mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a pneumatic vehicle tyre , which is provided with a profiled tread , which goes over on each of both sides into a sidewall , the ends of which are each formed by a tyre bead, the pneumatic vehicle tyre having on its outer side , defined by the running direction of the pneumatic vehicle tyre , an elevation , which at least in certain portions runs in the circumferential direction and, proceeding from the side of the tread , is oriented in the direction of the tyre bead and rises in a ramp-like manner, and a plateau surface adjoining the elevation , using a vulcanizing mould, which consists of multiple profile segments of a segment ring arranged movably in the radial direction, for profiling the tread , and of multiple sidewall shells , for forming the sidewalls , a mould parting plane being defined between the segment ring and the sidewall shells , the sidewall shells having a recess that complements the elevation and the plateau surface , comprising the following method steps: - introducing a tyre blank or "green tyre" into the vulcanizing mould consisting of multiple profile segments of a segment ring arranged movably in the radial direction, for profiling the tread , and of multiple sidewall shells , for forming the sidewalls , in which a mould parting plane is defined between the segment ring and the sidewall shells , - closing the vulcanizing mould and forming the pneumatic vehicle tyre by heating the vulcanizing mould to the vulcanizing temperature, - removing the pneumatic vehicle tyre thereby produced from the vulcanizing mould, characterized by - detaching the elevation and the plateau down to the surface of the outer side of the sidewall of the pneumatic vehicle tyre . - introducing a tyre blank or "green tyre" into the vulcanizing mould consisting of multiple profile segments of a segment ring arranged movably in the radial direction, for profiling the tread , and of multiple sidewall shells , for forming the sidewalls , in which a mould parting plane is defined between the segment ring and the sidewall shells , - closing the vulcanizing mould and forming the pneumatic vehicle tyre by heating the vulcanizing mould to the vulcanizing temperature, - removing the pneumatic vehicle tyre thereby produced from the vulcanizing mould, characterized by - detaching the elevation and the plateau down to the surface of the outer side of the sidewall of the pneumatic vehicle tyre .
Access panel configured for fixing to a service aperture in a wind turbine tower wall; said access panel being generally planar; wherein said access panel comprises a main panel and an adjacent sub-panel ; wherein said access panel comprises an auxiliary door aperture dimensioned to allow passage of service personnel between said interior region and said exterior; said sub-panel comprising a bearing surface at an edge thereof; said main panel comprising a reference surface at an edge thereof; said main panel and said sub-panel being connectable in abutment along a common seam ; said seam comprising a said sub-panel bearing surface and a said main panel reference surface ; said main panel being dimensioned to close a main region of a said aperture whereas said sub-panel is dimensioned to close a first sub-region of said aperture, adjacent said main region.
Treatment method for hardening the surface of a metallic shaft of a gearbox, notably for a motor vehicle, which chronologically comprises: - a thermal treatment step (E1) during which the shaft is exposed to a high temperature (Tt) followed by a quenching operation which causes a bending deformation of the shaft , the shaft thus exhibiting a permanent distortion ; - a straightening step (E2) which consists in imposing a plastic bending deformation in the direction opposite to the distortion such that the axis (A) of the shaft is rectilinear overall; characterized in that at least one portion of the shaft , said portion exhibiting a geometry which promotes mechanical stress concentrations with respect to the rest of the shaft , is selected, and in that the selected portion is subjected to a localized tempering treatment, in a tempering step (E3) which is carried out after the thermal treatment step (E1) and before the end of the straightening step (E2) for straightening the shaft. - a thermal treatment step (E1) during which the shaft is exposed to a high temperature (Tt) followed by a quenching operation which causes a bending deformation of the shaft , the shaft thus exhibiting a permanent distortion ; - a straightening step (E2) which consists in imposing a plastic bending deformation in the direction opposite to the distortion such that the axis (A) of the shaft is rectilinear overall;
Rotating unit for a rotor of a dual centrifuge, having a bearing and a rotating head that is connected to said bearing and mounted therein so as to be rotatable about an axis of rotation, said rotating head being adapted to be driven relative to the rotor by another rotating mechanism of said centrifuge, said rotating head having a receiving unit , with said rotating head being non-rotatably connected to the receiving unit in a detachable manner, said receiving unit comprising a sample container receptacle for at least one sample container, characterized in that the connection between the receiving unit and the rotating head is a non-positive connection, in which the receiving unit and the rotating head engage the one in the other in a wedged manner in some areas, with the non-positive connection increasing as the receiving unit moves along the axis of rotation of the rotating unit in a direction towards the rotating head .
