mhurhangee/ep-ind-claims huggingface dataset:
Method for installation of a garage door, with a door leaf movable between an open setting and a closed setting, comprising at least one weight compensating unit having a tension spring, wherein the door leaf comprises a plurality of pivotably connected panels (3a - d) guided between two profile members, characterised by the following method steps: - mounting of a biased tension spring on one of the profile members, wherein one end of the tension spring is so secured in one of a plurality of mounts, which are arranged in succession in longitudinal direction of the profile member, of a mounting unit fixedly connected with the profile member that the biasing force of the tension spring is less than the weight force of the garage door, - mounting a first panel at the profile members, wherein the first panel is supported above the closed setting by spacers, - coupling the first panel to the tension spring by way of tension means, - wherein the tension means is fixed to a locking element at the mounting unit in a locking setting, - mounting the further panels (3b - d) on the profile members, - wherein at the time of mounting the last panel with removed spacers the door leaf is moved by the weight force thereof exceeding the biasing force into the closed setting and thereby the tension means is automatically released from the locking setting, - manual displacing of the door leaf into the open setting and - securing the end of the tension spring in a further mount of the mounting unit so that an increased biasing force of the tension spring at least approximately corresponds with the weight of the door leaf is obtained. - mounting of a biased tension spring on one of the profile members, wherein one end of the tension spring is so secured in one of a plurality of mounts, which are arranged in succession in longitudinal direction of the profile member, of a mounting unit fixedly connected with the profile member that the biasing force of the tension spring is less than the weight force of the garage door, - mounting a first panel at the profile members, wherein the first panel is supported above the closed setting by spacers, - coupling the first panel to the tension spring by way of tension means, - wherein the tension means is fixed to a locking element at the mounting unit in a locking setting, - mounting the further panels (3b - d) on the profile members, - wherein at the time of mounting the last panel with removed spacers the door leaf is moved by the weight force thereof exceeding the biasing force into the closed setting and thereby the tension means is automatically released from the locking setting, - manual displacing of the door leaf into the open setting and - securing the end of the tension spring in a further mount of the mounting unit so that an increased biasing force of the tension spring at least approximately corresponds with the weight of the door leaf is obtained.
A method for processing remote orders, by a networked server computer (308, 410, 502), in communication with a plurality of wireless communication devices, the networked server computer including a wireless communication interface, the method comprising: wirelessly sending a ping signal (406, 706) to the one or more wireless communication devices, the ping signal including an identifier; wirelessly receiving an acknowledgement signal from one of the plurality of wireless communication devices in response to the ping signal; wirelessly sending customer purchase history (608, 1106) included in an item ordering information, based on the received acknowledgement signal, to the one of the plurality of wireless communication devices; and wirelessly receiving a remote order (224, 516) from the one of the plurality of wireless communication devices, the remote order being associated with the item ordering information; and in response to receiving the remote order, generating a remote order entry and sending the remote order entry to a processing queue (228, 1110). wirelessly sending a ping signal (406, 706) to the one or more wireless communication devices, the ping signal including an identifier; wirelessly receiving an acknowledgement signal from one of the plurality of wireless communication devices in response to the ping signal; wirelessly sending customer purchase history (608, 1106) included in an item ordering information, based on the received acknowledgement signal, to the one of the plurality of wireless communication devices; and wirelessly receiving a remote order (224, 516) from the one of the plurality of wireless communication devices, the remote order being associated with the item ordering information; and in response to receiving the remote order, generating a remote order entry and sending the remote order entry to a processing queue (228, 1110).
