mhurhangee/ep-ind-claims huggingface dataset:
A method for testing an application, when the application is tested, the method comprises: providing, by a test client, a link address of a webpage file to the tested application, wherein the test client is a test client device or a test client application, the tested application is a browser or an application with a built-in browser component, the webpage file comprises codes for simulating a malicious attack, when the tested application loads the webpage file according to the link address, the tested application executes the codes comprised in the webpage file to read content of a private file in a private directory of the tested application in a local terminal device where the tested application is located; when the tested application successfully reads the content of the private file, the tested application transmits a message carrying the content of the private file to a test server through the local terminal device, wherein the test server determines whether the tested application has a security loophole according to the message transmitted by the tested application; wherein when the tested application loads the webpage file according to the link address, the tested application displays a preconfigured webpage and postpones a response for a predefined period of time through executing the codes, and when the predefined period of time expires, the tested application reads the content of the private file according to the private directory address in the webpage file. providing, by a test client, a link address of a webpage file to the tested application, wherein the test client is a test client device or a test client application, the tested application is a browser or an application with a built-in browser component, the webpage file comprises codes for simulating a malicious attack, when the tested application loads the webpage file according to the link address, the tested application executes the codes comprised in the webpage file to read content of a private file in a private directory of the tested application in a local terminal device where the tested application is located; when the tested application successfully reads the content of the private file, the tested application transmits a message carrying the content of the private file to a test server through the local terminal device, wherein the test server determines whether the tested application has a security loophole according to the message transmitted by the tested application; wherein when the tested application loads the webpage file according to the link address, the tested application displays a preconfigured webpage and postpones a response for a predefined period of time through executing the codes, and when the predefined period of time expires, the tested application reads the content of the private file according to the private directory address in the webpage file.
A method of a stationary Base Station, BS, (201, 403) for operating a Moving Network, MN, (211, 213, 215, 217, 401) in a mobile communication system, the method comprising: determining an operation mode of every MN (211, 213, 215, 217, 401) in a cell, served by the BS, by collecting information of the cell; and transmitting the determined operation mode of every MN (211, 213, 215, 217, 401) in the cell to the MN (211, 213, 215, 217, 401) in said cell through a broadcast channel, so that the MN maintains or changes its operation mode according to said transmitted determined operation mode, wherein the operation mode comprises at least one of an Operation ON mode in which the MN (211, 213, 215, 217, 401) maintains links to Mobile Stations, MSs, in a service coverage area of the MN (211, 213, 215, 217, 401), and an Operation OFF mode in which the MN (211, 213, 215, 217, 401) turns off the links to the MSs in the service coverage area of the MN (211, 213, 215, 217, 401). determining an operation mode of every MN (211, 213, 215, 217, 401) in a cell, served by the BS, by collecting information of the cell; and transmitting the determined operation mode of every MN (211, 213, 215, 217, 401) in the cell to the MN (211, 213, 215, 217, 401) in said cell through a broadcast channel, so that the MN maintains or changes its operation mode according to said transmitted determined operation mode, wherein the operation mode comprises at least one of an Operation ON mode in which the MN (211, 213, 215, 217, 401) maintains links to Mobile Stations, MSs, in a service coverage area of the MN (211, 213, 215, 217, 401), and an Operation OFF mode in which the MN (211, 213, 215, 217, 401) turns off the links to the MSs in the service coverage area of the MN (211, 213, 215, 217, 401).
A carrier device for LED arrays, comprising a holder which comprises: a first end and a second end; three elongated outer walls (4, 4', 4") extending between the first and second end (2, 3), wherein each wall is laterally connected to the other two walls by a water impermeable connection (5, 5', 5"), and wherein the walls are oriented with respect to each other to define a space of substantially equilateral triangular cross section; and a first and second hollow compartment (6, 6') within said space, wherein each outer wall comprises one or more means for receiving a LED array on its outer surface, wherein at said first end a first closing means is provided and at said second end a second closing means is provided, wherein said first closing means comprises an inlet for introducing a cooling liquid into said first hollow compartment, and an outlet for passing said cooling liquid out of said second hollow compartment; wherein at the second end of said holder one or more channels are provided which allow flow of said cooling liquid between the first hollow compartment and the second hollow compartment. a first end and a second end; three elongated outer walls (4, 4', 4") extending between the first and second end (2, 3), wherein each wall is laterally connected to the other two walls by a water impermeable connection (5, 5', 5"), and wherein the walls are oriented with respect to each other to define a space of substantially equilateral triangular cross section; and a first and second hollow compartment (6, 6') within said space, wherein each outer wall comprises one or more means for receiving a LED array on its outer surface, wherein at said first end a first closing means is provided and at said second end a second closing means is provided, wherein said first closing means comprises an inlet for introducing a cooling liquid into said first hollow compartment, and an outlet for passing said cooling liquid out of said second hollow compartment; wherein at the second end of said holder one or more channels are provided which allow flow of said cooling liquid between the first hollow compartment and the second hollow compartment.
