mhurhangee/ep-ind-claims huggingface dataset:
A charging port locking device, comprising: a charging port that has an engaged portion to be engaged with an engaging portion of a charging connector by an operation of an operator; and a lock mechanism (7, 8) that achieves a locking state that restricts release of the engaged state by restricting the releasing operation of the engaging portion due to rotational movement of a restricting member (71, 81) in the locking direction and an unlock state that allows the releasing operation through a movement in the unlocking direction opposite to the locking direction; and a cover member that covers the lock mechanism (7, 8) from the insertion and removal direction of the charging connector and that is formed with an opening for enabling the engaging member to be inserted, wherein the distance between the inner periphery surface of the cover member on the side of the lock mechanism and an outermost diameter portion of the restricting member (71, 81) is configured to be greater as the distance from the opening increases, characterized in that the opening is closed by the outermost diameter portion of the restricting member (71, 81) in the locking state. a charging port that has an engaged portion to be engaged with an engaging portion of a charging connector by an operation of an operator; and a lock mechanism (7, 8) that achieves a locking state that restricts release of the engaged state by restricting the releasing operation of the engaging portion due to rotational movement of a restricting member (71, 81) in the locking direction and an unlock state that allows the releasing operation through a movement in the unlocking direction opposite to the locking direction; and a cover member that covers the lock mechanism (7, 8) from the insertion and removal direction of the charging connector and that is formed with an opening for enabling the engaging member to be inserted, wherein the distance between the inner periphery surface of the cover member on the side of the lock mechanism and an outermost diameter portion of the restricting member (71, 81) is configured to be greater as the distance from the opening increases, characterized in that the opening is closed by the outermost diameter portion of the restricting member (71, 81) in the locking state.
A moving object monitoring device, which is installed in a moving object to be monitored and transmits moving object information of the moving object to a management unit that controls the moving object, the moving object monitoring device comprising: a control unit that controls transmission of the moving object information to the management unit, wherein the control unit is configured to calculate a moving distance (Lm) based on a location coordinate of the moving object, determine whether the moving distance (Lm) of the moving object is longer than a predetermined distance, determine whether a startup lock function for the moving object is on or not, determine whether an engine of the moving object is off, and to transmit the moving object information when the following conditions are satisfied: (i) the moving distance (Lm) of the moving object is longer than the predetermined distance, (ii) the startup lock function for the moving object is on, and (iii) the engine of the moving object is off. a control unit that controls transmission of the moving object information to the management unit, wherein the control unit is configured to calculate a moving distance (Lm) based on a location coordinate of the moving object, determine whether the moving distance (Lm) of the moving object is longer than a predetermined distance, determine whether a startup lock function for the moving object is on or not, determine whether an engine of the moving object is off, and to transmit the moving object information when the following conditions are satisfied: (i) the moving distance (Lm) of the moving object is longer than the predetermined distance, (ii) the startup lock function for the moving object is on, and (iii) the engine of the moving object is off. (i) the moving distance (Lm) of the moving object is longer than the predetermined distance, (ii) the startup lock function for the moving object is on, and (iii) the engine of the moving object is off.
A turbofan comprising a disc-shaped main plate having a boss projecting in a predetermined region containing an axis of rotation; a ring-shaped shroud facing the main plate; and a plurality of blades each having two ends thereof joined to the main plate and the shroud, respectively, wherein a blade rear edge of each of the blades resides on a virtual cylinder defined by an outer circumference of the disc and an outer circumference of the shroud, a blade front edge of the blade resides at a position nearer to the axis of rotation than the blade rear edge, and a virtual line connecting the blade rear edge and the blade front edge is angled with respect to a radial line extending from the axis of rotation, wherein a blade outer-circumferential surface that is a positive-pressure surface of the blade farther from the axis of rotation has a plurality of rear-edge horizontal grooves having predetermined lengths reaching the blade rear edge, and the rear-edge horizontal grooves extend perpendicularly to the axis of rotation, characterized in that the rear-edge horizontal grooves wrap around an end (4b1) of the blade rear edge to a blade inner-circumferential surface that is a surface of the blade nearer to the axis of rotation.
