mhurhangee/ep-ind-claims huggingface dataset:
Drive system comprising an inverter and an electric motor, the electric motor being fed from the AC voltage-side terminal of the inverter, a first series circuit formed of a braking resistor and a first controllable semiconductor switch being connected to the DC voltage-side terminal of the inverter, a second series circuit formed of an impedor and a second controllable semiconductor switch being connected and/or wired in parallel with the first series circuit, in particular in parallel with the DC voltage-side terminal of the inverter, the drive system comprising signal electronics, which are connected to a means for detecting the voltage applied to the DC voltage-side terminal of the inverter, the inverter comprising semiconductor switches, characterised in that the semiconductor switches (11; 12) of the inverter are opened when the voltage exceeds a third threshold value. the electric motor being fed from the AC voltage-side terminal of the inverter, a first series circuit formed of a braking resistor and a first controllable semiconductor switch being connected to the DC voltage-side terminal of the inverter, a second series circuit formed of an impedor and a second controllable semiconductor switch being connected and/or wired in parallel with the first series circuit, in particular in parallel with the DC voltage-side terminal of the inverter, the drive system comprising signal electronics, which are connected to a means for detecting the voltage applied to the DC voltage-side terminal of the inverter, the inverter comprising semiconductor switches, characterised in that the semiconductor switches (11; 12) of the inverter are opened when the voltage exceeds a third threshold value.
Hitching device on vertical, horizontal or inclined surfaces of structures, - wherein the hitching device, in conjunction with the personal protective equipment, serves against the fall of persons, - with at least two plate elements (12, 12'), - with a common baseplate for all the plate elements (12, 12'), - wherein the baseplate can be fastened to the structure by means of a fastening hole, - wherein each plate element (12, 12') has at least one plate part (20, 20', 22, 22', 24, 24', 26, 26'), - wherein each plate element (12, 12') has a first plate part (20, 20') which is connected to the baseplate and arranged at an angle to said baseplate, - wherein each plate element (12, 12') has a last plate part (26, 26'), each of which has at least one receiving eye (40, 40') into which a person can be suspended by way of his or her protective equipment, - characterized in that - the two plate elements (12, 12') extend alongside one another on the same side of the baseplate. - wherein the hitching device, in conjunction with the personal protective equipment, serves against the fall of persons, - with at least two plate elements (12, 12'), - with a common baseplate for all the plate elements (12, 12'), - wherein the baseplate can be fastened to the structure by means of a fastening hole, - wherein each plate element (12, 12') has at least one plate part (20, 20', 22, 22', 24, 24', 26, 26'), - wherein each plate element (12, 12') has a first plate part (20, 20') which is connected to the baseplate and arranged at an angle to said baseplate, - wherein each plate element (12, 12') has a last plate part (26, 26'), each of which has at least one receiving eye (40, 40') into which a person can be suspended by way of his or her protective equipment, - characterized in that - the two plate elements (12, 12') extend alongside one another on the same side of the baseplate.
A device comprising: a mostly transparent hermetically sealed box large enough to hold an infected human for purpose of medically treating the human long-term without contaminating caregivers or the environment outside said box, said box enabling caregivers to see said infected human being cared for, said box having means for placing said human sealed inside and removing said human from said box, said box having multiple dual-gloved portal means on walls of said box for handling and caring of said human from outside said box, said box having means for inputting respiratory gases into said box, said box having means for maintaining optimum humidity inside said box, said box having means for placing and removing objects into and out of said box without allowing germs inside said box to escape outside said box, said box having means for providing fluids and nourishment to said human, said box having means for evacuation to outside of said box of waste products from said human and waste products of caregiving without contaminating said caregivers or said environment outside said box, and said box having means to regulate temperature within said box, all said means ensured to not allow germs inside said box to escape outside said box, characterized in that said box has means for allowing egress of expired gases from said vessel and sterilizing said expired gases by heat before releasing into outside environment while keeping pressure inside said box less than the environment outside said box. a mostly transparent hermetically sealed box large enough to hold an infected human for purpose of medically treating the human long-term without contaminating caregivers or the environment outside said box, said box enabling caregivers to see said infected human being cared for, said box having means for placing said human sealed inside and removing said human from said box, said box having multiple dual-gloved portal means on walls of said box for handling and caring of said human from outside said box, said box having means for inputting respiratory gases into said box, said box having means for maintaining optimum humidity inside said box, said box having means for placing and removing objects into and out of said box without allowing germs inside said box to escape outside said box, said box having means for providing fluids and nourishment to said human, said box having means for evacuation to outside of said box of waste products from said human and waste products of caregiving without contaminating said caregivers or said environment outside said box, and said box having means to regulate temperature within said box, all said means ensured to not allow germs inside said box to escape outside said box, characterized in that said box has means for allowing egress of expired gases from said vessel and sterilizing said expired gases by heat before releasing into outside environment while keeping pressure inside said box less than the environment outside said box.
