mhurhangee/ep-ind-claims huggingface dataset:
An iNKT stimulator, wherein said iNKT stimulator consists of a compound of the following formula: wherein X represents a PEG fragment -[CH 2 -CH 2 -O] m with m being an integer from 1 to 24, an alkyl chain -(CH 2) n - with n being an integer from 1 to 24 or a branched hydrocarbon group, wherein R represents -CO-R1, -CONR1, -COOR1, -CSR1, -CSNR1 or -CSOR1, wherein R1 represents an alkyl, an aryl, an heterocyclic group, a PEG fragment - [CH 2 -CH 2 -O] p -R2 with p being an integer from 1 to 24 or an alkyl chain -(CH 2) q -R2 with q being an integer from 1 to 24, wherein R2 represents a functional reacting group allowing coupling to a carrier D or represents L-D, wherein L is a linker and D is a carrier. wherein X represents a PEG fragment -[CH 2 -CH 2 -O] m with m being an integer from 1 to 24, an alkyl chain -(CH 2) n - with n being an integer from 1 to 24 or a branched hydrocarbon group, wherein R represents -CO-R1, -CONR1, -COOR1, -CSR1, -CSNR1 or -CSOR1, wherein R1 represents an alkyl, an aryl, an heterocyclic group, a PEG fragment - [CH 2 -CH 2 -O] p -R2 with p being an integer from 1 to 24 or an alkyl chain -(CH 2) q -R2 with q being an integer from 1 to 24, wherein R2 represents a functional reacting group allowing coupling to a carrier D or represents L-D, wherein L is a linker and D is a carrier.
A laundry treatment apparatus comprising: a housing provided with an opening in a front thereof; a tub installed in the housing; a drum rotatably installed in the tub; and a storage unit introduced into and withdrawn from the housing through the opening, the storage unit for storing a detergent therein; and a supply case disposed in the housing to accommodate the storage unit introduced through the opening, wherein the supply case comprises: an introduction detector coupled to the supply case and configured to detect whether the storage unit is introduced; characterised in that the laundry treatment apparatus further comprises an overhang positioned over the introduction detector and protruding outside from the supply case to block water from falling on the introduction detector. a housing provided with an opening in a front thereof; a tub installed in the housing; a drum rotatably installed in the tub; and a storage unit introduced into and withdrawn from the housing through the opening, the storage unit for storing a detergent therein; and a supply case disposed in the housing to accommodate the storage unit introduced through the opening, wherein the supply case comprises: an introduction detector coupled to the supply case and configured to detect whether the storage unit is introduced; characterised in that the laundry treatment apparatus further comprises an overhang positioned over the introduction detector and protruding outside from the supply case to block water from falling on the introduction detector. an introduction detector coupled to the supply case and configured to detect whether the storage unit is introduced; characterised in that the laundry treatment apparatus further comprises an overhang positioned over the introduction detector and protruding outside from the supply case to block water from falling on the introduction detector.
A method performed by a wireless device served by a master node, MN, and a secondary node, SN, in a dual connectivity, DC, in a wireless communication system, the method comprising: receiving information for a timer related to a fast master cell group, MCG, recovery and a conditional mobility attempt configuration; starting the timer related to the fast MCG recovery upon detecting a MCG failure; and based on detecting an expiry of the timer related to the fast MCG recovery: removing one or more conditional mobility commands stored in the wireless device; and initiating a transmission of a radio resource control, RRC, re-establishment request message. receiving information for a timer related to a fast master cell group, MCG, recovery and a conditional mobility attempt configuration; starting the timer related to the fast MCG recovery upon detecting a MCG failure; and based on detecting an expiry of the timer related to the fast MCG recovery: removing one or more conditional mobility commands stored in the wireless device; and initiating a transmission of a radio resource control, RRC, re-establishment request message. removing one or more conditional mobility commands stored in the wireless device; and initiating a transmission of a radio resource control, RRC, re-establishment request message.
