; and the insert section of the first flexible section is inserted into the second flexible section , and a proximal end of the radiograph component is inserted into the second flexible section along with the insert section of the first flexible section .
A driver assistance apparatus comprising: a sensor to detect an obstacle around a vehicle; a camera to obtain an image of an area outside of the vehicle; a memory configured to store a stopped-vehicle movement range; a brake driving controller configured to turn on or off a vehicle brake; and a processor configured to: provide a stopped-vehicle movement mode in which the vehicle is permitted to move when a driver is not in the vehicle, and control the brake driving controller to turn on or off the vehicle brake when the vehicle is in the stopped-vehicle movement mode according to any of an obstacle detected around the vehicle and the stopped-vehicle movement range, characterized in that the processor is further configured to set the stopped-vehicle movement range based on the image obtained by the camera . a sensor to detect an obstacle around a vehicle; a camera to obtain an image of an area outside of the vehicle; a memory configured to store a stopped-vehicle movement range; a brake driving controller configured to turn on or off a vehicle brake; and a processor configured to: provide a stopped-vehicle movement mode in which the vehicle is permitted to move when a driver is not in the vehicle, and control the brake driving controller to turn on or off the vehicle brake when the vehicle is in the stopped-vehicle movement mode according to any of an obstacle detected around the vehicle and the stopped-vehicle movement range, provide a stopped-vehicle movement mode in which the vehicle is permitted to move when a driver is not in the vehicle, and control the brake driving controller to turn on or off the vehicle brake when the vehicle is in the stopped-vehicle movement mode according to any of an obstacle detected around the vehicle and the stopped-vehicle movement range,
Peritoneal dialysis system comprising at least one peritoneal dialysis machine that is transportable when travelling and at least one organization system that is configured to carry the peritoneal dialysis machine and/or one or more functional elements that are connected to the peritoneal dialysis machine or are connectable thereto, wherein the organization system can be folded for purposes of transport or storage and can be set up, starting from the folded state, into its functional state for the purpose of carrying out the peritoneal dialysis treatment, wherein the organization system has a height-adjustable placing surface, onto which the peritoneal dialysis machine can be placed, and one or more one or more carrier elements for carrying the functional elements and wherein the organization system partially or completely surrounds the peritoneal dialysis machine in its functional state and wherein the peritoneal dialysis system has a transport case in which the peritoneal dialysis machine can be received and in which is space for the organization system in its folded state.
A transgenic plant transformed with a recombinant DNA construct comprising a plant-expressible transcription regulatory sequence operatively linked to a polynucleotide encoding a polypeptide comprising the amino acid sequence of SEQ ID NO:6, or a polypeptide having at least 75% identity therewith, wherein the transgenic plant has a CO 2 assimilation rate at least 5% higher and a transpiration rate at least 5% lower relative to a plant of the same species not comprising said polypeptide, and wherein the transgenic plant is an oil crop plant selected from the group consisting of Borago officinalis, Brassica campestris, Brassica napus, Brassica rapa, Camelina species, Cannabis sativa, Carthamus tinctorius, Cocos nucifera, Crambe abyssinica, Cuphea species, Elaeis guinensis, Elaeis oleifera, Glycine max, Gossypium hirsutum, Gossypium barbadense, Gossypium herbaceum, Helianthus annuus, Linum usitatissimum, Oenothera biennis, Olea europaea, Oryza sativa, Ricinus communis, Sesamum indicum, Triticum species, walnut and almond.
An automotive data storage system for a vehicle, the system comprising a packet network having multiple electronic subsystems that are configured to generate data during operation of the vehicle, the electronic subsystems being deployed at different locations in the vehicle and being indirectly coupled to one another via network links and one or more network switches, the system further comprising at least one centralized storage device that is installed in the vehicle and is configured to connect to the packet network, the centralized storage device comprising: a protocol converter, which is fabricated with a storage medium in a single Integrated Circuit, IC, or in separate IC dies packaged in a single device package, the protocol converter configured to receive from the electronic subsystems, over the packet network, write commands in accordance with a network storage protocol for storing data generated by the electronic subsystems, to translate the write commands, within the single IC or IC dies in which the storage medium is fabricated, into commands of a bus storage protocol specified for storage over a local computer bus, and the storage medium configured to receive the data generated by the electronic subsystems, the data being received in commands of the bus storage protocol and the storage medium configured to store the data generated by the electronic subsystems in accordance with the bus storage protocol.
