mhurhangee/ep-ind-claims huggingface dataset:
A prosthesis comprising: a bone attachment component having one or more fixation structures, wherein the prosthesis is configured to be selectively convertible between a mobile bearing prosthesis, in which a barrier is secured to the bone attachment component using the fixation structures, and a constrained bearing prosthesis, in which a bearing component is secured to the bone attachment component instead of the barrier using the fixation structures characterised in that the barrier is disposed laterally and/or medially of the bearing component.
A bispecific antibody or bispecific antigen binding fragment, optionally isolated, which is capable of binding to CD122 and common γ chain (γc), wherein the bispecific antibody or bispecific antigen binding fragment is an IL-2 receptor agonist, and comprises: (a) an antigen-binding fragment which binds to CD122, comprising: (i) a light chain variable region comprising the following CDRs: LC-CDR1: TGTSSDIGHYDFVS (SEQ ID NO:2) LC-CDR2: DINNRPS (SEQ ID NO:3) LC-CDR3: SAYTSSDTLV (SEQ ID NO:4); and (ii) a heavy chain variable region comprising the following CDRs: HC-CDR1: NYYMH (SEQ ID NO:36) HC-CDR2: AIMPSRGGTSYPQKFQG (SEQ ID NO:37) HC-CDR3: GEYYYDSSGYYY (SEQ ID NO:38); and (b) an antigen-binding fragment which binds to common γ chain. (a) an antigen-binding fragment which binds to CD122, comprising: (i) a light chain variable region comprising the following CDRs: LC-CDR1: TGTSSDIGHYDFVS (SEQ ID NO:2) LC-CDR2: DINNRPS (SEQ ID NO:3) LC-CDR3: SAYTSSDTLV (SEQ ID NO:4); and (ii) a heavy chain variable region comprising the following CDRs: HC-CDR1: NYYMH (SEQ ID NO:36) HC-CDR2: AIMPSRGGTSYPQKFQG (SEQ ID NO:37) HC-CDR3: GEYYYDSSGYYY (SEQ ID NO:38); and (i) a light chain variable region comprising the following CDRs: LC-CDR1: TGTSSDIGHYDFVS (SEQ ID NO:2) LC-CDR2: DINNRPS (SEQ ID NO:3) LC-CDR3: SAYTSSDTLV (SEQ ID NO:4); and (ii) a heavy chain variable region comprising the following CDRs: HC-CDR1: NYYMH (SEQ ID NO:36) HC-CDR2: AIMPSRGGTSYPQKFQG (SEQ ID NO:37) HC-CDR3: GEYYYDSSGYYY (SEQ ID NO:38); and (b) an antigen-binding fragment which binds to common γ chain.
Unloading system for unloading a tire tread carrier, wherein the tire tread carrier comprises a frame and a plurality of plates which are hingably connected to the frame so as to be rotatable about respective, mutually parallel rotation axes for subsequent opening by rotation about said rotation axes from a closed, substantially horizontal position to an open, lifted position, wherein each plate is arranged for supporting at least one tread for a tire, wherein the unloading system comprises an arm with a retaining device for picking up and retaining treads from the plates, a drive system for moving the arm and a control system, operationally coupled to the drive system, wherein the control system is arranged for controlling the drive system to position the arm with respect to the tire tread carrier, wherein the arm is provided with a lifting device that is arranged to move together with the arm for lifting one of the plates, wherein the control system is arranged for controlling the drive system to position the arm in a starting position in which the lifting device extends at least partially underneath said one plate and to subsequently move the arm upwards such that the lifting device is moved towards a lifting position, thereby lifting said one plate from the closed position towards the open position.
A composition comprising wheat flour having a phosphate content of at least 2 μmol of C-6-P/g of starch in combination with at least one baking agent in an amount which reduces baking losses more greatly than compositions which comprise wheat flour having a phosphate content of less than 2 μmol of C-6-P/g of starch, wherein the baking agent is selected from xanthan, carboxymethyl cellulose, carob bean meal, an emulsifier, guar seed meal or soy flour.
A nozzle for ophthalmic dispensers, the nozzle comprising: a nozzle portion defining a liquid pathway extending between an inlet and an outlet, said liquid pathway converging from said inlet to said outlet; wherein a length is defined between said inlet and said outlet, said length being more than eight times greater than the diameter of said outlet, wherein a longitudinal axis extends along said liquid pathway, said liquid pathway converging along the length at an angle of convergence (α) in the range of.25 - 1.0 degrees relative to said longitudinal axis; wherein said liquid pathway is treated to be hydrophobic. a nozzle portion defining a liquid pathway extending between an inlet and an outlet, said liquid pathway converging from said inlet to said outlet; wherein a length is defined between said inlet and said outlet, said length being more than eight times greater than the diameter of said outlet, wherein a longitudinal axis extends along said liquid pathway, said liquid pathway converging along the length at an angle of convergence (α) in the range of.25 - 1.0 degrees relative to said longitudinal axis; wherein said liquid pathway is treated to be hydrophobic.