A method of detecting degaussing of a generator in a hybrid-type shovel, the hybrid-type shovel comprising: an engine ; a hydraulic pump driven by an output of the engine ; a boom drive hydraulic cylinder and an arm drive hydraulic cylinder that are driven by hydraulic pressure supplied from the hydraulic pump ; a generator coupled to the engine and generating electric power by revolution of said engine ; an electric power accumulating means that supplies electric power to the generator ; and a turning motor connected to said electric power accumulating means via an inverter to drive a turning mechanism , wherein said electric power accumulating means includes a DC bus connected to an electric power accumulator and supplying a direct current, a smoothing capacitor provided to the DC bus , and a voltage detector that is adapted to detect a voltage of the DC bus ; said method comprising: rotationally driving said generator by said engine to generate an induced voltage when starting said engine ; and determining degaussing of a permanent magnet of said generator by performing a comparison between the induced voltage detected by said voltage detector and a previously set reference induced voltage. an engine ; a hydraulic pump driven by an output of the engine ; a boom drive hydraulic cylinder and an arm drive hydraulic cylinder that are driven by hydraulic pressure supplied from the hydraulic pump ; a generator coupled to the engine and generating electric power by revolution of said engine ; an electric power accumulating means that supplies electric power to the generator ; and a turning motor connected to said electric power accumulating means via an inverter to drive a turning mechanism , wherein said electric power accumulating means includes a DC bus connected to an electric power accumulator and supplying a direct current, a smoothing capacitor provided to the DC bus , and a voltage detector that is adapted to detect a voltage of the DC bus ; said method comprising: rotationally driving said generator by said engine to generate an induced voltage when starting said engine ; and determining degaussing of a permanent magnet of said generator by performing a comparison between the induced voltage detected by said voltage detector and a previously set reference induced voltage. rotationally driving said generator by said engine to generate an induced voltage when starting said engine ; and determining degaussing of a permanent magnet of said generator by performing a comparison between the induced voltage detected by said voltage detector and a previously set reference induced voltage.
An outlet assembly comprising: a chassis including an opening ; an outlet positioned in the opening with a face defining a receptacle facing away from the outlet assembly , wherein the outlet has a plurality of pins extending from a bottom side of the outlet ; a heat dissipating structure extending from the chassis in a direction toward the plurality of pins past the bottom side of the outlet , wherein the heat dissipating structure includes a wall with an inner surface facing an outer surface of at least one pin of the plurality of pins ; and a thermal pad positioned between the at least one pin and the wall ; and a printed circuit board having an underneath surface abutting a first lateral surface of the thermal pad . a chassis including an opening ; an outlet positioned in the opening with a face defining a receptacle facing away from the outlet assembly , wherein the outlet has a plurality of pins extending from a bottom side of the outlet ; a heat dissipating structure extending from the chassis in a direction toward the plurality of pins past the bottom side of the outlet , wherein the heat dissipating structure includes a wall with an inner surface facing an outer surface of at least one pin of the plurality of pins ; and a thermal pad positioned between the at least one pin and the wall ; and a printed circuit board having an underneath surface abutting a first lateral surface of the thermal pad .
An automatic valve and a source of a fire suppression agent, the automatic valve comprising a valve body , a piston and a first valve opening, wherein the body comprises a first part for receiving the piston therein and a second part, the second part comprising a connector for connecting the body to an air source providing pneumatic pressure, wherein the body is configured to receive the piston axially therein, wherein the piston is movable within the body between a first axial position in which the piston is configured to seal the first valve opening and a second axial position , wherein the valve body is connected to a source of a fire suppression agent comprising a fire suppression agent at a fire suppression agent pressure, and wherein the piston is moveable within the body to a first axial position when the fire suppression agent pressure is less than the pneumatic pressure, and wherein the piston is configured to be withdrawn from the first valve opening only when the fire suppression agent pressure is greater than the pneumatic pressure such that the fire suppression agent can enter the valve body through the first valve opening .