A catheter insertion device comprising: a housing having a base : a catheter hub having a catheter positioned in said housing and movable between a first catheter position and a second catheter position with respect to said base; a needle carrier and an introducer needle within said catheter, said catheter hub received in said needle carrier when said catheter hub is in said first catheter position, said needle carrier and introducer needle movable between a first introducer needle position and a second introducer needle position with respect to said base and flexible catheter; and an actuator slidable in said housing for actuating said device and moving said catheter and needle from the first catheter position and the first needle position where said catheter hub, catheter, needle carrier and introducer needle are retracted within said housing, and the second catheter position and the second needle position where said catheter and introducer needle extend from said base, and where said needle carrier and introducer needle automatically retract into said actuator when said catheter and needle reach said second catheter position and second needle position. a catheter hub having a catheter positioned in said housing and movable between a first catheter position and a second catheter position with respect to said base; a needle carrier and an introducer needle within said catheter, said catheter hub received in said needle carrier when said catheter hub is in said first catheter position, said needle carrier and introducer needle movable between a first introducer needle position and a second introducer needle position with respect to said base and flexible catheter; and an actuator slidable in said housing for actuating said device and moving said catheter and needle from the first catheter position and the first needle position where said catheter hub, catheter, needle carrier and introducer needle are retracted within said housing, and the second catheter position and the second needle position where said catheter and introducer needle extend from said base, and where said needle carrier and introducer needle automatically retract into said actuator when said catheter and needle reach said second catheter position and second needle position.
A bispecific antibody specifically binding to the extracellular domain of human BCMA and human CD3ε, for use in the treatment of a patient suffering from multiple myeloma, wherein the ratio of T cells (effector cells) to target cells (E:T ratio) in an isolated body fluid sample of said patient is 0.5 : 1 or higher, wherein the target cells express BCMA on their surface.
An apparatus that includes a monitoring system (M1...Mn) comprising: an alarm processing server displaced from the monitoring system, wherein the monitoring system and the alarm processing server communicate at least in part by one of a wired or wireless medium, wherein the monitoring system includes an armed state and a disarmed state with an alarm delay time interval activated in response to detecting a selected event, wherein the alarm processing server includes circuitry to evaluate status information from the monitoring system, wherein the status information includes an alarm signal including a respective alarm type, wherein the circuitry evaluates the status information to determine whether the respective alarm type for the alarm signal is a precursor of a smash event, wherein the circuitry places the alarm signal in a queue for dispatch to a central station after expiration of the alarm delay time interval when the respective alarm type is the precursor of the smash event, and wherein the circuitry immediately forwards the alarm signal to the central station when the respective alarm type is not the precursor of the smash event. an alarm processing server displaced from the monitoring system, wherein the monitoring system and the alarm processing server communicate at least in part by one of a wired or wireless medium, wherein the monitoring system includes an armed state and a disarmed state with an alarm delay time interval activated in response to detecting a selected event, wherein the alarm processing server includes circuitry to evaluate status information from the monitoring system, wherein the status information includes an alarm signal including a respective alarm type, wherein the circuitry evaluates the status information to determine whether the respective alarm type for the alarm signal is a precursor of a smash event, wherein the circuitry places the alarm signal in a queue for dispatch to a central station after expiration of the alarm delay time interval when the respective alarm type is the precursor of the smash event, and wherein the circuitry immediately forwards the alarm signal to the central station when the respective alarm type is not the precursor of the smash event.
An apparatus comprising: a processor ; and a memory on which are stored machine-readable instructions that when executed by the processor, cause the processor to: identify first property values along an image of a pattern of features , the first property values being based on a first signal corresponding to an image of the pattern captured by an imaging sensor , the pattern being positioned at a spaced relation with respect to the imaging sensor; receive a second signal corresponding to a second image captured, at the same location as the first image, by the imaging sensor; identify , from the second signal, second property values along the second image; determine whether the second property values differ from the first property values; and based on a determination that the second property values differ from the first property values, determine that a beginning of a media is positioned to be imaged by the imaging sensor. a processor ; and a memory on which are stored machine-readable instructions that when executed by the processor, cause the processor to: identify first property values along an image of a pattern of features , the first property values being based on a first signal corresponding to an image of the pattern captured by an imaging sensor , the pattern being positioned at a spaced relation with respect to the imaging sensor; receive a second signal corresponding to a second image captured, at the same location as the first image, by the imaging sensor; identify , from the second signal, second property values along the second image; determine whether the second property values differ from the first property values; and based on a determination that the second property values differ from the first property values, determine that a beginning of a media is positioned to be imaged by the imaging sensor. identify first property values along an image of a pattern of features , the first property values being based on a first signal corresponding to an image of the pattern captured by an imaging sensor , the pattern being positioned at a spaced relation with respect to the imaging sensor; receive a second signal corresponding to a second image captured, at the same location as the first image, by the imaging sensor; identify , from the second signal, second property values along the second image; determine whether the second property values differ from the first property values; and based on a determination that the second property values differ from the first property values, determine that a beginning of a media is positioned to be imaged by the imaging sensor.
