mhurhangee/ep-ind-claims huggingface dataset:
Generator belt drive of an internal combustion engine, having a generator arrangement which has a generator with a pulley wheel and a belt tensioner which comprises the following: - a first tensioning lever with a first tensioning roller, - a second tensioning lever with a second tensioning roller, the tensioning rollers (4, 5) being arranged in front of and behind the pulley wheel in the circulating direction of the belt and loading the belt with a prestressing force, - a spring means which is clamped in between the tensioning levers (8, 9) and moves the tensioning rollers (4, 5) towards one another with the generation of the prestressing force, - and a locking means, by means of which the tensioning levers (8, 9) can be locked relative to one another in a position, in which the tensioning rollers (4, 5) are moved away from one another with a reduction or cancellation of the prestressing force, the generator - either being a starter generator, the generator belt drive having a decoupler which is arranged on the generator or on the crankshaft of the internal combustion engine and decouples the rotating starter generator mass from the crankshaft with assistance of the belt tensioner, - or not having have a starter mode, characterized in that the generator arrangement comprises a further locking means, by means of which one of the tensioning levers (8, 9) can be locked relative to the generator. - a first tensioning lever with a first tensioning roller, - a second tensioning lever with a second tensioning roller, the tensioning rollers (4, 5) being arranged in front of and behind the pulley wheel in the circulating direction of the belt and loading the belt with a prestressing force, - a spring means which is clamped in between the tensioning levers (8, 9) and moves the tensioning rollers (4, 5) towards one another with the generation of the prestressing force, - and a locking means, by means of which the tensioning levers (8, 9) can be locked relative to one another in a position, in which the tensioning rollers (4, 5) are moved away from one another with a reduction or cancellation of the prestressing force, - either being a starter generator, the generator belt drive having a decoupler which is arranged on the generator or on the crankshaft of the internal combustion engine and decouples the rotating starter generator mass from the crankshaft with assistance of the belt tensioner, - or not having have a starter mode,
Device for entering a blood vessel using a winged needle with post-use protection, comprising: - a winged needle body provided with a tubular support element from which two wings extend laterally in opposite directions, and from which the distal portion of a needle extends longitudinally for entering a blood vessel; - a hollow protection body, which extends in the longitudinal direction between a front end and a rear end, defining an inner chamber inside which the needle body is inserted so as to slide, with the two wings which protrude from the protection body through two lateral slide slits which extend opposite each other between said two ends (21, 22), the needle body being slidingly movable along the inner chamber from a bare needle position, in which it is positioned in proximity of the front end of the protection body with the distal portion of the needle coming out through an exit opening made therein, to a protected needle position, in which it is positioned in proximity of the rear end of the protection body with the needle completely retracted within said protection body, in a portion of the hollow protection body which delimits the inner chamber, in proximity of the exit opening an additional opening being provided, which additional opening extends in the longitudinal direction towards the front end as far as the exit opening, the two slits dividing the protection body into two half-shells (20', 20"), the latter being connected to each other at least at the front end of said protection body in such a way that the inner chamber of the hollow protection body can be opened by moving apart the two half-shells (20', 20") at the rear portion with a through rotation around a rotation axis passing in proximity of the exit opening, characterised in that said additional opening (4'0) is at least partially closed by a tongue, which extends so as to project from the hollow protection body in the longitudinal direction towards the front end, said tongue being movable between a rest position, in which the tongue at least partially closes the additional opening reducing the open lumen of said additional opening, and an operating position, in which the tongue is divaricated from the hollow protection body so as to leave the additional opening open and to widen the exit opening. - a winged needle body provided with a tubular support element from which two wings extend laterally in opposite directions, and from which the distal portion of a needle extends longitudinally for entering a blood vessel; - a hollow protection body, which extends in the longitudinal direction between a front end and a rear end, defining an inner chamber inside which the needle body is inserted so as to slide, with the two wings which protrude from the protection body through two lateral slide slits which extend opposite each other between said two ends (21, 22),
An angiopoietin-like protein 8 (ANGPTL8) inhibitor for use in a method of treating a patient suffering from hyperlipidemia in combination with an inhibitor of angiopoietin-like protein 3 (ANGPTL3), wherein the ANGPTL8 inhibitor is an antibody or an antigen-binding fragment thereof that binds specifically to ANGPTL8 and comprises a heavy chain CDR1 (HCDR1) having the amino acid sequence of SEQ ID NO: 2, a HCDR2 having the amino acid sequence of SEQ ID NO: 3, a HCDR3 having the amino acid sequence of SEQ ID NO: 4, a light chain CDR1 (LCDR1) having the amino acid sequence of SEQ ID NO: 6, a LCDR2 having the amino acid sequence of SEQ ID NO: 7, and a LCDR3 having the amino acid sequence of SEQ ID NO: 8; and the ANGPTL3 inhibitor is an antibody or an antigen-binding fragment thereof that binds specifically to ANGPTL3 and comprises a HCDR1 having the amino acid sequence of SEQ ID NO: 11, a HCDR2 having the amino acid sequence of SEQ ID NO: 12, a HCDR3 having the amino acid sequence of SEQ ID NO: 13, a LCDR1 having the amino acid sequence of SEQ ID NO: 15, a LCDR2 having the amino acid sequence of SEQ ID NO: 16, and a LCDR3 having the amino acid sequence of SEQ ID NO: 17.
