mhurhangee/ep-ind-claims huggingface dataset:
An on-vehicle control device that is mounted on a vehicle to control traveling of the vehicle, the device comprising: a vehicle position error specifying unit that estimates a position error of the vehicle; a travel control continuity information determination unit that determines traveling control continuity information relating to continuity of a travel control state of the vehicle based on the position error of the vehicle estimated by the vehicle position error specifying unit; and a travel control continuity information output unit that outputs the traveling control continuity information relating to the continuity of the travel control state of the vehicle determined by the travel control continuity information determination unit, characterized by a future position error specifying unit that estimates a future position error of the vehicle based on the position error of the vehicle estimated by the vehicle position error specifying unit, wherein the travel control continuity information determination unit determines the traveling control continuity information relating to the continuity of the travel control state of the vehicle based on the future position error estimated by the future position error specifying unit. a vehicle position error specifying unit that estimates a position error of the vehicle; a travel control continuity information determination unit that determines traveling control continuity information relating to continuity of a travel control state of the vehicle based on the position error of the vehicle estimated by the vehicle position error specifying unit; and a travel control continuity information output unit that outputs the traveling control continuity information relating to the continuity of the travel control state of the vehicle determined by the travel control continuity information determination unit, characterized by a future position error specifying unit that estimates a future position error of the vehicle based on the position error of the vehicle estimated by the vehicle position error specifying unit, wherein the travel control continuity information determination unit determines the traveling control continuity information relating to the continuity of the travel control state of the vehicle based on the future position error estimated by the future position error specifying unit.
An apparatus for measuring over-the-air, OTA, wireless communication performance in an automotive application of a device under test arranged on or in a vehicle, comprising: a chamber defining an internal volume therein; a platform for supporting the vehicle, wherein the chamber is adapted to enclose the platform and wherein the platform is a rotatable platform that can rotate the vehicle; at least one chamber antenna provided in the volume; and a communication system test instrument measuring the transmission between the device under test and the chamber antenna; wherein the chamber antenna is an array antenna, characterized in that the chamber antenna comprises a horizontal linear array of antenna elements and a reflector, the reflector being straight in a horizontal direction and arranged in an arc shape in a vertical direction, and the horizontal linear array being arranged in the focal line of said reflector, the chamber antenna providing a plane wave in near-field where the vehicle is located. a chamber defining an internal volume therein; a platform for supporting the vehicle, wherein the chamber is adapted to enclose the platform and wherein the platform is a rotatable platform that can rotate the vehicle; at least one chamber antenna provided in the volume; and a communication system test instrument measuring the transmission between the device under test and the chamber antenna; wherein the chamber antenna is an array antenna, characterized in that the chamber antenna comprises a horizontal linear array of antenna elements and a reflector, the reflector being straight in a horizontal direction and arranged in an arc shape in a vertical direction, and the horizontal linear array being arranged in the focal line of said reflector, the chamber antenna providing a plane wave in near-field where the vehicle is located.
A method of culturing cells in a cell culture device comprised at least in part of a gas permeable material and including at least one access port and including more than one scaffold, with each scaffold being positioned at a discrete location within the cell culture device, the method comprising: a) inoculating cells and a volume of liquid medium into said cell culture device; b) orienting said cell culture device into an inoculation position such that said scaffolds reside one above the other within said cell culture device; c) allowing cells to gravitate upon said scaffolds so that cells reside at varying elevations within said cell culture device, said cell culture device being filled with medium such that a gas-liquid interface is not present above said scaffolds; d) said cell culture device residing in a cell culture location that includes ambient gas at a composition suitable for cell culture, said ambient gas making contact with said gas permeable material; and e) maintaining said liquid medium in a static state. a) inoculating cells and a volume of liquid medium into said cell culture device; b) orienting said cell culture device into an inoculation position such that said scaffolds reside one above the other within said cell culture device; c) allowing cells to gravitate upon said scaffolds so that cells reside at varying elevations within said cell culture device, said cell culture device being filled with medium such that a gas-liquid interface is not present above said scaffolds; d) said cell culture device residing in a cell culture location that includes ambient gas at a composition suitable for cell culture, said ambient gas making contact with said gas permeable material; and e) maintaining said liquid medium in a static state.