A method for producing a material for thermal spraying, used for plasma thermal spraying, flame thermal spraying, or laser thermal spraying, characterized in that the method comprising the steps of: a) dispersing fine particles of a ceramic or a metal in a liquid resin; b) pulverizing a cured material from a mixture obtained in the step a) to obtain a material for thermal spraying having a particle diameter which is larger than that of the fine particles and is within a predetermined target particle diameter range; and c) repeating the step a) and step b), wherein over-pulverized particles having a particle diameter below the target particle diameter range obtained when the cured material is pulverized in a completed step b) are also added to the liquid resin and are dispersed in a second or later time step a), wherein the fine particles have an average particle diameter of not less than 25 nm and not more than 1000 nm when the average particle diameter is measured by a laser diffraction scattering method or a dynamic-light-scattering method. a) dispersing fine particles of a ceramic or a metal in a liquid resin; b) pulverizing a cured material from a mixture obtained in the step a) to obtain a material for thermal spraying having a particle diameter which is larger than that of the fine particles and is within a predetermined target particle diameter range; and c) repeating the step a) and step b),
A shroud assembly for use in a turbine, the shroud assembly comprising: an outer shroud having a side proximate to a flow of an operative fluid of the turbine, the side provided with a boss and an outer shroud aperture extending through the boss; an inner shroud positioned between the side of the outer shroud proximate to the flow of operative fluid and the operative fluid flow of the turbine, the inner shroud provided with an inner shroud aperture which is dimensioned to fit over the boss; characterized by a discourager assembly (2,4,5,11) enclosed within the inner shroud and mounted to the outer shroud, the discourager assembly (2,4,5,11) positioned offset from the inner shroud so as to extend past the inner shroud and into an inner shroud of a neighboring shroud assembly. an outer shroud having a side proximate to a flow of an operative fluid of the turbine, the side provided with a boss and an outer shroud aperture extending through the boss; an inner shroud positioned between the side of the outer shroud proximate to the flow of operative fluid and the operative fluid flow of the turbine, the inner shroud provided with an inner shroud aperture which is dimensioned to fit over the boss; characterized by a discourager assembly (2,4,5,11) enclosed within the inner shroud and mounted to the outer shroud, the discourager assembly (2,4,5,11) positioned offset from the inner shroud so as to extend past the inner shroud and into an inner shroud of a neighboring shroud assembly.
Connecting element, comprising - a screw with a cylindrical pin and a screw head as the axial stop for the cylindrical pin, wherein the cylindrical pin is provided with a thread, - a damping body with a bore, wherein the cylindrical pin is arranged inside the bore and the damping body is captively connected to the screw, wherein the damping body is attached to the screw in the direction of a longitudinal axis of the pin with a form-fitting connection between the damping body and the cylindrical pin and the form-fitting connection is formed in the direction of the longitudinal axis of the pin between the two axial ends of the bore characterised in that the damping body is arranged under a compressive pre-stress between the screw head and a protrusion arranged on the wall of the bore of the damping body in a radial direction, or a recess arranged in a radial direction on the wall of the pin, wherein the damping body is elastically deformed due to the compressive pre-stress, so that the damping body is negatively stretched in the axial direction. - a screw with a cylindrical pin and a screw head as the axial stop for the cylindrical pin, wherein the cylindrical pin is provided with a thread, - a damping body with a bore, wherein the cylindrical pin is arranged inside the bore and the damping body is captively connected to the screw, wherein the damping body is attached to the screw in the direction of a longitudinal axis of the pin with a form-fitting connection between the damping body and the cylindrical pin and the form-fitting connection is formed in the direction of the longitudinal axis of the pin between the two axial ends of the bore characterised in that the damping body is arranged under a compressive pre-stress between the screw head and a protrusion arranged on the wall of the bore of the damping body in a radial direction, or a recess arranged in a radial direction on the wall of the pin, wherein the damping body is elastically deformed due to the compressive pre-stress, so that the damping body is negatively stretched in the axial direction.
A strain gauge assembly comprising: a plurality of identical strain gauges (4,6) arranged in a parallel side-by-side relationship, each having a first end and a second end and long sides extending between the first end and the second end; wherein a long side of a first strain gauge faces a long side of a second strain gauge; characterised in that the first and second ends of the first strain gauge are not in alignment with and offset (d off) from corresponding first and second ends of the second strain gauge. a plurality of identical strain gauges (4,6) arranged in a parallel side-by-side relationship, each having a first end and a second end and long sides extending between the first end and the second end; wherein a long side of a first strain gauge faces a long side of a second strain gauge; characterised in that the first and second ends of the first strain gauge are not in alignment with and offset (d off) from corresponding first and second ends of the second strain gauge.
