mhurhangee/ep-ind-claims huggingface dataset:
A seat support mechanism for turning a seat to change over the directed state thereof, comprising: a leg pedestal, which is adapted to be fixedly provided on a floor in the vicinity of a wall face, a moving pedestal, which is disposed under a top face part of said leg pedestal and is capable of being advanced/retracted in a direction orthogonal to said wall face; an underframe of the seat, which is disposed above the top face part of said leg pedestal, and is turnably supported by a turning shaft in said moving pedestal, the turning shaft avoiding an interference with the top face part, and an interlocking mechanism, which, when said seat is turned together with said underframe, converts a turning motion of the underframe into a linear motion, and transmits it to said moving pedestal through said turning shaft, thereby advancing/retracting said moving pedestal together with said underframe in a direction which can be the said direction orthogonal to said wall face, the directed state of said seat being capable of being changed over by said interlocking mechanism from a longitudinally directed state, in which the seat back face side is in parallelism to said wall face, to a crosswise directed state, in which the seat back face side is orthogonal to said wall face. a leg pedestal, which is adapted to be fixedly provided on a floor in the vicinity of a wall face, a moving pedestal, which is disposed under a top face part of said leg pedestal and is capable of being advanced/retracted in a direction orthogonal to said wall face; an underframe of the seat, which is disposed above the top face part of said leg pedestal, and is turnably supported by a turning shaft in said moving pedestal, the turning shaft avoiding an interference with the top face part, and an interlocking mechanism, which, when said seat is turned together with said underframe, converts a turning motion of the underframe into a linear motion, and transmits it to said moving pedestal through said turning shaft, thereby advancing/retracting said moving pedestal together with said underframe in a direction which can be the said direction orthogonal to said wall face, the directed state of said seat being capable of being changed over by said interlocking mechanism from a longitudinally directed state, in which the seat back face side is in parallelism to said wall face, to a crosswise directed state, in which the seat back face side is orthogonal to said wall face.
A lubrication cartridge, comprising: a cartridge body; a cartridge coupling located on the cartridge body and defining a first passage and a second passage; a lubricant reservoir housed in the cartridge body and comprising a pressurized fluid inlet coupled to the first passage and a lubricant outlet coupled to the second passage; and characterized by a metering insert located between the lubricant outlet and the second passage and having a porosity that controls lubricant flow between the lubricant reservoir and the second passage. a cartridge body; a cartridge coupling located on the cartridge body and defining a first passage and a second passage; a lubricant reservoir housed in the cartridge body and comprising a pressurized fluid inlet coupled to the first passage and a lubricant outlet coupled to the second passage; and characterized by a metering insert located between the lubricant outlet and the second passage and having a porosity that controls lubricant flow between the lubricant reservoir and the second passage.
An antenna arrangement connectable to a transceiver for simultaneously transmitting and receiving R adio F requency, RF, signals, said antenna arrangement comprising at least two sets of antenna elements (14, 16), wherein an interface unit of the first set of antenna elements is connectable to a transceiver for transmitting RF signals with a first frequency and for receiving RF signals with a second frequency, wherein an interface unit of the second set of antenna elements is connectable to the transceiver for transmitting RF signals with the second frequency and for receiving RF signals with the first frequency, and wherein the interface units (18,20) are configured for transmitting and receiving RF signals such that the first frequency is in a high band range and the second frequency is in a low band range; characterized in that: the first and second sets of antenna elements (14,16) each has a plurality of antenna elements, wherein the first set of antenna elements has a first element-to-element spacing and the second set of antenna elements has a second element-to-element spacing, the first element-to-element spacing is half the wavelength of RF signals transmitted with the first frequency being in the high band range which is smaller than half the wavelength of RF signals transmitted with the second frequency being in the low band range; and in that the second element-to-element spacing is half the wavelength of RF signals transmitted with the second frequency being in the low band range which is larger than half the wavelength of RF signals received with the first frequency being in the high band range. the first and second sets of antenna elements (14,16) each has a plurality of antenna elements, wherein the first set of antenna elements has a first element-to-element spacing and the second set of antenna elements has a second element-to-element spacing, the first element-to-element spacing is half the wavelength of RF signals transmitted with the first frequency being in the high band range which is smaller than half the wavelength of RF signals transmitted with the second frequency being in the low band range; and in that the second element-to-element spacing is half the wavelength of RF signals transmitted with the second frequency being in the low band range which is larger than half the wavelength of RF signals received with the first frequency being in the high band range.
