mhurhangee/ep-ind-claims huggingface dataset:
A connector for connecting two fluid-carrying elements, in particular for connecting two motor vehicle pipelines (2, 3) with a female plug part and a male plug part that can be inserted into the female plug part, wherein a retainer is connected to the female plug part, and can be used to fix the male plug part to the female plug part, wherein the retainer is blocked by a verification sleeve provided in the female plug part in the unfixed state of the male plug part, wherein, during insertion of the male plug part into the female plug part, the verification sleeve is axially displaced in the insertion direction, so that the retainer is released and fixes the male plug part to the female plug part, characterized in that the female plug part has at least one verification window, through which at least a portion of the-in particular colored-verification sleeve is visible in the unfixed state of the male plug part, and wherein the verification sleeve is no longer visible or essentially no longer visible through the verification window in the fixed state or in the completely inserted state of the male plug part.
A method of fabricating a solar cell, the method comprising: generating a laser beam from a single laser source; splitting the laser beam along a first laser beam path and a second laser beam path; in a first scanning step, directing the laser beam along the first laser beam path to scan on the first wafer in a first station in accordance with a first pattern; moving the first wafer from the first station to a second station, and a second wafer to the first station; in a second scanning step after the first scanning step and after moving the first and second wafers (105-1, 105-2), directing the laser beam along the second laser beam path to scan on the first wafer in the second station in accordance with a second pattern, and directing the laser beam along the first laser beam path to scan on the second wafer in accordance with the first pattern, the scanning on the first and second wafers (105-1, 105-2) being performed substantially simultaneously, characterized in that the second pattern is a mirror image of the first pattern. generating a laser beam from a single laser source; splitting the laser beam along a first laser beam path and a second laser beam path; in a first scanning step, directing the laser beam along the first laser beam path to scan on the first wafer in a first station in accordance with a first pattern; moving the first wafer from the first station to a second station, and a second wafer to the first station; in a second scanning step after the first scanning step and after moving the first and second wafers (105-1, 105-2), directing the laser beam along the second laser beam path to scan on the first wafer in the second station in accordance with a second pattern, and directing the laser beam along the first laser beam path to scan on the second wafer in accordance with the first pattern, the scanning on the first and second wafers (105-1, 105-2) being performed substantially simultaneously, characterized in that the second pattern is a mirror image of the first pattern.
A method for monitoring at least one exhaust gas turbocharger of a large internal combustion engine, comprising at least one compressor and one exhaust gas turbocharger arranged on the same shaft, wherein the following measured quantities are measured, preferably continuously: the current pressures (p 1, p 2) upstream and downstream of the compressor and the current temperatures (T 1, T 4) upstream of the compressor and upstream of the exhaust gas turbine, the current pressures (p 4, p 5) upstream and downstream of the exhaust gas turbocharger, the current temperatures (T 2, T 5) downstream of the compressor and downstream of the exhaust gas turbine, and the rotational speed (nA) of the exhaust gas turbine, and wherein the efficiencies (η V) of the compressor and the exhaust gas turbine are calculated from the measured data, wherein a diagnostic algorithm is started when a decrease in the efficiency (η TV, η T) of the compressor and/or the exhaust gas turbine is detected or after expiration of a defined time interval, wherein during the start of the diagnostic algorithm all data of the exhaust gas turbocharger which were recorded during a specific period are read from a database, characterised in that the diagnostic algorithm provides that measured values of the measured quantities recorded under different engine loads are normalised and a regression analysis over time is carried out for the normalised measured values, wherein one respective symptom is assigned to the result of the regression analysis of the measured values of individual measured quantities, and that a defined error is determined from the combination of several symptoms.
A composition comprising - Cannabidiol or pharmaceutically acceptable salts thereof; and - bacitracin or pharmaceutically acceptable salts thereof and/or daptomycin or pharmaceutically acceptable salts thereof. - Cannabidiol or pharmaceutically acceptable salts thereof; and - bacitracin or pharmaceutically acceptable salts thereof and/or daptomycin or pharmaceutically acceptable salts thereof.