A method (800, 900) for assembling layers of an item, the method comprising: providing a base layer of a pliable sheet type material; providing a second layer of a pliable sheet type material to attach to the base layer; providing an activatable adhesive layer (122, 420, 520, 620, 720), the adhesive layer (122, 420, 520, 620, 720) having a tack layer 124 on at least one face; stacking the adhesive layer onto the base layer; stacking the second layer onto the adhesive layer (122, 420, 520, 620, 720); using the at least one tack layer to form a bond temporarily retaining the stacked configuration of the base layer, the adhesive layer (122, 420, 520, 620, 720), and the second layer (830, 930, 960); inspecting the stacked base layer, adhesive layer, and second layer to determine whether they meet predefined quality control standards (940, 970); if the stacked base layer, adhesive layer, and second layer do not meet the predefined quality control standards, severing the bond formed by the tack layer temporarily retaining the stacked configuration (945, 975) and adjusting the positioning of at least one of the adhesive layer and the second layer and then repeating the inspecting of the stacked base layer, adhesive layer, and second layer (940,970); and if the stacked base layer, adhesive layer, and second layer meet the predefined quality control standards, activating the adhesive layer to permanently bond the base layer to the second layer (840, 980). providing a base layer of a pliable sheet type material; providing a second layer of a pliable sheet type material to attach to the base layer; providing an activatable adhesive layer (122, 420, 520, 620, 720), the adhesive layer (122, 420, 520, 620, 720) having a tack layer 124 on at least one face; stacking the adhesive layer onto the base layer; stacking the second layer onto the adhesive layer (122, 420, 520, 620, 720); using the at least one tack layer to form a bond temporarily retaining the stacked configuration of the base layer, the adhesive layer (122, 420, 520, 620, 720), and the second layer (830, 930, 960); inspecting the stacked base layer, adhesive layer, and second layer to determine whether they meet predefined quality control standards (940, 970); if the stacked base layer, adhesive layer, and second layer do not meet the predefined quality control standards, severing the bond formed by the tack layer temporarily retaining the stacked configuration (945, 975) and adjusting the positioning of at least one of the adhesive layer and the second layer and then repeating the inspecting of the stacked base layer, adhesive layer, and second layer (940,970); and if the stacked base layer, adhesive layer, and second layer meet the predefined quality control standards, activating the adhesive layer to permanently bond the base layer to the second layer (840, 980).
A call processing method for joining, by using a terminal device, a conference held by using a multipoint control unit, MCU, which, together with the terminal device, constitutes a video conference system in a system further comprising a data conference server connected to a gateway via which the terminal accesses the MCU, the method comprising: receiving, by the gateway, a call initiation for establishing a first call between the terminal device and the gateway wherein the call initiation is initiated by the terminal device; negotiating, by the gateway, with the terminal device, to establish the first call between the gateway and the terminal device and determine a media type of the first call; and adding, by the gateway, the determined media type of the first call to a call established between the gateway and the MCU if the established call is of any terminal in a set of different terminal devices having a binding relationship with the terminal device and includes the determined media type, wherein the binding relationship is set by or received from a user and is between the terminal devices, used by the user, in the set of terminal devices. receiving, by the gateway, a call initiation for establishing a first call between the terminal device and the gateway wherein the call initiation is initiated by the terminal device; negotiating, by the gateway, with the terminal device, to establish the first call between the gateway and the terminal device and determine a media type of the first call; and adding, by the gateway, the determined media type of the first call to a call established between the gateway and the MCU if the established call is of any terminal in a set of different terminal devices having a binding relationship with the terminal device and includes the determined media type, wherein the binding relationship is set by or received from a user and is between the terminal devices, used by the user, in the set of terminal devices.
A method of enhancing ion transport in an electrochemical cell having a first electrode and a second electrode and electrolyte between the first and second electrodes, the first and second electrodes defining a current flow path, the method comprising, in addition to the electrochemical cell, providing a magnetic field generator for providing a changing magnetic field through the electrochemical cell during formation of the electrochemical cell, wherein the changing magnetic field is a rotating magnetic field and/or an oscillating magnetic field and/or a pulsing magnetic field.
A flexible insulating structure comprising: (a) a flexible, lofty and fibrous batting; (b) a mixture of aerogel-containing particles and a binder, the aerogel-containing particles impregnating at least one layer of the batting. (a) a flexible, lofty and fibrous batting; (b) a mixture of aerogel-containing particles and a binder, the aerogel-containing particles impregnating at least one layer of the batting.
