mhurhangee/ep-ind-claims huggingface dataset:
An electric vehicle comprising: a vehicle body; an electric motor provided in the vehicle body; a wheel provided in the vehicle body; an operator configured to be operated by a user to drive the wheel to rotate by power from the electric motor; and a controller configured to control the electric motor according to an operation of the operator; wherein the controller is configured to control the electric vehicle according to a plurality of control states including a basic state as an assist state wherein assist force based on a pedal force is generated from the electric motor, a drive-standby state, which is a self-propelleable state in which a driving force is generated from the electric motor by operation of the operator and which transitions to and from the basic state, and a driving state, which is a self-propelling state in which the operator is being operated, and a driving force is being generated from the electric motor, and which transitions to and from the drive-standby state and configured to cause transmission of the power of the electric motor to the wheel; the controller is configured or programmed to transition to the driving state when the operator is operated in the drive-standby state, and characterised in that the controller is configured or programmed to transition to the basic state if it is judged in the drive-standby state that a user is not present in a vicinity of the vehicle body for a predetermined time or longer. a vehicle body; an electric motor provided in the vehicle body; a wheel provided in the vehicle body; an operator configured to be operated by a user to drive the wheel to rotate by power from the electric motor; and a controller configured to control the electric motor according to an operation of the operator; wherein the controller is configured to control the electric vehicle according to a plurality of control states including a basic state as an assist state wherein assist force based on a pedal force is generated from the electric motor, a drive-standby state, which is a self-propelleable state in which a driving force is generated from the electric motor by operation of the operator and which transitions to and from the basic state, and a driving state, which is a self-propelling state in which the operator is being operated, and a driving force is being generated from the electric motor, and which transitions to and from the drive-standby state and configured to cause transmission of the power of the electric motor to the wheel; the controller is configured or programmed to transition to the driving state when the operator is operated in the drive-standby state, and characterised in that the controller is configured or programmed to transition to the basic state if it is judged in the drive-standby state that a user is not present in a vicinity of the vehicle body for a predetermined time or longer.
A sliding structure, configured to bring a basket to move, wherein the sliding structure comprises: a connecting member connectable to the basket; at least one support member connected to the connecting member, the support member comprising an engaging groove and an accommodating groove spaced from the engaging groove, and one end of the connecting member being engaged in the engaging groove; and a guiding rail connectable to the support member and configured to be received in the accommodating groove; wherein the connecting member comprises: a connecting rod connectable to the basket; at least one bending section engaged in the engaging groove and connected to an end of the connecting rod, an angle being defined between the bending section and the end of the connecting rod; characterised in that at least one abutting section connected to a free end of the bending section, an angle being defined between the abutting section and the bending section, and the abutting section being configured to abut against an outer surface of the engaging groove. a connecting member connectable to the basket; at least one support member connected to the connecting member, the support member comprising an engaging groove and an accommodating groove spaced from the engaging groove, and one end of the connecting member being engaged in the engaging groove; and a guiding rail connectable to the support member and configured to be received in the accommodating groove; wherein the connecting member comprises: a connecting rod connectable to the basket; at least one bending section engaged in the engaging groove and connected to an end of the connecting rod, an angle being defined between the bending section and the end of the connecting rod; characterised in that at least one abutting section connected to a free end of the bending section, an angle being defined between the abutting section and the bending section, and the abutting section being configured to abut against an outer surface of the engaging groove. a connecting rod connectable to the basket; at least one bending section engaged in the engaging groove and connected to an end of the connecting rod, an angle being defined between the bending section and the end of the connecting rod; characterised in that at least one abutting section connected to a free end of the bending section, an angle being defined between the abutting section and the bending section, and the abutting section being configured to abut against an outer surface of the engaging groove.
