mhurhangee/ep-ind-claims huggingface dataset:
A method for communicating first and second requests using a protocol between a host system and a device, comprising: negotiating at the device a maximum transfer size for the request; in response to negotiating a maximum transfer size for the request setting a total size of a set of one or more receive buffers at the device to an attenuated total size, wherein the total size of the set of receive buffers is smaller than the maximum transfer size; determining at the device whether the host sends an end-of-transfer indicator for the request; and in response to determining at the device that the host does not send an end-of-transfer indicator, searching for the end-of-transfer indicator in the second request to thereby complete the first request, and growing a request queue to hold a plurality of requests, wherein the attenuated total size for the set of receive buffers is retained. negotiating at the device a maximum transfer size for the request; in response to negotiating a maximum transfer size for the request setting a total size of a set of one or more receive buffers at the device to an attenuated total size, wherein the total size of the set of receive buffers is smaller than the maximum transfer size; determining at the device whether the host sends an end-of-transfer indicator for the request; and in response to determining at the device that the host does not send an end-of-transfer indicator, searching for the end-of-transfer indicator in the second request to thereby complete the first request, and growing a request queue to hold a plurality of requests, wherein the attenuated total size for the set of receive buffers is retained.
System for determining characteristic values of an ametropia of a subject, having - a device for generating optical test structures and - a means for viewing the test structures by the subject, comprising a correction unit for correcting possible ametropia phenomena of the subj ect, characterized in that the optical test structures have at least two different simultaneously displayed and moving speckle patterns (14, 16) of different wavelengths. - a device for generating optical test structures and - a means for viewing the test structures by the subject, comprising a correction unit for correcting possible ametropia phenomena of the subj ect,
Method for producing perspectively corrected images of a stored three-dimensional vicinity model of a vehicle, comprising the steps of: producing at least one camera image by way of a camera device of the vehicle; projecting the produced camera image onto a projection surface in the stored three-dimensional vicinity model of the vehicle; indicating a driver-relevant region in the stored three-dimensional vicinity model; projecting the indicated region onto a corresponding projection surface region of the projection surface for marking, in a perspectively corrected manner, an image region, which corresponds to the indicated region, of the camera image that is projected onto the projection surface, wherein the indicated region is projected onto the projection surface by virtue of the fact that a respective point of the indicated region is imaged onto an intersection point of a corresponding connection line with the projection surface, wherein the connection line connects said point of the indicated region to a specified reference point of the vicinity model; producing an image of the projection surface with the region projected onto the projection surface region using a virtual camera that is freely movable in the vicinity model; and outputting the image produced. producing at least one camera image by way of a camera device of the vehicle; projecting the produced camera image onto a projection surface in the stored three-dimensional vicinity model of the vehicle; indicating a driver-relevant region in the stored three-dimensional vicinity model; projecting the indicated region onto a corresponding projection surface region of the projection surface for marking, in a perspectively corrected manner, an image region, which corresponds to the indicated region, of the camera image that is projected onto the projection surface, wherein the indicated region is projected onto the projection surface by virtue of the fact that a respective point of the indicated region is imaged onto an intersection point of a corresponding connection line with the projection surface, wherein the connection line connects said point of the indicated region to a specified reference point of the vicinity model; producing an image of the projection surface with the region projected onto the projection surface region using a virtual camera that is freely movable in the vicinity model; and outputting the image produced.
An antibody composition comprising a first anti-human EGFR antibody molecule and a second, distinct anti-human EGFR antibody molecule, wherein: a) the first anti-EGFR antibody molecule comprises the heavy chain CDR1, CDR2, and CDR3 amino acid sequences in SEQ ID NO: 40 and the light chain CDR1, CDR2, and CDR3 amino acid sequences in SEQ ID NO: 72; and b) the second anti-EGFR antibody molecule comprises the heavy chain CDR1, CDR2, and CDR3 amino acid sequences in SEQ ID NO: 41 and the light chain CDR1, CDR2, and CDR3 amino acid sequences in SEQ ID NO: 73. a) the first anti-EGFR antibody molecule comprises the heavy chain CDR1, CDR2, and CDR3 amino acid sequences in SEQ ID NO: 40 and the light chain CDR1, CDR2, and CDR3 amino acid sequences in SEQ ID NO: 72; and b) the second anti-EGFR antibody molecule comprises the heavy chain CDR1, CDR2, and CDR3 amino acid sequences in SEQ ID NO: 41 and the light chain CDR1, CDR2, and CDR3 amino acid sequences in SEQ ID NO: 73.