A combination of a hidden hanging-bracket (30,130) and a wall cup-board, said wall-cupboard comprising a top, shoulders and lining and seat (38,141) provided in said top, said hidden hanging-bracket (30,130) being equipped with first (33,34,133,134) and second fixing means for fixing it to the shoulder and to the top, respectively, of the wall-cupboard), said hidden hanging-bracket (30,130) further comprising: a base (31,131) of a substantially elongated rectangular form, on which two regulation mechanisms (39,40) are installed, for regulating the position of said cupboard, in vertical or height and in depth, respectively, with respect to a wall on which said wall-cupboard is assembled, said first (33,34,133,134) and second fixing means being provided respectively on a long side and on a short side of said base (31,131), said second fixing means consisting of engagement means (37,137) of said base (31,131) freely inserted in said corresponding seat (38,141) of the top, characterized in that said engagement means consist of a flat tongue (37,137) which extends from the hanging-bracket (30,130) as an extension of the base (31, 131).
An elevator control device comprising: a converter which converts AC power from an AC power supply connected through a first switching means capable of opening and closing to DC power; an inverter which converts the DC power to AC power to drive an electric motor which moves an elevator car up and down; an electric power storage means, having an input voltage adjustment capability, being connected to an output of the converter through a second switching means capable of opening and closing, for storing electric power; a rechargeable battery connected to the converter output through a third switching means capable of opening and closing; and a control means which opens the first switching means and the second switching means based on a power failure detection signal of the AC power supply, and then closes the third switching means for connecting the rechargeable battery to the converter output, for opening the second switching means after setting the input voltage of the electric power storage means to a constant voltage of being an assumed terminal voltage of the rechargeable battery. a converter which converts AC power from an AC power supply connected through a first switching means capable of opening and closing to DC power; an inverter which converts the DC power to AC power to drive an electric motor which moves an elevator car up and down; an electric power storage means, having an input voltage adjustment capability, being connected to an output of the converter through a second switching means capable of opening and closing, for storing electric power; a rechargeable battery connected to the converter output through a third switching means capable of opening and closing; and a control means which opens the first switching means and the second switching means based on a power failure detection signal of the AC power supply, and then closes the third switching means for connecting the rechargeable battery to the converter output, for opening the second switching means after setting the input voltage of the electric power storage means to a constant voltage of being an assumed terminal voltage of the rechargeable battery.
Locking device for a hydraulic brake system, in particular for a vehicle which can be driven by way of muscle power and/or by way of motor power, bicycle, electric bicycle, eBike, pedelec or the like, in the case of which locking device: - in a brake operating state, a section of a brake line of the brake system, which section lies upstream and on the reservoir side, and a section of the brake line of the brake system, which section lies downstream and on the brake side, can be connected hydraulically, - in a locking operating state, that section of the brake line which lies upstream and on the reservoir side and that section of the brake line which lies downstream and on the brake side can be disconnected hydraulically from one another, and that section of the brake line which lies downstream and on the brake side can be closed hydraulically and in a pressure-retaining manner, - a volumetric flow slide valve is configured with a housing and a slide valve element, - the slide valve element can be displaced in the housing between a first position which corresponds to the brake operating state and a second position which corresponds to the locking operating state, and - the volumetric flow slide valve is set up to displace the slide valve element into the second position which corresponds to the locking operating state in a manner which is controlled via a pressure which prevails in that section of the brake line which lies upstream and on the reservoir side. - in a brake operating state, a section of a brake line of the brake system, which section lies upstream and on the reservoir side, and a section of the brake line of the brake system, which section lies downstream and on the brake side, can be connected hydraulically, - in a locking operating state, that section of the brake line which lies upstream and on the reservoir side and that section of the brake line which lies downstream and on the brake side can be disconnected hydraulically from one another, and that section of the brake line which lies downstream and on the brake side can be closed hydraulically and in a pressure-retaining manner, - a volumetric flow slide valve is configured with a housing and a slide valve element, - the slide valve element can be displaced in the housing between a first position which corresponds to the brake operating state and a second position which corresponds to the locking operating state, and - the volumetric flow slide valve is set up to displace the slide valve element into the second position which corresponds to the locking operating state in a manner which is controlled via a pressure which prevails in that section of the brake line which lies upstream and on the reservoir side.