A method for establishing a bi-directional end-to-end route for data to traverse a wireless network, said method comprising: calculating a link metric function; quantizing said link metric function to a quantized link metric function; determining a first wireless channel change weight function; and determining a second wireless channel change weight function. calculating a quantized metric of each of a plurality of routes for data to traverse said wireless network using said first wireless channel change weight function and said second wireless channel change weight function,; and selecting said bi-directional end-to-end route for data to traverse said wireless network based on said quantized metric of each of said plurality of routes. calculating a link metric function; quantizing said link metric function to a quantized link metric function; determining a first wireless channel change weight function; and determining a second wireless channel change weight function. calculating a quantized metric of each of a plurality of routes for data to traverse said wireless network using said first wireless channel change weight function and said second wireless channel change weight function,; and selecting said bi-directional end-to-end route for data to traverse said wireless network based on said quantized metric of each of said plurality of routes.
Drive device for driving a comminution device for comminuting granular material or for driving a drum of a thermal treatment unit or of a screen, having at least one shaft which has an at least partially conically formed end region, wherein a gear mechanism (28, 30) is mounted on an end region of the shaft, and wherein the gear mechanism (28, 30) has a hollow shaft which is fastened on the end region of the shaft by means of a clamping device, wherein the hollow shaft has a conical inner surface which is designed to be complementary to the end region of the shaft, and the conical inner surface of the hollow shaft is connected to the conical end region of the shaft in a force-fitting manner.
A method of evaluating the ionization performance of an atmospheric pressure ionization system, the method comprising monitoring the ion current for a charged species related to a solvent and vapor ion-molecule cluster ion formed in the API system, wherein the ionization performance is evaluated based on the abundance of said charged species.
A ball joint assembly for attaching a yoke for a cutting unit to a lift arm, comprising: a first ball half and a second ball half, and a ball housing (53, 54) mounted around the first and the second ball halves and holding the ball halves (50A, 50B) together on the yoke, characterised in that each ball half (50A, 50B) includes a semispherical body with extensions (64A, 64B, 65A, 65B) on a first side and a second side thereof. a first ball half and a second ball half, and a ball housing (53, 54) mounted around the first and the second ball halves and holding the ball halves (50A, 50B) together on the yoke, characterised in that each ball half (50A, 50B) includes a semispherical body with extensions (64A, 64B, 65A, 65B) on a first side and a second side thereof.
A liquid container comprising a first wall and a second wall extending in a first direction that intersects the first wall, wherein the second wall has an opening part configured to receive a liquid that is poured therein either from a side of the first wall or from outside and configured such that the liquid is filled into the liquid container through the opening part, and the opening part has a length dimension in the first direction that is longer than a width dimension in a second direction that intersects the first direction, wherein a peripheral wall part at least partially surrounding the opening part is provided on the second wall, and characterized in that the peripheral wall part has a groove located closer to a rear end of the opening part in the first direction than to a front end of the opening part in the first direction, further comprising a protruding part extending in the second direction provided on the second wall at a position adjoining the opening part on a forward side in the first direction.
Pressure-measuring device for arrangement in a chamber of an internal combustion engine, in particular pressure-measuring glow plug for an air-compressing, self-ignition internal combustion engine, having a housing, a force-transmitting element which projects at least partially from the housing at a chamber-side opening of the housing, a pressure sensor which is arranged in an interior space of the housing, wherein the pressure sensor is operatively connected to the force-transmitting element, and a diaphragm which seals the interior space of the housing, in which the pressure sensor is arranged, with respect to the chamber-side opening, wherein the diaphragm has a force-transmitting section which is oriented at least essentially in an axial direction of the force-transmitting element, and wherein the pressure sensor is operatively connected to the force-transmitting element at least by means of the force-transmitting section of the diaphragm, characterized in that the force-transmitting section has a first bearing face, against which the force-transmitting element bears on the diaphragm, and a second bearing face which faces away from the first bearing face, and in that force is transmitted to the pressure sensor via the second bearing face.