A light-emitting medium including a light-emitting image on a substrate, wherein: the light-emitting image includes a first area containing a first fluorescent material and a second area containing a second fluorescent material; when invisible light within a first wavelength range is irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as different colors from each other; when invisible light within a second wavelength range is irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as different colors from each other, the colors being different from the colors that are viewed when the invisible light within the first wavelength range is irradiated; and characterised in that when the invisible light within the first wavelength range and the invisible light within the second wavelength range are simultaneously irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as the same color with each other. the light-emitting image includes a first area containing a first fluorescent material and a second area containing a second fluorescent material; when invisible light within a first wavelength range is irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as different colors from each other; when invisible light within a second wavelength range is irradiated, the first fluorescent material and the second fluorescent material emit light of colors that are viewed as different colors from each other, the colors being different from the colors that are viewed when the invisible light within the first wavelength range is irradiated; and characterised in that
Method for operating a hybrid vehicle drive, in which a torque (M VM act) of an internal combustion engine and a torque (M E act) of at least one electric machine are superimposed to form a common torque (M act) of the hybrid vehicle drive, wherein the torque (M VM act) of the internal combustion engine is influenced by its rotational speed (n VM act) or a signal derived therefrom, and in addition a torque (M E act) of the electric machine is influenced by its rotational speed (n E act) or a signal derived therefrom, characterized in that the rotational speed of the internal combustion engine is controlled with a proportional-integral controller and the rotational speed of the electric machine is controlled with a proportional controller.
A clamp comprising: a bar having a top surface and a bottom surface; a fixed jaw fixed relative to the bar; and a movable assembly configured to selectively move along the bar, the movable assembly comprising: a movable jaw positioned to move with the movable assembly relative to the fixed jaw; an actuator configured to incrementally move the movable assembly along the bar towards the fixed jaw and to apply a clamp force to a clamp load; a release lever configured to disengage the movable assembly from the bar to permit free sliding of the movable assembly along the bar towards or away from the fixed jaw, and to release a clamp force when actuated; and a bearing surface formed of a low-friction material, supported in the movable assembly, and positioned to prevent the movable assembly from binding to the bar when a clamp load is released through actuation of the release lever and characterised in that the bearing surface is formed on a bearing insert, which bearing insert is received in the movable assembly, and which bearing insert includes alignment features to support and hold the bearing insert in the movable assembly. a bar having a top surface and a bottom surface; a fixed jaw fixed relative to the bar; and a movable assembly configured to selectively move along the bar, the movable assembly comprising: a movable jaw positioned to move with the movable assembly relative to the fixed jaw; an actuator configured to incrementally move the movable assembly along the bar towards the fixed jaw and to apply a clamp force to a clamp load; a release lever configured to disengage the movable assembly from the bar to permit free sliding of the movable assembly along the bar towards or away from the fixed jaw, and to release a clamp force when actuated; and a bearing surface formed of a low-friction material, supported in the movable assembly, and positioned to prevent the movable assembly from binding to the bar when a clamp load is released through actuation of the release lever and characterised in that the bearing surface is formed on a bearing insert, which bearing insert is received in the movable assembly, and which bearing insert includes alignment features to support and hold the bearing insert in the movable assembly.
A method of obtaining a homogenously alpha-galactosylated antibody preparation by producing an alpha-galactosylated oligosaccharide structure comprising a terminal Gal-alpha(1,3)-Gal-beta GlcNAc on an antibody, wherein the method comprises: (a) admixing an antibody, an activated galactose, a divalent metal selected from the group consisting of Mn 2+, Ca 2+, and Zn 2+, an alpha galactosyltransferase, and a beta galactosyltransferase in an aqueous medium within a single vessel to form an aqueous reaction medium; and (b) maintaining said aqueous reaction medium at a pH of 5 to 10 at a temperature of 25°C to 40°C for a time period sufficient for said antibody to be glycosylated. (a) admixing an antibody, an activated galactose, a divalent metal selected from the group consisting of Mn 2+, Ca 2+, and Zn 2+, an alpha galactosyltransferase, and a beta galactosyltransferase in an aqueous medium within a single vessel to form an aqueous reaction medium; and (b) maintaining said aqueous reaction medium at a pH of 5 to 10 at a temperature of 25°C to 40°C for a time period sufficient for said antibody to be glycosylated.
