mhurhangee/patent-ind-claim-en huggingface dataset:
Peripheral device (DP1) to be detachably coupled with a communications terminal (T1), the peripheral device comprising: - at least one connector cooperating, when said peripheral device is coupled with said communications terminal, with at least one complementary connector on the communications terminal so as to form a wired communications link (L1) between said peripheral device and the communications terminal; - a first wireless communications module (M2) capable of communicating with a second wireless communications module (M20) on the communications terminal when said wireless communications modules are paired with each other; - a reception module (M4) to receive, though the wired communications link (L1),a first command triggering the starting of the peripheral device and a second pairing command comprising an identifier (ID) of the communications terminal, said pairing command triggering a pairing process between the first wireless communications module (M2) and the wireless communications module (M20); - a generating module (M6) to generate, in response to the reception of said identifier, a pairing code (CAP); and - a transmission module (M8) to transmit to the communications terminal, via the wired communications link, said pairing code so as to configure a pairing between said first and second wireless communications modules (M2, M20), said pairing being executed when said transmitted pairing code lines up with a reference code (CR) generated by the communications terminal and enabling said communications modules to communicate with each other. - at least one connector cooperating, when said peripheral device is coupled with said communications terminal, with at least one complementary connector on the communications terminal so as to form a wired communications link (L1) between said peripheral device and the communications terminal; - a first wireless communications module (M2) capable of communicating with a second wireless communications module (M20) on the communications terminal when said wireless communications modules are paired with each other; - a reception module (M4) to receive, though the wired communications link (L1),a first command triggering the starting of the peripheral device and a second pairing command comprising an identifier (ID) of the communications terminal, said pairing command triggering a pairing process between the first wireless communications module (M2) and the wireless communications module (M20); - a generating module (M6) to generate, in response to the reception of said identifier, a pairing code (CAP); and - a transmission module (M8) to transmit to the communications terminal, via the wired communications link, said pairing code so as to configure a pairing between said first and second wireless communications modules (M2, M20), said pairing being executed when said transmitted pairing code lines up with a reference code (CR) generated by the communications terminal and enabling said communications modules to communicate with each other.
A chemical-mechanical polishing composition comprising: (a) abrasive particles that comprise ceria, (b) a metal ion that is a Lewis Acid, (c) a ligand that is an aromatic carboxylic acid, an aromatic sulfonic acid, an aromatic acid amide, or a hydroxy-substituted N-heterocycle, and (d) an aqueous carrier, wherein the pH of the chemical-mechanical polishing composition is in the range of 2 to 3 and wherein the molar concentration ratio of the metal ion to the ligand is 1:2. (a) abrasive particles that comprise ceria, (b) a metal ion that is a Lewis Acid, (c) a ligand that is an aromatic carboxylic acid, an aromatic sulfonic acid, an aromatic acid amide, or a hydroxy-substituted N-heterocycle, and (d) an aqueous carrier,
An air cleaner , comprising: at least one air cleaning module including a fan , a filter , and an inlet through which air is suctioned into the filter; an air flow controller configured to be movably disposed on the at least one air cleaning module and including an air flow control fan to control a flow of the air discharged from the at least one air cleaning module, wherein the air flow controller is movable from a first position in which where the air is discharged in an upward direction to a second position in which the air is discharged in a diagonally upward direction, characterized in that the at least one air cleaning module includes first and second air cleaning modules , each of the first and second air cleaning modules being configured to generate an independent air flow and being stacked in a vertical direction, wherein the first air cleaning module includes a first outlet formed at an upper portion thereof, wherein air discharged through the first outlet flows to the upper side in the axial direction, wherein the air flow controller is disposed on the second air cleaning module , and an air flow generated in the second air cleaning module is introduced into the air flow controller , an air flow path of the air flow controller communicating with an air flow path of the second cleaning module , and wherein a second outlet is provided at an upper end of the air flow controller , and the air passing through the second air cleaning module is discharged through the second outlet to the outside via the air flow path of the air flow controller . at least one air cleaning module including a fan , a filter , and an inlet through which air is suctioned into the filter; an air flow controller configured to be movably disposed on the at least one air cleaning module and including an air flow control fan to control a flow of the air discharged from the at least one air cleaning module, wherein the air flow controller is movable from a first position in which where the air is discharged in an upward direction to a second position in which the air is discharged in a diagonally upward direction, characterized in that the at least one air cleaning module includes first and second air cleaning modules , each of the first and second air cleaning modules being configured to generate an independent air flow and being stacked in a vertical direction, wherein the first air cleaning module includes a first outlet formed at an upper portion thereof, wherein air discharged through the first outlet flows to the upper side in the axial direction, wherein the air flow controller is disposed on the second air cleaning module , and an air flow generated in the second air cleaning module is introduced into the air flow controller , an air flow path of the air flow controller communicating with an air flow path of the second cleaning module , and wherein a second outlet is provided at an upper end of the air flow controller , and the air passing through the second air cleaning module is discharged through the second outlet to the outside via the air flow path of the air flow controller .
