mhurhangee/ep-ind-claims huggingface dataset:
A method for providing access feedback when a User Equipment, UE, with an established connection over multiple accesses towards a Gateway (10,17,20), GW, initiates a set-up of a new service for a service session, the method comprising the step of: - initiating from the UE a new service to the GW - the GW (10,17,20) or a Policy and Charging Rules Function, PCRF, initiating a Quality of Service, QoS, resource reservation as a response of the set-up of the new service initiated by the UE, the GW (10,17,20) or the PCRF in the QoS resource reservation selecting a first access as present access, characterized in the step of: - the UE rejecting said first access as present access and sending a reject message to the GW (10,17,20), wherein the reject message comprises access information indicating which at least one second access that is selectable by the GW (10,17,20) or the PCRF as present access; in response to receiving the reject message by the GW (10,17,20) or the PCRF initiating a new QoS resource reservation selecting the at least one second access as present access. - initiating from the UE a new service to the GW - the GW (10,17,20) or a Policy and Charging Rules Function, PCRF, initiating a Quality of Service, QoS, resource reservation as a response of the set-up of the new service initiated by the UE, the GW (10,17,20) or the PCRF in the QoS resource reservation selecting a first access as present access, - the UE rejecting said first access as present access and sending a reject message to the GW (10,17,20), wherein the reject message comprises access information indicating which at least one second access that is selectable by the GW (10,17,20) or the PCRF as present access;
Snow shovel with tilting element, said snow shovel comprising an elongated support or frame having an upper end and a lower end opposite the upper end and a blade having a front portion and an opposite rear portion; said blade is mounted at the lower end of said elongated support and is designed so as to be able to move with a rotary motion between a first shoveling position and a second snow dumping position in which it is at least partially spaced from said elongated support or frame; wherein said blade is rotatably pivoted with respect to said elongated support or frame at a substantial front-end portion thereof; said elongated support or frame comprises at least one pair of sliding elements designed for crawling in use on the ground where said snow shovel rests; the snow shovel comprises rotating means (17, 18, 19, 20) to rotate said blade operated by a connecting rod, said rotating means (17, 18, 19, 20) being arranged so as to allow said blade to rotate between said first shoveling position and said second snow dumping position; said snow shovel being characterized in that: said rotating means (17, 18, 19, 20) comprise at least one first connecting rod hinged at an intermediate portion thereof so as to be able to rotate with respect to said elongated support or frame and having a first end mechanically joined to said rear portion of said blade, at an upper portion thereof, by at least one second connecting rod, the rotation of said first connecting rod causing said blade to rotate between said first shoveling position and said second snow dumping position; said rotating means (17, 18, 19, 20) are operated by a pedal control.
A method for preparing a glass article comprising: providing a glass precursor having a composition, expressed in terms of weight percentage on an oxide basis, consisting essentially of: 55% - 75% SiO 2; 5% - 10% Na 2 O; 20% - 35% B 2 O 3; and 0% - 5% Al 2 O 3; melting the glass precursor; allowing the melted glass precursor to cool; reheating the cooled glass precursor to a temperature in a range from about 700°C to about 900°C; extruding the glass precursor; causing phase-separation in the glass precursor by a heat treatment; and leaching the glass precursor to obtain a porous glass article comprising at least 90% by weight of silica. providing a glass precursor having a composition, expressed in terms of weight percentage on an oxide basis, consisting essentially of: 55% - 75% SiO 2; 5% - 10% Na 2 O; 20% - 35% B 2 O 3; and 0% - 5% Al 2 O 3; 55% - 75% SiO 2; 5% - 10% Na 2 O; 20% - 35% B 2 O 3; and 0% - 5% Al 2 O 3; melting the glass precursor; allowing the melted glass precursor to cool; reheating the cooled glass precursor to a temperature in a range from about 700°C to about 900°C; extruding the glass precursor; causing phase-separation in the glass precursor by a heat treatment; and leaching the glass precursor to obtain a porous glass article comprising at least 90% by weight of silica.
