mhurhangee/ep-ind-claims huggingface dataset:
An antibody-drug conjugate comprising: an anti-HER2 antibody having greater than 90% fucosylation; wherein said anti-HER2 antibody comprises a light chain comprising the amino acid sequence set forth in SEQ ID NO:4 and a heavy chain comprising the amino acid sequence set forth in SEQ ID NO:8; at least one molecule of an anti-cancer drug, and a linker connecting the anti-HER2 antibody and the at least on molecule of said anti-cancer drug; wherein the percent fucosylation refers to the percentage ratio of the molar amount of the fucosylated glycans to the total molar amount of both fucosylated and non-fucosylated glycans. an anti-HER2 antibody having greater than 90% fucosylation; wherein said anti-HER2 antibody comprises a light chain comprising the amino acid sequence set forth in SEQ ID NO:4 and a heavy chain comprising the amino acid sequence set forth in SEQ ID NO:8; at least one molecule of an anti-cancer drug, and a linker connecting the anti-HER2 antibody and the at least on molecule of said anti-cancer drug; wherein the percent fucosylation refers to the percentage ratio of the molar amount of the fucosylated glycans to the total molar amount of both fucosylated and non-fucosylated glycans.
A stylus tip structure for a passive capacitive stylus, the stylus tip structure being formed by electric conductive material and comprising: a stylus tip body, formed as a hollow member and provided with a plurality of through holes; and an embedded member, characterized in that, the embedded member comprises a plurality of contacts and connecting arms each connected to adjacent two contacts, the contacts are arranged corresponding to the through holes, the connecting arms are arranged in an inner cavity of the stylus tip body, the plurality of contacts are connected through the connecting arms to form an elastic integral structure, and a portion of each of the contacts is exposed out of the stylus tip body through the through hole for coming into contact with a glass surface of a capacitive touch panel. a stylus tip body, formed as a hollow member and provided with a plurality of through holes; and an embedded member, characterized in that, the embedded member comprises a plurality of contacts and connecting arms each connected to adjacent two contacts, the contacts are arranged corresponding to the through holes, the connecting arms are arranged in an inner cavity of the stylus tip body, the plurality of contacts are connected through the connecting arms to form an elastic integral structure, and a portion of each of the contacts is exposed out of the stylus tip body through the through hole for coming into contact with a glass surface of a capacitive touch panel.
An electrical connection arrangement between a flat conductor or conductor section and a cable, wherein the flat conductor or conductor section leads to a window pane, in particular a laminate window pane and electrical or electronic components arranged at the window pane and the cable is part of an electrical external connection, wherein the flat conductor or conductor section is configured on a carrier foil, in particular a polyimide foil and configured with a plastic encapsulation encased about the flat conductor by injection molding at least in a portion of an electrical contact location of the cable and the flat conductor or conductor section, characterized in that an adhesion enhancing heat activatable glue film is applied in the portion of the carrier foil but does not cover a space of the electrical contact location but envelops the electrical contact location or forms an area border around the electrical contact location, wherein the encasement by injection molding is performed after the electrical connection at the contact location is provided and pressure and the temperature introduction simultaneously activate the glue film so that a very tight and durable connection is provided.
An actuating mechanism for mobile living quarters having a main living area and a retractable room movable relative to the main living area between a retracted position retracted within the main living area and an extended position extended from the main living area to provide an auxiliary living area, said retractable room being movable through an aperture in a sidewall of said mobile living quarters, the actuating mechanism for moving said retractable room between the extended and retracted positions, said actuating mechanism comprising: a first pair of gear rack engagement members (32, 34) fixed relative to said retractable room and moving with said retractable room, each said engagement member having a plurality of slots; a pair of pinion drive members (58, 60), each drive member having engagement features for engaging a corresponding engagement member, said drive members being driven together to move said retractable room between its retracted and extended positions; and an engagement mechanism which maintains said drive members and engagement members at a constant distance between each other regardless of changes in spacing between said retractable room and said aperture, characterised in said engagement mechanism comprising a hooked extension extending from a bearing block associated with the drive member, which hooked extension is received within a longitudinally extending groove formed on the engagement member. a first pair of gear rack engagement members (32, 34) fixed relative to said retractable room and moving with said retractable room, each said engagement member having a plurality of slots; a pair of pinion drive members (58, 60), each drive member having engagement features for engaging a corresponding engagement member, said drive members being driven together to move said retractable room between its retracted and extended positions; and an engagement mechanism which maintains said drive members and engagement members at a constant distance between each other regardless of changes in spacing between said retractable room and said aperture, characterised in said engagement mechanism comprising a hooked extension extending from a bearing block associated with the drive member, which hooked extension is received within a longitudinally extending groove formed on the engagement member.
