mhurhangee/ep-ind-claims huggingface dataset:
A control device for a hybrid vehicle, the hybrid vehicle including: a manual transmission unit allowing a driver to manually select an arbitrary shift stage; an engine driving a drive wheel through the manual transmission unit; a clutch enabling or disabling the transmission of power between the engine and the manual transmission unit; and an electric motor, the control device including: a control unit switching an EV mode allowing the vehicle to run only using the electric motor as a drive source and an HEV mode allowing the vehicle to run using the engine and the electric motor as a drive source, wherein in the EV mode, the control unit allows the electric motor to generate driving power corresponding to driving power according to an accelerator operation, a clutch operation, and a shift operation of the driver in the HEV mode, and where the control device is characterized in that in the EV mode, the control unit allows the electric motor to generate a virtual driving vibration corresponding to a driving vibration when the engine drives the drive wheel in the HEV mode and a virtual engine vibration corresponding to a vibration generated by an inertial force of the engine in the HEV mode. a manual transmission unit allowing a driver to manually select an arbitrary shift stage; an engine driving a drive wheel through the manual transmission unit; a clutch enabling or disabling the transmission of power between the engine and the manual transmission unit; and an electric motor, the control device including: a control unit switching an EV mode allowing the vehicle to run only using the electric motor as a drive source and an HEV mode allowing the vehicle to run using the engine and the electric motor as a drive source, wherein in the EV mode, the control unit allows the electric motor to generate driving power corresponding to driving power according to an accelerator operation, a clutch operation, and a shift operation of the driver in the HEV mode, and where the control device is characterized in that in the EV mode, the control unit allows the electric motor to generate a virtual driving vibration corresponding to a driving vibration when the engine drives the drive wheel in the HEV mode and a virtual engine vibration corresponding to a vibration generated by an inertial force of the engine in the HEV mode. a control unit switching an EV mode allowing the vehicle to run only using the electric motor as a drive source and an HEV mode allowing the vehicle to run using the engine and the electric motor as a drive source, wherein in the EV mode, the control unit allows the electric motor to generate driving power corresponding to driving power according to an accelerator operation, a clutch operation, and a shift operation of the driver in the HEV mode, and where the control device is characterized in that in the EV mode, the control unit allows the electric motor to generate a virtual driving vibration corresponding to a driving vibration when the engine drives the drive wheel in the HEV mode and a virtual engine vibration corresponding to a vibration generated by an inertial force of the engine in the HEV mode.
Apparatus, comprising: a probe, in contact with a biological tissue and comprising a plurality of thermal sensors; and a processor configured to: acquire signals, indicative of temperatures at respective locations in the biological tissue, from the plurality of thermal sensors, interpolate between the temperatures so as to produce a temperature distribution map (63, 64), display the temperature distribution map on a screen, determine if at least one of the thermal sensors is a malfunctioning thermal sensor, and that remaining thermal sensors of the plurality are correctly operating, characterised in that the processor is further configured to: assign the at least one malfunctioning thermal sensor a first arbitrary temperature and the correctly operating thermal sensors a second arbitrary temperature, interpolate between the first and second arbitrary temperatures so as to produce an error distribution map (142, 152) indicative of a suspect portion of the temperature distribution map (63, 64), and superimpose graphically the error distribution map (142, 152) on the displayed temperature distribution map (63, 64). a probe, in contact with a biological tissue and comprising a plurality of thermal sensors; and a processor configured to: acquire signals, indicative of temperatures at respective locations in the biological tissue, from the plurality of thermal sensors, interpolate between the temperatures so as to produce a temperature distribution map (63, 64), display the temperature distribution map on a screen, determine if at least one of the thermal sensors is a malfunctioning thermal sensor, and that remaining thermal sensors of the plurality are correctly operating, acquire signals, indicative of temperatures at respective locations in the biological tissue, from the plurality of thermal sensors, interpolate between the temperatures so as to produce a temperature distribution map (63, 64), display the temperature distribution map on a screen, determine if at least one of the thermal sensors is a malfunctioning thermal sensor, and that remaining thermal sensors of the plurality are correctly operating, assign the at least one malfunctioning thermal sensor a first arbitrary temperature and the correctly operating thermal sensors a second arbitrary temperature, interpolate between the first and second arbitrary temperatures so as to produce an error distribution map (142, 152) indicative of a suspect portion of the temperature distribution map (63, 64), and superimpose graphically the error distribution map (142, 152) on the displayed temperature distribution map (63, 64).