A peptide sequence with a length from 17 to 100 amino acids and comprising the sequence SEQ ID NO: 13 X 1 SLKEISDGDVIIX 4 X 5 NX 2, wherein X 1 is selected from R and C; X 4 is selected from S and L; X 5 is selected from G and R; X 2 is selected from K and T; and wherein at least one of X 1, X 4, X 5 and X 2 is, respectively, C, L, R or T.
A moving robot, comprising: a movable main body; a travel drive unit having a plurality of drive wheels to move the main body; an image acquisition unit configured to acquire images of surroundings; a storage configured to store acquisition images received through the image acquisition unit and a map of a travel area; and a controller configured to recognize a current position to control the travel drive unit and perform cleaning, characterized in that the controller is further configured to: when a cleaning command is received, determine whether a position on the map and the current position matches according to whether a position of the main body is jumped while the moving robot is traveling; recover the position on the map to the jumped current position of the main body; set a moving path from the recovered position to a designated area; and control the travel drive unit to move to the designated area in response to the cleaning command and perform cleaning. a movable main body; a travel drive unit having a plurality of drive wheels to move the main body; an image acquisition unit configured to acquire images of surroundings; a storage configured to store acquisition images received through the image acquisition unit and a map of a travel area; and a controller configured to recognize a current position to control the travel drive unit and perform cleaning, characterized in that the controller is further configured to: when a cleaning command is received, determine whether a position on the map and the current position matches according to whether a position of the main body is jumped while the moving robot is traveling; recover the position on the map to the jumped current position of the main body; set a moving path from the recovered position to a designated area; and control the travel drive unit to move to the designated area in response to the cleaning command and perform cleaning. when a cleaning command is received, determine whether a position on the map and the current position matches according to whether a position of the main body is jumped while the moving robot is traveling; recover the position on the map to the jumped current position of the main body; set a moving path from the recovered position to a designated area; and control the travel drive unit to move to the designated area in response to the cleaning command and perform cleaning.
A cloth, comprising a first thread and a second thread that are woven or knitted into each other, wherein: the first thread being a thread that generates a charge by an energy from the outside of the thread; the second thread being a thread that generates a charge by an energy from the outside of the thread; the charge-generating threads being threads that restrain bacteria from proliferating by the charge generated and wherein a charge generated in the first thread is different in polarity from a charge generated in the second thread, wherein the first and second threads (1, 2) are either threads made of a piezoelectric substance, threads made of a substance having a pyroelectric effect, or threads made of a substance that generates a charge by chemical reaction. the first thread being a thread that generates a charge by an energy from the outside of the thread; the second thread being a thread that generates a charge by an energy from the outside of the thread; the charge-generating threads being threads that restrain bacteria from proliferating by the charge generated and wherein a charge generated in the first thread is different in polarity from a charge generated in the second thread, wherein the first and second threads (1, 2) are either threads made of a piezoelectric substance, threads made of a substance having a pyroelectric effect, or threads made of a substance that generates a charge by chemical reaction.
Inspection and filling method on a filling machine for filling containers, wherein the filling machine is connected downstream of a filling level control unit, and at least one container detection element which detects and forwards at least one partial contour of the container concerned as inspection data, and which is disposed separately from the actual filling level control in the filling level control unit, upstream thereof, wherein both the filling level control unit as well as the at least one container detection element deliver respective inspection data of the containers inspected independently of one another to a control and regulating device, and wherein the arrangement of the at least one container detection element, separated from the filling level control, detects at least the partial contour of the container and transfers this as an inspection data record to the control and regulating device independently of an inspection result from the filling level control unit, characterised in that the at least one container detection element detects the outer and inner contour of the container.
An adjustable vehicle mirror system, comprising: - a mirror housing; - a flexible mirror configured to change curvature; and - a shaft coupled to the flexible mirror; characterized by - a cylinder, wherein the cylinder is configured to receive the shaft, wherein the shaft is configured to move within the cylinder to change the curvature of the flexible mirror; wherein the cylinder is further configured to receive a fluid, and - a manual actuator passing through an aperture in the mirror housing, the aperture being fluidly coupled to the cylinder enabling the manual actuator to influence the pressure of the fluid in the cylinder to drive the shaft and change the curvature of the flexible mirror. - a mirror housing; - a flexible mirror configured to change curvature; and - a shaft coupled to the flexible mirror; characterized by - a cylinder, wherein the cylinder is configured to receive the shaft, wherein the shaft is configured to move within the cylinder to change the curvature of the flexible mirror; wherein the cylinder is further configured to receive a fluid, and - a manual actuator passing through an aperture in the mirror housing, the aperture being fluidly coupled to the cylinder enabling the manual actuator to influence the pressure of the fluid in the cylinder to drive the shaft and change the curvature of the flexible mirror.