A computer-implemented method for uploading data to a database in a computer networking environment including an application server computer system and a database server computer system, the method comprising: an act of accessing, by the application server computer system, feed data, the feed data including a plurality of rows, each row including one or more data fields of fixed and varying lengths and definition data defining a field data type and a field data length of each data field; an act of converting, by the application server computer system, the received feed data into one or more portions of binary blob data by using the definition data, wherein the binary blob data is allocated in fixed-size data portions each representing a respective row of the feed data, and wherein varying length fields of the rows are represented by both a fixed-size length field and a reference into a further portion of the blob data that includes the actual varying size feed data; and an act of sending, by the application server computer system, the binary blob data to a database server computer system, the database server computer system being configured to access metadata associated with the feed data, the metadata including a dynamic server statement to determine how to convert the binary blob data to a server table with a BLOB column configured to store the rows of feed data resulting in each feed row being stored in the server table in the BLOB column, wherein each feed row results in one blob value in the corresponding row in the server table. an act of accessing, by the application server computer system, feed data, the feed data including a plurality of rows, each row including one or more data fields of fixed and varying lengths and definition data defining a field data type and a field data length of each data field; an act of converting, by the application server computer system, the received feed data into one or more portions of binary blob data by using the definition data, wherein the binary blob data is allocated in fixed-size data portions each representing a respective row of the feed data, and wherein varying length fields of the rows are represented by both a fixed-size length field and a reference into a further portion of the blob data that includes the actual varying size feed data; and an act of sending, by the application server computer system, the binary blob data to a database server computer system, the database server computer system being configured to access metadata associated with the feed data, the metadata including a dynamic server statement to determine how to convert the binary blob data to a server table with a BLOB column configured to store the rows of feed data resulting in each feed row being stored in the server table in the BLOB column, wherein each feed row results in one blob value in the corresponding row in the server table.
A tube-type cosmetic container for discharging liquid contents in droplet form, the container comprising: a tube body storing contents; a tube neck coupled to an upper portion of the tube body to support the tube body and having an outlet hole such that contents stored in the tube body are discharged therethrough; a discharge control part coupled to an inner side of the tube neck and comprising a discharge control tube which gradually becomes wider from a lower portion to an upper portion of the discharge control tube, the content discharging tube having an upper portion which is formed with the discharge hole and which has a narrower diameter than a lower portion thereof; a content discharging tube coupled to an upper portion of the tube neck and having a discharge hole formed on an upper end of the content discharging tube to discharge contents out of the content discharging tube; and an over cap coupled to the tube neck while covering an outer side of the tube neck; characterised in that the discharging tube presses the discharge control part downwardly to fix the discharge control part to an inner side of the tube neck, the over cap comprising a closing rod for closing the discharge hole of the content discharging tube. a tube body storing contents; a tube neck coupled to an upper portion of the tube body to support the tube body and having an outlet hole such that contents stored in the tube body are discharged therethrough; a discharge control part coupled to an inner side of the tube neck and comprising a discharge control tube which gradually becomes wider from a lower portion to an upper portion of the discharge control tube, the content discharging tube having an upper portion which is formed with the discharge hole and which has a narrower diameter than a lower portion thereof; a content discharging tube coupled to an upper portion of the tube neck and having a discharge hole formed on an upper end of the content discharging tube to discharge contents out of the content discharging tube; and an over cap coupled to the tube neck while covering an outer side of the tube neck;
A method of code-multiplexing a control signal onto a shared control channel comprising: repeating the control signal in each slot of a predetermined time interval; spreading the control signal in each slot of the predetermined time interval at bit rate using a bit-level spreading sequence; varying said bit-level spreading sequence from slot to slot according to a predefined sequence-hopping pattern; and assigning a common channelization code to the shared control channel. repeating the control signal in each slot of a predetermined time interval; spreading the control signal in each slot of the predetermined time interval at bit rate using a bit-level spreading sequence; varying said bit-level spreading sequence from slot to slot according to a predefined sequence-hopping pattern; and assigning a common channelization code to the shared control channel.
