mhurhangee/ep-ind-claims huggingface dataset:
An electrostatic relay (31,101,111) comprising: a base substrate; a fixed contact portion that is fixed to the base substrate, the fixed contact portion including a fixed contact (46a,46b); a moving contact portion that includes a moving contact to be brought into contact with or separated from the fixed contact (46a,46b); a fixed electrode portion that is fixed to the base substrate; a movable electrode portion that is displaced along with the moving contact portion toward a direction parallel to the base substrate by an electrostatic force generated between the fixed electrode portion and the movable electrode portion; a first spring member (37a,37b) that returns the displaced movable electrode portion to an original position; and a second spring member provided in a fixed portion fixed to the base substrate, the second spring member being not deformed until abutting on the movable electrode portion before the moving contact abuts on the fixed contact when the moving contact portion and the movable electrode portion are displaced, wherein the second spring member is provided in a cantilever manner to the fixed portion and can abut a projection portion that is provided in the movable electrode portion, characterized in that a length direction of the second spring member when not deformed is parallel to a surface in which the projection portion is provided. a base substrate; a fixed contact portion that is fixed to the base substrate, the fixed contact portion including a fixed contact (46a,46b); a moving contact portion that includes a moving contact to be brought into contact with or separated from the fixed contact (46a,46b); a fixed electrode portion that is fixed to the base substrate; a movable electrode portion that is displaced along with the moving contact portion toward a direction parallel to the base substrate by an electrostatic force generated between the fixed electrode portion and the movable electrode portion; a first spring member (37a,37b) that returns the displaced movable electrode portion to an original position; and a second spring member provided in a fixed portion fixed to the base substrate, the second spring member being not deformed until abutting on the movable electrode portion before the moving contact abuts on the fixed contact when the moving contact portion and the movable electrode portion are displaced, wherein the second spring member is provided in a cantilever manner to the fixed portion and can abut a projection portion that is provided in the movable electrode portion, characterized in that a length direction of the second spring member when not deformed is parallel to a surface in which the projection portion is provided.
A furling and adjustment assembly for boats with stay-free sails, which comprises: - a hooking device, configured to be mated to a coupling for the sail and to a tack sheet, - an actuation pulley assembly, configured to be actuated by an actuation rope and functionally associated with the hooking device in order to transmit, by way of the latter, a furling/unfurling movement to the sail, characterized in that the hooking device and the actuation pulley assembly being configured to be mutually moved between a condition of mutual engagement and a condition of mutual disengagement, a fixed spatial position of the actuation pulley assembly remaining constant while the tack point of the sail is adjusted, the hooking device in turn comprising an upper hooking element and a lower hooking element, which are mutually coupled so as to form an idle rotary pair, the upper hooking element being configured to be mated to a coupling for the sail, the lower hooking element being configured to be mated to a tack sheet for the adjustment of the tack point of the sail, the tack sheet passing through the actuation pulley assembly. - a hooking device, configured to be mated to a coupling for the sail and to a tack sheet, - an actuation pulley assembly, configured to be actuated by an actuation rope and functionally associated with the hooking device in order to transmit, by way of the latter, a furling/unfurling movement to the sail,
A drive in the form of a converter-fed geared motor, wherein the drive comprises at least an electric motor and an electronic circuit for supplying the electric motor, wherein the drive comprises means for inductively supplying it, wherein the means comprise an insertion part which once it has been inserted in the drive is intended for supplying the latter, wherein the means comprise an electronic circuit for supplying parts of the drive and means for transmitting information are provided, in that the drive is configured such that information can be transmitted by modulating higher-frequency signals onto the primary conductor, wherein a lock, comprising lock shackle, can be connected in a positively locking manner to the insertion part, with a key being necessary for releasing the lock from the insertion part, wherein the insertion part can be connected in a positively locking manner or with a clamping connection to the drive, wherein the drive has a housing part which has a housing-forming function for an electric motor, a gear unit and an electronic circuit supplying the electric motor, comprising a frequency converter, wherein the rotor shaft of the electric motor and output shaft of the gear unit are mounted in the housing part and the insertion part can be inserted into a receiving region of the housing part, wherein the insertion part has elevations which guide the insertion part upon insertion of the insertion part into the drive.
A fire suppression system for an aircraft compartment, the system comprising: a source of fire suppression agent; and a supply line for conducting the fire suppression agent to the compartment; the supply line comprising a flow control device arrangeable between the source and the compartment and a pressure relief valve arranged downstream of the flow control device; wherein the pressure relief valve has an outlet which produces a distributed discharge of the agent externally of the compartment, characterised in that the outlet comprises: (i) a plurality of discrete outlets; or (ii) an elongate outlet. a source of fire suppression agent; and a supply line for conducting the fire suppression agent to the compartment; the supply line comprising a flow control device arrangeable between the source and the compartment and a pressure relief valve arranged downstream of the flow control device; wherein the pressure relief valve has an outlet which produces a distributed discharge of the agent externally of the compartment, characterised in that the outlet comprises: (i) a plurality of discrete outlets; or (ii) an elongate outlet.