Lighting device, comprising - at least one light source for emitting a polarized primary light beam, - at least one phosphor volume for at least partly converting primary light of the primary light beam into secondary light having a different wavelength, which is arranged in a path of at least one primary light beam, and - at least one light sensor arranged at least in a part of an original path of the primary light beam downstream of the location of the phosphor volume, wherein - the light sensor is sensitive at least to the primary light and is polarization-sensitive, characterized in that the light sensor comprises a photodiode comprising a primary light filter and a polarization filter. - at least one light source for emitting a polarized primary light beam, - at least one phosphor volume for at least partly converting primary light of the primary light beam into secondary light having a different wavelength, which is arranged in a path of at least one primary light beam, and - at least one light sensor arranged at least in a part of an original path of the primary light beam downstream of the location of the phosphor volume, - the light sensor is sensitive at least to the primary light and is polarization-sensitive,
A method comprising: receiving network data to be output through an aggregation bundle having a plurality of member ports (P1-P7), each member port associated with one of a plurality of line cards interconnected through a switch fabric, wherein the network data is received by a receiving line card of the plurality of line cards; identifying any local member ports (P2, P3) from the plurality of member ports, each of the local member ports being a port of the receiving line card; identifying one or more non-local member ports (P4, P5, P6. P7) from the plurality of member ports, each of the non-local member ports being reachable from the receiving line card over a path through the switch fabric to a different one of the plurality of line cards; identifying available non-local member ports by determining, for each of the non-local member ports, whether the path within the switch fabric is utilized less than a threshold utilization value; selecting a member port by applying a hashing algorithm to a group consisting of the local member ports and each of the identified available non-local member ports; and outputting the network data over an interface to reach the selected member port. receiving network data to be output through an aggregation bundle having a plurality of member ports (P1-P7), each member port associated with one of a plurality of line cards interconnected through a switch fabric, wherein the network data is received by a receiving line card of the plurality of line cards; identifying any local member ports (P2, P3) from the plurality of member ports, each of the local member ports being a port of the receiving line card; identifying one or more non-local member ports (P4, P5, P6. P7) from the plurality of member ports, each of the non-local member ports being reachable from the receiving line card over a path through the switch fabric to a different one of the plurality of line cards; identifying available non-local member ports by determining, for each of the non-local member ports, whether the path within the switch fabric is utilized less than a threshold utilization value; selecting a member port by applying a hashing algorithm to a group consisting of the local member ports and each of the identified available non-local member ports; and outputting the network data over an interface to reach the selected member port.
A semiconductor integrated circuit configured to be connected to a data transmission destination via a switch, the semiconductor integrated circuit comprising: a control circuit configured to designate, based on first memory map information in which addresses of memories used respectively by a plurality of semiconductor integrated circuits are defined, a first address of a first memory connected to the data transmission destination, which is one out of the plurality of semiconductor integrated circuits; an address converting circuit configured to convert the first address to a second address of the first memory, the second address being defined in second memory map information referred to by the data transmission destination; and a bus interface configured to output the second address and transmission data, the bus interface being capable of continuously transmitting without waiting for a response from the data transmission destination. a control circuit configured to designate, based on first memory map information in which addresses of memories used respectively by a plurality of semiconductor integrated circuits are defined, a first address of a first memory connected to the data transmission destination, which is one out of the plurality of semiconductor integrated circuits; an address converting circuit configured to convert the first address to a second address of the first memory, the second address being defined in second memory map information referred to by the data transmission destination; and a bus interface configured to output the second address and transmission data, the bus interface being capable of continuously transmitting without waiting for a response from the data transmission destination.
