mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating an electric vehicle including a battery system having a plurality of battery modules including a first battery module and a second battery module electrically connected together, comprising: receiving a signal at a battery management system from a sensor, wherein the signal is indicative of a defect associated with the second battery module; and in response to the signal, thermally and electrically isolating sections of the battery system , by the battery management system by: selectively activating one or more heaters positioned within the first battery module to discharge energy from the first battery module without activating one or more heaters positioned within the second battery module to decrease a state of charge of the battery system , wherein each of the one or more heaters are positioned within each battery module such that a maximum energy discharged by the one or more heaters does not damage battery cells of the battery module. receiving a signal at a battery management system from a sensor, wherein the signal is indicative of a defect associated with the second battery module; and in response to the signal, thermally and electrically isolating sections of the battery system , by the battery management system by: selectively activating one or more heaters positioned within the first battery module to discharge energy from the first battery module without activating one or more heaters positioned within the second battery module to decrease a state of charge of the battery system , wherein each of the one or more heaters are positioned within each battery module such that a maximum energy discharged by the one or more heaters does not damage battery cells of the battery module.
A pharmaceutical composition comprising a glucopyranosyl lipid adjuvant (GLA) or a pharmaceutically acceptable salt thereof as an active ingredient for use in a method of treatment for reducing or preventing metastasis development following a tumor excision surgery in a subject, wherein said composition is administered during the perioperative period of said tumor excision surgery, and wherein the GLA has the following structural formula (I): wherein R 1 , R 3 , R 5 and R 6 are C 11 -C 20 alkyl; and R 2 and R 4 are C 12 -C 20 alkyl.
A method comprising: controlling a vehicle comprising an electric motor, including: • determining a user parameter descriptive of a user ; • receiving a user input value from a throttle ; • selecting a first current output value (S300) based on the user input value from a user input map; • controlling power provision to the electric motor to maintain an output current within a first predetermined range of the first current output value; • detecting a condition indicative of perturbation to the vehicle (S100); • selecting a second current output value for the user input value based on the user parameter descriptive of the user; • in response to detecting the condition indicative of perturbation, controlling power provision to the electric motor to maintain the output current within a second predetermined range of the second current output value; • incrementally adjusting a current output value, mapped to the user input value, from the second current output value to the first current output value; and • controlling power provision to the electric motor to maintain the output current within a predetermined range of each adjusted current output value. • determining a user parameter descriptive of a user ; • receiving a user input value from a throttle ; • selecting a first current output value (S300) based on the user input value from a user input map; • controlling power provision to the electric motor to maintain an output current within a first predetermined range of the first current output value; • detecting a condition indicative of perturbation to the vehicle (S100); • selecting a second current output value for the user input value based on the user parameter descriptive of the user; • in response to detecting the condition indicative of perturbation, controlling power provision to the electric motor to maintain the output current within a second predetermined range of the second current output value; • incrementally adjusting a current output value, mapped to the user input value, from the second current output value to the first current output value; and • controlling power provision to the electric motor to maintain the output current within a predetermined range of each adjusted current output value.
A method of melt infiltration for producing a ceramic matrix composite , the method comprising: applying a non-wetting coating onto one or more outer surfaces of a porous fibre preform , the non-wetting coating comprising a non-wetting material with which molten silicon comprises a contact angle (θc) of at least 45 degrees, the non-wetting material being selected from the group consisting of boron nitride, aluminium nitride and silicon nitride; applying a high-emissivity coating comprising a non-reflective material onto the non-wetting coating, the non-reflective material comprising carbon; after applying the high-emissivity coating, immersing an uncoated portion of the porous fibre preform into a molten material comprising silicon, the molten material being infiltrated into the porous fibre preform through the uncoated portion, the non-wetting coating serving as a barrier to inhibit or prevent the molten material from penetrating the one or more outer surfaces; after infiltration of the molten material into the porous fibre preform, cooling the molten material to form a ceramic matrix composite ; and removing the non-wetting coating. applying a non-wetting coating onto one or more outer surfaces of a porous fibre preform , the non-wetting coating comprising a non-wetting material with which molten silicon comprises a contact angle (θc) of at least 45 degrees, the non-wetting material being selected from the group consisting of boron nitride, aluminium nitride and silicon nitride; applying a high-emissivity coating comprising a non-reflective material onto the non-wetting coating, the non-reflective material comprising carbon; after applying the high-emissivity coating, immersing an uncoated portion of the porous fibre preform into a molten material comprising silicon, the molten material being infiltrated into the porous fibre preform through the uncoated portion, the non-wetting coating serving as a barrier to inhibit or prevent the molten material from penetrating the one or more outer surfaces; after infiltration of the molten material into the porous fibre preform, cooling the molten material to form a ceramic matrix composite ; and removing the non-wetting coating.