Corrosion-resistant ball valve comprising a housing (1; 2) in which a spherical sealing member provided with a passage duct is rotatably arranged and an operating spindle which is detachably coupled to the spherical sealing member , wherein in the coupled position the spherical sealing member and the operating spindle are movable with respect to each other, and wherein the spherical sealing member is provided with an uninterrupted corrosion-resistant coating layer , in which said coating layer comprises a tubular part which surrounds at least a part of the coupled operating spindle , characterized in that said ball valve furthermore comprises a sealing element provided for the leak-proof sealing of the space between the housing (1; 2) and the operating spindle and in that the tubular part of the coating layer extends beyond the sealing element .
Switching device for switching one of at least three windings during transformer operation to in each case one of three main windings of a phase (U, V, W), wherein - at least one section is provided for each phase (U, V, W) to be switched, in which section fixed contacts (1U, 1V, 1W; 2U, 2V, 2W; 3U, 3V, 3W; 4U, 4V, 4W; 5U, 5V, 5W; 6U, 6V, 6W) are arranged; - the fixed contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) are selectably connectible in each section by a respective movable switch contact each fastened on a switching mechanism ; characterised in that - a first electric line , a second electric line and a third electric line conductively connect the contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) in each section such that the contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) of the various sections are contacted once in each case by means of the first, second, and third electric line so that each of the main windings is selectably connectible with each of the windings . - at least one section is provided for each phase (U, V, W) to be switched, in which section fixed contacts (1U, 1V, 1W; 2U, 2V, 2W; 3U, 3V, 3W; 4U, 4V, 4W; 5U, 5V, 5W; 6U, 6V, 6W) are arranged; - the fixed contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) are selectably connectible in each section by a respective movable switch contact each fastened on a switching mechanism ; characterised in that - a first electric line , a second electric line and a third electric line conductively connect the contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) in each section such that the contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) of the various sections are contacted once in each case by means of the first, second, and third electric line so that each of the main windings is selectably connectible with each of the windings .
A spectrometer comprising: a detector including: a collector having a first side and a second side, the first side being configured to detect ions that drifted toward the collector ; a dielectric element proximate the second side; an amplifier having an input and an output , wherein the collector is coupled with the input of the amplifier ; and a capacitive plate element proximate the dielectric element and opposite the collector , the capacitive plate element being coupled with the output of the amplifier , characterised in that the collector , the dielectric element , and the capacitive plate element are configured to function as a capacitor in a feedback loop of the amplifier . a collector having a first side and a second side, the first side being configured to detect ions that drifted toward the collector ; a dielectric element proximate the second side; an amplifier having an input and an output , wherein the collector is coupled with the input of the amplifier ; and a capacitive plate element proximate the dielectric element and opposite the collector , the capacitive plate element being coupled with the output of the amplifier ,
A system for video call, comprising: at least two terminals configured to transmit respective orientation information, reference aspect ratio information, and original images obtained by capturing the corresponding video call users; the reference aspect ratio information denoting a width-to-height ratio of the corresponding terminal in a reference orientation, wherein the reference orientation is determined as an orientation of the terminal being horizontal or vertical; and a video call control server configured to check whether or not an image transmitted from each terminal has been rotated by a predetermined angle with respect to the reference orientation using the orientation information transmitted from the terminal , and if the check leads to a result that the image transmitted by the terminal has been rotated by the predetermined angle with respect to the reference orientation, the video call control server rotates the image again to the reference orientation, generates a combined image by using all images transmitted by the respective terminals and transmits a combined image to the respective terminals , wherein, when the reference aspect ratio information has been transmitted from each of the terminals , the video call control server is further configured to generate the combined image with a respective aspect ratio corresponding to the reference aspect ratio information, and then to transmit the combined image to the terminals . at least two terminals configured to transmit respective orientation information, reference aspect ratio information, and original images obtained by capturing the corresponding video call users; the reference aspect ratio information denoting a width-to-height ratio of the corresponding terminal in a reference orientation, wherein the reference orientation is determined as an orientation of the terminal being horizontal or vertical; and a video call control server configured to check whether or not an image transmitted from each terminal has been rotated by a predetermined angle with respect to the reference orientation using the orientation information transmitted from the terminal , and if the check leads to a result that the image transmitted by the terminal has been rotated by the predetermined angle with respect to the reference orientation, the video call control server rotates the image again to the reference orientation, generates a combined image by using all images transmitted by the respective terminals and transmits a combined image to the respective terminals , wherein, when the reference aspect ratio information has been transmitted from each of the terminals , the video call control server is further configured to generate the combined image with a respective aspect ratio corresponding to the reference aspect ratio information, and then to transmit the combined image to the terminals .