A bodywork of a road vehicle for transporting goods comprising two vertical lateral flanks, a roof, and a floor assembled with each other and partially delimiting an interior loading space, at least one lateral fairing comprising at least one panel extending longitudinally and movable in rotation between a lowered position of use in which said panel is located vertically below one of the lateral flanks and a lifted position, and at least one cylinder provided with a body and a rod to exert, at least during the movement of lifting said panel, a thrust force tending to displace said panel to the lifted position, characterised in that said panel comprises a plurality of successive longitudinal profiles (34 to 40) in the direction of the height of said panel, and pillars supporting the longitudinal profiles, said longitudinal profiles (34 to 40) jointly delimiting an outer continuous face in the direction of the height of said panel, each pillar of said panel being equipped, at an upper end, with a mounting member hinged about a horizontal hinge axis mounted on an associated support fastened to the floor of said bodywork, the rod of said cylinder being hinged on the mounting member of one of the pillars of said panel about a horizontal hinge axis, and the body of said cylinder being hinged on the associated support about a horizontal hinge axis, and in that in the lowered position of said panel, the hinge axes (56, 58) of the body and of the cylinder rod are offset inwardly of the bodywork relative to the lateral flank located on the side of said panel, the hinge axis of the cylinder rod being offset inwardly and upwardly relative to the hinge axis, and the hinge axis of the cylinder body being offset downwardly relative to the hinge axis and relative to the hinge axis. characterised in that said panel comprises a plurality of successive longitudinal profiles (34 to 40) in the direction of the height of said panel, and pillars supporting the longitudinal profiles, said longitudinal profiles (34 to 40) jointly delimiting an outer continuous face in the direction of the height of said panel, each pillar of said panel being equipped, at an upper end, with a mounting member hinged about a horizontal hinge axis mounted on an associated support fastened to the floor of said bodywork, the rod of said cylinder being hinged on the mounting member of one of the pillars of said panel about a horizontal hinge axis, and the body of said cylinder being hinged on the associated support about a horizontal hinge axis, and in that in the lowered position of said panel, the hinge axes (56, 58) of the body and of the cylinder rod are offset inwardly of the bodywork relative to the lateral flank located on the side of said panel, the hinge axis of the cylinder rod being offset inwardly and upwardly relative to the hinge axis, and the hinge axis of the cylinder body being offset downwardly relative to the hinge axis and relative to the hinge axis.
An arc extinguishing device of a molded case circuit breaker, the device comprising: a fixed contactor (15,16) fixedly provided on part of a base assembly case; a movable contactor (32,33) brought into contact with or separated from the fixed contactor (15,16); and an arc extinguishing unit configured to extinguish an arc generated when the movable contactor (32,33) is separated from the fixed contactor (15,16), and wherein the arc extinguishing unit comprises: a pair of side plates provided on the base assembly case; and a plurality of grids (45,50) provided to have a predetermined distance between the pair of side plates, and wherein the grids (45,50) comprise: a first grid formed with a first cutout portion on a first side surface where the arc is generated; and a second grid formed with a second cutout portion having a depth different from that of the first cutout portion on a second side surface where the arc is generated, characterised in that a depth difference between the first cutout portion and the second cutout portion is formed smaller than the depth of the cutout portion having a smaller depth between the first cutout portion and the second cutout portion. a fixed contactor (15,16) fixedly provided on part of a base assembly case; a movable contactor (32,33) brought into contact with or separated from the fixed contactor (15,16); and an arc extinguishing unit configured to extinguish an arc generated when the movable contactor (32,33) is separated from the fixed contactor (15,16), and wherein the arc extinguishing unit comprises: a pair of side plates provided on the base assembly case; and a plurality of grids (45,50) provided to have a predetermined distance between the pair of side plates, and a pair of side plates provided on the base assembly case; and a plurality of grids (45,50) provided to have a predetermined distance between the pair of side plates, and wherein the grids (45,50) comprise: a first grid formed with a first cutout portion on a first side surface where the arc is generated; and a second grid formed with a second cutout portion having a depth different from that of the first cutout portion on a second side surface where the arc is generated, a first grid formed with a first cutout portion on a first side surface where the arc is generated; and a second grid formed with a second cutout portion having a depth different from that of the first cutout portion on a second side surface where the arc is generated, characterised in that a depth difference between the first cutout portion and the second cutout portion is formed smaller than the depth of the cutout portion having a smaller depth between the first cutout portion and the second cutout portion.