Method for producing an insulating material, comprising the steps: (i) Providing an aqueous mixture, which contains water, SiO 2, lime hydrate, cement and a setting accelerator and comprises no organic or inorganic fibres, (ii) providing a foam through introducing air into a mixture comprising water and a surfactant, (iii) mixing the foam into the aqueous mixture to obtain a raw mixture, (iv) introducing the raw mixture into a mould and leaving the raw mixture for at least 5 h, preferably for at least 10 h, and particularly preferably for at least 15 h, in the mould to obtain a raw material, (v) steam curing the raw material obtained in step (iv) in an autoclave, this possibly after cutting into sections, and (vi) drying the steam cured raw material. (i) Providing an aqueous mixture, which contains water, SiO 2, lime hydrate, cement and a setting accelerator and comprises no organic or inorganic fibres, (ii) providing a foam through introducing air into a mixture comprising water and a surfactant, (iii) mixing the foam into the aqueous mixture to obtain a raw mixture, (iv) introducing the raw mixture into a mould and leaving the raw mixture for at least 5 h, preferably for at least 10 h, and particularly preferably for at least 15 h, in the mould to obtain a raw material, (v) steam curing the raw material obtained in step (iv) in an autoclave, this possibly after cutting into sections, and (vi) drying the steam cured raw material.
A double-handle coaxial temperature control valve spool, comprising: a valve body, the valve body is disposed with a cool water inlet, a hot water inlet and a mixing water outlet; a thermosensitive element with a thermosensitive port and a flexible port, the thermosensitive port is near to the mixing water outlet to sense the outlet temperature of the mixing water outlet and send the outlet temperature information to the flexible port; an adjusting element with a first rotating adjusting portion and a second rotating adjusting portion coaxially arranged from top to bottom; the first rotating adjusting portion is linked to a flow rate adjusting portion, when rotating the first rotating adjusting portion, the flow rate adjusting portion opens or closes the mixing water outlet in an axial direction; the second rotating adjusting portion is linked to a temperature adjusting portion, when rotating the second rotating adjusting portion, the temperature adjusting portion adjusts the flowing area of the cool water inlet and the hot water inlet, characterized in that the second rotating adjusting portion is arranged between a first external spline of the first rotating adjusting portion and the mixing water outlet. a valve body, the valve body is disposed with a cool water inlet, a hot water inlet and a mixing water outlet; a thermosensitive element with a thermosensitive port and a flexible port, the thermosensitive port is near to the mixing water outlet to sense the outlet temperature of the mixing water outlet and send the outlet temperature information to the flexible port; an adjusting element with a first rotating adjusting portion and a second rotating adjusting portion coaxially arranged from top to bottom; the first rotating adjusting portion is linked to a flow rate adjusting portion, when rotating the first rotating adjusting portion, the flow rate adjusting portion opens or closes the mixing water outlet in an axial direction; the second rotating adjusting portion is linked to a temperature adjusting portion, when rotating the second rotating adjusting portion, the temperature adjusting portion adjusts the flowing area of the cool water inlet and the hot water inlet, characterized in that the second rotating adjusting portion is arranged between a first external spline of the first rotating adjusting portion and the mixing water outlet.
A mask for breathing apparatus, the mask comprising: a seal for sealing against and around the face of a user; a mask inlet adapted to be placed in fluid communication with a supply of air, a mask outlet through which a user's exhaled breath is emitted, the mask outlet including a one-way exhalation valve including a valve closure member mounted on a valve seat, and an oronasal mask in fluid communication with the mask inlet and mask outlet and positioned to engage, in use, over the nose and mouth of the wearer, characterised in that said oronasal mask is at least partially formed of material which is at least partially translucent, and in that said mask includes illuminating means in optical communication with the oronasal mask such that said illuminating means illuminates said oronasal mask. a seal for sealing against and around the face of a user; a mask inlet adapted to be placed in fluid communication with a supply of air, a mask outlet through which a user's exhaled breath is emitted, the mask outlet including a one-way exhalation valve including a valve closure member mounted on a valve seat, and an oronasal mask in fluid communication with the mask inlet and mask outlet and positioned to engage, in use, over the nose and mouth of the wearer, characterised in that said oronasal mask is at least partially formed of material which is at least partially translucent, and in that said mask includes illuminating means in optical communication with the oronasal mask such that said illuminating means illuminates said oronasal mask.
A method for impacting compaction in a display glass sheet made by a glass manufacturing system, the method comprising a step of: selecting batch materials used to make the glass sheet to control a beta-OH of the glass sheet to meet a compaction target in the glass sheet.
