mhurhangee/ep-ind-claims huggingface dataset:
An interrupter driven resistor switch assembly comprising: an interrupter; a slider connected with the interrupter such that an interrupter rod is arranged to drive the slider over a substantially cylindrical member along a first axis, wherein the slider is configured to slide over the substantially cylindrical member; a lever and link arrangement comprising at least one lever and at least one link, wherein the at least one lever is mechanically coupled with the movement of the slider and the at least one link is mechanically coupled with the movement of the at least one lever; a closing resistor; and a switch comprising: a movable contact connected at an end of the at least one link such that the movable contact is arranged to move proportionally in response to movement of the slider; and a fixed contact arranged to engage with the movable contact for one of electrically connecting and disconnecting the closing resistor. an interrupter; a slider connected with the interrupter such that an interrupter rod is arranged to drive the slider over a substantially cylindrical member along a first axis, wherein the slider is configured to slide over the substantially cylindrical member; a lever and link arrangement comprising at least one lever and at least one link, wherein the at least one lever is mechanically coupled with the movement of the slider and the at least one link is mechanically coupled with the movement of the at least one lever; a closing resistor; and a switch comprising: a movable contact connected at an end of the at least one link such that the movable contact is arranged to move proportionally in response to movement of the slider; and a fixed contact arranged to engage with the movable contact for one of electrically connecting and disconnecting the closing resistor. a movable contact connected at an end of the at least one link such that the movable contact is arranged to move proportionally in response to movement of the slider; and a fixed contact arranged to engage with the movable contact for one of electrically connecting and disconnecting the closing resistor.
An in vitro method for the removal of a pathogen selected from bacteria, fungi and/or viruses from blood or a blood product comprising red blood cells, said method comprising: - separating said blood or blood product into at least two components, a first component comprising red blood cells (RBCs) and substantially free of white blood cells (WBCs) and platelets and a second component comprising WBCs and platelets and substantially free of RBCs; - contacting said first component with a filter comprising a non-specific RBC adhesion molecule binder thereby depleting said first component of RBCs that have bound at least one pathogen, wherein said filter comprising a non-specific RBC adhesion molecule binder is a leukocyte reduction filter or wherein said non-specific RBC adhesion molecule binder comprised in said filter comprising a non-specific RBC adhesion molecule binder is a polymer or a mixture of two or more polymers selected from the group consisting of polyester, polyurethane, cellulose, nylon, nitrocellulose, polypropylene, polyethylene terephthalate, polyimide, polyvinyl alcohol, and polyvinylidene fluoride (PVDF), and mixtures thereof; - combining said first component that is depleted of RBCs that have bound at least one pathogen and said second component. - separating said blood or blood product into at least two components, a first component comprising red blood cells (RBCs) and substantially free of white blood cells (WBCs) and platelets and a second component comprising WBCs and platelets and substantially free of RBCs; - contacting said first component with a filter comprising a non-specific RBC adhesion molecule binder thereby depleting said first component of RBCs that have bound at least one pathogen, wherein said filter comprising a non-specific RBC adhesion molecule binder is a leukocyte reduction filter or wherein said non-specific RBC adhesion molecule binder comprised in said filter comprising a non-specific RBC adhesion molecule binder is a polymer or a mixture of two or more polymers selected from the group consisting of polyester, polyurethane, cellulose, nylon, nitrocellulose, polypropylene, polyethylene terephthalate, polyimide, polyvinyl alcohol, and polyvinylidene fluoride (PVDF), and mixtures thereof; - combining said first component that is depleted of RBCs that have bound at least one pathogen and said second component.