A method for performing crash analysis of one or more vehicles involved in a crash, the method comprising: receiving a plurality of GPS samples associated with a vehicle at a predefined time interval; generating a trajectory for the vehicle, wherein the trajectory is generated by tracing the plurality of GPS samples; segmenting the trajectory into one or more macro level segments, wherein each macro level segment is further segmented into one or more micro level segments; receiving a plurality of acceleration samples for at least one micro level segment of each macro level segment; computing at least one micro level segment score corresponding to at least one micro level segment, wherein the at least one micro level segment score is computed based upon the plurality of acceleration samples, and at least one macro level score corresponding to at least one macro level segment, wherein the at least one macro level score is computed based upon one of the at least one micro level segment score and a reference speed of the vehicle, and wherein the reference speed is indicative of a speed measured corresponding to the at least one macro level segment and an adjacent macro level segment of the at least one macro level segment; and determining a crash responsibility score based upon the at least one macro level score, wherein the crash responsibility score facilitates in performing crash analysis of the vehicle. receiving a plurality of GPS samples associated with a vehicle at a predefined time interval; generating a trajectory for the vehicle, wherein the trajectory is generated by tracing the plurality of GPS samples; segmenting the trajectory into one or more macro level segments, wherein each macro level segment is further segmented into one or more micro level segments; receiving a plurality of acceleration samples for at least one micro level segment of each macro level segment; computing at least one micro level segment score corresponding to at least one micro level segment, wherein the at least one micro level segment score is computed based upon the plurality of acceleration samples, and at least one macro level score corresponding to at least one macro level segment, wherein the at least one macro level score is computed based upon one of the at least one micro level segment score and a reference speed of the vehicle, and wherein the reference speed is indicative of a speed measured corresponding to the at least one macro level segment and an adjacent macro level segment of the at least one macro level segment; and determining a crash responsibility score based upon the at least one macro level score, wherein the crash responsibility score facilitates in performing crash analysis of the vehicle.
Trastuzumab-MCC-DM1 for use in a method of treating HER2-positive metastatic breast cancer that has not received treatment in the metastatic setting, the method comprising administering to a human patient having said breast cancer a therapeutically effective amount of trastuzumab-MCC-DM1 alone, wherein the human patient received treatment with a taxane prior to the metastatic setting, and the administration of trastuzumab-MCC-DM1 occurs ≥6 months after the prior treatment with a taxane and wherein trastuzumab-MCC-DM1 is an antibody-drug conjugate, which has the structure: wherein Tr is trastuzumab linked through linker moiety MCC to the maytansinoid drug moiety DM1, and wherein p represents the drug to antibody ratio and ranges in integer values from 1 to 8.
A medicament for use in preventing or treating the coronavirus pneumonia COVID-19, wherein the medicament comprises lysozyme and glycyrrhizic acid or a salt thereof, wherein the weight ratio of the lysozyme to the glycyrrhizic acid or the salt thereof in the medicament is 100:1 to 10:1.
Retaining element for a hydraulic unit of a vehicle brake system with traction control, having at least one first side wall, which at a free end comprises a mount for the positively interlocking and non-positive retention of the hydraulic unit, and having at least one fastener for fastening the retaining element to a supporting part, the retaining element being at least substantially integrally formed, - the retaining element being manufactured at least substantially from plastic, - the retaining element comprising a second side wall and - the base, the first side wall and the second side wall each being arranged perpendicular to one another and forming a common corner with one another, characterized in that - the first side wall comprises at least one first molded-on stiffening rib, which runs radially to the mount and at least one first additional stiffening rib runs coaxially with the mount, - the retaining element comprises a base integrally formed with the first side wall and in that at least a second additional stiffening rib is formed on the base, the second, additional stiffening rib being attached to the side of the base remote from the mount, - and in that a third, additional stiffening rib is formed on the base of the retaining element on the side of the base facing the mount. - the retaining element being manufactured at least substantially from plastic, - the retaining element comprising a second side wall and - the base, the first side wall and the second side wall each being arranged perpendicular to one another and forming a common corner with one another, - the first side wall comprises at least one first molded-on stiffening rib, which runs radially to the mount and at least one first additional stiffening rib runs coaxially with the mount, - the retaining element comprises a base integrally formed with the first side wall and in that at least a second additional stiffening rib is formed on the base, the second, additional stiffening rib being attached to the side of the base remote from the mount, - and in that a third, additional stiffening rib is formed on the base of the retaining element on the side of the base facing the mount.
Viscoelastic plastic interlayer intended to be incorporated between two glass sheets to form a laminated glazing with vibro-acoustic damping properties, the interlayer comprising at least one layer made of viscoelastic plastic with vibro-acoustic damping properties, the layer being on polyvinyl butyral and plasticizer, the layer comprising two outer layers (4, 5) made of standard PVB, the layer being between the two outer layers (4, 5), the interlayer being such that the resonant frequency f 2 of the second resonance mode of a laminated glazing bar with a surface area of 25 mm × 300 mm composed of two glass sheets each 2.1 mm thick, between which is incorporated the interlayer, determined by measuring the mechanical impedance at 20°C according to standard ISO 16940, is between 760 Hz and 1000 Hz and the loss factor η 2 of the second resonance mode of the same bar, determined by MIM under the same conditions, is greater than or equal to 0.25.