Domestic appliance, comprising - a pivotable appliance door via which an appliance opening connected to a processing chamber of the domestic appliance can be closed, wherein the appliance door is designed to receive a door part of a furniture front on a front side; - a panel support which is separate from the appliance door and is designed to receive a panel part of the furniture front in a receiving region; and - an electronic display and/or operating unit; wherein the display and/or operating unit is designed to be fastened to the panel support and/or the panel part of the furniture front at a distance from the receiving region by means of one or more fastening members (22, 22a, 22b); the display and/or operating unit is brought forward by the fastening, so that free installation space for the panel part of the furniture front is created; and a horizontally or vertically extending gap is arranged between the appliance door and the panel support, which gap fluidically connects a line system inside the appliance to the surroundings of the domestic appliance; one or more flow guide elements are arranged on the panel support and/or on the display and/or operating unit, which flow guide elements are designed to deflect a fluid flow exiting the gap. - a pivotable appliance door via which an appliance opening connected to a processing chamber of the domestic appliance can be closed, wherein the appliance door is designed to receive a door part of a furniture front on a front side; - a panel support which is separate from the appliance door and is designed to receive a panel part of the furniture front in a receiving region; and - an electronic display and/or operating unit; the display and/or operating unit is designed to be fastened to the panel support and/or the panel part of the furniture front at a distance from the receiving region by means of one or more fastening members (22, 22a, 22b); the display and/or operating unit is brought forward by the fastening, so that free installation space for the panel part of the furniture front is created; and a horizontally or vertically extending gap is arranged between the appliance door and the panel support, which gap fluidically connects a line system inside the appliance to the surroundings of the domestic appliance; one or more flow guide elements are arranged on the panel support and/or on the display and/or operating unit, which flow guide elements are designed to deflect a fluid flow exiting the gap.
Method for grinding a semiconductor wafer, wherein the semiconductor wafers are machined by means of a grinding tool containing grinding teeth with a height h while feeding a cooling medium into a contact region between the semiconductor wafer and the grinding tool, wherein at all times during the grinding operation a rinsing liquid is applied to a region on one side of the semiconductor wafer by means of a nozzle, characterized in that the region is at a spacing not less than 2 mm and not greater than 10 mm from the centre of the semiconductor wafer. wherein the semiconductor wafers are machined by means of a grinding tool containing grinding teeth with a height h while feeding a cooling medium into a contact region between the semiconductor wafer and the grinding tool, wherein at all times during the grinding operation a rinsing liquid is applied to a region on one side of the semiconductor wafer by means of a nozzle, characterized in that the region is at a spacing not less than 2 mm and not greater than 10 mm from the centre of the semiconductor wafer.
A micellar nanocomplex comprising: an anti-cancer agent that is an antibody directed against a tumour cell-surface marker; and a conjugate of: (i) aldehyde-terminated polyethylene glycol; and (ii) a flavonoid that is either monomeric (-)-epigallocatechin gallate or oligomeric (-)-epigallocatechin gallate, the micellar nanocomplex having the polethylene glycol conjugated at the C6 and/or the C8 position of the A ring of the flavonoid by attachment of the polyethylene glycol via reaction of the free aldehyde group with the C6 and/or C8 position of the A ring of the flavonoid, wherein when the flavonoid is monomeric (-)-epigallocatechin gallate, the micellar nanocomplex further comprises non-conjugated oligomeric (-) epigallocatechin gallate in an inner core of the micellar nanocomplex, wherein the anti-cancer agent is complexed with either the conjugated or non-conjugated oligomeric epigallocatechin gallate, whichever is present, and wherein the micellar nanocomplex exhibits a synergistic anti-cancer effect between the anti-cancer agent and the flavonoid when delivered to a cell. an anti-cancer agent that is an antibody directed against a tumour cell-surface marker; and a conjugate of: (i) aldehyde-terminated polyethylene glycol; and (ii) a flavonoid that is either monomeric (-)-epigallocatechin gallate or oligomeric (-)-epigallocatechin gallate, (i) aldehyde-terminated polyethylene glycol; and (ii) a flavonoid that is either monomeric (-)-epigallocatechin gallate or oligomeric (-)-epigallocatechin gallate,
A motor apparatus having a motor, comprising: a fan that is rotatably supported by a shaft member of the motor, and sends, in a centrifugal direction by rotation, gas taken from an axial direction of the shaft member; and a cover member that covers the fan so as to allow the gas sent in the centrifugal direction from the fan to flow along an outer surface of the motor, wherein the cover member has a blowout port that blows out some of the gas sent in the centrifugal direction from the fan in the centrifugal direction to cool an external mechanism (10b 2) of the motor apparatus, and wherein the motor includes a motor case that stores a stator and a rotor, characterized in that the motor case has a protruding part that protrudes in the axial direction between the fan and the cover member so as to surround the side in the centrifugal direction of the fan, and the protruding part has an opening between the fan and the blowout port of the cover member. a fan that is rotatably supported by a shaft member of the motor, and sends, in a centrifugal direction by rotation, gas taken from an axial direction of the shaft member; and a cover member that covers the fan so as to allow the gas sent in the centrifugal direction from the fan to flow along an outer surface of the motor, wherein the cover member has a blowout port that blows out some of the gas sent in the centrifugal direction from the fan in the centrifugal direction to cool an external mechanism (10b 2) of the motor apparatus, and wherein the motor includes a motor case that stores a stator and a rotor, characterized in that the motor case has a protruding part that protrudes in the axial direction between the fan and the cover member so as to surround the side in the centrifugal direction of the fan, and the protruding part has an opening between the fan and the blowout port of the cover member.