A composition for oral administration comprising a therapeutically effective amount of vitamin K2 either alone or in combination with one or more therapeutically effective active agents for use in the improvement of blood perfusion and the amelioration of hypoxia in venous insufficiency and its manifestations in human subjects, wherein the venous insufficiency is not varicose veins, for use in the relief from the signs and symptoms of chronic venous insufficiencies in human subjects, as a phlebodynamic agent; wherein the venous insufficiency manifestations are selected from the group consisting of paresthesiae, itching, cramps and heaviness of limbs; or for use in the treatment of post thrombotic syndrome complications in human subjects, wherein the PTS complications are selected from the group consisting of heaviness, cramps, itching and tingling in limbs. for use in the relief from the signs and symptoms of chronic venous insufficiencies in human subjects, as a phlebodynamic agent; wherein the venous insufficiency manifestations are selected from the group consisting of paresthesiae, itching, cramps and heaviness of limbs; or for use in the treatment of post thrombotic syndrome complications in human subjects, wherein the PTS complications are selected from the group consisting of heaviness, cramps, itching and tingling in limbs.
A developer supply container comprising: a developer accommodating chamber configured to accommodate developer; a feeding portion configured and positioned to feed the developer in said developer accommodating chamber by rotation thereof; a developer discharging chamber provided with a discharge opening configured to permit discharging of the developer fed by said feeding portion; and a rotatable gear configured and positioned to rotate said feeding portion; characterized by a pump portion configured and positioned to act upon at least said developer discharging chamber, said pump portion having a volume which changes with reciprocation; and a drive converting portion (2d, 3b) configured and positioned to convert a rotational force generated by rotation of said gear to a force for operating said pump portion. a developer accommodating chamber configured to accommodate developer; a feeding portion configured and positioned to feed the developer in said developer accommodating chamber by rotation thereof; a developer discharging chamber provided with a discharge opening configured to permit discharging of the developer fed by said feeding portion; and a rotatable gear configured and positioned to rotate said feeding portion; characterized by a pump portion configured and positioned to act upon at least said developer discharging chamber, said pump portion having a volume which changes with reciprocation; and a drive converting portion (2d, 3b) configured and positioned to convert a rotational force generated by rotation of said gear to a force for operating said pump portion.
A motor circuit comprising: positive and negative input terminals for connection of the motor circuit to a DC supply, a DC link filter connected between the input terminals (1, 2); an electric motor having at least two phases, a plurality of motor drive sub-circuits, each connected to a respective phase of the electric motor and which each control the flow of current into or out of the respective phase of the motor that has been drawn from the supply through the DC link filter, and characterised by a switching means provided in the electrical path between the DC link filter and the electric motor drive sub-circuits, the switching means being movable between a closed position in which it connects the DC link filter to the motor drive sub-circuits, and an open position which isolates the DC link filter from the motor drive sub-circuits. positive and negative input terminals for connection of the motor circuit to a DC supply, a DC link filter connected between the input terminals (1, 2); an electric motor having at least two phases, a plurality of motor drive sub-circuits, each connected to a respective phase of the electric motor and which each control the flow of current into or out of the respective phase of the motor that has been drawn from the supply through the DC link filter, and characterised by a switching means provided in the electrical path between the DC link filter and the electric motor drive sub-circuits, the switching means being movable between a closed position in which it connects the DC link filter to the motor drive sub-circuits, and an open position which isolates the DC link filter from the motor drive sub-circuits.
