mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor package, comprising: - a carrier including electric conductors , - an ASIC device , and - a sensor element , characterized in that - the sensor element is integrated in the ASIC device , - a dummy die or interposer is arranged between the carrier and the ASIC device and is fastened to the carrier , and - the ASIC device is fastened to the dummy die or interposer and laterally overhangs the dummy die or interposer by at least 100 μm. - a carrier including electric conductors , - an ASIC device , and - a sensor element , - the sensor element is integrated in the ASIC device , - a dummy die or interposer is arranged between the carrier and the ASIC device and is fastened to the carrier , and - the ASIC device is fastened to the dummy die or interposer and laterally overhangs the dummy die or interposer by at least 100 μm.
An automated storage system (1; 17) comprising at least two shelves (2; 18) having storage locations for storing load carriers comprising articles, wherein the load carriers are storable in a storage direction in the storage locations, and a shelve aisle formed by the two shelves (2; 18), in which a load reception means (8; 19) comprising a transfer means is movable in a travel direction in order to store at least one load carrier transported with the load reception means (8; 19) from the load reception means (8; 19) in the storage location or to pick up at least one load carrier from the storage location onto the load reception means (8; 19) during a transfer procedure with the transfer means , wherein the load reception means (8; 19) is formed for transporting at least one load carrier in the travel direction , wherein the transfer means comprises at least one rotation means in order to rotate the load carrier during the transfer procedure between the travel direction on the load reception means (8; 19) and the storage direction in the storage location, and wherein the load carrier is formed as an adaptor for receiving clothes hangers containing articles or for receiving bags containing articles, wherein the storage locations are formed as storage bars that form a transfer path together with the transfer means and an intermediate storage bar of the load reception means (8; 19) during the transfer procedure, in order to transfer the adaptors between storage location and load reception means (8; 19), wherein the transfer means comprises at least one bent transfer rail forming the rotation means in order to rotate the adaptor from the storage direction to the travel direction . the load reception means (8; 19) is formed for transporting at least one load carrier in the travel direction , wherein the transfer means comprises at least one rotation means in order to rotate the load carrier during the transfer procedure between the travel direction on the load reception means (8; 19) and the storage direction in the storage location, and wherein the load carrier is formed as an adaptor for receiving clothes hangers containing articles or for receiving bags containing articles, wherein the storage locations are formed as storage bars that form a transfer path together with the transfer means and an intermediate storage bar of the load reception means (8; 19) during the transfer procedure, in order to transfer the adaptors between storage location and load reception means (8; 19), wherein the transfer means comprises at least one bent transfer rail forming the rotation means in order to rotate the adaptor from the storage direction to the travel direction .
A method for protecting a computing device from shellcode injection and execution, comprising: detecting a query that requests information about at least one of an operating system or a first computing process executing on the computing device, the query being issued from a second computing process executing on the computing device; characterized by falsifying the requested information about the at least one of the operating system or the first computing process; providing the falsified information to the second computing process; and receiving, from the second computing process, shellcode configured to be executed in accordance with the falsified information , wherein the shellcode is injected into the first computing process, and wherein execution of the shellcode fails as a result of the shellcode being incompatible with at least one of the operating system or the first computing process, said incompatibility based on the falsified information. detecting a query that requests information about at least one of an operating system or a first computing process executing on the computing device, the query being issued from a second computing process executing on the computing device; characterized by falsifying the requested information about the at least one of the operating system or the first computing process; providing the falsified information to the second computing process; and receiving, from the second computing process, shellcode configured to be executed in accordance with the falsified information , wherein the shellcode is injected into the first computing process, and wherein execution of the shellcode fails as a result of the shellcode being incompatible with at least one of the operating system or the first computing process, said incompatibility based on the falsified information.