A probe device of a floating structure comprising: a probe unit having a groove formed at one end thereof into which a needle for transmitting an electrical signal is inserted, and a guide portion formed at the other end thereof; and a plate unit having an inner space which is inserted with the guide portion and formed to support a part of the guide portion , wherein the guide portion is spaceable apart from the inner space at a predetermined interval by an external force applied to the needle, and characterised in that the guide portion is formed in a conical shape having a trapezoidal cross-section. a probe unit having a groove formed at one end thereof into which a needle for transmitting an electrical signal is inserted, and a guide portion formed at the other end thereof; and a plate unit having an inner space which is inserted with the guide portion and formed to support a part of the guide portion , wherein the guide portion is spaceable apart from the inner space at a predetermined interval by an external force applied to the needle, and characterised in that the guide portion is formed in a conical shape having a trapezoidal cross-section.
Device for climate control of an interior of a direct printing machine for printing onto containers in the food and beverage industry, comprising: a direct printing machine for printing onto containers, at least one air discharge system for discharging air from said interior of said machine comprising at least two separate air extraction ducts, wherein at least one air extraction duct is configured for the selective extraction of contaminated air, e.g. print mist, and at least one air extraction duct is configured for the selective extraction of high-temperature air, e.g. air heated by light sources for hardening and/or curing inks, wherein the at least two separate air extraction ducts of the at least one air discharge system are configured at least in part as ring lines in the ceiling region of the interior of the machine, and at least one air supply system for supplying air to said interior of said machine, wherein said supplied air comprises fresh air and/or purified extracted air. a direct printing machine for printing onto containers, at least one air discharge system for discharging air from said interior of said machine comprising at least two separate air extraction ducts, wherein at least one air extraction duct is configured for the selective extraction of contaminated air, e.g. print mist, and at least one air extraction duct is configured for the selective extraction of high-temperature air, e.g. air heated by light sources for hardening and/or curing inks, wherein the at least two separate air extraction ducts of the at least one air discharge system are configured at least in part as ring lines in the ceiling region of the interior of the machine, and at least one air supply system for supplying air to said interior of said machine, wherein said supplied air comprises fresh air and/or purified extracted air.
Process for manufacturing an ophthalmic lens element equipped with an insert , this ophthalmic lens element comprising a front face and a back face, comprising steps consisting in: - providing a first portion or intermediate product (2, 2") made of a first material comprising a first and second frontal face (2A, 2B, 2A", 2B"), said second face forming the back or front face of said ophthalmic lens element; - placing the insert on said first face of said intermediate product; - depositing a second material in liquid form on said first face of the intermediate product (2, 2") so as to cover at least partially said insert with said second material; and - solidifying said second material in order to form an integral second portion of said intermediate product, wherein said first material is organic, characterized in that the insert is adhesively bonded to a frontal face of the intermediate product (2") by virtue of visual reference marks (R) ensuring the insert is correctly positioned, these marks being arranged on the intermediate product (2"), wherein the insert is an active optical component equipped with electrical, mechanical, optical or fluidic means allowing it to be supplied with power and/or controlled. - providing a first portion or intermediate product (2, 2") made of a first material comprising a first and second frontal face (2A, 2B, 2A", 2B"), said second face forming the back or front face of said ophthalmic lens element; - placing the insert on said first face of said intermediate product; - depositing a second material in liquid form on said first face of the intermediate product (2, 2") so as to cover at least partially said insert with said second material; and - solidifying said second material in order to form an integral second portion of said intermediate product, wherein said first material is organic, characterized in that the insert is adhesively bonded to a frontal face of the intermediate product (2") by virtue of visual reference marks (R) ensuring the insert is correctly positioned, these marks being arranged on the intermediate product (2"), wherein the insert is an active optical component equipped with electrical, mechanical, optical or fluidic means allowing it to be supplied with power and/or controlled.
An internal combustion engine having a plurality of cylinders and with a power train component other than the internal combustion engine arranged adjoining it, wherein if designating an average of a height of a combustion chamber in a region inside from a virtual cylindrical surface (VC) passing through a center of a valve body of an intake valve and extending in a circumferential direction of each cylinder when a piston is at top dead center, as a "center height", and designating an average of a height of the combustion chamber in a region outside from the virtual cylindrical surface (VC) when the piston is at top dead center, as a "peripheral height", the combustion chambers are formed so that a center height of a component side cylinder positioned the most to the power train component side among the plurality of cylinders is higher than center heights of usual cylinders including at least one cylinder other than the component side cylinder and a peripheral height at the component side cylinder is lower than peripheral heights of the usual cylinders.