A method, comprising: receiving, from a user or from a communications management unit, a selection of at least one of: an initial air traffic control, ATC, message communications protocol and an initial controller-pilot data link communications, CPDLC, system, wherein each CPDLC system is configured to use either a first communications protocol or a second communications protocol; determining if the second communications protocol was selected; determining that the second communications protocol was selected, then trapping at least one of a received ATC message in the first communications protocol, and an ATC message in the first communications protocol configured to be sent, thereby preventing the ATC message from reaching its intended destination, wherein such preventing is performed without disconnecting a datalink using the first communications protocol; and at least one of sending an ATC message in the selected ATC message communications protocol and receiving an ATC message in the selected ATC message communications protocol (236, 242). receiving, from a user or from a communications management unit, a selection of at least one of: an initial air traffic control, ATC, message communications protocol and an initial controller-pilot data link communications, CPDLC, system, wherein each CPDLC system is configured to use either a first communications protocol or a second communications protocol; determining if the second communications protocol was selected; determining that the second communications protocol was selected, then trapping at least one of a received ATC message in the first communications protocol, and an ATC message in the first communications protocol configured to be sent, thereby preventing the ATC message from reaching its intended destination, wherein such preventing is performed without disconnecting a datalink using the first communications protocol; and at least one of sending an ATC message in the selected ATC message communications protocol and receiving an ATC message in the selected ATC message communications protocol (236, 242).
A photoelectric conversion device comprising: a translucent substrate having a light-receiving surface; a cover portion arranged opposite to said translucent substrate; a plurality of first electrodes formed on a surface, opposite to said cover portion, of said translucent substrate; an insulating seal portion arranged between said first electrode and said cover portion and forming an internal space by surrounding the space; a photoelectric conversion portion formed in said space and on an upper surface of said first electrode; a second electrode extending in said space so that said second electrode is partially opposite to an upper surface of said photoelectric conversion portion and opposite to a lower surface of said cover portion, and electrically connected to another first electrode adjacent to the first electrode having the upper surface on which said photoelectric conversion portion is formed; a porous insulating portion located between said photoelectric conversion portion and said second electrode and electrically insulating said photoelectric conversion portion and said second electrode from each other; an intercellular insulating portion located along at least a part of a periphery of said photoelectric conversion portion and electrically insulating said first electrode and said second electrode from each other; and a carrier transport portion filling an inside of said space, a protective film being formed on a surface of said second electrode, wherein said second electrode is formed directly on said porous insulating portion; and characterised in that said protective film is an oxide of a metal forming said second electrode. a translucent substrate having a light-receiving surface; a cover portion arranged opposite to said translucent substrate; a plurality of first electrodes formed on a surface, opposite to said cover portion, of said translucent substrate; an insulating seal portion arranged between said first electrode and said cover portion and forming an internal space by surrounding the space; a photoelectric conversion portion formed in said space and on an upper surface of said first electrode; a second electrode extending in said space so that said second electrode is partially opposite to an upper surface of said photoelectric conversion portion and opposite to a lower surface of said cover portion, and electrically connected to another first electrode adjacent to the first electrode having the upper surface on which said photoelectric conversion portion is formed; a porous insulating portion located between said photoelectric conversion portion and said second electrode and electrically insulating said photoelectric conversion portion and said second electrode from each other; an intercellular insulating portion located along at least a part of a periphery of said photoelectric conversion portion and electrically insulating said first electrode and said second electrode from each other; and a carrier transport portion filling an inside of said space, a protective film being formed on a surface of said second electrode, wherein said second electrode is formed directly on said porous insulating portion;