An electronic device, comprising: a transparent cover , comprising a first surface and a second surface opposite to the first surface ; a display screen , comprising a display region and a non-display region adjacent to the display region , wherein the non-display region comprises a first contact face , a second contact face opposite to the first contact face , and a side face connecting the first contact face and the second contact face , the first contact face is disposed close to the transparent cover ; and a camera module ; wherein the electronic device is characterized in that the electronic device further comprises: a screen-printing ink layer, serving as a diaphragm structure , disposed on the first surface of the transparent cover and defining a light-transmitting hole ; wherein the camera module and the diaphragm structure are disposed on a same side of the transparent cover ; the diaphragm structure is configured to limit a diameter of a field of view of the camera module , the light is capable of passing through the transparent cover and the light-transmitting hole to further enter the camera module ; a light-shielding layer is disposed on each of the side face and the first contact face ; and a distance between the display screen and the transparent cover is greater than a thickness of the diaphragm structure , and the display screen is arranged to avoid the diaphragm structure . a transparent cover , comprising a first surface and a second surface opposite to the first surface ; a display screen , comprising a display region and a non-display region adjacent to the display region , wherein the non-display region comprises a first contact face , a second contact face opposite to the first contact face , and a side face connecting the first contact face and the second contact face , the first contact face is disposed close to the transparent cover ; and a camera module ; wherein the electronic device is characterized in that the electronic device further comprises: a screen-printing ink layer, serving as a diaphragm structure , disposed on the first surface of the transparent cover and defining a light-transmitting hole ; wherein the camera module and the diaphragm structure are disposed on a same side of the transparent cover ; the diaphragm structure is configured to limit a diameter of a field of view of the camera module , the light is capable of passing through the transparent cover and the light-transmitting hole to further enter the camera module ; a light-shielding layer is disposed on each of the side face and the first contact face ; and a distance between the display screen and the transparent cover is greater than a thickness of the diaphragm structure , and the display screen is arranged to avoid the diaphragm structure .
Clamping device for fixing printing plates on the plate cylinder of a printing press with a fixed upper clamping bar and a lower clamping bar which can be moved into a clamping position and an exchange position, as well as an actuating device acting on the lower clamping bar, characterised in that at least one adjusting unit is arranged on the side of the lower clamping strip of the clamping device that is facing the interior of the plate cylinder , said adjusting unit comprising a follower with a rotating cam disc , an eccentric cam disc fixed to the follower , and a spring element ; the rotating cam disc being movable via a thrust piece by means of a switching element , a contact surface (6.1) of the cam disk sliding over the cam track of the eccentric cam disk .
A pluggable aggregation module adapted to be plugged into a network device of an optical network, said pluggable aggregation module comprising optical frontends configured to connect said pluggable aggregation module with a corresponding number of modules to exchange optical signals via optical fibres in legacy signal formats; and an electrical conversion circuit configured to convert the legacy signal formats to an internal signal format used by said network device , characterized in that the electrical conversion circuit comprises a Codec chip having serializer / de-serializer circuits connectable to a host board of said network device and serializer / de-serializer circuits connected to the optical frontends integrated in the pluggable aggregation module .