Equipment for excavating surfaces or solid floorings such as for example made of asphalt or cement or similar solid material, in particular for excavating trenches in said surfaces or solid floorings, said equipment comprising rotatable working or excavating means supported by a main supporting frame with a coupling for operatively coupling said equipment to the mobile arm or support of a main operating machine, and a setting frame which defines at least one contact portion substantially flat and adapted to be put into contact with a corresponding portion of the surface to be worked on, wherein said main supporting frame is housed or received in an internal space defined by said setting frame; wherein said setting frame is fixed to said main supporting frame in such a way that said setting frame can be translated with respect to said main supporting frame on a plane perpendicular to the axis of rotation of said working or excavating means, and that said main supporting frame and said setting frame can be rotated one with respect to the other on a main rotation axis substantially parallel to the rotation axis of said rotatable working or excavating means; characterised in that said main supporting frame and said setting frame are mutually coupled by means of a first engagement pin which extends along a direction substantially parallel to said main rotation axis and comprises at least one free end portion, wherein said free end portion of said first engagement pin is engaged in a first engagement slot, and wherein said first engagement slot extends along an arc-shaped, or semicircular development, said first engagement pin being thus adapted to be translated along said first engagement slot; and in that the equipment comprises guiding means which comprise a proximity portion extending along a direction substantially parallel to the plane of rotation of said working or excavating means, along with a plate shaped end portion extending from said proximity portion substantially parallel to the plane of rotation of said working or excavating means, wherein said proximity portion and said end portion define an engagement space in which there is received in a slidable manner a portion of said setting frame or of said main supporting frame; and in that said equipment comprises setting means adapted to allow setting the position of said setting frame with respect to said main supporting frame in a manner such to allow the setting of the working depth of said working means; and in that said setting means comprise a first coupling arm pivotally coupled on said main supporting frame by means of a pivot, wherein said first engagement pin extends from said first coupling arm, and wherein said setting frame is coupled to said main supporting frame by means of said first coupling arm, in such a way that rotating said first coupling arm around said pivot in two opposite rotation directions results in said setting frame being translated with respect to said main supporting frame respectively in two opposite translation directions.
A binderless BaKX zeolitic adsorbent comprising: a first Zeolite X having a silica to alumina molar ratio of from 2.0 to 3.0; a binder-converted Zeolite X wherein a ratio of the binder-converted Zeolite X to the first Zeolite X ranges from 10: 90 to 20: 80 by weight; and barium and potassium at cationic exchangeable sites within the binderless BaKX zeolitic adsorbent; wherein potassium ranges from 1.15 wt% to 1.25 wt% of the binderless BaKX zeolitic adsorbent, and barium ranges from 31 wt% to 33 wt% of the binderless BaKX zeolitic adsorbent. a first Zeolite X having a silica to alumina molar ratio of from 2.0 to 3.0; a binder-converted Zeolite X wherein a ratio of the binder-converted Zeolite X to the first Zeolite X ranges from 10: 90 to 20: 80 by weight; and barium and potassium at cationic exchangeable sites within the binderless BaKX zeolitic adsorbent; wherein potassium ranges from 1.15 wt% to 1.25 wt% of the binderless BaKX zeolitic adsorbent, and barium ranges from 31 wt% to 33 wt% of the binderless BaKX zeolitic adsorbent.
A direct-drive wind turbine comprising: a generator mounted on a frame, the generator comprising a generator stator and a generator rotor configured to rotate about a rotation axis, the frame has a protruding portion extending beyond the generator, the protruding portion comprising a first structure, a second structure and one or more bearings rotatably connecting the first and second structures; wherein the first and second structures are configured to rotate relative to each other and about the rotation axis; and wherein the first structure is attached to the generator stator and the second structure is attached to the generator rotor; a brake system attached to the first and second structures, the brake system being spaced away from the generator along the rotation axis. a generator mounted on a frame, the generator comprising a generator stator and a generator rotor configured to rotate about a rotation axis, the frame has a protruding portion extending beyond the generator, the protruding portion comprising a first structure, a second structure and one or more bearings rotatably connecting the first and second structures; wherein the first and second structures are configured to rotate relative to each other and about the rotation axis; and wherein the first structure is attached to the generator stator and the second structure is attached to the generator rotor; a brake system attached to the first and second structures, the brake system being spaced away from the generator along the rotation axis.