Use of a nitrogenous gas sustained releaser composed of a sustained releasing agent for sustainably releasing off nitrogenous gases, wherein the sustained releasing agent contains a layered double hydroxide having a nitrite ion (NO 2 - ) included between layers; wherein the layered double hydroxide has at least a nitrite ion between the layers and wherein the nitrogenous gas sustained releaser is brought into contact with a gas containing carbon dioxide and/or water vapor.
Method for shaping an end of a welding wire having a defined material and a defined diameter before a threading process in which the welding wire is conveyed from a wire storage means via at least one wire core through a contact tube arranged in a welding torch , characterised in that an arc is generated between a contact plate , which is connected to a power source of a welding appliance , and the welding wire on the basis of the material and the diameter of the welding wire in order to shape the end of the welding wire , the end of the welding wire being formed so as to be hemispherical and the diameter of the welding wire being substantially not exceeded by the diameter of the hemispherical end of the welding wire , the power source being switched from a welding output to a threading output in order to shape the end of the welding wire , and the power source being automatically switched from the threading output to the welding output after the hemispherical end of the welding wire has been formed.
Microplate for determining products of agglutination reactions having a plurality of wells arranged in a two-dimensional array, wherein at least one of said wells comprises a separation section which contains a separation material such as a gel or a bead matrix, wherein the separation section comprises at least one conical portion which is tapered downwards, so that sample material penetrating the separation material will be concentrated to the center of the respective well , wherein the wells comprise a collection section for collecting the sample material penetrating the separation material at a bottom end of the well, wherein the collection section has the form of a hollow cylinder.
An information transmission method applied to a user equipment, UE, comprising: when collision between scheduling request, SR, information to be transmitted by the UE and information on physical uplink control channel, PUCCH, occurs, transmitting the SR information and the information on the PUCCH; wherein that the transmitting the SR information and the information on the PUCCH, comprises: performing phase rotation on a symbol at a demodulation reference signal, DMRS, position of the PUCCH, which is closest to a subsequent appearance position of the SR information; using the phase-rotated symbol at the DMRS position to carry the SR information; transmitting the information on the PUCCH, and simultaneously transmitting the SR information carried by the phase-rotated symbol at the DMRS position. when collision between scheduling request, SR, information to be transmitted by the UE and information on physical uplink control channel, PUCCH, occurs, transmitting the SR information and the information on the PUCCH; wherein that the transmitting the SR information and the information on the PUCCH, comprises: performing phase rotation on a symbol at a demodulation reference signal, DMRS, position of the PUCCH, which is closest to a subsequent appearance position of the SR information; using the phase-rotated symbol at the DMRS position to carry the SR information; transmitting the information on the PUCCH, and simultaneously transmitting the SR information carried by the phase-rotated symbol at the DMRS position. performing phase rotation on a symbol at a demodulation reference signal, DMRS, position of the PUCCH, which is closest to a subsequent appearance position of the SR information; using the phase-rotated symbol at the DMRS position to carry the SR information; transmitting the information on the PUCCH, and simultaneously transmitting the SR information carried by the phase-rotated symbol at the DMRS position.