A contactor arrangement for operation in a dielectric liquid environment, the contactor arrangement having a first connection terminal and a second connection terminal, the contactor arrangement comprising: - a contactor having a fixed contact (21, 22) and a movable contact that is movable relative to the fixed contact (21, 22), the contactor having an open state in which the movable contact is spaced apart from the fixed contact and a closed state in which the movable contact is in contact with the fixed contact so as to provide an electric connection through the contactor via the movable contact, and - a conductor section which is connected in series with the contactor, the conductor section and the contactor being connected in series between the first connection terminal and the second connection terminal, the conductor section and the fixed contact (21, 22) being arranged on opposite sides of the movable contact, the conductor section extending along the movable contact in the direction of current flow through the movable contact, the arrangement being such that a current between the first and second connection terminals (11, 12) via the movable contact and the conductor section results in an electromagnetic force being exerted on the movable contact. - a contactor having a fixed contact (21, 22) and a movable contact that is movable relative to the fixed contact (21, 22), the contactor having an open state in which the movable contact is spaced apart from the fixed contact and a closed state in which the movable contact is in contact with the fixed contact so as to provide an electric connection through the contactor via the movable contact, and - a conductor section which is connected in series with the contactor, the conductor section and the contactor being connected in series between the first connection terminal and the second connection terminal, the conductor section and the fixed contact (21, 22) being arranged on opposite sides of the movable contact, the conductor section extending along the movable contact in the direction of current flow through the movable contact, the arrangement being such that a current between the first and second connection terminals (11, 12) via the movable contact and the conductor section results in an electromagnetic force being exerted on the movable contact.
A line card for an optical line terminal, characterized by comprising an optical module, a media access control module, a toggle switch, a switch controller, a series resistor and a pull-down resistor, wherein the optical module is connected to the MAC module to form a first connection line, the series resistor is provided on a side close to the optical module on the first connection line, the pull-down resistor is connected to the first connection line by means of a second connection line, the toggle switch is provided on the second connection line and is located between the first connection line and the pull-down resistor, and the switch controller is connected to the optical module and the toggle switch, respectively.
A method for filling a container with a pyrotechnic charge using a filling system, the filling system comprising at least: - one tank for distributing a pyrotechnic powder, - one device for measuring this powder, and - one device for conveying this powder from the tank to a bowl of the measuring device, said method comprising: - when the powder is conveyed, a powder flow rate regulation step in which the at least one powder conveying device is vibrated according to a vibration frequency control sequence, the vibration frequency being inversely proportional to the fill rate of the container of the pyrotechnic charge, said method being characterized in that the filling system comprising a selection device, the selection device including a collector tray and a lower funnel configured to allow filling the container, said method comprises: - a step of measuring the quantity of pyrotechnic powder contained in the bowl of the measuring device, - when the quantity of powder contained in the bowl corresponding to a desired powder quantity to be introduced into the container of the pyrotechnic charge, a step of checking the position of the selection device in which it is checked that the bowl is arranged opposite the lower funnel. - one tank for distributing a pyrotechnic powder, - one device for measuring this powder, and - one device for conveying this powder from the tank to a bowl of the measuring device, said method comprising: - when the powder is conveyed, a powder flow rate regulation step in which the at least one powder conveying device is vibrated according to a vibration frequency control sequence, the vibration frequency being inversely proportional to the fill rate of the container of the pyrotechnic charge, - when the powder is conveyed, a powder flow rate regulation step in which the at least one powder conveying device is vibrated according to a vibration frequency control sequence, the vibration frequency being inversely proportional to the fill rate of the container of the pyrotechnic charge, said method being characterized in that the filling system comprising a selection device, the selection device including a collector tray and a lower funnel configured to allow filling the container, said method comprises: - a step of measuring the quantity of pyrotechnic powder contained in the bowl of the measuring device, - when the quantity of powder contained in the bowl corresponding to a desired powder quantity to be introduced into the container of the pyrotechnic charge, a step of checking the position of the selection device in which it is checked that the bowl is arranged opposite the lower funnel. - a step of measuring the quantity of pyrotechnic powder contained in the bowl of the measuring device, - when the quantity of powder contained in the bowl corresponding to a desired powder quantity to be introduced into the container of the pyrotechnic charge, a step of checking the position of the selection device in which it is checked that the bowl is arranged opposite the lower funnel.