mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal chip, wherein the terminal chip comprises a computing subsystem and a security subsystem, the security subsystem is configured to measure the computing subsystem, a boot time of the security subsystem is earlier than a boot time of the computing subsystem, and the security subsystem comprises: an integrity verification unit, wherein the integrity verification unit is configured to perform integrity measurement on data in a boot process of the computing subsystem; characterized in that the integrity verification unit is further configured to perform integrity measurement on data in a running process of the computing subsystem; wherein the integrity verification unit is specifically configured to perform integrity measurement on the data during running of the computing subsystem when the computing subsystem is switched from a rich execution environment, REE to a trusted execution environment, TEE. the integrity verification unit is configured to perform integrity measurement on data in a boot process of the computing subsystem; characterized in that the integrity verification unit is further configured to perform integrity measurement on data in a running process of the computing subsystem; wherein the integrity verification unit is specifically configured to perform integrity measurement on the data during running of the computing subsystem when the computing subsystem is switched from a rich execution environment, REE to a trusted execution environment, TEE.
Ignition device for igniting a mixture , comprising an energy conversion device designed for converting fluid flow energy of at least one fluid flow to heat in order to ignite the mixture and including an ignition chamber for the at least one fluid flow , and a fluid flow injection device designed for injecting a plurality of fluid flows into the ignition chamber in such a way that a first fluid flow is injectable into the ignition chamber at a higher fluid flow rate than the second fluid flow, characterized in that the fluid flow injection device comprises at least one injection nozzle for the first fluid flow , said injection nozzle having an injection nozzle cross-section (Q1) which, viewed in the direction of flow, tapers down to a minimum cross-section (Qmin) and then expands again to an outlet cross-section (Qa).
Connecting rod fitting for a building closure element which has at least one connecting rod which can be mounted in a linearly displaceable manner on a frame element of the building closure element and a guard rail which can be attached to the frame element and covers the connecting rod , wherein the connecting rod can be fixed relative to the frame element by means of a locking device , wherein the locking device , in a locking setting, couples the connecting rod directly to the guard rail and fixes same relative thereto and, in a release setting, releases the connecting rod for displacement relative to the guard rail , characterised in that the connecting rod fitting is provided and configured to sense an actuation of an actuation handle of the building closure element and to displace the locking element into the release position only upon recognition of such an actuation when previously a central controller has set a release setting.
A method for determining a beam profile of a laser beam , which is positioned in a processing field by means of a scanner device , comprising: arranging at least one retroreflector in the processing field of the scanner device , which is formed in a processing chamber for irradiating powder layers , detecting laser radiation which is reflected back into the scanner device as the laser beam is passed over the retroreflector in a scanning manner, and determining the beam profile of the laser beam by means of the laser radiation detected as the retroreflector is passed over in a scanning manner. arranging at least one retroreflector in the processing field of the scanner device , which is formed in a processing chamber for irradiating powder layers , detecting laser radiation which is reflected back into the scanner device as the laser beam is passed over the retroreflector in a scanning manner, and determining the beam profile of the laser beam by means of the laser radiation detected as the retroreflector is passed over in a scanning manner.
An apparatus for forming connector's brackets for irrigation laterals along a premanufactured lay-flat pipe , wherein it comprises means for forming an opening having a circumferential edge at one wall of the premanufactured lay-flat pipe ; and means for positioning separation means inside said pipe, in a manner that from the instant of forming said opening at one wall of said pipe, said separation means would be found opposite said opening , and wherein said separation means separates between the one wall of said pipe to the second wall of said pipe; and a mold for injection molding that suits for injecting by it molten plastic material into a cavity, and wherein said mold comprises means for flattening said pipe in a manner that said opening would be positioned opposite said separation means before injection; and a core component that is formed at its end with at least one passage for leading said molten material to flow to said injection cavity, ands wherein from the instant of flattening said pipe, is suited for a position inside said opening ; and the mold is configured for being installed in a manner that said separation means participates in a delineation of said cavity and the circumferential edge of said opening protrudes as its lips stick out into said cavity; and the mold is configured to pressure injection of said molten plastic material into said cavity, in a manner that it affixes said injected material solely to said one wall of the pipe and also to said circumferential edge of said opening , and the mold is retractable from said opening while leaving the injected material as a bracket that is affixed on said one wall of said pipe, and said bracket is suited for installing connector means to an irrigation lateral that would be fed by water from said lay-flat pipe .