A surgical stapling device , comprising: an end effector including an anvil assembly and a cartridge assembly pivotally coupled to one another, the anvil assembly and the cartridge assembly being relatively movable such that the end effector is movable between an open position and a clamped position; and a specimen bag including a body and a mouth defining an open end , the mouth attached to the anvil assembly and the cartridge assembly such that movement of the end effector to the open position moves the anvil assembly and the cartridge assembly apart to move the mouth of the specimen bag to an open position characterised in that the mouth of the specimen bag includes a drawstring housing having a drawstring therein. an end effector including an anvil assembly and a cartridge assembly pivotally coupled to one another, the anvil assembly and the cartridge assembly being relatively movable such that the end effector is movable between an open position and a clamped position; and a specimen bag including a body and a mouth defining an open end , the mouth attached to the anvil assembly and the cartridge assembly such that movement of the end effector to the open position moves the anvil assembly and the cartridge assembly apart to move the mouth of the specimen bag to an open position characterised in that the mouth of the specimen bag includes a drawstring housing having a drawstring therein.
A mechanical brake for arresting movement of an output shaft of a motor, the mechanical brake comprising: a pivotally mounted plate having a space for receiving the output shaft of the motor; and an electrically operated holding device contacting a free end of the plate and arranged to hold the plate in an open position to permit movement of the output shaft and to permit the plate to pivot to a jamming position; wherein the electrically operated holding device comprises a first electrically actuated device and a second electrically actuated device ; wherein the first electrically actuated device is configured to move the plate from the open position to the jamming position; and wherein to move the plate from the jamming position to the open position the first electrically actuated device and the second electrically actuated device are configured to lift the plate from the jamming position, and the first electrically actuated device is configured to pivot the plate to the open position. a pivotally mounted plate having a space for receiving the output shaft of the motor; and an electrically operated holding device contacting a free end of the plate and arranged to hold the plate in an open position to permit movement of the output shaft and to permit the plate to pivot to a jamming position; wherein the electrically operated holding device comprises a first electrically actuated device and a second electrically actuated device ; wherein the first electrically actuated device is configured to move the plate from the open position to the jamming position; and wherein to move the plate from the jamming position to the open position the first electrically actuated device and the second electrically actuated device are configured to lift the plate from the jamming position, and the first electrically actuated device is configured to pivot the plate to the open position.
An on-chip capless voltage regulator, comprising: an error amplifier comprising a transconductance amplifier; a controlled conductance output device comprising a current mirror; and a clock driven load predicting circuit comprising a frequency-to-current converter driven by a clock of a load; wherein an output of the error amplifier and an output of the load predicting circuit are summed to control the output device such that no capacitor connected to the output of the voltage regulator is required. an error amplifier comprising a transconductance amplifier; a controlled conductance output device comprising a current mirror; and a clock driven load predicting circuit comprising a frequency-to-current converter driven by a clock of a load; wherein an output of the error amplifier and an output of the load predicting circuit are summed to control the output device such that no capacitor connected to the output of the voltage regulator is required.
A hinge for adjustably attaching a support component to a device comprising: a hinge frame ; a pivot member pivotably engaged with the hinge frame ; a friction pin attached to the pivot member; and a hinge band with a guide pin slidably engaged with a guide slot within the hinge frame , the guide slot being defined by a first edge , a second edge , a first end and second end , the friction pin being rotatably engaged with the hinge band such that during pivoting of the pivot member relative to the hinge frame , the friction pin is configured to rotate relative to the hinge band and frictional resistance to rotation of the friction pin relative to the hinge band contributes to a torque profile of the hinge, the guide slot having five different action zones , the five different action zones having different respective slot angles relative to a longitudinal axis of the hinge frame, wherein, during pivoting of the pivot member , the guide pin is configured to move between the first end and the second end ; and wherein the hinge further comprises one or a plurality of support plates slidably engaged with one or a plurality of support guides on an interior surface of the hinge frame, the pivot member slidably engaged with the one or a plurality of support plates such that the pivot member is rotatable from within the hinge frame to a position outside of the hinge frame while remaining engaged with the one or a plurality of support plates . a hinge frame ; a pivot member pivotably engaged with the hinge frame ; a friction pin attached to the pivot member; and a hinge band with a guide pin slidably engaged with a guide slot within the hinge frame , the guide slot being defined by a first edge , a second edge , a first end and second end , the friction pin being rotatably engaged with the hinge band such that during pivoting of the pivot member relative to the hinge frame , the friction pin is configured to rotate relative to the hinge band and frictional resistance to rotation of the friction pin relative to the hinge band contributes to a torque profile of the hinge, the guide slot having five different action zones , the five different action zones having different respective slot angles relative to a longitudinal axis of the hinge frame, wherein, during pivoting of the pivot member , the guide pin is configured to move between the first end and the second end ; and wherein the hinge further comprises one or a plurality of support plates slidably engaged with one or a plurality of support guides on an interior surface of the hinge frame, the pivot member slidably engaged with the one or a plurality of support plates such that the pivot member is rotatable from within the hinge frame to a position outside of the hinge frame while remaining engaged with the one or a plurality of support plates .