A method for manufacturing a high-manganese steel cast slab, comprising manufacturing a cast slab by continuously casting a molten steel having a chemical composition containing, by mass%, C: 0.10% or more and 1.3% or less, Si: 0.10% or more and 0.90% or less, Mn: 10% or more and 30% or less, P: 0.030% or less, S: 0.0070% or less, Al: 0.01% or more and 0.07% or less, Cr: 0.1% or more and 10% or less, Ni: 0.01% or more and 1.0% or less, Ca: 0.0001% or more and 0.010% or less, and N: 0.0050% or more and 0.2000% or less, and further containing, as optional additive elements, Mg: 0.0001% or more and 0.010% or less and REM: 0.0001% or more and 0.010% or less, with the balance being iron and unavoidable impurities, wherein in a continuous-casting machine or after a continuous-casting machine before subsequent charging into a heating furnace for hot rolling, a processing strain is applied to the cast slab having a surface temperature of 600°C or higher and 1100°C or lower by pressing the cast slab with one or more pairs of reduction rolls in such an amount that a processing strain amount calculated by formula is 3.0% or more and 10.0% or less: Processing strain amount in % = ln (sectional area of cast slab before processing/sectional area of cast slab after processing) × 100 C: 0.10% or more and 1.3% or less, Si: 0.10% or more and 0.90% or less, Mn: 10% or more and 30% or less, P: 0.030% or less, S: 0.0070% or less, Al: 0.01% or more and 0.07% or less, Cr: 0.1% or more and 10% or less, Ni: 0.01% or more and 1.0% or less, Ca: 0.0001% or more and 0.010% or less, and N: 0.0050% or more and 0.2000% or less, and further containing, as optional additive elements, Mg: 0.0001% or more and 0.010% or less and REM: 0.0001% or more and 0.010% or less, with the balance being iron and unavoidable impurities, wherein in a continuous-casting machine or after a continuous-casting machine before subsequent charging into a heating furnace for hot rolling, a processing strain is applied to the cast slab having a surface temperature of 600°C or higher and 1100°C or lower by pressing the cast slab with one or more pairs of reduction rolls in such an amount that a processing strain amount calculated by formula is 3.0% or more and 10.0% or less: Processing strain amount in % = ln (sectional area of cast slab before processing/sectional area of cast slab after processing) × 100
Mounting part for fastening of visible profiles (101, 102), with a base plate, which has at least one fastening opening for fastening means to install the mounting part, and with two of the base plate projecting and in the transverse direction of the mounting part side by side retaining bars (3, 4), in the longitu-dinal direction of the mounting part counteracting in a recess at the re-spective visible profiles (101, 102) are designed to be engageable, wherein for a fixed mounting of the first visible profile on the mounting part of the first retaining bar with the base plate a rigid structural section is formed on the mounting part, wherein for a movable mounting of the other second visible profile on the mounting part of the second retaining bar with the base plate an elastic structural section is formed on the mounting part, charkterized in that the fastening opening of the second retaining bar in the longitudinal direction of the mounting part has obliquely tapered course.
A dialysate-extracting apparatus comprising: a dialysate-extracting device connected to a dialysate flow route and having a collecting port from which dialysate flowing in the dialysate flow route is collectable; and an opening-and-closing device detachable from and attachable to the dialysate-extracting device in such a manner as to open and close the collecting port and including a seal portion that seals the collecting port in a closed state, wherein, when the opening-and-closing device is detached from the dialysate-extracting device, a part of the opening-and-closing device that is on an inner side with respect to the seal portion is bendable and displaceable toward the collecting port characterised in that the opening-and-closing device includes a seal member that is a flexible member, a part of which forms the seal portion; and a cap member that covers and holds the seal member, and wherein a part of the seal member that is on the inner side with respect to the seal portion is bendable and displaceable toward the collecting port. a dialysate-extracting device connected to a dialysate flow route and having a collecting port from which dialysate flowing in the dialysate flow route is collectable; and an opening-and-closing device detachable from and attachable to the dialysate-extracting device in such a manner as to open and close the collecting port and including a seal portion that seals the collecting port in a closed state, wherein, when the opening-and-closing device is detached from the dialysate-extracting device, a part of the opening-and-closing device that is on an inner side with respect to the seal portion is bendable and displaceable toward the collecting port characterised in that the opening-and-closing device includes a seal member that is a flexible member, a part of which forms the seal portion; and a cap member that covers and holds the seal member, and wherein a part of the seal member that is on the inner side with respect to the seal portion is bendable and displaceable toward the collecting port.