A tape measure comprising: a spool; a housing defining an opening, the spool rotatably coupled to the housing; a blade including a first end and a second end, the first end connected to the spool and the second end movable through the opening between a retracted position and an extended position; and a cleaning assembly positioned within the housing adjacent the opening, the cleaning assembly in contact with the blade to push away debris from the blade as the blade moves between the retracted position and the extended position; wherein the cleaning assembly includes a first wiper and a second wiper; wherein the first wiper includes a cleaning portion and an attachment portion, and wherein the attachment portion directly engages the housing to attach the first wiper to the housing; wherein the housing includes a boss protruding from the housing and having a cylindrical aperture and a slot disposed along a circumference of the boss, the first wiper includes a cylindrical shaft portion and a rectangular plate member, wherein the shaft portion of the first wiper is received within the cylindrical aperture and the plate member extends through the slot. a spool; a housing defining an opening, the spool rotatably coupled to the housing; a blade including a first end and a second end, the first end connected to the spool and the second end movable through the opening between a retracted position and an extended position; and a cleaning assembly positioned within the housing adjacent the opening, the cleaning assembly in contact with the blade to push away debris from the blade as the blade moves between the retracted position and the extended position; wherein the cleaning assembly includes a first wiper and a second wiper; wherein the first wiper includes a cleaning portion and an attachment portion, and wherein the attachment portion directly engages the housing to attach the first wiper to the housing; wherein the housing includes a boss protruding from the housing and having a cylindrical aperture and a slot disposed along a circumference of the boss, the first wiper includes a cylindrical shaft portion and a rectangular plate member, wherein the shaft portion of the first wiper is received within the cylindrical aperture and the plate member extends through the slot.
A method for transmitting uplink data, the method comprising: receiving an uplink channel grant identifying uplink channel resources including a data modulation coding scheme, MCS, in recognition that a transmission of data non-associated, DNA, control information will time overlap the transmission of uplink data according to the uplink grant, selecting a control MCS based on known one or more predetermined rules; and transmitting uplink data and DNA control information in accordance with the data MCS and the control MCS on the uplink channel resources. receiving an uplink channel grant identifying uplink channel resources including a data modulation coding scheme, MCS, in recognition that a transmission of data non-associated, DNA, control information will time overlap the transmission of uplink data according to the uplink grant, selecting a control MCS based on known one or more predetermined rules; and transmitting uplink data and DNA control information in accordance with the data MCS and the control MCS on the uplink channel resources.
An aircraft engine guard, for protecting an aircraft engine having an intake side against ingestion of large objects, the guard comprising: a generally cone-shaped body having a rear end and a front end and a central axis, comprising: a base section, located at the rear end of the cone-shaped body, comprising a flange, the flange having a plurality of openings for attaching the guard to the intake of the aircraft engine via screws, bolts or rivets passing through the openings in the flange; a dome section having a plurality of forward facing intake openings, located at a forward end of the cone-shaped body; an outer wall located between the base and the dome section, comprising at least three vertical peripheral walls (14, 18a, 18b, 18c) parallel to the central axis of the cone-shaped body, forming cylinders having successively smaller diameters decreasing from the base section toward the dome section; a plurality of tabs, generally perpendicular to the central axis of the cone-shaped body, connecting each of the at least two vertical peripheral walls (14, 18a, 18b, 18c) to an adjacent vertical peripheral wall (14, 18a, 18b, 18c) or to the dome section; forward facing air intake openings (19a, 19b, 19c, 19d) at least partially defined between said tabs, the forward facing air intake openings (19a, 19b, 19c, 19d) including arcuate openings between at least two of the vertical peripheral walls (14, 18a, 18b, 18c); and a plurality of side facing air intake openings located in at least one of the vertical peripheral walls (14, 18a, 18b, 18c), the air intake openings having at least one dimensional size measuring less than a predetermined number of centimeters. a base section, located at the rear end of the cone-shaped body, comprising a flange, the flange having a plurality of openings for attaching the guard to the intake of the aircraft engine via screws, bolts or rivets passing through the openings in the flange; a dome section having a plurality of forward facing intake openings, located at a forward end of the cone-shaped body; an outer wall located between the base and the dome section, comprising at least three vertical peripheral walls (14, 18a, 18b, 18c) parallel to the central axis of the cone-shaped body, forming cylinders having successively smaller diameters decreasing from the base section toward the dome section; a plurality of tabs, generally perpendicular to the central axis of the cone-shaped body, connecting each of the at least two vertical peripheral walls (14, 18a, 18b, 18c) to an adjacent vertical peripheral wall (14, 18a, 18b, 18c) or to the dome section; forward facing air intake openings (19a, 19b, 19c, 19d) at least partially defined between said tabs, the forward facing air intake openings (19a, 19b, 19c, 19d) including arcuate openings between at least two of the vertical peripheral walls (14, 18a, 18b, 18c); and a plurality of side facing air intake openings located in at least one of the vertical peripheral walls (14, 18a, 18b, 18c), the air intake openings having at least one dimensional size measuring less than a predetermined number of centimeters.