Fish-sorting system for sorting fish in a dragged fishing net for retaining fish in the fishing net of a size greater than a desired size and releasing fish of a size smaller than the desired size from the fishing net, wherein said fish-sorting system comprises - detection means (2, 3) for detecting at least one size of a fish to be sorted in the fishing net; - a processing unit for comparing the size detected by the detection means (2, 3) to the desired size; - and a sorting device for retaining fish in the fishing net of a size greater than the desired size and for releasing fish of a size smaller than the desired size from the fishing net on the basis of the comparison between the detected size and the desired size carried out by the processing unit; characterized in that the detection means (2, 3) comprise one or more distance sensors (2, 3) and comprise means for recording the time between measurements. - detection means (2, 3) for detecting at least one size of a fish to be sorted in the fishing net; - a processing unit for comparing the size detected by the detection means (2, 3) to the desired size; - and a sorting device for retaining fish in the fishing net of a size greater than the desired size and for releasing fish of a size smaller than the desired size from the fishing net on the basis of the comparison between the detected size and the desired size carried out by the processing unit; characterized in that the detection means (2, 3) comprise one or more distance sensors (2, 3) and comprise means for recording the time between measurements.
A method for manufacturing a tapered plate having a tensile strength of 570 MPa or more and a difference in thickness between a thicker portion and a thinner portion of 10 mm or more, the method comprising heating to a temperature of 1000°C or higher and 1200°C or lower, a steel slab having a chemical composition consisting of, by mass%, C: 0.03% or more and 0.12% or less Si: 0.03% or more and 0.5% or less Mn: 0.8% or more and 2.2% or less P: 0.015% or less S: 0.0005% or more and 0.0050% or less Al: 0.005% or more and 0.1% or less Nb: 0.003% or more and 0.014% or less Ti: 0.003% or more and 0.02% or less B: 0.0003% or more and 0.0025% or less N: 0.0030% or more and 0.0070% or less Ca: 0.0005% or more and 0.0050% or less, optionally one, two or more selected from among Cu: 0.05% or more and 1.0% or less Ni: 0.05% or more and 1.0% or less Cr: 0.05% or more and 0.5% or less Mo: 0.05% or more and 0.5% or less, and V: 0.02% or more and 0.1% or less, optionally one, two or more selected from among Mg: 0.0005% or more and 0.005% or less Zr: 0.003% or more and 0.02% or less, and REM: 0.003% or more and 0.02% or less, and optionally O: 0.0030% or less, and the balance being Fe and inevitable impurities, in which expression is satisfied, performing hot rolling on the heated slab in which plate thickness changes in the longitudinal direction so as to form a tapered shape at a finishing rolling temperature of 900°C or lower and equal to or higher than the Ar 3 point and then performing accelerated cooling on the hot-rolled steel plate down to a temperature of 500°C or lower: 0 ≦ N - Ti / 3.42 ≦ 0.0025 where N and Ti respectively represent the contents (mass%) of N and Ti.
Doctor blade, in particular for printing cylinders and coating units, with a doctor blade edge, a doctor blade body which is limited by a doctor blade upper side and a doctor blade underside, and a curved blade profile which is formed between the doctor blade edge and the doctor blade body, characterized in that, in the unloaded state of the doctor blade and in relation to a Cartesian coordinate system, the curved blade profile has a cuboidal course f(x) from the doctor blade edge to the doctor blade body, wherein the y-axis of the Cartesian coordinate system coincides with the doctor blade edge and the x-axis of the Cartesian coordinate system coincides with the doctor blade upper side.
An atmosphere-cleaning device for vehicles, comprising: a vehicle component that is arranged at a location at which a flow path of atmospheric air is formed while a vehicle is travelling; an ozone purifying body that is carried by the vehicle component and that has an ozone purification function; and remover injection means (20, 30) capable of injecting onto the ozone purifying body a remover for removing a deterioration-causing substance that causes a deterioration in an ozone purification function; characterized by comprising injection amount setting means for setting an injection amount of the remover from the remover injection means (20, 30) using at least one of a rate of decline in an ozone purification rate based on an ozone purification rate in an initial state of the ozone purifying body, an atmospheric air velocity with respect to atmospheric air passing through the ozone purifying body, and a bed temperature of the ozone purifying body. a vehicle component that is arranged at a location at which a flow path of atmospheric air is formed while a vehicle is travelling; an ozone purifying body that is carried by the vehicle component and that has an ozone purification function; and remover injection means (20, 30) capable of injecting onto the ozone purifying body a remover for removing a deterioration-causing substance that causes a deterioration in an ozone purification function; characterized by comprising injection amount setting means for setting an injection amount of the remover from the remover injection means (20, 30) using at least one of a rate of decline in an ozone purification rate based on an ozone purification rate in an initial state of the ozone purifying body, an atmospheric air velocity with respect to atmospheric air passing through the ozone purifying body, and a bed temperature of the ozone purifying body.
