mhurhangee/ep-ind-claims huggingface dataset:
A lifting column with low retracted height, the lifting column comprising: a drive unit, a lifting tube, and a transmission assembly disposed in the lifting tube, wherein the lifting tube comprises a first tube, a second tube, a third tube, a fourth tube, and a fifth tube, which are sequentially nested from inside to outside, a lower end of the fifth tube is secured on the drive unit; the transmission assembly comprises a first screw rod, a hollow second screw rod, a hollow third screw rod, and a hollow fourth screw rod, which are nested sequentially from inside to outside, an output end of the drive unit is in transmission fit with the first screw rod and configurable to drive the first screw rod to rotate; and a lower end of the second screw rod is provided with a first nut in threaded transmission connection with the first screw rod, a lower end of the third screw rod is provided with a second nut in threaded transmission connection with the second screw rod, a lower end of the fourth screw rod is provided with a third nut in threaded transmission connection with the third screw rod, and a lower end of the first tube is provided with a fourth nut in threaded transmission connection with the fourth screw rod, wherein an upper end of the first screw rod is provided with a first guide sleeve that limits an axial position of the first nut, an upper end of the second screw rod is provided with a second guide sleeve that limits an axial position of the second nut, an upper end of the third screw rod is provided with a third guide sleeve that limits an axial position of the third nut, and an upper end of the fourth screw rod is provided with a fourth guide sleeve that limits an axial position of the fourth nut.
A vane arc segment comprising: an airfoil fairing having a platform (66, 68) and an airfoil section extending therefrom, the platform (66, 68) defining periphery edge faces, a gaspath face, and a non-gaspath face, the platform (66, 68) having a flange projecting radially from the non-gaspath face, the flange defining a forward flange face, an aft flange face, and a radial flange face, the flange having an end portion adjacent one of the periphery edge faces, characterised in that: the end portion includes a step defining a radial step face that is radially intermediate the radial flange face and the non-gaspath face; the radial step face is non-coated; the airfoil fairing includes a coating disposed on the non-gaspath face next to the step; and the radial step face is flush with the coating. the end portion includes a step defining a radial step face that is radially intermediate the radial flange face and the non-gaspath face; the radial step face is non-coated; the airfoil fairing includes a coating disposed on the non-gaspath face next to the step; and the radial step face is flush with the coating.
A bender bar for bending a bone plate, the bone plate having an upper surface, a lower surface, a thickness defined by the distance between the upper and lower surfaces (14, 16), and a plurality of oblong screw holes passing through the upper and lower surfaces, the oblong screw holes having a major diameter and a relatively transverse minor diameter, said major diameters of said oblong screw holes extending parallel to a longitudinal axis of said plate, said bender bar comprising: a) an elongate lever arm having a first end and a second end; b) a fulcrum at said first end for contacting the upper surface of the bone plate; and c) a foot at said first end sized to extend through said oblong screw hole and contact the lower surface of the bone plate at a periphery of the screw hole, such that said fulcrum and said foot are disposable on the upper and lower surface (14, 16) on opposing sides of the plate, and said foot and said fulcrum situated to be longitudinally displaced from each other along the longitudinal axis of the plate; characterised in that said second end includes a first side having a cut-out provided with a central divider, said cut-out having a depth generally corresponding to the thickness of the plate and a length to extend widthwise across the plate, and the divider positioned and sized to extend within the oblong screw hole of the plate. a) an elongate lever arm having a first end and a second end; b) a fulcrum at said first end for contacting the upper surface of the bone plate; and c) a foot at said first end sized to extend through said oblong screw hole and contact the lower surface of the bone plate at a periphery of the screw hole,
An apheresis system for use in treating a malignant tumor or an infectious disease in a patient: wherein the apheresis system includes a blood perfusion filter comprising at least one bioincompatible material, wherein the at least one bioincompatible material is a cotton or a zoological fiber. wherein the apheresis system is configured to be connected to a patient's blood circulation such that the patient's blood can pass through the blood perfusion filter before reentering the patient's body; wherein use of the apheresis system activates the patient's immune system thereby treating the disease. wherein the apheresis system includes a blood perfusion filter comprising at least one bioincompatible material, wherein the at least one bioincompatible material is a cotton or a zoological fiber. wherein the apheresis system is configured to be connected to a patient's blood circulation such that the patient's blood can pass through the blood perfusion filter before reentering the patient's body; wherein use of the apheresis system activates the patient's immune system thereby treating the disease.
