mhurhangee/patent-ind-claim-en huggingface dataset:
Penetrometer , comprising: - at least one central rod , a first end of which finishes in a measuring tip ; - at least one hollow tube surrounding the central rod , said rod being capable of sliding inside the hollow tube ; - a measurement cell which is in contact with the hollow tube and intended to transmit a force applied by bearing means so as to drive the hollow tube and the central rod into the soil in static mode; said penetrometer comprising a compressible system which provides an elastic link between the measurement cell and a second end of the central rod , said penetrometer being characterized in that said compressible system comprises: - a first oil chamber which is formed in the measurement cell and a first plunger which is rigidly connected to a second end of the central rod and capable of sliding in the first chamber ; - at least one column which is offset with respect to the axis of the central rod and comprises a second oil chamber in fluid communication with the first chamber , a second plunger capable of sliding in the second chamber , and a calibrated compressible device in contact with the second plunger ; - a pressure sensor connected to the second chamber and/or a displacement sensor capable of measuring the length of the calibrated compressible device . - at least one central rod , a first end of which finishes in a measuring tip ; - at least one hollow tube surrounding the central rod , said rod being capable of sliding inside the hollow tube ; - a measurement cell which is in contact with the hollow tube and intended to transmit a force applied by bearing means so as to drive the hollow tube and the central rod into the soil in static mode; - a first oil chamber which is formed in the measurement cell and a first plunger which is rigidly connected to a second end of the central rod and capable of sliding in the first chamber ; - at least one column which is offset with respect to the axis of the central rod and comprises a second oil chamber in fluid communication with the first chamber , a second plunger capable of sliding in the second chamber , and a calibrated compressible device in contact with the second plunger ; - a pressure sensor connected to the second chamber and/or a displacement sensor capable of measuring the length of the calibrated compressible device .
Induction hob apparatus having at least two induction heating wires (12a-d) and having at least one circuit board (14a-d) on and/or in which the induction heating wires (12a-d) are arranged, wherein the circuit board (14a-d) is designed as a flexible circuit board, characterised in that the circuit board (14a-d) is wound to form a coil (20a-d).
Method for controlling an unmanned vehicle, in particular an unmanned flying drone , wherein the unmanned vehicle has a camera , wherein the image data from the camera and the data from the sensors is transmitted to a ground control station (BKS) via a wireless connection, wherein software is run on a computer of the ground control station (BKS), wherein the received data is processed by the software, wherein a mixed reality representation is displayed on a display of the ground control station (BKS), wherein the mixed reality representation is formed by superimposing virtual objects on the image recorded by the camera , wherein rendered waypoints are displayed as virtual objects, wherein a virtual camera is used for rendering, wherein the orientation and the position of the virtual camera is matched to the orientation and position of the real camera , characterized in that the unmanned vehicle has at least one sensor for determining the orientation and the position of the unmanned vehicle and three-dimensionally rendered waypoints are displayed as virtual objects, wherein the waypoints are configured as measurement points, wherein a change in colour or a change in shape of the waypoint is made after the waypoint is reached, wherein the software indicates to a pilot that a measurement can be carried out, wherein an antenna characteristic is detected by means of the flying drone , wherein measurement of an antenna signal is performed when one of the waypoints is reached.
A display device comprising: a display panel which comprises a base substrate and a plurality of pixels (PX) disposed on the base substrate in a display area; an encapsulation substrate which is disposed to face the display panel at a distance from the display panel ; a plurality of support members which is disposed between the base substrate and the encapsulation substrate ; and a first fusion pattern (FSP1), at least a portion of which is disposed in each of the support members and the encapsulation substrate , wherein the first fusion pattern (FSP1) includes a mixture of materials forming the support members and the encapsulation substrate , wherein the pixels (PX) comprise first type pixels (PXA) in which the support members are disposed and second type pixels (PXB) in which no support member is disposed but light emitting elements (EL) and circuits elements for driving the light emitting elements (EL) are included characterized in that the first type pixels (PXA) do not include light emitting elements (EL), and the support members directly contact an upper surface of the base substrate and a lower surface of the encapsulation substrate . a display panel which comprises a base substrate and a plurality of pixels (PX) disposed on the base substrate in a display area; an encapsulation substrate which is disposed to face the display panel at a distance from the display panel ; a plurality of support members which is disposed between the base substrate and the encapsulation substrate ; and a first fusion pattern (FSP1), at least a portion of which is disposed in each of the support members and the encapsulation substrate , wherein the first fusion pattern (FSP1) includes a mixture of materials forming the support members and the encapsulation substrate , wherein the pixels (PX) comprise first type pixels (PXA) in which the support members are disposed and second type pixels (PXB) in which no support member is disposed but light emitting elements (EL) and circuits elements for driving the light emitting elements (EL) are included characterized in that the first type pixels (PXA) do not include light emitting elements (EL), and the support members directly contact an upper surface of the base substrate and a lower surface of the encapsulation substrate .