A method of producing perovskite nanocrystalline particles using a fluid mold, the method comprising: a first operation for preparing a mixed solution including a first precursor compound represented by a following formula, a second precursor compound represented by a following formula, and a first solvent; a second operation for preparing a precursor solution by adding an organic ligand to the prepared mixed solution; a third operation for performing crystallization treatment after adding the prepared precursor solution to a reactor containing the fluid mold; and a fourth operation for separating the perovskite nanocrystalline particles from the crystallized solution through a centrifugal separator. AX (in Formula 1, "A" is Cs + or an organic cation; "X" is at least one anion selected from a group consisting of Br -, Cl -, and I -.) BX 2 (in Formula 2, "B" is at least one cation selected from a group consisting of Pb 2+, Sn 2+, Bi 2+, Sb 2+, and Mn 2+; "X" is at least one anion selected from a group consisting of Br -, Cl -, and I -.), wherein the fluid mold is a liquid crystal, and the liquid crystal is at least one material selected from a group consisting of a nematic liquid crystal, a smectic liquid crystal, a cholsteric liquid crystal, and a lyotropic liquid crystal. a first operation for preparing a mixed solution including a first precursor compound represented by a following formula, a second precursor compound represented by a following formula, and a first solvent; a second operation for preparing a precursor solution by adding an organic ligand to the prepared mixed solution; a third operation for performing crystallization treatment after adding the prepared precursor solution to a reactor containing the fluid mold; and a fourth operation for separating the perovskite nanocrystalline particles from the crystallized solution through a centrifugal separator. AX (in Formula 1, "A" is Cs + or an organic cation; "X" is at least one anion selected from a group consisting of Br -, Cl -, and I -.) BX 2 (in Formula 2, "B" is at least one cation selected from a group consisting of Pb 2+, Sn 2+, Bi 2+, Sb 2+, and Mn 2+; "X" is at least one anion selected from a group consisting of Br -, Cl -, and I -.), wherein the fluid mold is a liquid crystal, and the liquid crystal is at least one material selected from a group consisting of a nematic liquid crystal, a smectic liquid crystal, a cholsteric liquid crystal, and a lyotropic liquid crystal.
A medication reservoir for an automated medication adherence system, comprising: two successive stages, a first stage (305; 905) and a second stage (310; 910); wherein said reservoir is configured for receiving, storing, and dispensing a plurality of pills; a central agitation stalk configured to provide rotation and agitation within said medication reservoir such that said medication reservoir may receive, store, and dispense said plurality of pills; wherein said dispensing of said plurality of pills by said reservoir is arranged to be controlled by an electronic interface (110; 111; 1625) of said automated medication adherence system; wherein said medication reservoir is configured to transfer, by said rotation and agitation, said plurality of pills from said first stage (305; 905) to said second stage (310; 910) one pill at a time; wherein said medication reservoir is configured to transfer, by said rotation and agitation, said plurality of pills from said second stage (310; 910) to a pill delivery and lock-out module of said automated medication adherence system one pill at a time; wherein each of said two successive stages (305; 905; 310; 910) comprises an opening, such that there are two openings, a first opening and a second opening; wherein said first opening and said second opening are selectively openable and closable in response to said electronic interface; wherein each of said two successive stages (305; 905; 310; 910) receive and dispense said plurality of pills through said two openings (315; 316). two successive stages, a first stage (305; 905) and a second stage (310; 910); wherein said reservoir is configured for receiving, storing, and dispensing a plurality of pills; a central agitation stalk configured to provide rotation and agitation within said medication reservoir such that said medication reservoir may receive, store, and dispense said plurality of pills; wherein said dispensing of said plurality of pills by said reservoir is arranged to be controlled by an electronic interface (110; 111; 1625) of said automated medication adherence system; wherein said medication reservoir is configured to transfer, by said rotation and agitation, said plurality of pills from said first stage (305; 905) to said second stage (310; 910) one pill at a time; wherein said medication reservoir is configured to transfer, by said rotation and agitation, said plurality of pills from said second stage (310; 910) to a pill delivery and lock-out module of said automated medication adherence system one pill at a time; wherein each of said two successive stages (305; 905; 310; 910) comprises an opening, such that there are two openings, a first opening and a second opening; wherein said first opening and said second opening are selectively openable and closable in response to said electronic interface; wherein each of said two successive stages (305; 905; 310; 910) receive and dispense said plurality of pills through said two openings (315; 316).