An encryption system having an application-specific integrated circuit ASIC, which has a permanent memory for the non-volatile storage of the operating system (OS) of a processor and software modules for encrypting the data memory of the processor and which has a hardware-implemented encryption algorithm, wherein a security module (SM) is integrated in the ASIC in order to autonomously boot the operating system (OS), comprising: - a symmetrical crypto system (SK) for processing symmetrical keys, - an asymmetrical crypto system (AK) for the use of public and private keys, - a module for generating cryptographic hash functions (KH), - a module for the secure exchange of keys with key exchange protocols (SP), - a key memory (SS) for the secure storage of root keys (WS), - a key management (SV) for the secure introduction of authenticated-encrypted key packets and - one or more key hierarchies (SH), which are based on one or more of the root keys (WS) stored in the key memory (SS) and the direct successors are encrypted authenticated with this key material, wherein the security module (SM) is connected to a central processing unit (ZVE) via a communication interface (KS 1), and in that the central processing unit (ZVE) is connected both to at least one internal memory (IS) and to an external memory (HS) and to at least one internal permanent memory (IP) and to an external permanent memory (EP), in such a way that the operating system (OS) is loaded by a second bootloader (SSB), which is stored in the external permanent memory (EP), and then the operating system (OS) loads the applications, wherein the second stage bootloader (SSB) itself is decrypted and is loaded by a first stage boot loader (FSB), which is stored in the internal permanent memory (IP), and either a public or a symmetric key (PUBOS) in order to verify the operating system (OS), and a symmetric key (KOS) in order to decrypt the operating system (OS) are necessary, and wherein the contents of the internal memory (IS) and of the external memory (ES) are decrypted by the security module (SM) during read accesses by the central management unit (ZVE) or other modules integrated on the ASIC and are re-encrypted during write accesses of the same. - a symmetrical crypto system (SK) for processing symmetrical keys, - an asymmetrical crypto system (AK) for the use of public and private keys, - a module for generating cryptographic hash functions (KH), - a module for the secure exchange of keys with key exchange protocols (SP), - a key memory (SS) for the secure storage of root keys (WS), - a key management (SV) for the secure introduction of authenticated-encrypted key packets and - one or more key hierarchies (SH), which are based on one or more of the root keys (WS) stored in the key memory (SS) and the direct successors are encrypted authenticated with this key material,
An immediate release tablet comprising at least a tablet core, wherein the tablet core comprises at most 20 wt.-% brexpiprazole relative to the total weight of the tablet core, and at least one pharmaceutically acceptable excipient, wherein the tablet core is made by direct compression.
An ultrasound diagnostic apparatus comprising: a display ; a probe configured to obtain image data of a cervix using ultrasound; and a controller configured to: determine a degree of expansion of the cervix based on the image data, generate an ultrasound image of the cervix, control the display to output an image in which the degree of expansion of the cervix is displayed, characterised in that the controller is configured to determine the degree of expansion of the cervix by ellipse fitting. a display ; a probe configured to obtain image data of a cervix using ultrasound; and a controller configured to: determine a degree of expansion of the cervix based on the image data, generate an ultrasound image of the cervix, control the display to output an image in which the degree of expansion of the cervix is displayed, characterised in that the controller is configured to determine the degree of expansion of the cervix by ellipse fitting.
A command button (100;300) for a game pad, in the form of a joystick, and formed by precisely two elements: - a first element (102;302), called base element, provided to be fixed partially under a frame of said pad and comprising a lower part comprising a single recess and an upper part provided to detachably fix an actuator element thereto, and - a second element (104;304), called actuator element, comprising a lower part provided to be removably or detachably fixed on said base element (102;302) and an upper part provided to come into contact with a finger of a user; characterized in that the single recess is provided to receive a single detector element. - a first element (102;302), called base element, provided to be fixed partially under a frame of said pad and comprising a lower part comprising a single recess and an upper part provided to detachably fix an actuator element thereto, and - a second element (104;304), called actuator element, comprising a lower part provided to be removably or detachably fixed on said base element (102;302) and an upper part provided to come into contact with a finger of a user;