A waterproof box comprising: a box main body having a peripheral wall and receiving components (12, 13) inside of the peripheral wall, the components (12, 13) being susceptive to moisture; a cover having a cover peripheral wall and covering an opening provided at an edge of the peripheral wall of the main body; a waterproof structure portion provided at the edge of the peripheral wall of the main body; and a waterproof structure portion provided at an edge of the cover peripheral wall of the cover, wherein the waterproof box is waterproofed by the waterproof structure portions (20, 26) of the main body and of the cover overlapped with each other, and wherein the waterproof structure portion of the main body includes a mating surface, the waterproof structure portion of the cover includes a mating surface adapted to be brought into contact with the mating surface of the main body, and blind passages (33b, 35a) are provided on the mating surface of the waterproof structure portion of the cover, the blind passages (33b, 35a) each having a space, and the blind passages (33b, 35a) being provided at an intermediate position and/or a position near an entrance of a tiny passage defined by a gap between the mating surfaces (28, 29) of the main body and of the cover, characterized in that a spring including the mating surface of the main body and elastically closing an opening of the blind passage is provided on the mating surface of the main body. a box main body having a peripheral wall and receiving components (12, 13) inside of the peripheral wall, the components (12, 13) being susceptive to moisture; a cover having a cover peripheral wall and covering an opening provided at an edge of the peripheral wall of the main body; a waterproof structure portion provided at the edge of the peripheral wall of the main body; and a waterproof structure portion provided at an edge of the cover peripheral wall of the cover, wherein the waterproof box is waterproofed by the waterproof structure portions (20, 26) of the main body and of the cover overlapped with each other, and wherein the waterproof structure portion of the main body includes a mating surface, the waterproof structure portion of the cover includes a mating surface adapted to be brought into contact with the mating surface of the main body, and blind passages (33b, 35a) are provided on the mating surface of the waterproof structure portion of the cover, the blind passages (33b, 35a) each having a space, and the blind passages (33b, 35a) being provided at an intermediate position and/or a position near an entrance of a tiny passage defined by a gap between the mating surfaces (28, 29) of the main body and of the cover, characterized in that a spring including the mating surface of the main body and elastically closing an opening of the blind passage is provided on the mating surface of the main body.
An electric storage unit group (10, 210) comprising: a plurality of electric storage units (11, 11A to 11H, 111, 211) linearly or reticulately connected to one another, each electric storage unit (11, 11A to 11 H, 111, 211) comprising a rechargeable battery cell, a charging/discharging control unit, at least one power input unit connected to the charging/discharging control unit, and at least one power output unit connected to the charging/discharging control unit; wherein, at an upstream side of the electric storage unit group (10, 210), the electric storage unit group (10, 210) is configured to be connected to a power supply for charging the electric storage units (11, 11A to 11H, 111, 211), the charging/discharging control unit of a single electric storage unit of the plurality of electric storage units (11, 11A to 11H, 111, 211) is configured to perform a control, such that directly after the rechargeable battery cell of the single electric storage unit is fully charged, a charging of the single electric storage unit is stopped, and according to a power route charging of one or more electric storage units of the plurality of electric storage units (11, 11A to 11H, 111, 211), the rechargeable battery cells of which are not yet fully charged, and that are arranged adjacent to the single electric storage unit and connected with their power input units to power outputs units of the single electric storage unit on a more downstream side than the single electric storage unit is started through the single electric storage unit. a plurality of electric storage units (11, 11A to 11H, 111, 211) linearly or reticulately connected to one another, each electric storage unit (11, 11A to 11 H, 111, 211) comprising a rechargeable battery cell, a charging/discharging control unit, at least one power input unit connected to the charging/discharging control unit, and at least one power output unit connected to the charging/discharging control unit; wherein, at an upstream side of the electric storage unit group (10, 210), the electric storage unit group (10, 210) is configured to be connected to a power supply for charging the electric storage units (11, 11A to 11H, 111, 211), the charging/discharging control unit of a single electric storage unit of the plurality of electric storage units (11, 11A to 11H, 111, 211) is configured to perform a control, such that directly after the rechargeable battery cell of the single electric storage unit is fully charged, a charging of the single electric storage unit is stopped, and according to a power route charging of one or more electric storage units of the plurality of electric storage units (11, 11A to 11H, 111, 211), the rechargeable battery cells of which are not yet fully charged, and that are arranged adjacent to the single electric storage unit and connected with their power input units to power outputs units of the single electric storage unit on a more downstream side than the single electric storage unit is started through the single electric storage unit.