An information processing apparatus configured to communicate with a network interface of a server via a network, the information processing apparatus comprising: a browser operable by a user to access the network interface of the server; and a setting program operable by a user to change print settings of a document file, the setting program being operable in a cooperation mode for cooperating with a job management server program and in a standalone mode, wherein the setting program has a function to change the name of a document file and wherein the function to change the name of the document file is disabled in a case that the setting program is in the cooperation mode in order to change print settings of a document file received from the network interface of the server via the browser; characterized by the apparatus further comprising a determination means configured to determine whether the setting program is operable in the cooperation mode or in the standalone mode based on the startup option in the command line which started the setting program, and wherein the setting program is launchable from the browser as well as launchable solely, and is operable in the cooperation mode in a case that the setting program is launched from the browser and in the standalone mode in a case that the setting program is not launched from the browser. a browser operable by a user to access the network interface of the server; and a setting program operable by a user to change print settings of a document file, the setting program being operable in a cooperation mode for cooperating with a job management server program and in a standalone mode, wherein the setting program has a function to change the name of a document file and wherein the function to change the name of the document file is disabled in a case that the setting program is in the cooperation mode in order to change print settings of a document file received from the network interface of the server via the browser; characterized by the apparatus further comprising a determination means configured to determine whether the setting program is operable in the cooperation mode or in the standalone mode based on the startup option in the command line which started the setting program, and wherein the setting program is launchable from the browser as well as launchable solely, and is operable in the cooperation mode in a case that the setting program is launched from the browser and in the standalone mode in a case that the setting program is not launched from the browser.
Method of joining by welding joining elements to components with the following steps: - providing a joining element, which comprises a first joining surface, and providing of a component, which comprises a second joining surface; - preparing the first and/or second joining surface (26; 30); and - carrying out a joining process, in which the joining element is joined to the component; characterized in that the preparing step comprises at least one plasma gas cleaning method, and wherein the plasma gas cleaning method includes generating a non-transferable arc between a tungsten electrode and an anode surrounding the tungsten electrode, wherein the non-transferable arc generates a plasma when using a plasma gas, and wherein said plasma is directed onto the joining surface, and in that the joining method further comprises the step of generating an ignition tip on the joining surface (26; 30), wherein the plasma used in the cleaning process is also used to generate the ignition tip, the plasma locally melting the joining surface (26;30) to form the ignition tip. - providing a joining element, which comprises a first joining surface, and providing of a component, which comprises a second joining surface; - preparing the first and/or second joining surface (26; 30); and - carrying out a joining process, in which the joining element is joined to the component;
A method of wireless communication of a first user equipment, UE, (502, 602) comprising: receiving a signal comprising a device-to-device, D2D, discovery message from a second UE (506, 606) through a device-to-device, D2D, communication channel, wherein the discovery message includes the transmit power for transmitting the signal; determining a feedback based on the received signal, wherein the determining of the feedback comprises measuring a received power associated with the signal; and transmitting the feedback to adjust transmission of the signal at the second UE (506, 606), wherein the feedback is transmitted to the second UE (506, 606) directly or via a base station (504, 604), wherein the first UE (502, 602) is to relay data received from the second UE (506, 606) to the base station (504, 604). receiving a signal comprising a device-to-device, D2D, discovery message from a second UE (506, 606) through a device-to-device, D2D, communication channel, wherein the discovery message includes the transmit power for transmitting the signal; determining a feedback based on the received signal, wherein the determining of the feedback comprises measuring a received power associated with the signal; and transmitting the feedback to adjust transmission of the signal at the second UE (506, 606), wherein the feedback is transmitted to the second UE (506, 606) directly or via a base station (504, 604), wherein the first UE (502, 602) is to relay data received from the second UE (506, 606) to the base station (504, 604).