A timer to monitor lapse of time relative to a total amount of allowed time, comprising: - a body and a foot (2, 4) on or of the body, wherein the apparatus can rest on at least the foot (2, 4); - a sensor; - a processor connected to the sensor and configured to monitor lapse of time; and - an output device (6, 7, 8, 13) connected to the processor, wherein the processor is configured to control the output device (6, 7, 8, 13) to generate a signal at least indicating monitored, lapsed time relative to the total amount of allowed time; characterized in that - the sensor is configured to indicate whether the timer rests on the foot (2, 4); and - the processor is configured to monitor lapse of time, during which it is indicated by the sensor that the timer rests on the foot (2, 4), and stop or pause to monitor lapse of time, when the timer rests not or not only on the foot (2, 4); and - the processor is configured to control the output device (6, 7, 8, 13) to generate a signal at least indicating monitored, lapsed time, during which the timer rests on the foot (2, 4), relative to the total amount of allowed time; wherein the total amount of allowed time is at least a portion of a calendar unit of time, such as an hour, morning, afternoon, evening, entire day or night, week, month or year, and the processor is configured to reset the total amount of allowed time only upon lapse of the calendar unit of time. - a body and a foot (2, 4) on or of the body, wherein the apparatus can rest on at least the foot (2, 4); - a sensor; - a processor connected to the sensor and configured to monitor lapse of time; and - an output device (6, 7, 8, 13) connected to the processor, wherein the processor is configured to control the output device (6, 7, 8, 13) to generate a signal at least indicating monitored, lapsed time relative to the total amount of allowed time; characterized in that - the sensor is configured to indicate whether the timer rests on the foot (2, 4); and - the processor is configured to monitor lapse of time, during which it is indicated by the sensor that the timer rests on the foot (2, 4), and stop or pause to monitor lapse of time, when the timer rests not or not only on the foot (2, 4); and - the processor is configured to control the output device (6, 7, 8, 13) to generate a signal at least indicating monitored, lapsed time, during which the timer rests on the foot (2, 4), relative to the total amount of allowed time;
Apparatus for coating cores comprising: a) a motorised drum for moving a loose mass of said cores including a substantially cylindrical central portion provided with through holes; b) a ventilation group for circulating a drying fluid in the drum including; b1) a delivering device of the drying fluid into the drum comprising a substantially tubular manifold body, supported in said drum at a predetermined distance from said central portion of the drum and peripherally provided with at least one delivery opening of the drying fluid; and b2) a sucking device for sucking the drying fluid from the drum including at least one box-shaped manifold supported outside of the central portion of the drum at said central portion; c) a spraying group for delivering a coating substance onto the mass of cores; characterised in that the delivering device further comprises: i) a conveying conduit provided with an outlet opening at a free end thereof, said conveying conduit radially extending from said manifold body and being associated to said at least one delivery opening; ii) a plurality of flow distributing elements each consisting of a respective diverting flap extending at least in part substantially radially in said conveying conduit, a) a motorised drum for moving a loose mass of said cores including a substantially cylindrical central portion provided with through holes; b) a ventilation group for circulating a drying fluid in the drum including; b1) a delivering device of the drying fluid into the drum comprising a substantially tubular manifold body, supported in said drum at a predetermined distance from said central portion of the drum and peripherally provided with at least one delivery opening of the drying fluid; and b2) a sucking device for sucking the drying fluid from the drum including at least one box-shaped manifold supported outside of the central portion of the drum at said central portion; b1) a delivering device of the drying fluid into the drum comprising a substantially tubular manifold body, supported in said drum at a predetermined distance from said central portion of the drum and peripherally provided with at least one delivery opening of the drying fluid; and b2) a sucking device for sucking the drying fluid from the drum including at least one box-shaped manifold supported outside of the central portion of the drum at said central portion; c) a spraying group for delivering a coating substance onto the mass of cores; i) a conveying conduit provided with an outlet opening at a free end thereof, said conveying conduit radially extending from said manifold body and being associated to said at least one delivery opening; ii) a plurality of flow distributing elements each consisting of a respective diverting flap extending at least in part substantially radially in said conveying conduit,
A camera module, the camera module characterized by: a PCB (10, Printed Circuit Board) mounted with an image sensor; a holder member mounted on the PCB; a lens module screw-connected to the holder member; an actuator mounted at an upper surface of the lens module; and an electronic circuit pattern formed on a surface of the holder member to conductibly connect the PCB and the actuator, characterized by first and second terminals (42, 43) arranged at the upper surface of the lens module to be conductively connected to a terminal unit of the actuator; wherein one end of the electronic circuit pattern is connected to the PCB, and the other end of the electronic circuit pattern is connected to the first and second terminals (42, 43) connected to the actuator, wherein the first and second terminals (42, 43) are arranged to be applied with an electric power of mutually different polarities, wherein the other end of the electronic circuit pattern is connected to the first and second terminals (42, 43) through a first connection unit, and the first and second terminals (42, 43) are connected to the actuator through a second connection unit, and wherein each of the first and second connection units (41, 44) is a conductive epoxy. a PCB (10, Printed Circuit Board) mounted with an image sensor; a holder member mounted on the PCB; a lens module screw-connected to the holder member; an actuator mounted at an upper surface of the lens module; and an electronic circuit pattern formed on a surface of the holder member to conductibly connect the PCB and the actuator, characterized by first and second terminals (42, 43) arranged at the upper surface of the lens module to be conductively connected to a terminal unit of the actuator; wherein one end of the electronic circuit pattern is connected to the PCB, and the other end of the electronic circuit pattern is connected to the first and second terminals (42, 43) connected to the actuator, wherein the first and second terminals (42, 43) are arranged to be applied with an electric power of mutually different polarities, wherein the other end of the electronic circuit pattern is connected to the first and second terminals (42, 43) through a first connection unit, and the first and second terminals (42, 43) are connected to the actuator through a second connection unit, and wherein each of the first and second connection units (41, 44) is a conductive epoxy.