Magnet bearing rotor for a synchronous rotating machine with permanent magnets, in the general shape of a cylinder delimiting an inner receiving space wherein a fixed stator comprising a set of induction coils is intended to be arranged, the rotor comprising a metal frame , a series of permanent magnets arranged in parallel rows oriented in the axial direction of the cylinder, and a set of fastening strips each placed longitudinally between two successive rows of permanent magnets and mechanically fastened to the frame , wherein the metal frame of the rotor is a one-piece structure comprising two parts manufactured as one piece: a cylindrical portion wherein the wall serves as a support for the permanent magnets and the fastening strips , and a closure portion forming a hub that closes one of the axial sides of the cylindrical portion ; wherein said fastening strips provide a direct mechanical attachment for the permanent magnets on the inner surface of the wall of the cylindrical portion of the frame and have a cross-section of a hexagonal shape, the fastening strips each comprising a base that rests on the inner surface of the wall of the cylindrical portion of the frame , and two outwardly inclined sides that extend said base by flaring it, the outwardly inclined sides of the fastening strips being extended by inwardly inclined flanges ; and wherein said permanent magnets comprise, at each of the lateral edges thereof, an inwardly inclined surface of a shape complementary to that of the corresponding outwardly inclined side of the adjacent fastening strip and an outwardly inclined surface that succeeds the inwardly inclined surfaces thereof, said inwardly inclined surface being engaged with said corresponding outwardly inclined side of the adjacent fastening strip , such that said fastening strips provide vertical and lateral locking of said permanent magnets .
An electrosurgical forceps instrument comprising: a flexible shaft defining a lumen; a coaxial cable for conveying microwave energy disposed within the lumen of the flexible shaft; a rigid bracket mounted at a distal end of the flexible shaft; a pair of jaws pivotably mounted on the rigid bracket, the pair of jaws being movable relative to each other to open and close a gap between opposing inner surfaces thereof; and an actuating element disposed within the lumen of the flexible shaft and extending therefrom through the rigid bracket to operably engage the pair of jaws, wherein the pair of jaws comprises a first jaw having an energy delivery structure attached to an inner surface therefore, the energy delivery structure comprising a flexible dielectric substrate having a first electrode and an second electrode formed thereon, wherein the energy delivery structure is connected to receive the microwave energy from the coaxial cable, and wherein the first electrode and the second electrode are arranged to emit the microwave energy received by the energy delivery structure into the gap between the pair of jaws. a flexible shaft defining a lumen; a coaxial cable for conveying microwave energy disposed within the lumen of the flexible shaft; a rigid bracket mounted at a distal end of the flexible shaft; a pair of jaws pivotably mounted on the rigid bracket, the pair of jaws being movable relative to each other to open and close a gap between opposing inner surfaces thereof; and an actuating element disposed within the lumen of the flexible shaft and extending therefrom through the rigid bracket to operably engage the pair of jaws, wherein the pair of jaws comprises a first jaw having an energy delivery structure attached to an inner surface therefore, the energy delivery structure comprising a flexible dielectric substrate having a first electrode and an second electrode formed thereon, wherein the energy delivery structure is connected to receive the microwave energy from the coaxial cable, and wherein the first electrode and the second electrode are arranged to emit the microwave energy received by the energy delivery structure into the gap between the pair of jaws.