A burning apparatus for railway repair, defining an axis (P) and comprising: an air compressor assembly including an inlet opening and an outlet opening , and a combustion assembly connected to the outlet opening of the air compressor assembly , wherein the air compressor assembly and the combustion assembly are axially disposed along the axis (P), and wherein the air compressor assembly compresses air into the combustion assembly , wherein the air compressor assembly further comprises: a body axially disposed along the axis (P), a motor including a motor shaft and disposed in the body , and a propeller driven by the motor through the motor shaft and guiding air into the body , characterised in that the body comprises: an outer housing , and an inner housing disposed in the outer housing and connected to the outer housing , the motor disposed therein, wherein the inner housing and the outer housing defining an air passage therebetween, and the propeller guides air from the air compressor assembly into the combustion assembly through the air passage . an air compressor assembly including an inlet opening and an outlet opening , and a combustion assembly connected to the outlet opening of the air compressor assembly , wherein the air compressor assembly and the combustion assembly are axially disposed along the axis (P), and wherein the air compressor assembly compresses air into the combustion assembly , wherein the air compressor assembly further comprises: a body axially disposed along the axis (P), a motor including a motor shaft and disposed in the body , and a propeller driven by the motor through the motor shaft and guiding air into the body , a body axially disposed along the axis (P), a motor including a motor shaft and disposed in the body , and a propeller driven by the motor through the motor shaft and guiding air into the body , characterised in that the body comprises: an outer housing , and an inner housing disposed in the outer housing and connected to the outer housing , the motor disposed therein, wherein the inner housing and the outer housing defining an air passage therebetween, and the propeller guides air from the air compressor assembly into the combustion assembly through the air passage . an outer housing , and an inner housing disposed in the outer housing and connected to the outer housing , the motor disposed therein, wherein the inner housing and the outer housing defining an air passage therebetween, and the propeller guides air from the air compressor assembly into the combustion assembly through the air passage .
A device for the treatment of metatarsophalangeal predislocation syndrome, that is made up of an elastic tubular body , made of a breathable material, which is adapted in shape and dimensions to the anterior region of the instep of the foot, said tubular body having, in correspondence with the anterior edge of its face , arranged in the upper part of the foot in use, a frontal area having a length in accordance with the phalange of the dislocated toe in use, where it is from this frontal area that two side flaps and project, which side flaps and can be folded, characterized in that said side flaps and have fixing means on the inner face thereof for fixing them on the face arranged on the sole of the foot in use, going around the dislocated toe .
An apparatus for submolecular dry cleaning and/or hydrophilization of the surface of solids comprising: a process chamber which is gas-tightly closed or closable with respect to the environment and is intended for receiving a solid ; a lamp which has a spectral range from 120 to 800 nm and which is configured to irradiate the process chamber ; and a gas guiding system which is configured to supply and discharge one or more process gases into and out of the process chamber , wherein at least one intermediate filter element being arranged between the lamp and the solid in the irradiation path of the lamp , said intermediate filter element being selected from the following group: MgF 2 , quartz, sapphire and a bass-pass filter, characterized in that the apparatus has a process cell arranged in the process chamber and between a lamp module and a sample table , said process cell being formed to guide the process gases and to hold the at least one intermediate filter element , and wherein the process cell is divided by the at least one intermediate filter element into two regions which are interconnected so as to transmit gases.
A device for detecting a geometry of a drop arranged on a sample surface , wherein the device comprises the following: • a metering apparatus which is designed to arrange liquid in the form of a drop on the sample surface , • a plurality of light sources , and • a camera which is designed to detect a reflection of the light sources on the surface of the drop , characterized in that • the device comprises a housing having a recess which forms a cavity separated from the surroundings when the housing is arranged on a flat sample surface , • the light sources are arranged in the cavity , wherein the light sources cover a solid angle of at least π/2 steradians (sr) when viewed from a point on a flat sample surface , and • the metering apparatus comprises a liquid reservoir and an outlet opening arranged inside the cavity . • a metering apparatus which is designed to arrange liquid in the form of a drop on the sample surface , • a plurality of light sources , and • a camera which is designed to detect a reflection of the light sources on the surface of the drop , characterized in that • the device comprises a housing having a recess which forms a cavity separated from the surroundings when the housing is arranged on a flat sample surface , • the light sources are arranged in the cavity , wherein the light sources cover a solid angle of at least π/2 steradians (sr) when viewed from a point on a flat sample surface , and • the metering apparatus comprises a liquid reservoir and an outlet opening arranged inside the cavity .