A method of making an emulsion comprising a triglyceride and a marine protein hydrolysate, the method comprising: a) Mixing a biological marine material with water to form a water and biological marine material mixture; b) Hydrolyzing the mixture in the presence of a catalyst; and c) Heating the mixture to a temperature sufficient to inactivate the catalyst; wherein the process is carried out with less than 1% emulsifier by total weight of the emulsion. a) Mixing a biological marine material with water to form a water and biological marine material mixture; b) Hydrolyzing the mixture in the presence of a catalyst; and c) Heating the mixture to a temperature sufficient to inactivate the catalyst; wherein the process is carried out with less than 1% emulsifier by total weight of the emulsion.
A bi-specific antibody specific against digoxigenin and a target protein for use in therapy or diagnostics, wherein a nucleic acid which has been conjugated to DIG is delivered to a target cell or tissue, wherein the bi-specific antibody comprises a first antigen-binding site that binds to DIG comprising a heavy chain variable domain selected from SEQ ID NO: 3, SEQ ID NO: 3 with the mutations S49A, I57A and A60P or SEQ ID NO: 2, and a light chain variable domain selected from SEQ ID NO:5 or SEQ ID NO: 1; and a second antigen-binding site that binds to a target protein.
(Amended) A communication apparatus, comprising: a data processing unit adapted to generate packets storing encoded data; and a communication unit adapted to transmit the generated packets to a data reception apparatus, wherein a plurality of the transmitted packets carry fragments of a NAL unit obtained by further dividing the NAL unit configuring a group of pictures serving as a processing unit of the encoded data, each of the plurality of the transmitted packets carrying a different one of the fragments of the NAL unit and including in-NAL unit position identification information in a header for identifying whether the different one of the fragments is data located at a head position, an intermediate position, or a tail position of the NAL unit before the division and arrangement information of the different one of the fragments in the NAL unit as additional information, the encoded data stored in the packets being equal to or less than a maximum data transfer unit (a maximum transfer unit of a MAC frame, the data processing unit being further adapted to sequentially transmit the packets through the communication unit. a data processing unit adapted to generate packets storing encoded data; and a communication unit adapted to transmit the generated packets to a data reception apparatus, wherein a plurality of the transmitted packets carry fragments of a NAL unit obtained by further dividing the NAL unit configuring a group of pictures serving as a processing unit of the encoded data, each of the plurality of the transmitted packets carrying a different one of the fragments of the NAL unit and including in-NAL unit position identification information in a header for identifying whether the different one of the fragments is data located at a head position, an intermediate position, or a tail position of the NAL unit before the division and arrangement information of the different one of the fragments in the NAL unit as additional information, the encoded data stored in the packets being equal to or less than a maximum data transfer unit (a maximum transfer unit of a MAC frame, the data processing unit being further adapted to sequentially transmit the packets through the communication unit.
A torque fluctuation absorbing apparatus comprising: a first side plate; a second side plate disposed at an axially displaced position from the first side plate; a lining plate that is disposed between the first side plate and the second side plate and is connected to a flywheel at a position that is radially outward relative to the first side plate and the second side plate; a connecting member that connects the first side plate and the second side plate at a position that is radially inward relative to the lining plate; a pressure plate disposed between the second side plate and the lining plate; and an elastic member that is supported by the second side plate and biases the pressure plate toward the lining plate; the lining plate being slidably sandwiched between the first side plate and the pressure plate, and the first side plate and the second side plate each including a reinforcing portion having a portion that is axially curved at a location that is radially outward relative to the connecting member, characterized in that the connecting member connects the first side plate and the second side plate with a predetermined gap in the axial direction, and the reinforcing portion of one or both of the first side plate and the second side plate is a rib (12c, 13c, 13f) that is curved once in one axial direction or the other axial direction from a main body and formed continuously or partially in the circumferential direction. a first side plate; a second side plate disposed at an axially displaced position from the first side plate; a lining plate that is disposed between the first side plate and the second side plate and is connected to a flywheel at a position that is radially outward relative to the first side plate and the second side plate; a connecting member that connects the first side plate and the second side plate at a position that is radially inward relative to the lining plate; a pressure plate disposed between the second side plate and the lining plate; and an elastic member that is supported by the second side plate and biases the pressure plate toward the lining plate; the lining plate being slidably sandwiched between the first side plate and the pressure plate, and the first side plate and the second side plate each including a reinforcing portion having a portion that is axially curved at a location that is radially outward relative to the connecting member, characterized in that the connecting member connects the first side plate and the second side plate with a predetermined gap in the axial direction, and the reinforcing portion of one or both of the first side plate and the second side plate is a rib (12c, 13c, 13f) that is curved once in one axial direction or the other axial direction from a main body and formed continuously or partially in the circumferential direction.