A method of downhole communication comprising the steps of:- (a) programming at least one tag to emit a radio frequency identification signal, wherein each tag includes a first antenna with an axis; (b) locating a reader responsive to signals emitted from the at least one tag downhole, wherein the downhole reader includes a second antenna with an axis; (c) moving the at least one tag past the downhole reader such that the downhole reader is capable of reading data from the tag when the tag passes the reader; and (d) thereby communicating data from the tag to the reader downhole, characterised in that: the radio frequency identification signal is in the form of a frequency change in a carrier wave between at least two discrete frequencies that are in the frequency range between 10 kilohertz and 200 kilohertz, and at least one tag is in an orientation with respect to the downhole reader, wherein in said orientation of said at least one tag with respect to the downhole reader, the axis of the first antenna in said at least one tag is oriented at an angle that is equal to 45 degrees or less than 45 degrees with respect to the axis of the second antenna in the downhole reader. (a) programming at least one tag to emit a radio frequency identification signal, wherein each tag includes a first antenna with an axis; (b) locating a reader responsive to signals emitted from the at least one tag downhole, wherein the downhole reader includes a second antenna with an axis; (c) moving the at least one tag past the downhole reader such that the downhole reader is capable of reading data from the tag when the tag passes the reader; and (d) thereby communicating data from the tag to the reader downhole, characterised in that: the radio frequency identification signal is in the form of a frequency change in a carrier wave between at least two discrete frequencies that are in the frequency range between 10 kilohertz and 200 kilohertz, and at least one tag is in an orientation with respect to the downhole reader, wherein in said orientation of said at least one tag with respect to the downhole reader, the axis of the first antenna in said at least one tag is oriented at an angle that is equal to 45 degrees or less than 45 degrees with respect to the axis of the second antenna in the downhole reader.
Correction fluid comprising: a- an organic solvent; b- a dispersing and wetting agent comprising a polyamine amide of polycarboxylic acid obtained by a reaction between a fatty acid dimer and a diamine, the fatty acid being a C14 to C22 fatty acid, advantageously a polyamine amide salt of polycarboxylic acid; c- an opacifying agent in a content of between 37 and 60 wt.%, based on the total weight of the correction fluid; d- a resin; e- and optionally an additive. a- an organic solvent; b- a dispersing and wetting agent comprising a polyamine amide of polycarboxylic acid obtained by a reaction between a fatty acid dimer and a diamine, the fatty acid being a C14 to C22 fatty acid, advantageously a polyamine amide salt of polycarboxylic acid; c- an opacifying agent in a content of between 37 and 60 wt.%, based on the total weight of the correction fluid; d- a resin; e- and optionally an additive.
An OPEP device, comprising: a housing enclosing at least one chamber (114, 514); a chamber inlet (104, 504) configured to receive exhaled air into the at least one chamber; a first chamber outlet and a second chamber outlet configured to permit exhaled air to exit the at least one chamber (118, 514); an exhalation flow path defined between the chamber inlet (104, 504) and the first chamber outlet; a restrictor member positioned in the exhalation flow path, the restrictor member moveable in response to a flow of exhaled air along the exhalation flow path between a closed position, where the flow of exhaled air along the exhalation flow path through the chamber inlet is restricted and the flow of exhaled air is directed toward the first chamber outlet, and an open position, where the flow of exhaled air along the exhalation flow path through the chamber inlet is less restricted and the flow of exhaled air is directed toward the second chamber outlet; a variable nozzle positioned in the exhalation flow path such that the exhalation flow path passes through an orifice of the variable nozzle; and a vane positioned adjacent the orifice, the vane being operatively connected to the restrictor member and configured to move the restrictor member between the closed position and the open position in response to an increased pressure adjacent the vane, wherein a size of the orifice is configured to increase in response to the flow of exhaled air through the orifice. a housing enclosing at least one chamber (114, 514); a chamber inlet (104, 504) configured to receive exhaled air into the at least one chamber; a first chamber outlet and a second chamber outlet configured to permit exhaled air to exit the at least one chamber (118, 514); an exhalation flow path defined between the chamber inlet (104, 504) and the first chamber outlet; a restrictor member positioned in the exhalation flow path, the restrictor member moveable in response to a flow of exhaled air along the exhalation flow path between a closed position, where the flow of exhaled air along the exhalation flow path through the chamber inlet is restricted and the flow of exhaled air is directed toward the first chamber outlet, and an open position, where the flow of exhaled air along the exhalation flow path through the chamber inlet is less restricted and the flow of exhaled air is directed toward the second chamber outlet; a variable nozzle positioned in the exhalation flow path such that the exhalation flow path passes through an orifice of the variable nozzle; and a vane positioned adjacent the orifice, the vane being operatively connected to the restrictor member and configured to move the restrictor member between the closed position and the open position in response to an increased pressure adjacent the vane, wherein a size of the orifice is configured to increase in response to the flow of exhaled air through the orifice.