A transmission apparatus in a mobile communication system, the transmission apparatus comprising: a pilot channel transmitter configured to transmit to a reception apparatus a pilot signal using first transmission power in a pilot channel; a control channel transmitter configured to transmit to the reception apparatus at least one control signal including control information using second transmission power in a control channel; and a control channel transmission power information transmitter configured to transmit to the reception apparatus information about the second transmission power, wherein the information about the second transmission power is a ratio of the second transmission power to the first transmission power; wherein the information about the second transmission power is used to regenerate the at least one control signal for data channel estimation in the reception apparatus; and wherein the at least one control signal is regenerated by performing the same coding process as a coding process used for the transmission apparatus to transmit the at least one control signal. a pilot channel transmitter configured to transmit to a reception apparatus a pilot signal using first transmission power in a pilot channel; a control channel transmitter configured to transmit to the reception apparatus at least one control signal including control information using second transmission power in a control channel; and a control channel transmission power information transmitter configured to transmit to the reception apparatus information about the second transmission power, wherein the information about the second transmission power is a ratio of the second transmission power to the first transmission power; wherein the information about the second transmission power is used to regenerate the at least one control signal for data channel estimation in the reception apparatus; and wherein the at least one control signal is regenerated by performing the same coding process as a coding process used for the transmission apparatus to transmit the at least one control signal.
A method of performing an optical or electrical measurement in a sample of a disperse fluid, the sample comprising particles and a fluid , comprising the steps of: a) positioning the sample in a microfluidic cavity having a resonance frequency, b) subjecting the sample , in the cavity , to an acoustic standing wave configured for causing the particles to congregate in at least one first region of the cavity, thereby causing the fluid to occupy at least one second region of the cavity , wherein the frequency of the acoustic standing wave is repeatedly varied between a frequency below the resonance frequency and a frequency above the resonance frequency, and c) performing an optical or electrical measurement in the fluid in at least one of the at least one second region of the cavity. a) positioning the sample in a microfluidic cavity having a resonance frequency, b) subjecting the sample , in the cavity , to an acoustic standing wave configured for causing the particles to congregate in at least one first region of the cavity, thereby causing the fluid to occupy at least one second region of the cavity , wherein the frequency of the acoustic standing wave is repeatedly varied between a frequency below the resonance frequency and a frequency above the resonance frequency, and c) performing an optical or electrical measurement in the fluid in at least one of the at least one second region of the cavity.
Spike setting gun having a gun housing and a gun head , which is arranged about a central main axis (a 1 ) and into which there protrudes a setting device having a setting bolt , which can travel along the main axis (a 1 ) between an initial position and a setting position, wherein the gun head has spreading fingers , which are arranged about the main axis (a 1 ) and in the initial position are pressed towards one another by means of at least one elastic clamping element and have spreading elements for expanding a spike hole , wherein the spreading fingers can be simultaneously pushed apart from one another by means of a spreading device located in the pistol head , characterized in that the spreading device has freely rotatably mounted rollers , wherein at least one roller is provided per spreading finger and all of the rollers can roll along control cams on the inner walls of the spreading fingers in order to move the spreading fingers apart.
A terminal apparatus for use in a wireless communication system capable of aggregating a plurality of carriers including a component carrier and an additional carrier accessible by listen before talk approach, the terminal apparatus comprising: circuitry, said circuitry comprising search space monitoring, transmission, reception and configuration units , which, in operation, monitors a search space on the component carrier and detects a downlink control information, DCI, in the monitored search space, wherein the monitored search space includes a subset of resources associated with the component carrier and not associated with the additional carrier and wherein the detected DCI includes a carrier identification field, CIF, indicating the additional carrier, sets a transmission configuration for the terminal apparatus according to configuration information in the detected DCI, performs uplink transmission on the additional carrier when the detected DCI contains information related to the uplink transmission for said additional carrier indicated by said CIF, and discards information related to downlink transmission when the detected DCI contains information related to the downlink transmission for said additional carrier indicated by said CIF. circuitry, said circuitry comprising search space monitoring, transmission, reception and configuration units , which, in operation, monitors a search space on the component carrier and detects a downlink control information, DCI, in the monitored search space, wherein the monitored search space includes a subset of resources associated with the component carrier and not associated with the additional carrier and wherein the detected DCI includes a carrier identification field, CIF, indicating the additional carrier, sets a transmission configuration for the terminal apparatus according to configuration information in the detected DCI, performs uplink transmission on the additional carrier when the detected DCI contains information related to the uplink transmission for said additional carrier indicated by said CIF, and discards information related to downlink transmission when the detected DCI contains information related to the downlink transmission for said additional carrier indicated by said CIF.