Drive belt designed as an elongate traction or drive element running around rollers or pulleys and made of an elastomer material, with embedded reinforcing elements or tension members extending in a longitudinal direction of the belt, characterized by the following features: - the belt has one or more elongate tubular receptacles embedded in the elastomer material, it being possible, after vulcanization, for electronic components, preferably sensors, signal processing or control devices and/or transmission devices, to be positioned in the cavity of said receptacles, - the tubular receptacle is embedded in the elastomer material in such a way that its longitudinal axis or the direction of its greatest extent is oriented substantially transversely to the main bending direction of the belt, - the tubular receptacle is a plastics tube or small tube, preferably made of polyamide or polyphenylene sulfide. - the belt has one or more elongate tubular receptacles embedded in the elastomer material, it being possible, after vulcanization, for electronic components, preferably sensors, signal processing or control devices and/or transmission devices, to be positioned in the cavity of said receptacles, - the tubular receptacle is embedded in the elastomer material in such a way that its longitudinal axis or the direction of its greatest extent is oriented substantially transversely to the main bending direction of the belt, - the tubular receptacle is a plastics tube or small tube, preferably made of polyamide or polyphenylene sulfide.
Cushioning for a seating or backrest portion of a motor vehicle seat, said cushioning comprising: - an elastically compressible material-based padded block, - a cap for covering said block, - a heating layer being inserted between said block and said cap, said layer comprising an electric circuit 5 made from conductive ink, said ink being based on a polymer binder wherein are dispersed conductive particles, said ink being printed on a support, said cushioning having the following features: - said circuit comprises at least one first and at least one second (8a, 8b) bus extending longitudinally, - said first bus is provided with a first connection point intended to be connected to a first pole of an electrical generator and said second bus is provided with a second connection point (10a, 10b) intended to be connected to a second pole of said generator, said connection points being located along an edge of said cushioning, - said buses are connected together by a plurality of printed microcircuits shaped so as to form resistances capable of heating said cushioning by flow of an electrical current, said cushioning being characterised in that it furthermore has, as required, either one of the following features: - said buses are made from a first ink and said microcircuits are made from a second ink, said first ink having a higher intrinsic conductivity than that of the second ink, - or indeed said buses and microcircuits are made from one same ink, said ink being deposited more thickly for said buses than for said microcircuits, such that said buses provide minimised electrical resistance to the flow of current. - an elastically compressible material-based padded block, - a cap for covering said block, - a heating layer being inserted between said block and said cap, said layer comprising an electric circuit 5 made from conductive ink, said ink being based on a polymer binder wherein are dispersed conductive particles, said ink being printed on a support, - said circuit comprises at least one first and at least one second (8a, 8b) bus extending longitudinally, - said first bus is provided with a first connection point intended to be connected to a first pole of an electrical generator and said second bus is provided with a second connection point (10a, 10b) intended to be connected to a second pole of said generator, said connection points being located along an edge of said cushioning, - said buses are connected together by a plurality of printed microcircuits shaped so as to form resistances capable of heating said cushioning by flow of an electrical current, - said buses are made from a first ink and said microcircuits are made from a second ink, said first ink having a higher intrinsic conductivity than that of the second ink, - or indeed said buses and microcircuits are made from one same ink, said ink being deposited more thickly for said buses than for said microcircuits, such that said buses provide minimised electrical resistance to the flow of current.
Method for producing an electrical line having at least one conductor, which has a wire bundle made of a number of individual wires and an insulating sheath surrounding the latter, wherein the wire bundle is guided through a shaping element along a central longitudinal axis in a feed area immediately upstream of an extruder in order to guide and to predefine its cross-sectional shape, wherein the shaping element rotates about the central longitudinal axis, and in that the insulating sheath is then applied to the wire bundle by means of the extruder, characterized in that the shaping element rotates relative to the wire bundle, and in that the individual wires in the wire bundle are untwisted or the wire bundle has a lay length of a minimum of 0.5 m.