A condenser configured to be used with an apparatus for increasing the size of gas-entrained particles in order to render the gas-entrained particles detectable by a particle detector; the condenser being connectable to said apparatus such that it is in fluid communication with an outlet of an evaporation chamber of the apparatus; the condenser having an outlet for connection to the particle detector; wherein the condenser has a surface area to volume ratio which is greater than the surface area to volume ratio of a cylinder; and wherein the condenser comprises: a condenser body having an inlet, an outlet and a hollow interior which has an internal length, an internal width and an internal height; an inlet flow distributor tube connected to the inlet of the condenser body; and an outlet flow distributor tube connected to the outlet of the condenser body, the condenser being characterised in that the inlet flow distributor tube and the outlet flow distributor tube extend across the internal width of the condenser body; wherein the internal height of the condenser body is less than a corresponding internal height of each of the inlet and outlet flow distributor tubes (102,104); inlet and outlet flow distributor tubes (102, 104) each being provided in the walls thereof with one or more slots or holes (109, 110) communicating with the hollow interior of the condenser body so as to provide a flow path (106, 107, 108) from the inlet flow distributor tube through the hollow interior of the condenser and into the outlet flow distributor tube; and wherein the internal cross sectional area of each flow distributor tube (102, 104) is greater than the internal cross sectional area, defined as internal width x internal height, of the condenser body. a condenser body having an inlet, an outlet and a hollow interior which has an internal length, an internal width and an internal height; an inlet flow distributor tube connected to the inlet of the condenser body; and an outlet flow distributor tube connected to the outlet of the condenser body, the condenser being characterised in that the inlet flow distributor tube and the outlet flow distributor tube extend across the internal width of the condenser body; wherein the internal height of the condenser body is less than a corresponding internal height of each of the inlet and outlet flow distributor tubes (102,104); inlet and outlet flow distributor tubes (102, 104) each being provided in the walls thereof with one or more slots or holes (109, 110) communicating with the hollow interior of the condenser body so as to provide a flow path (106, 107, 108) from the inlet flow distributor tube through the hollow interior of the condenser and into the outlet flow distributor tube; and wherein the internal cross sectional area of each flow distributor tube (102, 104) is greater than the internal cross sectional area, defined as internal width x internal height, of the condenser body.
Medical instrument for use in ophthalmology, having a tool which has an active region and an actuation region and having a sleeve, wherein the active region has two cooperating active elements which can be moved against each other, wherein the sleeve completely or partially surrounds the tool at least in the actuation region, wherein the active elements can be moved against each other by displacing the sleeve relative to the tool, characterised in that at the distal end of the sleeve recesses are constructed for guiding the active elements and in that the sleeve has in the region of the recesses thereof inclinations, on which the active elements slide.
An apparatus in communication with a first memory, a second memory, a processor, and a power control unit configured to flush modified data from a volatile first memory to a persistent second memory, the apparatus being characterized in that it comprises a first memory controller coupled to the first memory and including at least one Reliability, Availability, and Serviceability, RAS, controller, wherein each RAS controller reads a range of addresses in the first memory; and a second memory controller coupled to the second memory comprising a non-volatile memory; wherein the first memory controller and the second memory controller operate to: in response to the first memory controller receiving a command from the power control unit, invoke the at least one RAS controller to read data from at least one range of addresses specified for the RAS controller from the first memory; determine, by the second memory controller, whether the data read from the first memory comprises modified data; transfer, by the second memory controller, the data read from the first memory determined to be modified to the second memory; and send, by the first memory controller, a signal to the power control unit to indicate that the modified data in the range of addresses specified for the RAS controller was flushed to the second memory in response to the RAS controller completing reading data in the range of addresses. in response to the first memory controller receiving a command from the power control unit, invoke the at least one RAS controller to read data from at least one range of addresses specified for the RAS controller from the first memory; determine, by the second memory controller, whether the data read from the first memory comprises modified data; transfer, by the second memory controller, the data read from the first memory determined to be modified to the second memory; and send, by the first memory controller, a signal to the power control unit to indicate that the modified data in the range of addresses specified for the RAS controller was flushed to the second memory in response to the RAS controller completing reading data in the range of addresses.