A data encryption apparatus, comprising: a receptor configured to receive distribution target data including one or more distribution target cryptographic keys and a distribution target application from a distributor environment ; an encryptor configured to superencipher the distribution target data by primarily encrypting the distribution target data using access information on the distribution target data, and by secondarily encrypting the primarily encrypted distribution target data using a distribution target environment cryptographic key acquired from a distribution target environment ; and a transmitter configured to transmit the superenciphered distribution target data and the distribution target application to the distribution target environment , wherein the distribution target application is an application to which a code sign has been applied, and the distribution target data further includes a public key to verify the code sign. a receptor configured to receive distribution target data including one or more distribution target cryptographic keys and a distribution target application from a distributor environment ; an encryptor configured to superencipher the distribution target data by primarily encrypting the distribution target data using access information on the distribution target data, and by secondarily encrypting the primarily encrypted distribution target data using a distribution target environment cryptographic key acquired from a distribution target environment ; and a transmitter configured to transmit the superenciphered distribution target data and the distribution target application to the distribution target environment , wherein the distribution target application is an application to which a code sign has been applied, and the distribution target data further includes a public key to verify the code sign.
A battery comprising: a positive electrode comprising a current collector comprising a first surface and a second surface opposite to the first surface, and a first active material layer positioned over the first surface of the current collector; and a first insulating layer facing the first active material layer of the positive electrode, wherein the first active material layer comprises at least one carbon, the first insulating layer comprises magnesium hydroxide particles, and a product of an area density and a specific surface area of the magnesium hydroxide particles is equal to or greater than 0.20 times a sum of products of an area density and a specific surface area of each of the at least one carbon. a positive electrode comprising a current collector comprising a first surface and a second surface opposite to the first surface, and a first active material layer positioned over the first surface of the current collector; and a first insulating layer facing the first active material layer of the positive electrode, wherein the first active material layer comprises at least one carbon, the first insulating layer comprises magnesium hydroxide particles, and a product of an area density and a specific surface area of the magnesium hydroxide particles is equal to or greater than 0.20 times a sum of products of an area density and a specific surface area of each of the at least one carbon.
A Y-shaped surgical implant comprising: a base comprising a fixed length of implant material between a distal base end and a proximal base end , a sacral leaf , a first vaginal leaf, and a width, a moveable junction that is moveable along the length between the distal base end and the proximal base end , wherein the first vaginal leaf extends between the proximal base end and the moveable junction , the sacral leaf extends between the moveable junction and the distal base end , and a second vaginal leaf comprising implant material extends from the moveable junction ; characterized in that the second vaginal leaf has a second vaginal leaf length between a second vaginal leaf distal end at the moveable junction , and a loose proximal vaginal leaf end , and the second vaginal leaf length is fixed. a base comprising a fixed length of implant material between a distal base end and a proximal base end , a sacral leaf , a first vaginal leaf, and a width, a moveable junction that is moveable along the length between the distal base end and the proximal base end , wherein the first vaginal leaf extends between the proximal base end and the moveable junction , the sacral leaf extends between the moveable junction and the distal base end , and a second vaginal leaf comprising implant material extends from the moveable junction ; characterized in that the second vaginal leaf has a second vaginal leaf length between a second vaginal leaf distal end at the moveable junction , and a loose proximal vaginal leaf end , and the second vaginal leaf length is fixed.