A method of wireless communication, comprising: receiving downlink control information, DCI including a total number of available antenna ports, a rank indicator for a user equipment, UE, and one or more port assignment bits, wherein one of the one or more port assignment bits comprises a local virtual resource block / distributed virtual resource block, LVRB/DVRB flag to indicate whether or not localized or distributed virtual resource block are used for a resource assignment; determining a subset of the total number of available antenna ports that are assigned to the UE based on at least one of: the rank indicator or the one or more port assignment bits; and performing demodulation based on reference signals corresponding to the set of assigned antenna ports. receiving downlink control information, DCI including a total number of available antenna ports, a rank indicator for a user equipment, UE, and one or more port assignment bits, wherein one of the one or more port assignment bits comprises a local virtual resource block / distributed virtual resource block, LVRB/DVRB flag to indicate whether or not localized or distributed virtual resource block are used for a resource assignment; determining a subset of the total number of available antenna ports that are assigned to the UE based on at least one of: the rank indicator or the one or more port assignment bits; and performing demodulation based on reference signals corresponding to the set of assigned antenna ports.
A method for forming a blank having a dual property microstructure, said method comprising the steps of: forming a blank having a narrow top portion and a wide base portion; heating said blank to an elevated temperature; and forming a dual property microstructure in said blank by cooling different portions of said blank at different cooling rates, characterised in that: said cooling step comprises placing said blank on a grate, providing a plurality of cooling fans for flowing cooling air over said blank; and said cooling step further comprises aiming a first one of said cooling fans at a first portion of said blank and aiming a second one of said cooling fans at a second portion of said blank. forming a blank having a narrow top portion and a wide base portion; heating said blank to an elevated temperature; and forming a dual property microstructure in said blank by cooling different portions of said blank at different cooling rates, characterised in that: said cooling step comprises placing said blank on a grate, providing a plurality of cooling fans for flowing cooling air over said blank; and said cooling step further comprises aiming a first one of said cooling fans at a first portion of said blank and aiming a second one of said cooling fans at a second portion of said blank. said cooling step comprises placing said blank on a grate, providing a plurality of cooling fans for flowing cooling air over said blank; and said cooling step further comprises aiming a first one of said cooling fans at a first portion of said blank and aiming a second one of said cooling fans at a second portion of said blank.
A rectangular two-dimensional code comprising cells representing binary-coded data that are arranged as a pattern in the form of a two-dimensional matrix, wherein the two-dimensional code comprises a rectangular basic pattern section which comprises: plural position detection patterns (12A to 12D) for specifying the cell positions; and version information that indicates the size of the two-dimensional code, characterized in that the version information is used to enable to variably design the size of the two-dimensional code with the distances between the plural position detection patterns being independent of the size of the two-dimensional code. plural position detection patterns (12A to 12D) for specifying the cell positions; and version information that indicates the size of the two-dimensional code, characterized in that the version information is used to enable to variably design the size of the two-dimensional code with the distances between the plural position detection patterns being independent of the size of the two-dimensional code.
Coil arrangement of at least one stripe-shaped superconductor assembly with metal substrate and superconductor layer (4, 5) formed onto at least one side of the metal substrate wherein the at least one stripe-shaped superconductor assembly is formed into a coil arrangement wherein in adjacent turns (6, 7, 8, 9) current flow is in opposite direction in operation, and characterized in that in the stripe-shaped superconductor assembly, the metal substrate is sandwiched between two superconductor layers (4, 5) of same current direction.
A semiconductor device comprising: a unique code generating unit arranged to generate a unique code which is unique to a device; a unique code corresponding information generating unit arranged to generate unique code corresponding information (D1 from the unique code; a memory region in which specific information obtained by encrypting confidential information is stored in a region associated with the unique code corresponding information; and a decrypting unit arranged to decrypt, with the unique code, the specific information which is read from said region of the memory region which is associated with the unique code corresponding information by using the unique code corresponding information to generate the confidential information; wherein the memory region has a plurality of regions, each of which is assigned to a particular address (1, 2,.., DI,.n); characterised in that: the unique code generating unit has a static random access memory, and is arranged to generate the unique code by using an initial value at the time of start of the static random access memory; and the specific information is obtained by encrypting the confidential information with the unique code and is stored in one of the regions of the memory regions whose assigned address is indicated by the unique code corresponding information. a unique code generating unit arranged to generate a unique code which is unique to a device; a unique code corresponding information generating unit arranged to generate unique code corresponding information (D1 from the unique code; a memory region in which specific information obtained by encrypting confidential information is stored in a region associated with the unique code corresponding information; and a decrypting unit arranged to decrypt, with the unique code, the specific information which is read from said region of the memory region which is associated with the unique code corresponding information by using the unique code corresponding information to generate the confidential information; wherein the memory region has a plurality of regions, each of which is assigned to a particular address (1, 2,.., DI,.n); the unique code generating unit has a static random access memory, and is arranged to generate the unique code by using an initial value at the time of start of the static random access memory; and the specific information is obtained by encrypting the confidential information with the unique code and is stored in one of the regions of the memory regions whose assigned address is indicated by the unique code corresponding information.