A connection system, which enables two or more parts having connection hole thereon to be connected or to form connection on the connection hole on the surface of a part comprising, - at least one cylindrical hole bushing which is adapted to pass into the connection hole and which has at least one screw hole vertical to the surface of the part on which it is placed, - at least one bolt which is placed on the hole bushing such that its head part will remain on the lower surface of the part or inside the part, and the head part of which is equal to the diameter of the hole bushing or in smaller size, - at least one allen slot which is in form of an allen hole at the end of the bolt where the head part is not present, - at least one nut which is attached at the bolt end extending towards outside the part and which fixes the bolt on the hole bushing with rotary movement characterized by, - at least one horizontal channel which enables the hole bushing to be fixed on the part and which is in form of a hole extending from the screw hole towards inside or outside the part, - at least one pin, which is present inside the horizontal channel, and which enables the hole bushing to be fixed on the part by protruding from the horizontal channel towards the lower surface of the part upon the bolt passes through the screw hole. - at least one cylindrical hole bushing which is adapted to pass into the connection hole and which has at least one screw hole vertical to the surface of the part on which it is placed, - at least one bolt which is placed on the hole bushing such that its head part will remain on the lower surface of the part or inside the part, and the head part of which is equal to the diameter of the hole bushing or in smaller size, - at least one allen slot which is in form of an allen hole at the end of the bolt where the head part is not present, - at least one nut which is attached at the bolt end extending towards outside the part and which fixes the bolt on the hole bushing with rotary movement characterized by, - at least one horizontal channel which enables the hole bushing to be fixed on the part and which is in form of a hole extending from the screw hole towards inside or outside the part, - at least one pin, which is present inside the horizontal channel, and which enables the hole bushing to be fixed on the part by protruding from the horizontal channel towards the lower surface of the part upon the bolt passes through the screw hole.
Fuel cell stack for generating electric energy which has at least one fuel cell and at least two separator structures (2, 2'; 200', 200"), respectively one separator structure (2, 2'; 200', 200") being disposed respectively on one of the two oppositely situated sides of the fuel cell, wherein the separator structures (2, 2'; 200', 200") are open on at least one side in order to allow the exchange of gas at the cathode, and, in the edge region (51, 51') of the separator structure (2, 2'; 200', 200"), a closed channel system (53, 53') for fuel is provided, wherein the fuel cell is configured as a bi-fuel cell with at least one fuel distributor structure and has respectively two electrical insulated cells with externally situated cathode (40, 40'), and the fuel cell has a non-active edge region (18, 18'), the fuel distributor structure having a reinforced metallisation in the edge region, in comparison with the active region of the fuel cell, and wherein the reinforced metallisation for cooling the fuel cell protrudes beyond the separator structure.
Device for picking up debris from a floor surface, comprising a lifting mechanism and a rotatable brush by means of which the debris can be directed to the lifting mechanism, characterised in that the lifting mechanism comprises two conveyor belts (21, 22) circulating in the same direction which clamp the debris directly between them across a distance and which direct the debris directly or indirectly to a container for the debris.
A method for predicting the outcome of a cancer in a patient comprising a step consisting of determining the expression level of a gene cluster in a sample obtained from said patient, wherein said gene cluster comprises at least 5 genes selected from the group consisting of GZMH, IFNG, CXCL13, GNLY, LAG3, ITGAE, CCL5, CXCL9, PF4, IL17A, TSLP, REN, IHH, PROM1 and VEGFA.
Mandoline slicer for the cutting of material such as fruit, vegetables or the like, 1.1 having a main body and at least one blade, gripped in the main body, in order to cut off pieces from the material, 1.2 having a guide surface, on which the material can be guided in relation to the blade, and 1.3 having an applicator, which is intended to feed a fluid directly or indirectly to the blade, characterized in that 1.4 the applicator is mounted in the mandoline slicer such that it acts through the guide surface. 1.1 having a main body and at least one blade, gripped in the main body, in order to cut off pieces from the material, 1.2 having a guide surface, on which the material can be guided in relation to the blade, and 1.3 having an applicator, which is intended to feed a fluid directly or indirectly to the blade, characterized in that 1.4 the applicator is mounted in the mandoline slicer such that it acts through the guide surface.