A system for automatic testing of a software application while said software application is running, said system comprising at least one processor configured to: - obtain a test script specification associated with a software component of said software application , said test script specification comprising a plurality of test steps (101-107), a test step of said plurality of test steps (101-107) comprising a reference to a process definition stored in a catalog , said process definition not being implemented by said software component , - determine whether a further software component of said software application implements said process definition , - create a new version of said test script specification in which said reference to said process definition has been replaced with a reference to an implementation of said process definition in said further software component if said further software component has been determined to implement said process definition , - create a test script based on said new version of said test script specification, and - control said software application by simulating user input according to said test steps specified in said test script . - obtain a test script specification associated with a software component of said software application , said test script specification comprising a plurality of test steps (101-107), a test step of said plurality of test steps (101-107) comprising a reference to a process definition stored in a catalog , said process definition not being implemented by said software component , - determine whether a further software component of said software application implements said process definition , - create a new version of said test script specification in which said reference to said process definition has been replaced with a reference to an implementation of said process definition in said further software component if said further software component has been determined to implement said process definition , - create a test script based on said new version of said test script specification, and - control said software application by simulating user input according to said test steps specified in said test script .
A container refrigeration apparatus which includes an inside air control system configured to supply an interior of a container with a mixed gas, wherein an inlet taking air into an air pump provided to an interior of a unit case of the inside air control system is formed in an air inlet unit independent of the unit case , the air pump and the air inlet unit being connected together by an air tube , and the air inlet unit is provided with an air-permeable, waterproof membrane filter , and is disposed above the unit case of the inside air control system .
A cartridge of an electronic vaping device comprising: a vaporizer assembly configured to produce a vapor, the vaporizer assembly including, a first tank configured to store a pre-vapor formulation, and a heater configured to heat the pre-vapor formulation and form a vapor; and an atomizer assembly configured to produce an aerosol, the atomizer assembly including, a second tank configured to store a pre-aerosol formulation, and an atomizer configured to atomize the pre-aerosol formulation and form the aerosol without heat, the cartridge further comprising a mixing chamber downstream of the vaporizer assembly and the atomizer assembly , and at least one air inlet configured to provide air to the mixing chamber . a vaporizer assembly configured to produce a vapor, the vaporizer assembly including, a first tank configured to store a pre-vapor formulation, and a heater configured to heat the pre-vapor formulation and form a vapor; and a first tank configured to store a pre-vapor formulation, and a heater configured to heat the pre-vapor formulation and form a vapor; and an atomizer assembly configured to produce an aerosol, the atomizer assembly including, a second tank configured to store a pre-aerosol formulation, and an atomizer configured to atomize the pre-aerosol formulation and form the aerosol without heat, a second tank configured to store a pre-aerosol formulation, and an atomizer configured to atomize the pre-aerosol formulation and form the aerosol without heat, the cartridge further comprising a mixing chamber downstream of the vaporizer assembly and the atomizer assembly , and at least one air inlet configured to provide air to the mixing chamber .
Device , which is configured for the automated loading of a load carrier with loading units forming a load stack, wherein the device has a conveyor , which is configured to convey the load carrier in at least one planar direction (X direction) and one vertical axis direction (Y direction), and the device has a positioning conveyor with at least two conveyor belts , which are configured to convey the loading unit in the direction of the load carrier , wherein the conveyor belts are configured for displacement movement relative to the load carrier in the longitudinal direction (X direction) and in the transverse direction (Z direction), and the device has a transfer conveyor which is configured to convey the loading unit onto the positioning conveyor , characterised in that the positioning conveyor has a fixed relative lateral spacing provided between the conveyor belts independently of the loading unit and the transfer conveyor has a push plate that receives the loading unit and a pusher which is provided for conveying the loading unit on the push plate in the direction of the conveyor belts of the positioning conveyor .
A cylinder head gasket comprising a metallic carrier layer , in which at least one through-opening for a combustion chamber is located, and a combustion chamber sealing element , which is inserted in the through-opening and extends in a self-contained manner, characterized in that at least one gap is formed between the carrier layer and the combustion chamber sealing element , at least in some sections, said gap extending at least partially around the combustion chamber sealing element , and the carrier layer has at least groove-like channel integrally formed in the metallic layer, which extends from the at least one gap between the carrier layer and the combustion chamber sealing element to the outer edge of the carrier layer . at least one gap is formed between the carrier layer and the combustion chamber sealing element , at least in some sections, said gap extending at least partially around the combustion chamber sealing element , and the carrier layer has at least groove-like channel integrally formed in the metallic layer, which extends from the at least one gap between the carrier layer and the combustion chamber sealing element to the outer edge of the carrier layer .