A process for preparing a polymeric composition usable for forming a lithium-ion or sodium-ion battery electrode or a supercapacitor electrode or for exhibiting magnetic properties, the process comprising the following steps: a) hot-mixing, by a melt process and without solvent, at least one active material, a binder-forming polymeric phase and a sacrificial polymeric phase to obtain a mixture, and b) at least partially eliminating said sacrificial polymeric phase to obtain said composition which comprises the active material(s) according to a weight fraction greater than 80%, characterized in that said sacrificial polymeric phase is used in step a) according to a weight fraction in said mixture which is greater than or equal to 15%. a) hot-mixing, by a melt process and without solvent, at least one active material, a binder-forming polymeric phase and a sacrificial polymeric phase to obtain a mixture, and b) at least partially eliminating said sacrificial polymeric phase to obtain said composition which comprises the active material(s) according to a weight fraction greater than 80%,
A foldable and unfoldable pop-up article, comprising: a backing with a width and a length and with a primary folding axis that extends the width of the backing and with at least one secondary folding axis that is oriented at an angle that is at least about 30 degrees away from the primary folding axis and that extends the length of the backing; and, at least one tensioning member with a long axis that is oriented at least 30 degrees away from the at least one secondary folding axis and that is tensionably engaged with the backing at first and second engagement locations (51,52) of the backing; characterized in that the tensioning member is substantially aligned with the primary folding axis and wherein the long axis of the tensioning member is oriented within plus or minus 10 degrees of parallel to the primary folding axis. a backing with a width and a length and with a primary folding axis that extends the width of the backing and with at least one secondary folding axis that is oriented at an angle that is at least about 30 degrees away from the primary folding axis and that extends the length of the backing; and, at least one tensioning member with a long axis that is oriented at least 30 degrees away from the at least one secondary folding axis and that is tensionably engaged with the backing at first and second engagement locations (51,52) of the backing; characterized in that the tensioning member is substantially aligned with the primary folding axis and wherein the long axis of the tensioning member is oriented within plus or minus 10 degrees of parallel to the primary folding axis.
A storage facility for metal profiles of opening panels comprising at least one storage means (3; 18) for the profiles, a means of connection between the storage facility and a facility for bending the profiles, a means for moving the profiles from the storage facility towards the bending facility, the storage means (3; 18) comprising at least one storage module for a defined number of profiles in a given position, said module being held removably in a part of the storage means (3; 18), characterised in that each storage module comprises a frame for keeping the profiles in at least one row, said frame being formed by a bearing plate for the profiles, said plate being attached to an L-shaped angular profile defining with one branch of the L the bottom of the module, at least one tab for keeping the profiles bearing against the plate being arranged on the branch of the angular profile opposite the one connected to the plate, the tabs and the plate being parallel, characterised in that the moving means are suitable for selectively moving said storage module and in that the modules are stored parallel to each other and vertically in the facility.
A mount unit comprising: a main body portion adapted to hold a portion of a sensor under the skin of a living body; and two or more holding portions(12a,12b,12c,12d) attached to the main body portion. wherein each of the two or more holding portions(12a,12b,12c,12d) comprises an adhesive material layer capable of adhering to the living body and is movable so as to allow for selection between a state in which the adhesive material layer is in contact with the living body and a state in which the adhesive material laver is separate from the living bodv, wherein the main body portion comprises a mechanism that can change a contact position of at least one of the holding portions (12a. 12b, 12c, 12d) that is in contact with the living body, in a state in which the position of the sensor is held. a main body portion adapted to hold a portion of a sensor under the skin of a living body; and two or more holding portions(12a,12b,12c,12d) attached to the main body portion. wherein each of the two or more holding portions(12a,12b,12c,12d) comprises an adhesive material layer capable of adhering to the living body and is movable so as to allow for selection between a state in which the adhesive material layer is in contact with the living body and a state in which the adhesive material laver is separate from the living bodv, wherein the main body portion comprises a mechanism that can change a contact position of at least one of the holding portions (12a. 12b, 12c, 12d) that is in contact with the living body, in a state in which the position of the sensor is held.
A content backup method of a home gateway in a home network system, the method comprising: receiving, from a mobile terminal, a control command requesting backup of content generated in the mobile terminal; and backing up the content generated in the mobile terminal in response to the control command, wherein the content is automatically included in or excluded from backup based on information related to the content and stored with content during content generation; and wherein the information related to the content includes at least one of a geographical location, voice information, and memo information. receiving, from a mobile terminal, a control command requesting backup of content generated in the mobile terminal; and backing up the content generated in the mobile terminal in response to the control command, wherein the content is automatically included in or excluded from backup based on information related to the content and stored with content during content generation; and wherein the information related to the content includes at least one of a geographical location, voice information, and memo information.