An adapter assembly for connecting a loading unit to a handle assembly, the adapter assembly comprising: a sleeve; a removable trocar assembly releasably securable with the sleeve, the trocar assembly including a housing defining first and second locking openings (123a, 123b); and a locking assembly configured to releasably secure the trocar assembly within the sleeve, the locking assembly including first and second button members (132, 134), and corresponding first and second locking members (136, 138) selectively movable in response to movement of the first and second button members, the first and second locking members being configured for selective reception within the respective first and second locking openings (123a, 123b) of the trocar housing and being moveable between a first position where the trocar assembly is securely received within the sleeve and a second position where the trocar assembly is removable from within the sleeve; wherein the first and second locking members (136, 138) are biased to the first position by respective first and second springs (142a, 142b). a sleeve; a removable trocar assembly releasably securable with the sleeve, the trocar assembly including a housing defining first and second locking openings (123a, 123b); and a locking assembly configured to releasably secure the trocar assembly within the sleeve, the locking assembly including first and second button members (132, 134), and corresponding first and second locking members (136, 138) selectively movable in response to movement of the first and second button members, the first and second locking members being configured for selective reception within the respective first and second locking openings (123a, 123b) of the trocar housing and being moveable between a first position where the trocar assembly is securely received within the sleeve and a second position where the trocar assembly is removable from within the sleeve; wherein the first and second locking members (136, 138) are biased to the first position by respective first and second springs (142a, 142b).
A wear member for attachment to excavating equipment comprising a front end, a rear end, a socket that opens in the rear end to receive a nose fixed to the excavating equipment, a through-hole in communication with the socket, and a lock integrally connected in the through-hole for movement between a hold position where the lock can secure the wear member to the nose and a release position where the wear member can be released from the nose, the lock and the through-hole being cooperatively structured to releasably retain the lock in each of said hold and release positions irrespective of the receipt of the nose in the socket, characterized by the lock including a latch formation to hold the lock in the hold and release positions.
A fluidizing gas nozzle head suitable to be connected to a fluidizing gas feeding device of a fluidized bed reactor, the fluidizing gas nozzle head comprising - an inlet channel having a longitudinal axis, an inlet end and a second end, the inlet end of the inlet channel being adapted to connect the inlet channel in vertical gas flow connection with the fluidizing gas feeding device, - four outlet channels, each of the four outlet channels extending from a first end to an outlet end, and - a gas distribution space having a bottom face and a ceiling opposite to the bottom face, wherein the second end of the inlet channel and the first ends of the four outlet channels are connected to direct gas flow connection with the gas distribution space, characterized in that each of the first ends of the four outlet channels has a central point, which central points define a rectangle with two long sides and two short sides having an aspect ratio of at least 2:1, and the gas distribution space is divided by a division wall into two identical halves so that two outlet channels are on the same side of the division wall. - an inlet channel having a longitudinal axis, an inlet end and a second end, the inlet end of the inlet channel being adapted to connect the inlet channel in vertical gas flow connection with the fluidizing gas feeding device, - four outlet channels, each of the four outlet channels extending from a first end to an outlet end, and - a gas distribution space having a bottom face and a ceiling opposite to the bottom face, wherein the second end of the inlet channel and the first ends of the four outlet channels are connected to direct gas flow connection with the gas distribution space,
Cell for electrochemically storing electrical energy, comprising: a first subcell (101; 301) and a second subcell (102; 302), which are each designed for electrochemically storing electrical energy; and a first electrolyte-stable insulating body (103; 304) for thermally insulating the first subcell and the second subcell from each other, said body being arranged in an interspace between the first and second subcells that is confined by a side face (111; 311) of the first subcell and a side face (112; 312) of the second subcell, wherein the first insulating body comprises a first thermally insulating material (105; 205, 206) having a thermal conductivity of at most 1 W/(m·K) and comprises a first heating structure which is designed to heat the first subcell (101; 301) and the second subcell (102; 302), wherein the first insulating body is electrically insulated both from the first subcell and from the second subcell, wherein the first heating structure comprises two heating elements (107, 108), the first thermally insulating material is designed as a plate which has a first surface and a second surface opposite the first surface, the first surface and the second surface each face one of the interspace-confining side faces of the first and second subcells, and a heating element (107, 108) of the first heating structure is arranged on each of the first surface and the second surface. a first subcell (101; 301) and a second subcell (102; 302), which are each designed for electrochemically storing electrical energy; and a first electrolyte-stable insulating body (103; 304) for thermally insulating the first subcell and the second subcell from each other, said body being arranged in an interspace between the first and second subcells that is confined by a side face (111; 311) of the first subcell and a side face (112; 312) of the second subcell, wherein the first insulating body comprises a first thermally insulating material (105; 205, 206) having a thermal conductivity of at most 1 W/(m·K) and comprises a first heating structure which is designed to heat the first subcell (101; 301) and the second subcell (102; 302), wherein the first insulating body is electrically insulated both from the first subcell and from the second subcell, wherein the first heating structure comprises two heating elements (107, 108), the first thermally insulating material is designed as a plate which has a first surface and a second surface opposite the first surface, the first surface and the second surface each face one of the interspace-confining side faces of the first and second subcells, and a heating element (107, 108) of the first heating structure is arranged on each of the first surface and the second surface.