A heat exchange device for atmospheric tower oil-gas, comprising a heat exchanger; the heat exchanger comprising: a shell having a top, a bottom, a tube pass entrance and a tube pass exit; an upper tube plate and a lower tube plate which both are located within the shell; and heat exchange tubes supported between the upper tube plate and a lower tube plate; an inlet of each heat exchange tube connecting to the tube pass entrance which is arranged on the bottom of the shell, an outlet of each heat exchange tube connecting to the tube pass exit which is arranged on the top of the shell, the tube pass exit and the tube pass entrance used for connecting crude oil flow; a shell pass entrance for connecting to an atmospheric tower oil-gas pipeline arranged on an upper portion of the shell; and a shell pass exit arranged on a lower portion of the shell; wherein an annular water injection pipe connected to an external water injection pipeline is arranged within the upper portion of the shell, the annular water injection pipe has multiple water pores communicated to the interior of the shell; the atmospheric tower oil-gas pipeline is connected to the external water injection pipeline via a first water injection pipeline and a third water injection pipeline; a first solenoid valve and a second solenoid valve are respectively arranged on the first water injection pipeline and the third water injection pipeline; and, the annular water injection pipe is communicated to the external water injection pipeline via a second water injection pipeline. a shell having a top, a bottom, a tube pass entrance and a tube pass exit; an upper tube plate and a lower tube plate which both are located within the shell; and heat exchange tubes supported between the upper tube plate and a lower tube plate; an inlet of each heat exchange tube connecting to the tube pass entrance which is arranged on the bottom of the shell, an outlet of each heat exchange tube connecting to the tube pass exit which is arranged on the top of the shell, the tube pass exit and the tube pass entrance used for connecting crude oil flow; a shell pass entrance for connecting to an atmospheric tower oil-gas pipeline arranged on an upper portion of the shell; and a shell pass exit arranged on a lower portion of the shell; wherein an annular water injection pipe connected to an external water injection pipeline is arranged within the upper portion of the shell, the annular water injection pipe has multiple water pores communicated to the interior of the shell; the atmospheric tower oil-gas pipeline is connected to the external water injection pipeline via a first water injection pipeline and a third water injection pipeline; a first solenoid valve and a second solenoid valve are respectively arranged on the first water injection pipeline and the third water injection pipeline; and, the annular water injection pipe is communicated to the external water injection pipeline via a second water injection pipeline.
A polymer composition, comprising: 30 to 70 parts by weight of at least one thermoplastic resin selected from the group consisting of a thermoplastic polyurethane resin, a thermoplastic polyolefin resin, a thermoplastic elastomer resin, a rubber-modified styrene-based resin, a polycarbonate -based resin, an ester-based resin, ethylene octane rubber and a polypropylene -based thermoplastic vulcanizate; 1 to 50 parts by weight of an eco-friendly resin consisting of a bio-resin, selected from PA11 resin derived from castor bean and a corn-derived resin; and 1 to 60 parts by weight of a silicone resin based on the total weight of the polymer composition. 30 to 70 parts by weight of at least one thermoplastic resin selected from the group consisting of a thermoplastic polyurethane resin, a thermoplastic polyolefin resin, a thermoplastic elastomer resin, a rubber-modified styrene-based resin, a polycarbonate -based resin, an ester-based resin, ethylene octane rubber and a polypropylene -based thermoplastic vulcanizate; 1 to 50 parts by weight of an eco-friendly resin consisting of a bio-resin, selected from PA11 resin derived from castor bean and a corn-derived resin; and 1 to 60 parts by weight of a silicone resin based on the total weight of the polymer composition.
A gearbox for a motor vehicle including a plurality of forward gear ratios (I, II, III, IV, V, VI) and a reverse gear ratio, the gearbox further including: - a control device configured for controlling the selection and the engagement of said forward gear ratios (I, II, III, IV, V, VI) and of said reverse gear ratio; and - a plurality of engagement devices (S1/2, S3/4, S5/6 SRM) that can be controlled by means of said control device for engaging the forward gear ratios (I, II, III, IV, V, VI) or reverse gear ratio of the gearbox that are operatively associated to said devices, wherein the gearbox includes a locking device, which is electrically controlled and configured for preventing actuation of the engagement device (S1/2) associated to a predetermined forward gear ratio (I, II), said locking device being configured for being actuated above a threshold speed of a motor vehicle on which said gearbox is installed, wherein said predetermined forward gear ratio is a first gear ratio, wherein said locking device includes at least one actuator (272, 274) configured for displacing a pin (278, 280) between an extracted position and a retracted position, wherein said control device includes a case fixed to a casing of said gearbox and a control shaft rotatably mounted and axially movable within said case, wherein said at least one actuator of said locking device includes at least one electromagnetic actuator (472, 474) fixed to said case, the gearbox being characterized in that said control shaft includes a first radial engagement finger and a