Inlet valve for a compressor pressing gaseous medium, which inlet valve comprises - a casing ; - an inlet channel that is formed through the casing for bringing gaseous medium into the inlet valve, to its inlet side; - an outlet channel that is formed through the casing for removing gaseous medium from the inlet valve, from its outlet side; - a cylinder space that is arranged at least partly inside the casing ; - a piston that is arranged to be moved in the cylinder space in a first direction towards the inlet channel , and in a second direction away from the inlet channel ; - two or more flow paths for control medium that are formed through the casing into the cylinder space for conducting control medium into the cylinder space and out of it, and thereby for moving the piston ; - a shut-off means for regulating and for closing the flow of gaseous medium, which shut-off means is arranged to be moved by means of the piston ; - at least one flow path for control medium is a seepage flow path that is connected to the cylinder space in such a way that during regulation and closing of the shut-off means the pressure of the control medium on the seepage flow path is lower than in the cylinder space , characterized in that the inlet valve is configured so that during regulation and closing of the shut-off means , a part of the control medium is conducted from the cylinder space into the seepage flow path as an essentially continuous flow, and another part of the control medium is conducted to control the piston . - a casing ; - an inlet channel that is formed through the casing for bringing gaseous medium into the inlet valve, to its inlet side; - an outlet channel that is formed through the casing for removing gaseous medium from the inlet valve, from its outlet side; - a cylinder space that is arranged at least partly inside the casing ; - a piston that is arranged to be moved in the cylinder space in a first direction towards the inlet channel , and in a second direction away from the inlet channel ; - two or more flow paths for control medium that are formed through the casing into the cylinder space for conducting control medium into the cylinder space and out of it, and thereby for moving the piston ; - a shut-off means for regulating and for closing the flow of gaseous medium, which shut-off means is arranged to be moved by means of the piston ; - at least one flow path for control medium is a seepage flow path that is connected to the cylinder space in such a way that during regulation and closing of the shut-off means the pressure of the control medium on the seepage flow path is lower than in the cylinder space ,
An induction cooking hob comprising a control unit and at least one cooking zone ; wherein the cooking zone includes at least three induction coils ; wherein at least one first group of one or more induction coils , and at least one second group of two or more induction coils of said at least one cooking zone are alternatingly activated by the control unit; characterized in that the induction coils which are arranged side by side or adjacent to each other are not activated at the same time; wherein the at least three induction coils (12, 14, and 16) of the cooking zone of the induction cooking hob are arranged in a column, row and/or array; and wherein the induction coils of the first group of induction coils are arranged alternating with the induction coils of the second group of induction coils . wherein the cooking zone includes at least three induction coils ; wherein at least one first group of one or more induction coils , and at least one second group of two or more induction coils of said at least one cooking zone are alternatingly activated by the control unit; characterized in that the induction coils which are arranged side by side or adjacent to each other are not activated at the same time; wherein the at least three induction coils (12, 14, and 16) of the cooking zone of the induction cooking hob are arranged in a column, row and/or array; and wherein the induction coils of the first group of induction coils are arranged alternating with the induction coils of the second group of induction coils .
A blood testing apparatus comprising: a blood acquiring section configured to acquire a blood sample; a particle counter configured to measure a particle count in the blood sample; and an erythrocyte sedimentation rate (ESR) measuring section that is configured to measure a erythrocyte sedimentation rate in the blood sample, wherein the particle counter and the ESR measuring section being arranged in parallel, the blood testing apparatus being characterized in that the blood acquiring section comprises a sample chamber portion which accommodates the acquired blood sample, and at least a part of the blood sample (B) accommodated in the sample chamber portion is distributed to the particle counter and the ESR measuring section . a blood acquiring section configured to acquire a blood sample; a particle counter configured to measure a particle count in the blood sample; and an erythrocyte sedimentation rate (ESR) measuring section that is configured to measure a erythrocyte sedimentation rate in the blood sample, wherein the particle counter and the ESR measuring section being arranged in parallel, the blood testing apparatus being characterized in that the blood acquiring section comprises a sample chamber portion which accommodates the acquired blood sample, and at least a part of the blood sample (B) accommodated in the sample chamber portion is distributed to the particle counter and the ESR measuring section .
A method for fabricating a semiconductor device, comprising: forming a spin orbit torque, SOT, layer on a substrate ; forming a magnetic tunneling junction, MTJ, on the SOT layer ; forming a cap layer on the SOT layer and the MTJ , wherein the thickness of the cap layer directly contacting the top surface of the SOT layer is less than the thickness of the cap layer directly contacting the sidewall of the MTJ ; and patterning the cap layer and the SOT layer . forming a spin orbit torque, SOT, layer on a substrate ; forming a magnetic tunneling junction, MTJ, on the SOT layer ; forming a cap layer on the SOT layer and the MTJ , wherein the thickness of the cap layer directly contacting the top surface of the SOT layer is less than the thickness of the cap layer directly contacting the sidewall of the MTJ ; and patterning the cap layer and the SOT layer .