A method for wireless communication, comprising: monitoring, by a first base station of a first operator, for clear channel assessment CCA exempt transmission CET timing information of a second base station of at least one second operator, wherein transmissions of the second base station of the at least one second operator are asynchronous to transmissions of the first base station of the first operator; identifying transmission timings of CETs of the second base station of the at least one second operator based at least in part on the monitoring; and discontinuing the transmissions of the first base station of the first operator during the transmission timings of the CETs of the second base station of the at least one second operator. monitoring, by a first base station of a first operator, for clear channel assessment CCA exempt transmission CET timing information of a second base station of at least one second operator, wherein transmissions of the second base station of the at least one second operator are asynchronous to transmissions of the first base station of the first operator; identifying transmission timings of CETs of the second base station of the at least one second operator based at least in part on the monitoring; and discontinuing the transmissions of the first base station of the first operator during the transmission timings of the CETs of the second base station of the at least one second operator.
A method of wetting and/or conditioning soil comprising applying a soil treatment composition comprising a hydrolysed protein to the soil, wherein the soil treatment composition comprises an ethylene oxide-propylene oxide (EO/PO) block copolymer and/or an alkyl polyglycoside wherein said ethylene oxide-propylene oxide (EO/PO) block copolymer has the formula x- y- z wherein x and z are each independently 1 to 10; and y is 10 to 50, and wherein said hydrolysed protein is derived from wheat protein and/or potato protein and produced by acid, alkali, and/or enzyme hydrolysis and wherein the hydrolysed protein: has a molecular weight (weight average) in the range 1,000 Da to 2,000 Da and comprises on average in the range from 10 to 25 amino acids; or has a molecular weight (weight average) in the range 100 Da to 200 Da and comprises on average in the range from 1 to 3 amino acids. has a molecular weight (weight average) in the range 1,000 Da to 2,000 Da and comprises on average in the range from 10 to 25 amino acids; or has a molecular weight (weight average) in the range 100 Da to 200 Da and comprises on average in the range from 1 to 3 amino acids.
Method for control and/or regulation of heating of a cast or rolled metal product, comprising the steps: - determining the total enthalpy of the metal product from a sum of the free molar enthalpies, i.e. Gibbs energies, of all phases and/or phase components instantaneously present in the metal product; - determining a temperature distribution within the metal product by means of a dynamic temperature computation model with use of the determined total enthalpy; and - control and/or regulation of the heating of the metal product in dependence on at least one output variable of the temperature computation model, characterised in that a density is determined for each phase and phase boundaries between the phases are determined, wherein a density distribution of the metal product is determined on the basis of the determined densities of the phases and the determined phase boundaries and the density distribution is used in the determination of the temperature distribution. - determining the total enthalpy of the metal product from a sum of the free molar enthalpies, i.e. Gibbs energies, of all phases and/or phase components instantaneously present in the metal product; - determining a temperature distribution within the metal product by means of a dynamic temperature computation model with use of the determined total enthalpy; and - control and/or regulation of the heating of the metal product in dependence on at least one output variable of the temperature computation model, characterised in that a density is determined for each phase and phase boundaries between the phases are determined, wherein a density distribution of the metal product is determined on the basis of the determined densities of the phases and the determined phase boundaries and the density distribution is used in the determination of the temperature distribution.
A laminate film comprising a polyetheramine resin-containing layer on a first polyolefin resin-containing layer, wherein the laminate film further comprises a metal-containing layer on the polyetheramine resin-containing layer.
An axial fan comprising a motor and an impeller whose hub is rotationally driven by the motor; the hub having a circular end wall that is integral and coaxial with the shaft of the motor; the fan being characterised in that, along the circular periphery of its end wall, the hub has an open annular side wall that is composed of a plurality of sectors, alternated with open areas, each sector supporting a respective blade of the impeller.
Device for storing and delivering a weapon, which when detached from a transporting means can be deployed on the seabed, comprising at least one sealed container for storing the weapon, means for delivering the weapon and a target identifying device, characterized in that the device comprises a buoy tethered to it by a cable and a transmitting and receiving device that can be brought to the surface of the water by means of the buoy.
Medical instrument with a flexible shaft comprising a bendable distal end and, extending along the flexible shaft, a flexible insert which comprises, arranged at its distal end, a tool and which comprises, at its proximal end, a connection piece connected releasably to a movable grip part, which is mounted to a handle, arranged at the proximal end of the flexible shaft, so as to be pivotable about a pivot axis, wherein the flexible insert is connected in an articulated manner to the grip part at the proximal end at a position that is remote from the longitudinal axis of the shaft, characterized in that the flexible insert is fastened in an axially immovable manner at the distal end of the flexible shaft, and that the flexible insert extends exposed in a region between a position at which it enters the shaft and the connection with the movable grip part, and that the position at which the connection piece of the flexible insert is insertable in an opening at the movable grip part is located in a plane that is spanned by a plane of an annular finger holder of the grip part, and that a section of the grip part extends laterally offset from the opening towards the pivot axis, so that the exposed region of the flexible insert extends alongside this displaced section.