A vehicle, the vehicle comprising: a cabin comprising seats; at least one of a roof light module, a door panel, and a headliner; a display positioned such that it is visible from all seats in the cabin, the display being integral to the roof light module, door panel or headliner; an occupancy-monitoring sensor; and a controller circuit configured to: receive occupant data from the occupancy-monitoring sensor; determine, based on the occupant data, a respective occupancy status at each of the seats; and indicate, on the display to be visible from all seats in the cabin, the respective occupancy status at each of the seats. a cabin comprising seats; at least one of a roof light module, a door panel, and a headliner; a display positioned such that it is visible from all seats in the cabin, the display being integral to the roof light module, door panel or headliner; an occupancy-monitoring sensor; and a controller circuit configured to: receive occupant data from the occupancy-monitoring sensor; determine, based on the occupant data, a respective occupancy status at each of the seats; and indicate, on the display to be visible from all seats in the cabin, the respective occupancy status at each of the seats. receive occupant data from the occupancy-monitoring sensor; determine, based on the occupant data, a respective occupancy status at each of the seats; and indicate, on the display to be visible from all seats in the cabin, the respective occupancy status at each of the seats.
A stable liquid pharmaceutical formulation of a vascular endothelial growth factor (VEGF)-specific fusion protein antagonist, comprising a fusion protein consisting of amino acids 27-457 of SEQ ID NO:4 and glycosylated Asn residues at positions 62, 94, 149, 222 and 308, 5 mM phosphate buffer, 5 mM citrate buffer, 100 mM NaCl, 0.1 % polysorbate 20, 20% sucrose and 25 mg/ml of the fusion protein, at a pH of 6.0-6.1.
An information transmission method, comprising: transmitting, by a first base station, a retrieve user equipment, UE, context request message to a second base station after receiving a radio resource control, RRC, resume request message transmitted by UE; receiving, by the first base station, a retrieve UE context failure message transmitted by the second base station, wherein the retrieve UE context failure message comprises an RRC release message with associated information of the RRC release message; and transmitting, by the first base station, the RRC release message to the UE based on the associated information of the RRC release message, wherein the associated information of the RRC release message comprises a key and an algorithm, and the key is generated at the second base station by using a Physical Cell Identifier, PCI, and an Absolute Radio Frequency Channel Number, ARFCN, of the second base station. transmitting, by a first base station, a retrieve user equipment, UE, context request message to a second base station after receiving a radio resource control, RRC, resume request message transmitted by UE; receiving, by the first base station, a retrieve UE context failure message transmitted by the second base station, wherein the retrieve UE context failure message comprises an RRC release message with associated information of the RRC release message; and transmitting, by the first base station, the RRC release message to the UE based on the associated information of the RRC release message, wherein the associated information of the RRC release message comprises a key and an algorithm, and the key is generated at the second base station by using a Physical Cell Identifier, PCI, and an Absolute Radio Frequency Channel Number, ARFCN, of the second base station.
System for edging ophthalmic lenses, comprising: - a first database table including first data relating to referenced eyewear frames, and - a processing unit suitable to calculate an edging setpoint as a function of at least one of said first data, said edging setpoint being a file that includes the parameters needed by a machine (200, 300) to center and/or block and/or edge an ophthalmic lens and that is suitable to be used by the machine (200, 300) enabling the edging of the ophthalmic lens along a final outline, wherein the system further comprises a second database table including second data relating to corrections to apply to said first data, wherein the processing unit is suitable to calculate said edging setpoint as a function of at least one of said first data, corrected by at least one of said second data, and wherein said second data comprises a corrective parameter to be applied to said first data, characterized in that the value of said corrective parameter depends on the location of said machine (200, 300). - a first database table including first data relating to referenced eyewear frames, and - a processing unit suitable to calculate an edging setpoint as a function of at least one of said first data, said edging setpoint being a file that includes the parameters needed by a machine (200, 300) to center and/or block and/or edge an ophthalmic lens and that is suitable to be used by the machine (200, 300) enabling the edging of the ophthalmic lens along a final outline, wherein the system further comprises a second database table including second data relating to corrections to apply to said first data, wherein the processing unit is suitable to calculate said edging setpoint as a function of at least one of said first data, corrected by at least one of said second data, and wherein said second data comprises a corrective parameter to be applied to said first data, characterized in that the value of said corrective parameter depends on the location of said machine (200, 300). wherein the system further comprises a second database table including second data relating to corrections to apply to said first data, wherein the processing unit is suitable to calculate said edging setpoint as a function of at least one of said first data, corrected by at least one of said second data, and wherein said second data comprises a corrective parameter to be applied to said first data, characterized in that the value of said corrective parameter depends on the location of said machine (200, 300).