A method carried out in a system, the system comprising at least a diagnosis plug-in device connected to the diagnosis plug of a vehicle, a host server , one or more on-board ECUs coupled to the diagnosis plug , wherein the diagnosis plug-in device is wireless coupled to the host server , the method comprising the following steps: /a/ detect, at the diagnosis plug-in device , a Bus Active condition, either via an electrical pin on the diagnosis plug or via an analysis of activity level on at least one Diagnosis bus accessible at the diagnosis plug, /b/ cause the diagnosis plug-in device to listen only on the at least one Diagnosis bus after the Bus Active condition is detected, /c/ determine, at the diagnosis plug-in device , a write enable condition, according to evolution of bus load level on the at least one diagnosis bus and / or after a certain time elapsed since Bus Active condition was true, /e/ whenever the write enable condition becomes true, carry out, at the diagnosis plug-in device , one ore more request/answer services to write requests on the diagnosis bus and retrieve, in the corresponding answers, various data from the board ECUs , to be decoded and forwarded to a client fleet management system, via the host server . /a/ detect, at the diagnosis plug-in device , a Bus Active condition, either via an electrical pin on the diagnosis plug or via an analysis of activity level on at least one Diagnosis bus accessible at the diagnosis plug, /b/ cause the diagnosis plug-in device to listen only on the at least one Diagnosis bus after the Bus Active condition is detected, /c/ determine, at the diagnosis plug-in device , a write enable condition, according to evolution of bus load level on the at least one diagnosis bus and / or after a certain time elapsed since Bus Active condition was true, /e/ whenever the write enable condition becomes true, carry out, at the diagnosis plug-in device , one ore more request/answer services to write requests on the diagnosis bus and retrieve, in the corresponding answers, various data from the board ECUs , to be decoded and forwarded to a client fleet management system, via the host server .
Use of a high-voltage high-capacity fuse, hereinafter referred to as HH-fuse , for protecting a direct-current transmission, the direct voltage of the direct current and/or the rated voltage of the HH-fuse being greater than 4 kV, wherein the HH-fuse has a fuse housing which is at least partially open on two end faces , at least one contact cap designed for electrical contacting being arranged on each end face of the fuse housing , at least one fusible conductor wound spirally around a fusible conductor carrier being arranged in the fuse housing , the transmitted direct current and/or the rated current intensity range being greater than 5 A, characterized in that the fusible conductor carrier is of star-shaped design.
A pressure-sensitive adhesive composition comprising: a block copolymer including a first block having a glass transition temperature of 50°C or more, and a second block having a glass transition temperature of -10°C or less and including a radical polymerization group; and a multifunctional cross-linker, wherein the second block comprises: a main chain including an acrylic acid ester monomer and a copolymerizable monomer having a thermosetting functional group in the form of a polymer; and a radical polymerization compound which is bonded to the thermosetting functional group of the main chain and provides a radical polymerization group. a block copolymer including a first block having a glass transition temperature of 50°C or more, and a second block having a glass transition temperature of -10°C or less and including a radical polymerization group; and a multifunctional cross-linker, wherein the second block comprises: a main chain including an acrylic acid ester monomer and a copolymerizable monomer having a thermosetting functional group in the form of a polymer; and a radical polymerization compound which is bonded to the thermosetting functional group of the main chain and provides a radical polymerization group. a main chain including an acrylic acid ester monomer and a copolymerizable monomer having a thermosetting functional group in the form of a polymer; and a radical polymerization compound which is bonded to the thermosetting functional group of the main chain and provides a radical polymerization group.
Method for preparing a milk-containing beverage containing speculoos characterized in that it consists of the following steps: - removal of the milk fat fraction from the milk by centrifugation or churning; - grinding of speculoos into speculoos powder to the smallest possible grain size without losing the taste of the speculoos; - dispersion of fine speculoos powder in the milk fat fraction of the whole milk by mixing the milk fat fraction and the speculoos powder at a high speed up to 10,000 rpm in a dispersing mixer or by dispersion in a high-friction disperser or in a disintegrator/dissolver ; - adding the obtained dispersion to skimmed milk or low-fat milk in a proportion that restores or approximates the original milk fat content in the whole milk ; - intense mixing of the dispersion with the skimmed or low-fat milk until a stable dispersion of the speculoos powder in the milk is obtained. - removal of the milk fat fraction from the milk by centrifugation or churning; - grinding of speculoos into speculoos powder to the smallest possible grain size without losing the taste of the speculoos; - dispersion of fine speculoos powder in the milk fat fraction of the whole milk by mixing the milk fat fraction and the speculoos powder at a high speed up to 10,000 rpm in a dispersing mixer or by dispersion in a high-friction disperser or in a disintegrator/dissolver ; - adding the obtained dispersion to skimmed milk or low-fat milk in a proportion that restores or approximates the original milk fat content in the whole milk ; - intense mixing of the dispersion with the skimmed or low-fat milk until a stable dispersion of the speculoos powder in the milk is obtained.