A device for wirelessly transmitting and receiving data comprising an electromagnetically shielded housing and a RFID memory chip introduced in said housing , wherein a transmission region is provided in a housing wall of the housing and wherein the device further has a transceiver connected to the RFID memory chip , characterized in that the transceiver is configured with a rod core choke or a ferrite core with a coil assembly surrounding the same, wherein the transceiver is configured to transmit and/or receive data from the RFID memory chip through the transmission region , wherein a double coil formed by two coil assemblies for coupling to an external receiving unit of a reading device and for coupling to the transceiver is provided directly above or below the transmission region .
A secondary battery unit configured for being housed as a battery in a battery housing section of an electronic timepiece (100, 200; said timepiece comprising an external case ; a time indicating section located inside the external case and configured to indicate the time; a solar panel that is housed in the external case and is provided with a first supply terminal and a second supply terminal ; a contact section that is electrically connected to the first supply terminal ; an indication controlling section configured to operate the time indicating section ; a positive side contact terminal that is provided in the battery housing section and electrically connected to a positive supply terminal of the indication controlling section ; and a negative side contact terminal that is provided in the battery housing section and electrically connected to a negative supply terminal of the indication controlling section , the battery housing section being provided in a main plate ; the secondary battery unit including a negative terminal contactable with the negative side contact terminal ; a secondary battery with a positive electrode and with a negative electrode, said positive electrode contactable with the positive side contact terminal and said negative electrode electrically connected to the negative terminal ; and a charge controlling section comprising an electrically conductive elastic member contactable with the contact section ; characterised in that said charge controlling section further includes a limiting circuit that is provided between the electrically conductive elastic member and the negative electrode of the secondary battery so as to limit charging of the secondary battery to a predetermined condition. the secondary battery unit including a negative terminal contactable with the negative side contact terminal ; a secondary battery with a positive electrode and with a negative electrode, said positive electrode contactable with the positive side contact terminal and said negative electrode electrically connected to the negative terminal ; and a charge controlling section comprising an electrically conductive elastic member contactable with the contact section ; characterised in that said charge controlling section further includes a limiting circuit that is provided between the electrically conductive elastic member and the negative electrode of the secondary battery so as to limit charging of the secondary battery to a predetermined condition.
A cleaning blade, having an elastic body formed of a rubber base material molded product, and a surface treatment layer provided on at least an area of the elastic body to be brought into contact with a cleaning object, wherein the surface treatment layer contains a cured product of an isocyanate group reaction product of a bi-functional isocyanate compound with a bi-functional polyol and a tri-functional polyol; and the cured product has reacted with a polymer forming the elastic body via isocyanate groups; characterized in that the isocyanate group reaction product has a mole ratio (2-function/3-function) of the bi-functional polyol to the tri-functional polyol of 50/50 to 95/5; the surface treatment layer has a thickness of 10 μm to 100 μm; and the difference in indentation elastic modulus between the surface treatment layer and the elastic body is 3 MPa or more. wherein the surface treatment layer contains a cured product of an isocyanate group reaction product of a bi-functional isocyanate compound with a bi-functional polyol and a tri-functional polyol; and the cured product has reacted with a polymer forming the elastic body via isocyanate groups; characterized in that the isocyanate group reaction product has a mole ratio (2-function/3-function) of the bi-functional polyol to the tri-functional polyol of 50/50 to 95/5; the surface treatment layer has a thickness of 10 μm to 100 μm; and the difference in indentation elastic modulus between the surface treatment layer and the elastic body is 3 MPa or more.
A system for treatment of conditions associated with body lumen(s) and/or cavities, comprising: a device having a longitudinal axis, a handle at a proximal portion along the longitudinal axis, a multi-lumen tube having first and second lumens extending along the longitudinal axis, and an expandable chamber constructed from first and second flexible strips ; a distal balloon provided distal to the strips and a proximal balloon provided proximal to the strips; the distal and proximal balloons being inflatable to isolate the chamber from the rest of the body lumen or cavity, thefirst and second lumens each having an opening into the chamber ; a first instrument insertable through the first lumen into the chamber ; and a second instrument insertable through the second lumen into the chamber , characterized in that the chamber is expandable by pushing the strips forward from the handle . a device having a longitudinal axis, a handle at a proximal portion along the longitudinal axis, a multi-lumen tube having first and second lumens extending along the longitudinal axis, and an expandable chamber constructed from first and second flexible strips ; a distal balloon provided distal to the strips and a proximal balloon provided proximal to the strips; the distal and proximal balloons being inflatable to isolate the chamber from the rest of the body lumen or cavity, thefirst and second lumens each having an opening into the chamber ; a first instrument insertable through the first lumen into the chamber ; and a second instrument insertable through the second lumen into the chamber , characterized in that the chamber is expandable by pushing the strips forward from the handle .