Manipulator for arrangement on a vehicle, preferably an industrial truck, in particular an order picker, having an attachment element for fastening to the vehicle, having at least one boom, a first end of which is connected to the attachment element, wherein the boom is movable with respect to the attachment element, having at least one tool which is provided at a second end of the boom that is opposite the first end, characterized in that a movement drive is provided for the boom and is connected to at least one part of the boom in such a manner that the movement drive can be used to move that part of the boom into a secure position, in that the boom is moved into the secure position in a positively guided manner, and in that the movement drive can be disconnected from the boom, with the result that the boom can be manually moved by the operator without a drive into a state disconnected from the movement drive.
Autonomous agricultural spraying machine comprising a first and a second side tanks (11, 12) substantially arranged between a front wheel and a rear wheel respectively on each side of the machine, the autonomous agricultural spraying machine further comprising a spraying system, at least one spray pump, a first aspiration valve allowing or prohibiting the aspiration of treatment product in the first side tank, a second aspiration valve allowing or prohibiting the aspiration of treatment product in the second side tank, a regulation valve coupled to a spray valve configured to provide treatment product to the spraying system, characterized in that the agricultural machine comprises a sequencing module configured such that: during a first aspiration step, the first aspiration valve is open and the second aspiration valve is closed, so that treatment product is aspirated only in the first side tank by means of the spray pump, for a predefined isolated aspiration time, for example equal to one minute; during a transition step following the first aspiration step, the first aspiration valve and the second aspiration valve are open, so that treatment product is aspirated simultaneously in the first side tank and in the second side tank by means of the spray pump, for a predefined transition time, short relative to the predefined isolated aspiration time, for example equal to two seconds; during a second aspiration step, following the transition step, the second aspiration valve is open and the first aspiration valve is closed, so that treatment product is only aspirated in the second side tank by means of the spray pump, for the predefined isolated aspiration time, for example equal to one minute, the sequencing module being further configured to successively and iteratively implement the first aspiration step, the transition step, the second aspiration step and then the transition step again. during a first aspiration step, the first aspiration valve is open and the second aspiration valve is closed, so that treatment product is aspirated only in the first side tank by means of the spray pump, for a predefined isolated aspiration time, for example equal to one minute; during a transition step following the first aspiration step, the first aspiration valve and the second aspiration valve are open, so that treatment product is aspirated simultaneously in the first side tank and in the second side tank by means of the spray pump, for a predefined transition time, short relative to the predefined isolated aspiration time, for example equal to two seconds; during a second aspiration step, following the transition step, the second aspiration valve is open and the first aspiration valve is closed, so that treatment product is only aspirated in the second side tank by means of the spray pump, for the predefined isolated aspiration time, for example equal to one minute, the sequencing module being further configured to successively and iteratively implement the first aspiration step, the transition step, the second aspiration step and then the transition step again.
Attachment device for a pump with a pump body that has an outlet opening and an inlet opening, at least having: a first attachment portion with a first end and with a second end, wherein the first end is attachable to the outlet opening, a second attachment portion with a first end and with a second end, wherein, in an attached state of the attachment device, the first end of the second attachment portion is connected to the second end of the first attachment portion, and the second end of the second attachment portion is connectable to a liquid line, an elastic connecting element for connecting the first end of the second attachment portion to the second end of the first attachment portion, wherein, in an actuated state of the connecting element, the connection of the attachment portions (10, 20) is releasable, wherein the elastic connecting element is in the form of a closed collar having, on the radial inner side, at least two projections which are situated opposite one another radially and which, in the attached state of the attachment portions (10, 20), engage into a groove in the region of the second end of the first attachment portion through two openings in the region of the first end of the second attachment portion, characterized in that stop means are formed at the first end of the second attachment portion, said stop means causing the connecting element to be centred during the compression thereof, wherein the stop means are formed either as rib-like projections or as stop pins. a second attachment portion with a first end and with a second end, wherein, in an attached state of the attachment device, the first end of the second attachment portion is connected to the second end of the first attachment portion, and the second end of the second attachment portion is connectable to a liquid line, an elastic connecting element for connecting the first end of the second attachment portion to the second end of the first attachment portion, wherein, in an actuated state of the connecting element, the connection of the attachment portions (10, 20) is releasable, wherein the elastic connecting element is in the form of a closed collar having, on the radial inner side, at least two projections which are situated opposite one another radially and which, in the attached state of the attachment portions (10, 20), engage into a groove in the region of the second end of the first attachment portion through two openings in the region of the first end of the second attachment portion, characterized in that stop means are formed at the first end of the second attachment portion, said stop means causing the connecting element to be centred during the compression thereof, wherein the stop means are formed either as rib-like projections or as stop pins.