A fingerprint detecting circuit, configured to detect a sensing capacitance (Cs) comprising: a first conductive layer , configured to couple a touch of a finger (FG); a second conductive layer ; an inverting amplifier , comprising a single input terminal coupled to the first conductive layer , and an output terminal coupled to the second conductive layer , wherein the inverting amplifier generates an output signal (Vo) for determining whether a location of the fingerprint detecting circuit corresponds to a finger ridge or a finger valley; and a switching unit (SW), configured for establishing a direct current (DC) operating point of the inverting amplifier , wherein a terminal of the switching unit (SW) is coupled to the input terminal of the inverting amplifier , and another terminal of the switching unit (SW) is coupled to the output terminal of the inverting amplifier ; wherein the sensing capacitance (Cs) is formed between the first conductive layer and the finger (FG) wherein the output signal (Vo) is proportional to the sensing capacitance (Cs). a first conductive layer , configured to couple a touch of a finger (FG); a second conductive layer ; an inverting amplifier , comprising a single input terminal coupled to the first conductive layer , and an output terminal coupled to the second conductive layer , wherein the inverting amplifier generates an output signal (Vo) for determining whether a location of the fingerprint detecting circuit corresponds to a finger ridge or a finger valley; and a switching unit (SW), configured for establishing a direct current (DC) operating point of the inverting amplifier , wherein a terminal of the switching unit (SW) is coupled to the input terminal of the inverting amplifier , and another terminal of the switching unit (SW) is coupled to the output terminal of the inverting amplifier ; wherein the sensing capacitance (Cs) is formed between the first conductive layer and the finger (FG) wherein the output signal (Vo) is proportional to the sensing capacitance (Cs).
A pharmaceutical composition comprising mesenchymal stem cells (MSCs), wherein the MSCs have been transduced with a viral vector encoding a human immunodeficiency virus (HIV) antiviral fusion inhibitor, wherein said MSCs express and secrete the HIV antiviral fusion inhibitor, and wherein the HIV antiviral fusion inhibitor is an antibody.
A reaction chamber for continuous chemical processing of fibrous material, comprising: an elongate cavity having first and second ends at opposite ends of the elongate cavity and configured to contain the fibrous material and any reagents added to it for chemical processing; an input section at the first end of the elongate cavity, configured to feed fibrous material into the first end of the elongate cavity; an output section at the second end of the elongate cavity, configured to output fibrous material from the second end of the elongate cavity; and a transporter configured to drive fibrous material from the first end to the second end of the elongate cavity, wherein the transporter comprises a screw extending along the elongate cavity from the input section to the output section, and wherein the elongate cavity comprises plural regions , and at least one of the pitch of the screw or screws and the separation between the central core of the screw or screws and the edge of the screw or screws is different in one region of the elongate cavity from that of another region. an elongate cavity having first and second ends at opposite ends of the elongate cavity and configured to contain the fibrous material and any reagents added to it for chemical processing; an input section at the first end of the elongate cavity, configured to feed fibrous material into the first end of the elongate cavity; an output section at the second end of the elongate cavity, configured to output fibrous material from the second end of the elongate cavity; and a transporter configured to drive fibrous material from the first end to the second end of the elongate cavity, wherein the transporter comprises a screw extending along the elongate cavity from the input section to the output section, and wherein the elongate cavity comprises plural regions , and at least one of the pitch of the screw or screws and the separation between the central core of the screw or screws and the edge of the screw or screws is different in one region of the elongate cavity from that of another region.
A propeller fan , comprising: a boss (la); and a blade fixed to the boss (la), wherein the blade has one of a shape in which a part of a leading edge of the blade protrudes toward a positive pressure surface side and a shape in which a part of a trailing edge of the blade protrudes toward a negative pressure surface side, wherein a center of a protrusion in a radial direction of the blade is located on a radially outer side with respect to a radial position at a half of a blade radius from a rotation center line, characterised in that a maximum protrusion radial position of the protrusion is located on a radially outer side with respect to a radial position at the center of the protrusion in the radial direction. a boss (la); and a blade fixed to the boss (la), wherein the blade has one of a shape in which a part of a leading edge of the blade protrudes toward a positive pressure surface side and a shape in which a part of a trailing edge of the blade protrudes toward a negative pressure surface side, wherein a center of a protrusion in a radial direction of the blade is located on a radially outer side with respect to a radial position at a half of a blade radius from a rotation center line, characterised in that a maximum protrusion radial position of the protrusion is located on a radially outer side with respect to a radial position at the center of the protrusion in the radial direction.