An agonistic anti-CD27 antibody or agonistic anti-CD27 antigen-binding fragment thereof, which binds to human CD27 and comprises: (a) an antibody heavy chain variable region comprising all of the CDRs of SEQ ID NOs: 5, 6 and 7; and an antibody light chain variable region comprising all of the CDRs of SEQ ID NOs: 8, 9 and 10; or (b) a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 3 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 4. (a) an antibody heavy chain variable region comprising all of the CDRs of SEQ ID NOs: 5, 6 and 7; and an antibody light chain variable region comprising all of the CDRs of SEQ ID NOs: 8, 9 and 10; or (b) a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 3 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 4.
An oral device for temporary placement in a patient's oral cavity, said device comprising: an upper jaw brace ; a lower jaw brace ; and a tongue-engaging member coupled to at least one of the upper jaw brace and the lower jaw brace , said tongue-engaging member being disposed to engage a medial region of the tongue when the upper jaw brace is positioned on the upper jaw; and a vacuum source which is connectable to the oral device, wherein the upper jaw brace and the lower jaw brace are connected so that the lower jaw brace is advanced in an anterior direction relative to the upper jaw brace , characterised in that the tongue-engaging member has an anterior surface and a posterior surface where the anterior surface is inclined forwardly relative to a plane of the patient's jaw and is disposed to engage a medial region of the tongue when the upper jaw brace is on the upper jaw. an upper jaw brace ; a lower jaw brace ; and a tongue-engaging member coupled to at least one of the upper jaw brace and the lower jaw brace , said tongue-engaging member being disposed to engage a medial region of the tongue when the upper jaw brace is positioned on the upper jaw; and a vacuum source which is connectable to the oral device, wherein the upper jaw brace and the lower jaw brace are connected so that the lower jaw brace is advanced in an anterior direction relative to the upper jaw brace , characterised in that the tongue-engaging member has an anterior surface and a posterior surface where the anterior surface is inclined forwardly relative to a plane of the patient's jaw and is disposed to engage a medial region of the tongue when the upper jaw brace is on the upper jaw.
A computer-implemented method for secure and reliable customization of operating system kernels, the method comprising: performing a security verification by a kernel security module loaded to an operating system kernel to run kernel-level scripts on the operating system kernel, the security verification comprising operations of: identifying , at the kernel security module , a script received at a sandbox environment of the kernel security module for requested execution by the operating system kernel, and verifying , using a key from the sandbox environment , whether the script has a valid signature wherein the sandbox environment is a secure memory space including a set of memory locations that are exclusively assigned to the kernel security module and not accessible by the operating system kernel ; determining , at the kernel security module and based on the security verification, whether to permit execution of the script for running on the operating system kernel; and identifying , based on the determining, executable code corresponding to the script to execute at the operating system kernel . performing a security verification by a kernel security module loaded to an operating system kernel to run kernel-level scripts on the operating system kernel, the security verification comprising operations of: identifying , at the kernel security module , a script received at a sandbox environment of the kernel security module for requested execution by the operating system kernel, and verifying , using a key from the sandbox environment , whether the script has a valid signature wherein the sandbox environment is a secure memory space including a set of memory locations that are exclusively assigned to the kernel security module and not accessible by the operating system kernel ; identifying , at the kernel security module , a script received at a sandbox environment of the kernel security module for requested execution by the operating system kernel, and verifying , using a key from the sandbox environment , whether the script has a valid signature wherein the sandbox environment is a secure memory space including a set of memory locations that are exclusively assigned to the kernel security module and not accessible by the operating system kernel ; determining , at the kernel security module and based on the security verification, whether to permit execution of the script for running on the operating system kernel; and identifying , based on the determining, executable code corresponding to the script to execute at the operating system kernel .
A protection circuit for an integrated circuit device, comprising: a cell comprising two source regions (102a, b) and associated gates (110a, b), wherein a first source region is configured to be connected to a negative supply voltage and its gate is driven by a control signal, characterized in that the second source region is connected with its gate , wherein the second source region acts as the open drain output driver of the cell. a cell comprising two source regions (102a, b) and associated gates (110a, b), wherein a first source region is configured to be connected to a negative supply voltage and its gate is driven by a control signal, characterized in that the second source region is connected with its gate , wherein the second source region acts as the open drain output driver of the cell.