A device for a baseband process of a space-time diversity transmitter, comprising an M-point DFT module, a space-time encoding means and a mapping means, wherein: said space-time encoding means is connected between the output end of said M-point DFT module and the input end of said mapping means, wherein, M represents the amount of sub-carriers allocated to a user, wherein said space-time encoding means is used for encoding the corresponding symbols from two adjacent symbol sets { S 1, S 2,···, S M} and { S M +1,..., S 2 M} which are obtained by de-multiplexing a 2M-point data set denoted as { S 1, S 2,..., S M, S M +1,..., S 2 M} outputted by the M-point DFT module, and outputting two data sets in the forms of { S 1, S 2,···, S M, S M +1, S M +2,···, S 2 M} and − S M + 1 *, ⋯, − S 2 M *, S 1 *, ⋯, S M * corresponding to the transmitting antennas under one-to-one correspondence, wherein: each of said symbol sets comprises M symbols; and wherein the superscript "*" denotes conjugate; said mapping means comprises two sub-carrier mapping means that map the data sets to the M subcarriers of two adjacent SC-FDMA symbols for transmission over the corresponding antenna. said space-time encoding means is connected between the output end of said M-point DFT module and the input end of said mapping means, wherein, M represents the amount of sub-carriers allocated to a user, wherein said space-time encoding means is used for encoding the corresponding symbols from two adjacent symbol sets { S 1, S 2,···, S M} and { S M +1,..., S 2 M} which are obtained by de-multiplexing a 2M-point data set denoted as { S 1, S 2,..., S M, S M +1,..., S 2 M} outputted by the M-point DFT module, and outputting two data sets in the forms of { S 1, S 2,···, S M, S M +1, S M +2,···, S 2 M} and − S M + 1 *, ⋯, − S 2 M *, S 1 *, ⋯, S M * corresponding to the transmitting antennas under one-to-one correspondence, wherein: each of said symbol sets comprises M symbols; and wherein the superscript "*" denotes conjugate; said mapping means comprises two sub-carrier mapping means that map the data sets to the M subcarriers of two adjacent SC-FDMA symbols for transmission over the corresponding antenna.
A process for the preparation of 4-{3-[4-cyano-3-(trifluoromethyl)phenyl]-5,5-dimethyl-1-oxo-2-thioxoimidazolidin-1-yl}-2-fluoro- N -methylbenzamide (Enzalutamide) comprising the reaction of isothiocyanate 3 with a thioester of formula 4, wherein R can be alkyl, aryl, aryl-alkyl or heterocyclyl.
A patient ventilation monitoring apparatus, comprising: a sensor interface, which is configured to receive an airway pressure value of the patient, which is monitored by a first pressure sensor, and an esophageal pressure value of the patient, which is monitored by a second pressure sensor; a processor, which is in signal connection with the sensor interface and configured to receive the airway pressure value and the esophageal pressure value respectively, to obtain a transpulmonary pressure through calculating a difference between the airway pressure value and the esophageal pressure value, and to guide mechanical ventilation according to the transpulmonary pressure. a sensor interface, which is configured to receive an airway pressure value of the patient, which is monitored by a first pressure sensor, and an esophageal pressure value of the patient, which is monitored by a second pressure sensor; a processor, which is in signal connection with the sensor interface and configured to receive the airway pressure value and the esophageal pressure value respectively, to obtain a transpulmonary pressure through calculating a difference between the airway pressure value and the esophageal pressure value, and to guide mechanical ventilation according to the transpulmonary pressure.
Hand-held work device with at least one tool which is driven by a motor, wherein the work device has a battery to drive the tool and a guide tube, wherein the battery is arranged at a first end of the guide tube, and a motor housing and the tool are arranged at a second end, wherein a rotating driven part is arranged on the motor housing, which carries the tool and which is driven in rotation by the motor, wherein cooling air is sucked via the guide tube into the motor housing, characterised in that an annular air outlet gap is formed between the driven part and the motor housing, through which the cooling air exits, at least one guide vane is provided which projects into the annular gap, and the air outlet gap is formed on an annular channel, approximately U-shaped in cross-section, of the driven part, into which a housing edge of the motor housing projects.