A sterilizable separator tube comprising: a separator composition, the separator composition comprising a plurality of polymerizable compounds, a radical scavenger and a polymerization initiator, wherein the plurality of polymerizable compounds comprises a mixture of an aliphatic urethane diacrylate and an aliphatic acrylate; wherein the radical scavenger is present at concentrations ranging from 0.5 mM to 50 mM, thereby preventing substantial polymerization of the polymerizable compounds upon irradiating at least a portion of the separator tube to radical-generating radiation in a dosage effective for sterilization, wherein the step of irradiating will be performed with gamma-irradiation or e-beam irradiation of at least 15 kGy, while still permitting subsequent radical polymerization; and wherein the polymerization initiator is a radical photoinitiator present in an amount effective to form a solid crosslinked composition through polymerization of the polymerizable compounds upon exposure of at least a portion of the separator tube to irradiation by ultraviolet light. a separator composition, the separator composition comprising a plurality of polymerizable compounds, a radical scavenger and a polymerization initiator, wherein the plurality of polymerizable compounds comprises a mixture of an aliphatic urethane diacrylate and an aliphatic acrylate; wherein the radical scavenger is present at concentrations ranging from 0.5 mM to 50 mM, thereby preventing substantial polymerization of the polymerizable compounds upon irradiating at least a portion of the separator tube to radical-generating radiation in a dosage effective for sterilization, wherein the step of irradiating will be performed with gamma-irradiation or e-beam irradiation of at least 15 kGy, while still permitting subsequent radical polymerization; and wherein the polymerization initiator is a radical photoinitiator present in an amount effective to form a solid crosslinked composition through polymerization of the polymerizable compounds upon exposure of at least a portion of the separator tube to irradiation by ultraviolet light.
A communication method performed by a terminal device, the method comprising: receiving a first command sent by a network device, wherein the first command carries a first identifier, the first command is used to activate a first bandwidth part, BWP, indicated by the first identifier, and the first BWP is a BWP on a first component carrier, CC; and characterized by: ignoring the first command when the terminal device does not support the first BWP and a second BWP in being in an active state at the same time, wherein the second BWP is a BWP in the active state on a second CC, and the second CC is different from the first CC; wherein after the ignoring the first command, the method further comprises: sending a first indication to the network device, wherein the first indication is used to indicate that the first command does not take effect; or sending a negative acknowledgement, NACK, message for the first command to the network device. ignoring the first command when the terminal device does not support the first BWP and a second BWP in being in an active state at the same time, wherein the second BWP is a BWP in the active state on a second CC, and the second CC is different from the first CC; wherein after the ignoring the first command, the method further comprises: sending a first indication to the network device, wherein the first indication is used to indicate that the first command does not take effect; or sending a negative acknowledgement, NACK, message for the first command to the network device. sending a first indication to the network device, wherein the first indication is used to indicate that the first command does not take effect; or sending a negative acknowledgement, NACK, message for the first command to the network device.
Heating system for heating a heat transport liquid, in particular for heating coolant in a coolant circuit of a combustion engine of a vehicle, comprising: - a heat transport liquid pump for circulating a heat transport liquid in a heat transport liquid circuit, - an electrically operated heater for heating the heat transport liquid circulated in the heat transport liquid circuit comprising: - a first connecting means for providing an electric connection between the heater and an AC voltage supply system, - an AC/DC converter, characterised in that the AC/DC converter is arranged such as to generate the DC voltage for energizing the heat transport liquid pump in a condition in which an AC voltage is applied to the first connecting means. - a heat transport liquid pump for circulating a heat transport liquid in a heat transport liquid circuit, - an electrically operated heater for heating the heat transport liquid circulated in the heat transport liquid circuit comprising: - a first connecting means for providing an electric connection between the heater and an AC voltage supply system, - an AC/DC converter, - a first connecting means for providing an electric connection between the heater and an AC voltage supply system, - an AC/DC converter,