An educational toy comprising a. at least a first self-moving vehicle adapted to move and steer freely on a two-dimensional surface and comprising a control button for starting vehicle motion, and b. at least one tangible, three-dimensional marker comprising at least one machine-readable information item, wherein the marker is adapted to be placeable freely on the surface and wherein the marker has a height (h) above the surface when placed on the surface, wherein a ground clearance (g) of the self-moving vehicle is smaller than the height (h) of the marker above the surface, and wherein the self-moving vehicle comprises at least one sensor adapted for a wireless readout of the machine-readable information item of the marker and a control unit adapted for controlling the self-moving vehicle depending on the machine-readable information item as read out by the sensor, and characterized in that, information about a previous playrun of the self-moving vehicle is stored in a memory of the self-moving vehicle and wherein this information comprises information about the marker as read out during the previous playrun, and wherein the self-moving vehicle is adapted to store all required information about a playrun in the memory connected to the control unit and is adapted, by pressing the control button, to rerun a sequence or course corresponding to the information stored in the previous playrun in absence of the markers. a. at least a first self-moving vehicle adapted to move and steer freely on a two-dimensional surface and comprising a control button for starting vehicle motion, and b. at least one tangible, three-dimensional marker comprising at least one machine-readable information item, wherein the marker is adapted to be placeable freely on the surface and wherein the marker has a height (h) above the surface when placed on the surface, wherein a ground clearance (g) of the self-moving vehicle is smaller than the height (h) of the marker above the surface, and wherein the self-moving vehicle comprises at least one sensor adapted for a wireless readout of the machine-readable information item of the marker and a control unit adapted for controlling the self-moving vehicle depending on the machine-readable information item as read out by the sensor, and characterized in that, information about a previous playrun of the self-moving vehicle is stored in a memory of the self-moving vehicle and wherein this information comprises information about the marker as read out during the previous playrun, and wherein the self-moving vehicle is adapted to store all required information about a playrun in the memory connected to the control unit and is adapted, by pressing the control button, to rerun a sequence or course corresponding to the information stored in the previous playrun in absence of the markers.
A magnetically-responsive device contained within a housing, the device comprising: a shaft having a central axis; a rotor comprised of a highly magnetically permeable material, the rotor being interconnected to the shaft to restrain relative rotation therebetween; a magnetic field generator associated with a pole and separated from the rotor by a void, the magnetic field generator having an electromagnet stator; a magnetically-responsive medium as a magnetically-responsive powder at least partially filling the void, wherein the magnetic field generator is controllable to cause the magnetically-responsive medium to align along the flux path within the void and thereby cause a change in torsional resistance of the rotor and the shaft; and a magnetic seal comprising a magnetic element as a ring magnet configured to generate a magnetic field to prevent passage of the magnetically-responsive medium out of the void, wherein the magnetic seal is attached to the rotor, centered about the shaft and separated from the housing by a gap and thus configured to rotate with the shaft, characterized in that the magnetic seal is positioned between the rotor and a non-magnetic barrier element that is coupled to the housing and configured to impede an accumulation of the magnetically-responsive medium around the magnetic seal. a shaft having a central axis; a rotor comprised of a highly magnetically permeable material, the rotor being interconnected to the shaft to restrain relative rotation therebetween; a magnetic field generator associated with a pole and separated from the rotor by a void, the magnetic field generator having an electromagnet stator; a magnetically-responsive medium as a magnetically-responsive powder at least partially filling the void, wherein the magnetic field generator is controllable to cause the magnetically-responsive medium to align along the flux path within the void and thereby cause a change in torsional resistance of the rotor and the shaft; and a magnetic seal comprising a magnetic element as a ring magnet configured to generate a magnetic field to prevent passage of the magnetically-responsive medium out of the void, wherein the magnetic seal is attached to the rotor, centered about the shaft and separated from the housing by a gap and thus configured to rotate with the shaft, characterized in that the magnetic seal is positioned between the rotor and a non-magnetic barrier element that is coupled to the housing and configured to impede an accumulation of the magnetically-responsive medium around the magnetic seal.
A lead-acid battery comprising a positive electrode plate, a negative electrode plate, and an electrolyte solution, wherein the positive electrode plate comprises a positive current collector and a positive electrode material, the positive electrode material contains antimony in a content of less than 0.5% by mass, the negative electrode plate comprises a negative electrode material, the negative electrode material contains a polymer compound having a repeating structure of oxy C 2-4 alkylene units, and a content of the polymer compound in the negative electrode material is less than 500 ppm on a mass basis. wherein the positive electrode plate comprises a positive current collector and a positive electrode material, the positive electrode material contains antimony in a content of less than 0.5% by mass, the negative electrode plate comprises a negative electrode material, the negative electrode material contains a polymer compound having a repeating structure of oxy C 2-4 alkylene units, and a content of the polymer compound in the negative electrode material is less than 500 ppm on a mass basis.