Storage device for fresh products and/or perishable produce, comprising: - a cabinet provided with an access door and/or flap; - substantially gastight compartments arranged in the cabinet and provided with at least one gas inlet and one gas outlet; and - conditioning means suitable for conditioning the climate in the compartment, wherein the conditioning comprises of providing desired gas conditions, including oxygen content, characterized in that an outlet of a compartment is operatively connected to an inlet of another compartment, and wherein compartments can be individually conditioned, and with the storage device comprising a conditioning controller for adapting the conditions in compartments to each other. - a cabinet provided with an access door and/or flap; - substantially gastight compartments arranged in the cabinet and provided with at least one gas inlet and one gas outlet; and - conditioning means suitable for conditioning the climate in the compartment, wherein the conditioning comprises of providing desired gas conditions, including oxygen content, characterized in that an outlet of a compartment is operatively connected to an inlet of another compartment, and wherein compartments can be individually conditioned, and with the storage device comprising a conditioning controller for adapting the conditions in compartments to each other.
A humanized anti-CD20 antibody, wherein the antibody comprises a heavy chain variable region comprising an amino acid sequence as shown in SEQ ID NO:16, and a light chain variable region comprising an amino acid sequence as shown in SEQ ID NO:35, as well as human IgG1 heavy chain constant region and human κ light chain constant region.
An atomizer, comprising an atomizing assembly and a liquid supply configured for storing tobacco liquid, the liquid supply comprising a connection end, the atomizing assembly being detachably connected to the connection end, wherein the connection end defines at least one liquid outlet, through which the tobacco liquid in the liquid supply flows into the atomizing assembly, characterized in that the liquid supply further comprises therein a sealing element and an elastic element, the sealing element is configured for sealing the liquid outlet when in a first position, and the elastic element abuts against the sealing element; when the atomizing assembly is connected with the liquid supply, the atomizing assembly is configured for driving the sealing element to move to a second position where the liquid outlet is opened; when the atomizing assembly is detached from the liquid supply, the atomizing assembly is configured for driving the sealing element to return to the first position where the sealing element seals the liquid outlet.
Insulating glazing unit that has at least two glass panes (4a, 4b) and a circumferential spacer profile between them near their edges, for use in a window, a door, or a façade glazing, which has in each case a frame, in particular metallic frame, surrounding the edges of the insulating glazing with upright rebate walls (3a, 3b), into which the insulating glazing is inserted using spacers, wherein at least one RFID transponder (9, 9a-9d) is attached to the insulating glazing unit as an identification element, characterized in that the or at least one RFID transponder is positioned on an outer surface of one of the glass panes (4a, 4b) at its edge or on the boundary edge of a glass pane such that, in the installed state of the window, the door, or the façade glazing it is positioned in the surrounding, in particular metallic, frame.
Method for the singulated loading of carriers of an overhead conveyor with load carriers for transporting suspended goods, comprising the steps of: • transporting a plurality of carriers on a carrier track along a transport direction through a transfer station, wherein the carriers in the transfer station have a loading orientation at least in sections, • fixing a carrier located in the loading orientation at a transfer interface; • singulated feeding of a plurality of load carriers by means of a load carrier feeder to the transfer interface, wherein at the transfer interface in each case a free end of a load carrier hook is threaded into a carrying eye of a carrier fixed at the transfer interface; • characterised in that the method further comprises the transfer of the loaded carrier into a transport orientation, wherein the carrier passes the transfer interface as a result of the loading with the load carrier, wherein the overcoming of the transfer interface initially comprises the transfer of the loaded carrier from the loading orientation into the transport orientation at least in sections and as a result subsequently comprises the further transport of the carrier along the carrier track. • transporting a plurality of carriers on a carrier track along a transport direction through a transfer station, wherein the carriers in the transfer station have a loading orientation at least in sections, • fixing a carrier located in the loading orientation at a transfer interface; • singulated feeding of a plurality of load carriers by means of a load carrier feeder to the transfer interface, wherein at the transfer interface in each case a free end of a load carrier hook is threaded into a carrying eye of a carrier fixed at the transfer interface; • characterised in that the method further comprises the transfer of the loaded carrier into a transport orientation, wherein the carrier passes the transfer interface as a result of the loading with the load carrier, wherein the overcoming of the transfer interface initially comprises the transfer of the loaded carrier from the loading orientation into the transport orientation at least in sections and as a result subsequently comprises the further transport of the carrier along the carrier track.