second radial engagement finger for controlling corresponding devices (S1/2, S3/4, S5/6, SRM) for engagement of the forward gear ratios (I, II, III, IV, V, VI) and of the reverse gear ratio, wherein the gear ratios define engagement planes, wherein said locking device includes a bushing fixed to one end of said control shaft and adjacent to said first radial engagement finger, said bushing further including a radial tab, wherein the pin (278, 280) of the at least one electromagnetic actuator (272, 274), when the control shaft is in a position that makes the selection of the engagement plane of said predetermined forward gear ratio (I, II), is configured to come into contact with said tab, thus preventing rotation of the control shaft and engagement of said predetermined forward gear ratio (I, II), wherein said at least one electromagnetic actuator (272, 274) is configured for moving the respective pin (278, 280) in an axial direction, wherein said at least one electromagnetic actuator (272, 274) is positioned with respect to said case so that the respective pin (278, 280) has its axis parallel to a main axis of the control shaft. - a control device configured for controlling the selection and the engagement of said forward gear ratios (I, II, III, IV, V, VI) and of said reverse gear ratio; and - a plurality of engagement devices (S1/2, S3/4, S5/6 SRM) that can be controlled by means of said control device for engaging the forward gear ratios (I, II, III, IV, V, VI) or reverse gear ratio of the gearbox that are operatively associated to said devices,
An apparatus comprising: a plurality of gain circuits (550, 650, 950a, 950b, 950n) configured to receive at least one input radio frequency, RF, signal comprising transmissions sent on multiple carriers at different frequencies to a wireless device and to provide at least one amplified RF signal; a drive circuit (560, 960) coupled to the plurality of gain circuits (550, 650, 950) and configured to receive the at least one amplified RF signal and provide at least one drive RF signal; and a plurality of load circuits (570, 970a, 970m) coupled to the drive circuit (560, 960) and configured to receive the at least one drive RF signal and provide at least one output RF signal; wherein the drive circuit (560, 960) includes cascode transistors coupled between the plurality of gain circuits (550, 650, 950a, 950b, 950n) and the plurality of load circuits (570, 970a, 970m), wherein each gain circuit (550, 650, 950a, 950b, 950n) is coupled to each load circuit (570, 970a, 970m) via a different one of the cascode transistors, each of which configured to be enabled and disabled by a respective control signal. a plurality of gain circuits (550, 650, 950a, 950b, 950n) configured to receive at least one input radio frequency, RF, signal comprising transmissions sent on multiple carriers at different frequencies to a wireless device and to provide at least one amplified RF signal; a drive circuit (560, 960) coupled to the plurality of gain circuits (550, 650, 950) and configured to receive the at least one amplified RF signal and provide at least one drive RF signal; and a plurality of load circuits (570, 970a, 970m) coupled to the drive circuit (560, 960) and configured to receive the at least one drive RF signal and provide at least one output RF signal; wherein the drive circuit (560, 960) includes cascode transistors coupled between the plurality of gain circuits (550, 650, 950a, 950b, 950n) and the plurality of load circuits (570, 970a, 970m), wherein each gain circuit (550, 650, 950a, 950b, 950n) is coupled to each load circuit (570, 970a, 970m) via a different one of the cascode transistors, each of which configured to be enabled and disabled by a respective control signal.
A foam-dispensing pump comprising: an actuator; a collar constructed and arranged for attachment to a liquid storage container, wherein a portion of said actuator is received by said collar; a housing; an air piston which is constructed and arranged to be moveable within said housing; a liquid piston which is constructed and arranged to be moveable within said housing; means for the production of foam; and an air valve structure constructed and arranged with a first component assembled into the air piston and with a cooperating second component assembled onto the liquid piston, characterized in that: said second component includes an annular sleeve component; said annular sleeve component is axially reversible; said annular sleeve component is constructed and arranged with a first axially outer surface and with a second axially outer surface; and the assembly of said foam-dispensing pump positions either one of said axially outer surfaces (42a; 42b) adjacent a surface of said piston due to the reversible construction of said annular sleeve component. an actuator; a collar constructed and arranged for attachment to a liquid storage container, wherein a portion of said actuator is received by said collar; a housing; an air piston which is constructed and arranged to be moveable within said housing; a liquid piston which is constructed and arranged to be moveable within said housing; means for the production of foam; and an air valve structure constructed and arranged with a first component assembled into the air piston and with a cooperating second component assembled onto the liquid piston, said second component includes an annular sleeve component; said annular sleeve component is axially reversible; said annular sleeve component is constructed and arranged with a first axially outer surface and with a second axially outer surface; and the assembly of said foam-dispensing pump positions either one of said axially outer surfaces (42a; 42b) adjacent a surface of said piston due to the reversible construction of said annular sleeve component.