An electrical plug-in connection system having first electrical plug-in connection elements and having second electrical plug-in connection elements which are complementary thereto, having an associated first and second housing (5, 6), and having a number of contact elements, corresponding to the number of insulated conductors, in one housing and a corresponding number of opposite contact elements in the other housing, having an electrical plug-in connection, which can be established or interrupted again by a relative movement of the two housings (5, 6), between the contact elements and the respective opposite contact elements thereof, having a locking connection which can be produced and released again between the two housings (5, 6) and having a two-stage operative mechanism for locking, in which during the relative movement of the two housings (5, 6), in a first stage in a first locking position, the two housings (5, 6) are locked substantially without causing contact between the contact elements and the respective opposite contact elements thereof, and in a second stage, a locking procedure takes place such that the actual contacting takes place between the contact elements and the respective opposite contact elements thereof during the transition from a starting position to an end position, wherein the contacting takes place substantially in the movement region of the two housings (5, 6) between the first locking position and a second locking position, wherein the contacting takes place with a position-dependent, variable contact force such that the contact force is lower at the start of the movement region than at the end, characterised in that the respective contact elements and opposite contact elements are already resting on top of one another in the starting position and in that the variable contact force can be triggered by a ramp function which is produced by a resilient pressure part (8, 8', 8") in the one housing in connection with an actuating part (10, 10') which is part of the other housing, when the pressure part (8, 8', 8") slides into the end position over a bevel of the actuating part (10, 10').
A spring unit comprising: a resin spring that is made of a resin, has a structure having a single beam, and has a resin spring curved part between a pair of resin spring end parts; and a metallic spring that is made of a metallic wire and has a metallic spring curved part between a pair of metallic spring end parts, wherein each of the metallic spring end parts is attached to each of the resin spring end parts, wherein, in a state where each of the metallic spring end parts is attached to each of the resin spring end parts, the resin spring and the metallic spring are positioned on a same plane and are mutually separated at parts other than the resin spring end parts and the metallic spring end parts, wherein a pin insertion hole is formed at a center portion of each of the resin spring end parts (11c, 11d), and a step for accommodating a head portion of the pin is formed at one end part of the pin insertion hole of each of the resin spring end parts (11c, 11d), wherein the structure of one end part is inverted compared to the structure of the other end part in a direction which is perpendicular to the plane. a resin spring that is made of a resin, has a structure having a single beam, and has a resin spring curved part between a pair of resin spring end parts; and a metallic spring that is made of a metallic wire and has a metallic spring curved part between a pair of metallic spring end parts, wherein each of the metallic spring end parts is attached to each of the resin spring end parts, wherein, in a state where each of the metallic spring end parts is attached to each of the resin spring end parts, the resin spring and the metallic spring are positioned on a same plane and are mutually separated at parts other than the resin spring end parts and the metallic spring end parts, wherein a pin insertion hole is formed at a center portion of each of the resin spring end parts (11c, 11d), and a step for accommodating a head portion of the pin is formed at one end part of the pin insertion hole of each of the resin spring end parts (11c, 11d), wherein the structure of one end part is inverted compared to the structure of the other end part in a direction which is perpendicular to the plane.