A drain for sanitary fixtures, comprising: - a body that can be fastened to a sanitary fixture, for example a sink, provided with a base and a top , wherein the base comprises an opening for draining the water and the top delimits the mouth for the inlet of water in the body of the drain ; - a plug housed in the body of the drain and movable with respect to it between a lowered position, at which the plug does not intercept the mouth , thus allowing the passage of water, and a raised position, at which the plug closes the mouth and prevents the passage of water, - an overflow mechanism combined with the plug and configured to allow the plug to automatically lower, by opening the mouth when a threshold value of the water pressure acting on the plug itself is exceeded, wherein the overflow mechanism is magnetic and comprises a first elastic element , characterized in that the rearming of the overflow mechanism is conditional to, following an activation of the overflow mechanism due to the threshold value of the water pressure acting on the plug being exceeded, the compression of the first elastic element exerted by a user. - a body that can be fastened to a sanitary fixture, for example a sink, provided with a base and a top , wherein the base comprises an opening for draining the water and the top delimits the mouth for the inlet of water in the body of the drain ; - a plug housed in the body of the drain and movable with respect to it between a lowered position, at which the plug does not intercept the mouth , thus allowing the passage of water, and a raised position, at which the plug closes the mouth and prevents the passage of water, - an overflow mechanism combined with the plug and configured to allow the plug to automatically lower, by opening the mouth when a threshold value of the water pressure acting on the plug itself is exceeded, wherein the overflow mechanism is magnetic and comprises a first elastic element , characterized in that the rearming of the overflow mechanism is conditional to, following an activation of the overflow mechanism due to the threshold value of the water pressure acting on the plug being exceeded, the compression of the first elastic element exerted by a user.
Electrode for the electrochemical machining of recesses in holes of smaller diameter with an electrode base body and an adjoining machining head , wherein the electrode base body has on the outside an insulating layer and wherein the machining head forms an active cathode region, wherein the machining head has a conical extension whose outer diameter corresponds to the diameter of the electrode body on the side facing the electrode base body and on the opposite side it is adapted to the geometry of the to be generated recess , characterized in that on the machining head an insulating cap is arranged on the side facing away from the electrode base body , and that the machining head and the insulating cap have a through bore .
Method for manufacturing a substrate comprising a useful layer disposed on a receiving substrate, the method comprising the following steps: a. providing a support substrate having a first coefficient of thermal expansion, comprising on one of its faces, called the front face , a first plurality of trenches parallel to each other in a first direction; b. transferring a useful layer from a donor substrate onto the support substrate , the useful layer having a second coefficient of thermal expansion different from the first coefficient of thermal expansion; the manufacturing method being characterized in that the transfer of the useful layer comprises assembling the donor substrate with the support substrate with an intermediate layer , said intermediate layer being interposed between the front face of the support substrate and the useful layer and having a coefficient expansion comprised between the first and second coefficient of thermal expansion. a. providing a support substrate having a first coefficient of thermal expansion, comprising on one of its faces, called the front face , a first plurality of trenches parallel to each other in a first direction; b. transferring a useful layer from a donor substrate onto the support substrate , the useful layer having a second coefficient of thermal expansion different from the first coefficient of thermal expansion;