A method for a data transmission manager in a computing system, comprising: receiving a request for a data transmission from a source node associated with a data transmission manager component to a destination node; determining that the data transmission is not governed by transmission management rules; initiating a negotiation for authorization with a second data transmission manager component associated with the destination node, wherein the negotiation is initiated by sending a negotiation request message to the destination node or the second data transmission manager component; and receiving a message from the second data transmission manager component indicating if the data transmission is authorized; if the data transmission is authorized, transmitting data to the second data transmission manager component for the destination node; and if the data transmission is not authorized, terminating the data transmission. receiving a request for a data transmission from a source node associated with a data transmission manager component to a destination node; determining that the data transmission is not governed by transmission management rules; initiating a negotiation for authorization with a second data transmission manager component associated with the destination node, wherein the negotiation is initiated by sending a negotiation request message to the destination node or the second data transmission manager component; and receiving a message from the second data transmission manager component indicating if the data transmission is authorized; if the data transmission is authorized, transmitting data to the second data transmission manager component for the destination node; and if the data transmission is not authorized, terminating the data transmission.
An association method for associating a multi-access terminal with a communications network, the method including receiving data at an access point of the network, which data comes from the terminal and concerns the connections of the terminal to other networks, said method being characterized in that said data is used by the access point to reject or to accept a request for association of the terminal.
A server for use with a personal network, comprising: a processor programmed such that, on receipt of a first SIP request addressed to a first device, the first SIP request containing a first uniform resource identifier 'URI' identifying the first device, the processor is configured to send a second SIP request to a second device, wherein the second SIP request comprises a media feature tag including a personal network management 'PNM' controller indication and a target URI parameter set to the first URI, wherein the media feature tag is included in an "Accept Contact" SIP header, the target URI parameter is in a request URI, and the PNM controller indication comprises an IMS Application Reference Identifier 'IARI' value including "3gpp-application.ims.iari.PNM-Controller" to invoke a personal network access control controller function. a processor programmed such that, on receipt of a first SIP request addressed to a first device, the first SIP request containing a first uniform resource identifier 'URI' identifying the first device, the processor is configured to send a second SIP request to a second device, wherein the second SIP request comprises a media feature tag including a personal network management 'PNM' controller indication and a target URI parameter set to the first URI, wherein the media feature tag is included in an "Accept Contact" SIP header, the target URI parameter is in a request URI, and the PNM controller indication comprises an IMS Application Reference Identifier 'IARI' value including "3gpp-application.ims.iari.PNM-Controller" to invoke a personal network access control controller function.
A method of operating a liner deployment assembly comprising: advancing a tubular string into a wellbore; setting a liner hanger in the tubular string; after setting the liner hanger, releasing a running tool of the liner deployment assembly, wherein releasing the running tool comprises sending a running tool command signal to the running tool; after releasing the running tool, confirming release of the running tool by raising and lowering the tubular string; after confirming release of the running tool, pumping cement down the tubular string; and after pumping the cement, setting a packer in the tubular string. advancing a tubular string into a wellbore; setting a liner hanger in the tubular string; after setting the liner hanger, releasing a running tool of the liner deployment assembly, wherein releasing the running tool comprises sending a running tool command signal to the running tool; after releasing the running tool, confirming release of the running tool by raising and lowering the tubular string; after confirming release of the running tool, pumping cement down the tubular string; and after pumping the cement, setting a packer in the tubular string.