A system, comprising: a plurality of storage nodes, each of which comprises at least one processor and a memory, wherein the plurality of storage nodes is configured to collectively implement a distributed log-structured storage system of a database service configured to: receive a plurality of log records, from one or more database engine head nodes of the database service, wherein each of the plurality of log records is associated with a respective change to data stored by the database service and is further associated with a respective log sequence identifier; store the plurality of log records among the plurality of storage nodes; determine that a difference exists between first log records of the plurality of log records stored at a first storage node of the plurality of storage nodes and second log records of the plurality of log records stored at a second storage node of the plurality of nodes; and transform the plurality of log records, wherein the plurality of log records include two or more log sections as operands for said transforming, wherein transforming the plurality of log records results in a modified plurality of log records, the modified plurality of log records being a different plurality of log records, and wherein said transforming the plurality of log records includes reconciling the difference between the first log records and the second log records. receive a plurality of log records, from one or more database engine head nodes of the database service, wherein each of the plurality of log records is associated with a respective change to data stored by the database service and is further associated with a respective log sequence identifier; store the plurality of log records among the plurality of storage nodes; determine that a difference exists between first log records of the plurality of log records stored at a first storage node of the plurality of storage nodes and second log records of the plurality of log records stored at a second storage node of the plurality of nodes; and transform the plurality of log records, wherein the plurality of log records include two or more log sections as operands for said transforming, wherein transforming the plurality of log records results in a modified plurality of log records, the modified plurality of log records being a different plurality of log records, and wherein said transforming the plurality of log records includes reconciling the difference between the first log records and the second log records.
A liquid electrophotographic ink composition comprising: a first resin comprising a copolymer of an alkylene monomer and a methacrylic acid monomer; a second resin comprising a copolymer of an alkylene monomer and from about 5 wt.% to 11 wt.% of an acrylic acid monomer and a colorant in an amount of at least 20 wt.% of the solids of the electrophotographic ink composition. a first resin comprising a copolymer of an alkylene monomer and a methacrylic acid monomer; an alkylene monomer and a methacrylic acid monomer; a second resin comprising a copolymer of an alkylene monomer and from about 5 wt.% to 11 wt.% of an acrylic acid monomer and an alkylene monomer and from about 5 wt.% to 11 wt.% of an acrylic acid monomer and a colorant in an amount of at least 20 wt.% of the solids of the electrophotographic ink composition.
A charging system for a battery-operated industrial truck, which is equipped with a first charging unit that works together inductively with a second charging unit to charge a battery provided in the industrial truck, wherein - the second charging unit has a charging coil control unit and at least two coils (50 to 64) which can be activated independently of each other to inductively transmit power to the first charging unit , - and, before transmitting power, the charging coil control unit checks which of the at least two coils (50 to 64) of the second charging unit has a best overlap with the first charging unit and triggers the power transmission via the coil (50 to 64) with the best overlap, characterized in that - the at least two coils of the second charging unit are arranged partially overlapping and have ferrite elements, wherein at least one pair of coils together uses a ferrite element arranged in the radial direction. - the second charging unit has a charging coil control unit and at least two coils (50 to 64) which can be activated independently of each other to inductively transmit power to the first charging unit , - and, before transmitting power, the charging coil control unit checks which of the at least two coils (50 to 64) of the second charging unit has a best overlap with the first charging unit and triggers the power transmission via the coil (50 to 64) with the best overlap, characterized in that - the at least two coils of the second charging unit are arranged partially overlapping and have ferrite elements, wherein at least one pair of coils together uses a ferrite element arranged in the radial direction.