Sensor device for detecting a physical quantity, with - a housing, - a sensor module which is arranged within the housing, with • a module circuit board and • at least one motion-sensitive sensor element which is arranged on the module circuit board, - a potting compound which at least partially fills the housing and encloses the sensor module, characterized in that - at least one fastening means (36a-c) is provided, via which the sensor module is fastened to the housing, and - the potting compound in the cured state has a hardness which is greater than the hardness of the at least one fastening means (36a-c) and is less than the hardness of the housing. - a housing, - a sensor module which is arranged within the housing, with • a module circuit board and • at least one motion-sensitive sensor element which is arranged on the module circuit board, • a module circuit board and • at least one motion-sensitive sensor element which is arranged on the module circuit board, - a potting compound which at least partially fills the housing and encloses the sensor module, characterized in that - at least one fastening means (36a-c) is provided, via which the sensor module is fastened to the housing, and - the potting compound in the cured state has a hardness which is greater than the hardness of the at least one fastening means (36a-c) and is less than the hardness of the housing.
Method in a two-stroke engine comprising at least one cylinder with a cylinder head and a reciprocating piston therein, a combustion space delimited by the piston and the cylinder head, at least one outlet port and at least one inlet port being located closer to the cylinder head than the outlet port, which inlet and outlet ports are both uncovered at the bottom dead center position of the piston, an actuator arranged to open a thereto connected valve in order to introduce combustion air into the combustion space via an inlet pipe and the at least one inlet port, a control system, characterized in that the control system, after the bottom dead center position of the piston, orders the actuator to open the valve, the valve being brought to open in connection with the piston reaching the inlet port.
An NdFeB magnet with a composite coating disposed on an outer surface of the NdFeB magnet, the composite coating comprising or consisting of: - a zinc layer disposed on the surface of the NdFeB magnet, wherein a thickness of the zinc layer is 0.1-10μm; - a zinc-nickel alloy layer disposed on the zinc layer, wherein a thickness of the zinc-nickel alloy layer is 0.1-10μm and a content of nickel within the zinc-nickel alloy is 5-25 wt.%; - a copper layer disposed on the zinc-nickel alloy layer, wherein a thickness of the copper layer is 0.1-10μm; and - a nickel layer covering disposed on the copper layer, wherein a thickness of the nickel layer is 0.1-10μm. - a zinc layer disposed on the surface of the NdFeB magnet, wherein a thickness of the zinc layer is 0.1-10μm; - a zinc-nickel alloy layer disposed on the zinc layer, wherein a thickness of the zinc-nickel alloy layer is 0.1-10μm and a content of nickel within the zinc-nickel alloy is 5-25 wt.%; - a copper layer disposed on the zinc-nickel alloy layer, wherein a thickness of the copper layer is 0.1-10μm; and - a nickel layer covering disposed on the copper layer, wherein a thickness of the nickel layer is 0.1-10μm.
A hay-making machine comprising at least two raking rotors which are driven in rotation about perpendicular rotor axes and which accommodate raking tines having tine arms, wherein the raking rotors can be supported on the ground in their working position with ground-sensing and support wheels, wherein the raking rotors are pivotably mounted to a machine frame by means of cantilever arms about approximately horizontally extending axes of folding hinges at same, and can be transferred by means of hydraulic control drives (12, 13) from a working position near the ground into a headland position or transport position further from the ground and vice-versa, wherein the machine frame has a chassis having at least two support wheels, characterised in that the hay-making machine has an implement-side control unit which by way of an input channel can receive and process an input signal (Y1, Y2, Y3) generated in dependent relationship on the reverse travel of the tractor and/or the hay-making machine, wherein the input signal (Y1, Y2, Y3) by way of a logic link within the implement-side control unit triggers a control command as an output signal (X1, X2, X3) for at least one actuator which transfers the raking rotors from a working position near the ground into a headland position or transport position away from the ground.
A modular low-floor transport system comprising at least one drive module which comprises a drive base and a drive chassis which is connected thereto and which has at least one drive wheel which is coupled to a drive and which comprises at least one carrier module which comprises a carrier base and a carrier chassis which is connected thereto and which has at least one driveless carrier wheel, wherein the drive base and the carrier base are fixedly connected to one another with respect to a lifting direction and the drive chassis is mounted (112, 113) on the drive base so as to be movable in the lifting direction. a drive base and a drive chassis which is connected thereto and which has at least one drive wheel which is coupled to a drive a carrier base and a carrier chassis which is connected thereto and which has at least one driveless carrier wheel,