Hair smoother having at least two smoothing limbs, - wherein at least one of the smoothing limbs has a heating plate, - wherein at least one of the smoothing limbs has at least one fixing strip, which is arranged on the heating plate or the associated smoothing limb and projects beyond the heating plate, - and wherein the at least one fixing strip is arranged elastically in/on the heating plate or the smoothing limb, wherein the at least one fixing strip is coupled to a base, which is arranged elastically, in particular by means of the spring facility, in/on the associated heating plate or the associated smoothing limb, characterised in that the base is embodied in a U-shape and at least partially encompasses the associated fixing strip. - wherein at least one of the smoothing limbs has a heating plate, - wherein at least one of the smoothing limbs has at least one fixing strip, which is arranged on the heating plate or the associated smoothing limb and projects beyond the heating plate, - and wherein the at least one fixing strip is arranged elastically in/on the heating plate or the smoothing limb, wherein
Modular sliding fork for a fork-lift truck or pallet truck, the sliding fork comprising: - a sliding part configured to be adjusted in length direction relative to a fork part of a fork of a fork-lift truck or pallet truck; - a drive system for sliding the modular sliding fork relative to the fork part for the purpose of extending and/or shortening the fork; and - a locking mechanism for locking the modular sliding fork relative to the fork part at a desired position, wherein the drive system utilizes a movement of the fork-lift truck or pallet truck for the purpose of sliding the modular sliding fork, wherein the drive system is provided with a contact element configured to slide the modular sliding fork in contact with a ground surface, wherein the contact element comprises a drive roller or drive wheel and/or a friction block. - a sliding part configured to be adjusted in length direction relative to a fork part of a fork of a fork-lift truck or pallet truck; - a drive system for sliding the modular sliding fork relative to the fork part for the purpose of extending and/or shortening the fork; and - a locking mechanism for locking the modular sliding fork relative to the fork part at a desired position,
A method for a scheduling entity to communicate with a set of one or more scheduled entities in a serving cell of a wireless communication network utilizing a first radio access technology, the method comprising: identifying a subframe structure of a current subframe for a second radio access technology supported by the serving cell that is different than the first radio access technology, wherein the subframe structure of the current subframe comprises a control region and a traffic region; selecting an effective duration of a configurable slot structure for the first radio access technology to produce a current slot based on the subframe structure of the current subframe, wherein the effective duration of the current slot is selected to prevent transmission during at least a portion of the control region of the current subframe; communicating between the scheduling entity and the set of one or more scheduled entities using the current slot, wherein communication using the current slot occurs at least partially within the current subframe, wherein the current slot and the current subframe utilize a same carrier; and transmitting in a downlink burst (1212a, 1212b) of the current slot (1210a, 1210b), slot duration information comprising the effective duration of the current slot to the set of one or more scheduled entities. identifying a subframe structure of a current subframe for a second radio access technology supported by the serving cell that is different than the first radio access technology, wherein the subframe structure of the current subframe comprises a control region and a traffic region; selecting an effective duration of a configurable slot structure for the first radio access technology to produce a current slot based on the subframe structure of the current subframe, wherein the effective duration of the current slot is selected to prevent transmission during at least a portion of the control region of the current subframe; communicating between the scheduling entity and the set of one or more scheduled entities using the current slot, wherein communication using the current slot occurs at least partially within the current subframe, wherein the current slot and the current subframe utilize a same carrier; and transmitting in a downlink burst (1212a, 1212b) of the current slot (1210a, 1210b), slot duration information comprising the effective duration of the current slot to the set of one or more scheduled entities.
An inkjet ink set comprising: an ink including a colorant dispersed in a basic ink vehicle; and a fixer fluid comprising: an aqueous vehicle; a tri-alkyl-substituted amine-N-oxide; and a cationic polyelectrolyte wherein the cationic polyelectrolyte includes a mesylate counter ion. an ink including a colorant dispersed in a basic ink vehicle; and a fixer fluid comprising: an aqueous vehicle; a tri-alkyl-substituted amine-N-oxide; and a cationic polyelectrolyte an aqueous vehicle; a tri-alkyl-substituted amine-N-oxide; and a cationic polyelectrolyte wherein the cationic polyelectrolyte includes a mesylate counter ion.
A ceramic heater comprising a heat-generating resistor wherein: a plurality of heater wiring circuits (40a, 40b) comprising turn portions and end wiring portions (40L1, 40L2), constituting the heat-generating resistor and having connection terminals (41, 42a, 42b) to be connected to an external power supply are disposed on the same plane of the heat-generating resistor in such a manner as to overlap one another such that both the turn portions and the end wiring portions (40L1, 40L2) of the heater wiring circuits (40a, 40b) are co-extensive, characterized in that: the heater wiring circuits (40a, 40b) consist in a material having a temperature coefficient of electric resistance of 3500 ppm/°C or more and less than 4300 ppm/°C.
Cooling device for membrane fuel cell provided with fuel and air feed and discharge, said cooling device being delimited by two bipolar plates and comprising a porous planar conductive element interposed between the bipolar plates, at least one coolant inlet (19, 19') and at least one coolant outlet (20,20'), characterised in that the planar element includes means for the predetermined guiding of the coolant flow, said means for guiding comprise linear sections of impervious material.
Retaining apparatus for ammunition bodies having two retaining shells (4.2, 4.3) which are movable relative to one another and which form a retaining region (4.10) in which an ammunition body can be held, wherein at least one retaining shell (4.2, 4.3) can be rotated about a rotation axis, wherein the rotation axis runs through the retaining region (4.10), characterized by an ejection mechanism (4.1) having at least one ejection latch (4.71, 4.72) and an ejection drive (4.11) for moving the ejection latch (4.71).