A method for preparing a red blood cell -containing product from a plurality of blood units comprising: a) separating a RBC component from the plurality of blood units obtained from a plurality of donors, wherein the blood unit or the RBC component has been leukoreduced; b) pooling the leukoreduced RBC components from the plurality of blood units c) treating the RBC component to inactivate one or more pathogens; and d) adding a storage solution to the RBC component; wherein the RBC component in the storage solution provides one or more RBC units having a storage life of 42 days to 100 days, and wherein the RBC unit or each RBC unit comprises a uniform dose of RBCs. a) separating a RBC component from the plurality of blood units obtained from a plurality of donors, wherein the blood unit or the RBC component has been leukoreduced; b) pooling the leukoreduced RBC components from the plurality of blood units c) treating the RBC component to inactivate one or more pathogens; and d) adding a storage solution to the RBC component;
A sensor arrangement method comprising: identifying, in response to detecting occurrence of an event for arranging a first sensor, in addition to a second sensor pre-arranged in a preset service area, sensing coverage and network coverage of the second sensor based on position information of the second sensor, state information of the second sensor and network information supported by the second sensor; determining an arrangement position of the first sensor based on the sensing coverage and the network coverage of the second sensor, and sensing coverage and network coverage of the first sensor; wherein the state information comprises operation state information including a sensing function currently activated in the second sensor from among a plurality of sensing functions supported by the second sensor, and wherein the determining of a position of the first sensor further comprises: determining a changed arrangement position of the second sensor based on the determined arrangement position of the first sensor. identifying, in response to detecting occurrence of an event for arranging a first sensor, in addition to a second sensor pre-arranged in a preset service area, sensing coverage and network coverage of the second sensor based on position information of the second sensor, state information of the second sensor and network information supported by the second sensor; determining an arrangement position of the first sensor based on the sensing coverage and the network coverage of the second sensor, and sensing coverage and network coverage of the first sensor; wherein the state information comprises operation state information including a sensing function currently activated in the second sensor from among a plurality of sensing functions supported by the second sensor, and wherein the determining of a position of the first sensor further comprises: determining a changed arrangement position of the second sensor based on the determined arrangement position of the first sensor.
A method for secure communication by an electronic device with at least one other electronic device, the method comprising: generating a signature using a private key, a nonce, and at least one of an identifier and a key component; transmitting the signature, the nonce, a security parameter, and the at least one of the identifier and the key component, wherein the security parameter associates a user identity with a public key, the public key being associated with the private key; receiving, based on the transmitting, session security data generated by the at least one other electronic device; and establishing a secure communication session with the at least one other electronic device based on at least the session security data. generating a signature using a private key, a nonce, and at least one of an identifier and a key component; transmitting the signature, the nonce, a security parameter, and the at least one of the identifier and the key component, wherein the security parameter associates a user identity with a public key, the public key being associated with the private key; receiving, based on the transmitting, session security data generated by the at least one other electronic device; and establishing a secure communication session with the at least one other electronic device based on at least the session security data.
A separation matrix comprising a plurality of chromatography ligands defined by the following formula R 1 -R 2 -N(R 3)-R 4 -R 5 coupled to a support via the amine group, wherein R 1 is a non-substituted phenyl group; R 2 is -CH 2 -; R 3 is-CH 3; R 4 is CH 2 -CH 2 -CH 2 - or -CH 2 -CH 2 -; and R 5 is OH. R 1 is a non-substituted phenyl group; R 2 is -CH 2 -; R 3 is-CH 3; R 4 is CH 2 -CH 2 -CH 2 - or -CH 2 -CH 2 -; and R 5 is OH.
A method for driving a capacitive sensor of an input device, the method comprising: determining a first settling response associated with a first transmitter electrode; determining a second settling response associated with the sensor; applying a first boost voltage (506, V high 1) to the first transmitter electrode for a first duration based on the first settling response associated with the first transmitter electrode, wherein the first boost voltage is greater than an ending voltage of the first transmitter electrode; and applying the second voltage (508, V high) to the first transmitter electrode for a second duration based on the second settling response associated with the sensor, wherein the first settling response and the second settling response are different; wherein the settling response associated with the first transmitter electrode defines, at least in part, a settling time to reach and stay within a pre-determined range of the ending voltage upon application of a voltage to the first transmitter electrode. determining a first settling response associated with a first transmitter electrode; determining a second settling response associated with the sensor; applying a first boost voltage (506, V high 1) to the first transmitter electrode for a first duration based on the first settling response associated with the first transmitter electrode, wherein the first boost voltage is greater than an ending voltage of the first transmitter electrode; and applying the second voltage (508, V high) to the first transmitter electrode for a second duration based on the second settling response associated with the sensor, wherein the first settling response and the second settling response are different; wherein the settling response associated with the first transmitter electrode defines, at least in part, a settling time to reach and stay within a pre-determined range of the ending voltage upon application of a voltage to the first transmitter electrode.
A non-18 carbon chain length L-threo-sphinganine having the formula I: wherein R is a linear saturated hydrocarbon chain, and is such that the overall carbon chain length is 15 carbons, 17 carbons, 19 carbons, 20 carbons, or 21 carbons, for use in therapy. wherein R is a linear saturated hydrocarbon chain, and is such that the overall carbon chain length is 15 carbons, 17 carbons, 19 carbons, 20 carbons, or 21 carbons, for use in therapy.