A method of transferring data in a projectile launching device, comprising the steps of: providing a projectile launching device having a breech for receiving a projectile therein for launch; providing a first optical transmitter, having a range, interconnected to the projectile launching device and residing in the breech; providing a first optical receiver interconnected to the projectile launching device and residing in the breech; providing an external device (64, 64a, 64b, 64c) in proximity to the projectile launching device; providing a second optical transmitter, having a range, interconnected to the external device (64, 64a, 64b, 64c); providing a second optical receiver interconnected to the external device (64, 64a, 64b, 64c); sending data from the first optical transmitter to the second optical receiver and; sending data from the second optical transmitter to first optical receiver; whereby the projectile launching device optically communicates with and optically exchanges data with the external device (64, 64a, 64b, 64c) and the first optical transmitter and first optical receiver are configured to optically communicate directly with each other for detecting presence of a projectile in the breech. providing a projectile launching device having a breech for receiving a projectile therein for launch; providing a first optical transmitter, having a range, interconnected to the projectile launching device and residing in the breech; providing a first optical receiver interconnected to the projectile launching device and residing in the breech; providing an external device (64, 64a, 64b, 64c) in proximity to the projectile launching device; providing a second optical transmitter, having a range, interconnected to the external device (64, 64a, 64b, 64c); providing a second optical receiver interconnected to the external device (64, 64a, 64b, 64c); sending data from the first optical transmitter to the second optical receiver and; sending data from the second optical transmitter to first optical receiver; whereby the projectile launching device optically communicates with and optically exchanges data with the external device (64, 64a, 64b, 64c) and the first optical transmitter and first optical receiver are configured to optically communicate directly with each other for detecting presence of a projectile in the breech.
A flexible bone composite comprising: (a) a first polymeric layer in the form of a film comprising a synthetic resorbable polymer and having a first side and a second side; (b) a first calcium-containing layer comprising granules of a calcium compound affixed to the first side of the polymeric layer, wherein a majority of the external surface of the calcium compound is not covered with polymer; and c) a second calcium-containing layer, wherein the second calcium-containing layer comprises granules of a calcium compound affixed to the second side of the polymeric layer. (a) a first polymeric layer in the form of a film comprising a synthetic resorbable polymer and having a first side and a second side; (b) a first calcium-containing layer comprising granules of a calcium compound affixed to the first side of the polymeric layer, wherein a majority of the external surface of the calcium compound is not covered with polymer; and c) a second calcium-containing layer, wherein the second calcium-containing layer comprises granules of a calcium compound affixed to the second side of the polymeric layer.
Device for joining a front to a frame, comprising a fastening device, via which the front and the frame can be secured to one another, wherein the fastening device comprises at least two fastening units (15a, 15b), which are placed on top on one another in the vertical direction of the front and via which the front and the frame can be secured to one another at two fastening interfaces (17a, 17b) spaced in the vertical direction, characterised in that the fastening units (17a, 17b) are operatively connected to one another by operative connection means in such a way that a fastening or release of the one fastening unit (17a, 17b) effects a fastening or release of the other fastening unit (17a, 17b).