Method for ascertaining the residual value of a used battery, in which - the battery is fed to a test station, - the battery in the test station is brought to a test temperature and the test temperature is stabilised for the duration of the test such that the deviations from the test temperature that arise are less than 2 K, - a plurality of load cycles of the battery are measured by means of a high-precision coulometry apparatus, wherein the result of the measurement comprises a plurality of current values, - the measurement is carried out until the fulfilment of a termination criterion, - on the basis of the result of the measurement, a first and a second value for a discharging capacity of the battery is ascertained by way of a first and a second calculation rule, wherein a calibration of the current measurement is included differently in the first and the second calculation rule and an optimisation process is carried out in which a calibration of the current measurement is ascertained with which the largest matching of the ascertained first and second discharging capacity is achieved, - on the basis of the results of the measurement, at least one residual value criterion of the battery is determined, - on the basis of the residual value criterion, it is determined whether the used battery is to be employed for use in a static energy storage device. - the battery is fed to a test station, - the battery in the test station is brought to a test temperature and the test temperature is stabilised for the duration of the test such that the deviations from the test temperature that arise are less than 2 K, - a plurality of load cycles of the battery are measured by means of a high-precision coulometry apparatus, wherein the result of the measurement comprises a plurality of current values, - the measurement is carried out until the fulfilment of a termination criterion, - on the basis of the result of the measurement, a first and a second value for a discharging capacity of the battery is ascertained by way of a first and a second calculation rule, wherein a calibration of the current measurement is included differently in the first and the second calculation rule and an optimisation process is carried out in which a calibration of the current measurement is ascertained with which the largest matching of the ascertained first and second discharging capacity is achieved, - on the basis of the results of the measurement, at least one residual value criterion of the battery is determined, - on the basis of the residual value criterion, it is determined whether the used battery is to be employed for use in a static energy storage device.
A suspension for a vehicle, the suspension comprising: a base mountable to a frame of the vehicle, the base having at least three semi-circularly shaped grooves (24a-c) within a first common plane, wherein the three or more grooves are symmetrically formed about a point to form a pivot axis; the at least three semi-circularly shaped grooves having a first center point, the at least three semi-circularly shaped grooves having a radius r1; wherein the center of the radius r1 defines the position of the pivot axis, the at least three semi-circularly shaped grooves (24a-c) defining the pivot axis perpendicular to the first common plane and located at the first center point; a hanger for mounting wheels so that the vehicle can roll on a surface, the hanger having at least three mounting recesses (28a-c) within a second common plane, the at least three mounting recesses (28a-c) defining a second center point wherein a distance between the at least three mounting recesses and the second center point is r1, the second common plane of the hanger being disposed parallel to the first common plane of the base, the second center point positioned on the pivot axis; and at least three ball bearings (26a-c) seated within the mounting recesses (28a-c) and traversable along the at least three semi-circularly shaped grooves (24a-c) when the hanger rotates about the pivot axis. a base mountable to a frame of the vehicle, the base having at least three semi-circularly shaped grooves (24a-c) within a first common plane, wherein the three or more grooves are symmetrically formed about a point to form a pivot axis; the at least three semi-circularly shaped grooves having a first center point, the at least three semi-circularly shaped grooves having a radius r1; wherein the center of the radius r1 defines the position of the pivot axis, the at least three semi-circularly shaped grooves (24a-c) defining the pivot axis perpendicular to the first common plane and located at the first center point; a hanger for mounting wheels so that the vehicle can roll on a surface, the hanger having at least three mounting recesses (28a-c) within a second common plane, the at least three mounting recesses (28a-c) defining a second center point wherein a distance between the at least three mounting recesses and the second center point is r1, the second common plane of the hanger being disposed parallel to the first common plane of the base, the second center point positioned on the pivot axis; and at least three ball bearings (26a-c) seated within the mounting recesses (28a-c) and traversable along the at least three semi-circularly shaped grooves (24a-c) when the hanger rotates about the pivot axis.