A power adapter, the power adapter configured to be coupled to a mobile terminal via a USB interface, a power line of the USB interface being used for the power adapter to charge the mobile terminal, a data line of the USB interface being used for a bidirectional communication between the power adapter and the mobile terminal, the power adapter supporting a normal charging mode and a quick charging mode, a charging current of the quick charging mode being greater than a charging current of the normal charging mode, the power adapter comprising: a communication circuit configured to communicate with the mobile terminal bidirectionally via the data line of the USB interface, so as to determine to charge the mobile terminal in the quick charging mode and to determine a charging voltage of the quick charging mode; a current adjusting circuit configured to adjust a charging current of the power adapter to be the charging current of the quick charging mode to charge the mobile terminal; and a voltage adjusting circuit configured to adjust a charging voltage of the power adapter to be the charging voltage of the quick charging mode to charge the mobile terminal, characterized in that a time interval from a first time point when it is determined to charge the mobile terminal in the quick charging mode to a second time point when the voltage adjusting circuit adjusts the charging voltage of the power adapter to be a proper value is set to be within a preset range; when the time interval does not fall within the preset range, the quick charging mode is reset and the communication circuit determines to charge the mobile terminal in the quick charging mode again. a communication circuit configured to communicate with the mobile terminal bidirectionally via the data line of the USB interface, so as to determine to charge the mobile terminal in the quick charging mode and to determine a charging voltage of the quick charging mode; a current adjusting circuit configured to adjust a charging current of the power adapter to be the charging current of the quick charging mode to charge the mobile terminal; and a voltage adjusting circuit configured to adjust a charging voltage of the power adapter to be the charging voltage of the quick charging mode to charge the mobile terminal, characterized in that a time interval from a first time point when it is determined to charge the mobile terminal in the quick charging mode to a second time point when the voltage adjusting circuit adjusts the charging voltage of the power adapter to be a proper value is set to be within a preset range; when the time interval does not fall within the preset range, the quick charging mode is reset and the communication circuit determines to charge the mobile terminal in the quick charging mode again.
A method of configuring RFID devices (10, 12) for use in an electronic article surveillance system, the method comprising: providing a plurality of differently configured sample RFID devices (10, 12) to be attached to different products monitored by the EAS system; testing the performance of the plurality of differently configured sample RFID devices (10, 12) in a range of frequencies; comparing the performance of the plurality of differently configured sample RFID devices (10, 12) in the range of frequencies with performance of complementary target RFID devices in the range of frequencies; digitally and/or physically reconfiguring one or more of the plurality of differently configured sample RFID devices (10, 12) to converge the performance of the one or more RFID devices (10, 12) in the range of frequencies with that of performance of the complementary target RFID devices in the range of frequencies when the performance of the one or more RFID devices (10, 12) in the range of frequencies does not converge with the performance of the complementary target RFID devices in the range of frequencies; and incorporating the one or more sample RFID devices (10, 12) into an electronic article surveillance system when the performance of the one or more RFID devices (10, 12) after reconfiguration converges with the performance of the complementary target RFID devices or with performance of each other in the range of frequencies. providing a plurality of differently configured sample RFID devices (10, 12) to be attached to different products monitored by the EAS system; testing the performance of the plurality of differently configured sample RFID devices (10, 12) in a range of frequencies; comparing the performance of the plurality of differently configured sample RFID devices (10, 12) in the range of frequencies with performance of complementary target RFID devices in the range of frequencies; digitally and/or physically reconfiguring one or more of the plurality of differently configured sample RFID devices (10, 12) to converge the performance of the one or more RFID devices (10, 12) in the range of frequencies with that of performance of the complementary target RFID devices in the range of frequencies when the performance of the one or more RFID devices (10, 12) in the range of frequencies does not converge with the performance of the complementary target RFID devices in the range of frequencies; and incorporating the one or more sample RFID devices (10, 12) into an electronic article surveillance system when the performance of the one or more RFID devices (10, 12) after reconfiguration converges with the performance of the complementary target RFID devices or with performance of each other in the range of frequencies.
A glass fusion draw apparatus for molten glass stream thermal profile control, comprising: a first enclosure; and a first isopipe situated within the first enclosure, the first enclosure includes a plurality of first heating element assemblies integral with the wall of the first enclosure, and at least one first heating element assembly is in proximity to a portion of molten glass stream over-flowing the first isopipe within the enclosure, characterised in that: the plurality of first heating element assemblies integral with the wall of the first enclosure are fitted into slots on the exterior of the enclosure and are connected to a source of electricity; and each of the first heating element assemblies comprises at least one wire winding support (110, 110a, 110al-a5, 110b, 110b1-b5, 110c, 110c1, 110c5) having a plurality of grooves and having a plurality of resistive wires interleaved on the plurality of grooves of the support (110, 110a, 110al-a5, 110b, 110b1-b5, 110c, 110c1, 110c5). a first enclosure; and a first isopipe situated within the first enclosure,