A turbidimeter device comprising: a fluidically closable turbidimeter vessel comprising a liquid sample inlet and a liquid sample outlet, and an optical measurement device for an optical determination of the liquid sample turbidity comprising a light emitter as well as a light sensor detecting the emitter light scattered by solid particles of the liquid sample, a first flushing opening through which a flushing liquid jet coming from a flushing liquid source is injected into the turbidimeter vessel, characterized in that the optical measurement device is provided with a vacuum pump for generating underpressure in the turbidimeter vessel to degas the liquid sample and in that the light emitter directs a measurement light beam into the turbidimeter vessel through a light-transmissive window in a vessel side wall; and in that the first flushing opening is arranged axially in line with the optical measurement device so that during a flushing operation the light-transmissive window is directly hit by the flushing liquid jet and is intensively mechanically cleaned. a fluidically closable turbidimeter vessel comprising a liquid sample inlet and a liquid sample outlet, and an optical measurement device for an optical determination of the liquid sample turbidity comprising a light emitter as well as a light sensor detecting the emitter light scattered by solid particles of the liquid sample, a first flushing opening through which a flushing liquid jet coming from a flushing liquid source is injected into the turbidimeter vessel, characterized in that the optical measurement device is provided with a vacuum pump for generating underpressure in the turbidimeter vessel to degas the liquid sample and in that the light emitter directs a measurement light beam into the turbidimeter vessel through a light-transmissive window in a vessel side wall; and in that the first flushing opening is arranged axially in line with the optical measurement device so that during a flushing operation the light-transmissive window is directly hit by the flushing liquid jet and is intensively mechanically cleaned.
Method for identifying a user, in particular the receiver and / or the sender of a user data unit that has been accessing an access network based on a broadband sharing principle, wherein a customer premise equipment comprises a router (10, 50), which uses the broadband sharing principle by offering Internet access service to be shared by two user groups, the members of the household to which the router (10, 50) belongs to and public users and wherein an Internet Service Provider takes care of the authentication of the household usage and wherein a Virtual Wireless Service Provider takes care of the authentication of the public users, comprising the following steps: a. authenticating the user at a start of a user session, b. assigning a unique communication identifier to a user device of the user being connected to the access network, wherein the router (10, 50) provides a Network Address Translation, wherein a private IP address is assigned to a user device of a public user and the ports this user device uses is translated to a public IP address and shared TCP/UDP ports of the router (10, 50) on a wide area network interface, and c. storing in a database of the Virtual Wireless Service Provider the unique communication identifier, the user and user session related information, wherein the router (10, 50) provides a mapping method from the private IP address assigned to a user device of the public user and TCP/UDP ports used by this user device, to a public IP address assigned to the router (10, 50) and the ports allocated to public user, whereas the private IP address is assigned by the router (10, 50) and the public IP address is assigned by the Internet Service Provider, wherein the set of ports used by the public user maps to a port range allocated to this public user. a. authenticating the user at a start of a user session, b. assigning a unique communication identifier to a user device of the user being connected to the access network, wherein the router (10, 50) provides a Network Address Translation, wherein a private IP address is assigned to a user device of a public user and the ports this user device uses is translated to a public IP address and shared TCP/UDP ports of the router (10, 50) on a wide area network interface, and c. storing in a database of the Virtual Wireless Service Provider the unique communication identifier, the user and user session related information,
A method performed by a wireless device, the method being for handling transmission of data to a network node, the wireless device and the network node operating in the wireless communications network, the method comprising: - sending an indication to the network node, the indication comprising a value selected from a set of values, the selected value corresponding to a size of a buffer of the wireless device detected or expected to be had during an inactive state at a time of one or more transmissions, wherein the sending of the indication is performed with the proviso that the size of the buffer is smaller than a threshold, - receiving an uplink grant from the network node, based on the sent indication, and - sending first data to the network node during the inactive state of the wireless device, wherein the first data is user plane data, wherein the sending of the first data is performed according to the uplink grant received from the network node, and wherein the sending of the first data is performed with the proviso that the size of the buffer of the wireless device is smaller than the threshold, the buffer being a buffer for transmission, wherein the sending of the indication is performed prior to the sending of one or more data packets comprising at least a part of the first data. - sending an indication to the network node, the indication comprising a value selected from a set of values, the selected value corresponding to a size of a buffer of the wireless device detected or expected to be had during an inactive state at a time of one or more transmissions, wherein the sending of the indication is performed with the proviso that the size of the buffer is smaller than a threshold, - receiving an uplink grant from the network node, based on the sent indication, and - sending first data to the network node during the inactive state of the wireless device, wherein the first data is user plane data, wherein the sending of the first data is performed according to the uplink grant received from the network node, and wherein the sending of the first data is performed with the proviso that the size of the buffer of the wireless device is smaller than the threshold, the buffer being a buffer for transmission, wherein the sending of the indication is performed prior to the sending of one or more data packets comprising at least a part of the first data.