A locking apparatus, characterized by: a central member comprising: an actuator; a control circuit configured to control operations of the locking apparatus; a lifting member, at least a portion of the lifting member being configured to be raised or lowered according to a command position, the lifting member comprising a contact surface (a) configured to restrict movement of an object; and a lifting mechanism (425/440) configured to receive an output of the actuator and to raise or lower the lifting member responsive to the actuator output; an outer housing connected to the central member; and a power housing connected to the central member. a central member comprising: an actuator; a control circuit configured to control operations of the locking apparatus; a lifting member, at least a portion of the lifting member being configured to be raised or lowered according to a command position, the lifting member comprising a contact surface (a) configured to restrict movement of an object; and a lifting mechanism (425/440) configured to receive an output of the actuator and to raise or lower the lifting member responsive to the actuator output; an actuator; a control circuit configured to control operations of the locking apparatus; a lifting member, at least a portion of the lifting member being configured to be raised or lowered according to a command position, the lifting member comprising a contact surface (a) configured to restrict movement of an object; and a lifting mechanism (425/440) configured to receive an output of the actuator and to raise or lower the lifting member responsive to the actuator output; an outer housing connected to the central member; and a power housing connected to the central member.
A method comprising a floating unit for processing, handling or storing a fluid and at least one unbonded flexible pipe for transporting said fluid to the floating unit, said unbonded flexible pipe comprising a first end terminated in an end-fitting, which is connected to a connector on the floating unit and a second end connected to a source for fluid, the first end extends from the end-fitting and up to 1500 m towards the second end and an electric heating system connected to an electric power source, wherein: - the temperature of the fluid in at least a part of the first end of the flexible pipe is measured; - the measured temperature is used as a parameter for partly or fully controlling the electric power input from the electric power source to the heating system; wherein the electric power input to the heating system is controlled so the fluid in the first end of the flexible pipe has a temperature substantially corresponding to a predetermined temperature. - the temperature of the fluid in at least a part of the first end of the flexible pipe is measured; - the measured temperature is used as a parameter for partly or fully controlling the electric power input from the electric power source to the heating system;
A shower tray with a heat exchanger, wherein the heat exchanger is arranged below the shower tray for a heat recovery from waste water for heating fresh water, wherein a first heat exchanger surface is in contact with the waste water and a second heat exchanger surface is in contact with the fresh water, and the first heat exchanger surface forms the base or a part of the base of the shower tray, and the shower tray is manufactured of aluminium or an aluminium alloy, and the second heat exchanger surface is formed by pipes which at least at the outside are made of aluminium or an aluminium alloy, characterised in that the pipes are welded to the base of the shower tray by way of welding spots produced by way of laser welding and the shower tray and the outer side of the pipes are anodised.
A method for implementing information sharing, comprising: sending, by a first user equipment to a cloud server, at least one piece of shared information, location information corresponding to the shared information, and indication information used to indicate at least one sharing object that is capable of acquiring the at least one piece of shared information, wherein the location information indicates a location for the shared information to be displayed on a desktop of the first user equipment; the at least one piece of shared information comprises an application and an application operation parameter of the application, the location indicates a coordinate location for the application to be displayed on the desktop of the first user equipment, when the at least one piece of shared information and the location information is received by a second user equipment, the application is installed on the second user equipment, the application operation parameter is loaded in the application in the second user equipment, and the application is displayed on the desktop of the second user equipment according to the location. sending, by a first user equipment to a cloud server, at least one piece of shared information, location information corresponding to the shared information, and indication information used to indicate at least one sharing object that is capable of acquiring the at least one piece of shared information, wherein the location information indicates a location for the shared information to be displayed on a desktop of the first user equipment; the at least one piece of shared information comprises an application and an application operation parameter of the application, the location indicates a coordinate location for the application to be displayed on the desktop of the first user equipment, when the at least one piece of shared information and the location information is received by a second user equipment, the application is installed on the second user equipment, the application operation parameter is loaded in the application in the second user equipment, and the application is displayed on the desktop of the second user equipment according to the location.