Circuit board arrangement, having a circuit board that comprises a first soldering region and a second soldering region that is galvanically separated from said first soldering region and said circuit board further comprises a separator that is arranged between the soldering regions (23, 24) and is raised from the soldering regions (23, 24), having a power semiconductor component that comprises a housing having an output connector side and at least one control connector and a plurality of output connectors protrude from said output connector side and said plurality of output connectors are arranged essentially adjacent to one another on the output connector side, wherein the control connector is connected to the first soldering region and the output connectors are connected to the second soldering region and wherein the control connector is separated from the output connectors via the raised separator, wherein at least one dummy output connector is provided that is embodied as shortened with respect to the output connectors and that is decoupled from the second soldering region, and wherein the dummy output connector is arranged adjacent to the control connector and in the region of the separator. having a circuit board that comprises a first soldering region and a second soldering region that is galvanically separated from said first soldering region and said circuit board further comprises a separator that is arranged between the soldering regions (23, 24) and is raised from the soldering regions (23, 24), having a power semiconductor component that comprises a housing having an output connector side and at least one control connector and a plurality of output connectors protrude from said output connector side and said plurality of output connectors are arranged essentially adjacent to one another on the output connector side, wherein the control connector is connected to the first soldering region and the output connectors are connected to the second soldering region and wherein the control connector is separated from the output connectors via the raised separator, wherein at least one dummy output connector is provided that is embodied as shortened with respect to the output connectors and that is decoupled from the second soldering region, and wherein the dummy output connector is arranged adjacent to the control connector and in the region of the separator.
A method of forming substrate alignment tabs on a print surface of a printer having an ink jet print head that is capable of relief printing, characterized in that the print head is used for printing the tabs directly onto the print surface.
A method for manufacturing a micromachined device, the method comprising: - providing a structural layer of amorphous semiconductor material, the structural layer having an initial resistivity and an initial strain gradient; - defining a first region and a second region in the structural layer; - providing a shielding layer above the first region, thereby leaving the second region unshielded; - thereafter laser annealing the second region of the structural layer with a first fluence, wherein said laser annealing with the first fluence decreases the resistivity in the second region from the initial resistivity to a predetermined resistivity, said first fluence being in the range of 600 mJ/cm 2 to 1000 mJ/cm 2; - thereafter removing the shielding layer; - thereafter laser annealing the first and the second region of the structural layer with a second fluence, the second fluence being not larger than half of the first fluence, wherein said laser annealing with the second fluence decreases the strain gradient in the first region from the initial strain gradient to a predetermined strain gradient. - providing a structural layer of amorphous semiconductor material, the structural layer having an initial resistivity and an initial strain gradient; - defining a first region and a second region in the structural layer; - providing a shielding layer above the first region, thereby leaving the second region unshielded; - thereafter laser annealing the second region of the structural layer with a first fluence, wherein said laser annealing with the first fluence decreases the resistivity in the second region from the initial resistivity to a predetermined resistivity, said first fluence being in the range of 600 mJ/cm 2 to 1000 mJ/cm 2; - thereafter removing the shielding layer; - thereafter laser annealing the first and the second region of the structural layer with a second fluence, the second fluence being not larger than half of the first fluence, wherein said laser annealing with the second fluence decreases the strain gradient in the first region from the initial strain gradient to a predetermined strain gradient.
Metal-fixing-material leadthrough for igniters of airbags and/or belt tensioners, having at least one metal pin which is fused into a through-opening of a base body in a vitreous or glass-ceramic fixing material, wherein the at least one metal pin consists, at least in its core region, of a stainless steel according to EN 10020:2000, characterized in that the stainless steel is a ferritic stainless steel and is selected such that the at least one metal pin, converted to the standard dimensioning of a metal pin diameter of 1.00 ±0.03 mm and a metal pin length of 11.68 ±0.02 mm, has a maximum elastic bending W max of at least 0.13 mm, preferably at least 0.15 mm, particularly preferably at least 0.18 mm, more particularly preferably at least 0.24 mm.