A light-diffusing optical fiber, comprising: a) a nanostructured core that includes: i) a nanostructured inner core region having a refractive index n 30 and defined by a first configuration of voids that defines a first amount of light scattering; ii) at least one nanostructured outer core region that surrounds the nanostructured inner core region and that has a refractive index n 50 and that is defined by a second configuration of voids that defines a second amount of light scattering that is different from the first amount of light scattering; and b) a cladding that surrounds the nanostructured core. a) a nanostructured core that includes: i) a nanostructured inner core region having a refractive index n 30 and defined by a first configuration of voids that defines a first amount of light scattering; ii) at least one nanostructured outer core region that surrounds the nanostructured inner core region and that has a refractive index n 50 and that is defined by a second configuration of voids that defines a second amount of light scattering that is different from the first amount of light scattering; and i) a nanostructured inner core region having a refractive index n 30 and defined by a first configuration of voids that defines a first amount of light scattering; ii) at least one nanostructured outer core region that surrounds the nanostructured inner core region and that has a refractive index n 50 and that is defined by a second configuration of voids that defines a second amount of light scattering that is different from the first amount of light scattering; and b) a cladding that surrounds the nanostructured core.
A clock delay matrix (800, 900) comprising: a plurality of clock lanes on an integrated circuit, IC, device, wherein each clock lane is configurable to provide a clock for controlling data transmissions in a corresponding data lane of a communications interface, and wherein each clock lane includes: first-level multiplexing logic (604a, 604b) configured to select between versions of one or more first-level clock signals; second-level multiplexing logic configured to provide a root clock by selecting between an output of the first-level multiplexing logic (604a, 604b) and outputs of first-level multiplexing logic (604a, 604b) of two other clock lanes; and a controller that configures the first-level multiplexing logic (604a, 604b) and the second-level multiplexing logic of the plurality of clock lanes, wherein the controller is configured to control clock skew between outputs of the plurality of clock lanes. a plurality of clock lanes on an integrated circuit, IC, device, wherein each clock lane is configurable to provide a clock for controlling data transmissions in a corresponding data lane of a communications interface, and wherein each clock lane includes: first-level multiplexing logic (604a, 604b) configured to select between versions of one or more first-level clock signals; second-level multiplexing logic configured to provide a root clock by selecting between an output of the first-level multiplexing logic (604a, 604b) and outputs of first-level multiplexing logic (604a, 604b) of two other clock lanes; and a controller that configures the first-level multiplexing logic (604a, 604b) and the second-level multiplexing logic of the plurality of clock lanes, first-level multiplexing logic (604a, 604b) configured to select between versions of one or more first-level clock signals; second-level multiplexing logic configured to provide a root clock by selecting between an output of the first-level multiplexing logic (604a, 604b) and outputs of first-level multiplexing logic (604a, 604b) of two other clock lanes; and a controller that configures the first-level multiplexing logic (604a, 604b) and the second-level multiplexing logic of the plurality of clock lanes, wherein the controller is configured to control clock skew between outputs of the plurality of clock lanes.
Method for attaching an electrode to a liquid crystal element comprising: an incision step in which an incision is made in a liquid crystal layer that is capable of being disposed between a pair of substrates (2A, 2B) to which electrically conductive films (3A, 3B) have been attached, to form an opening in the surface of the liquid crystal layer while also forming a space connecting with the opening inside the liquid crystal layer, an electrode insertion step in which at least a portion of an electrode is inserted into the space formed in the incision step, and a bonding step in which the electrode and the liquid crystal layer are bonded with said at least a portion of the electrode that has been inserted into the space being sandwiched by the liquid crystal layer, the liquid crystal layer being disposed between said pair of substrates which are first and second resin film substrates, wherein the electrode has a flat main body and comprises a first adhesive layer and second adhesive layer, which are each an anisotropic conductive film, wherein a heated first heat bar is contacted with the first resin film substrate and pressed in direction of the liquid crystal layer while a heated second heat bar is contacted with the second resin film substrate and likewise pressed in the direction of the liquid crystal layer, thereby contact bonding together the electrode and the liquid crystal layer such as to enable conductive connection between the first and second adhesive layers (7G, 7H) and the first and second electrically conductive films (3A, 3B), respectively, through the liquid crystal layer. an incision step in which an incision is made in a liquid crystal layer that is capable of being disposed between a pair of substrates (2A, 2B) to which electrically conductive films (3A, 3B) have been attached, to form an opening in the surface of the liquid crystal layer while also forming a space connecting with the opening inside the liquid crystal layer, an electrode insertion step in which at least a portion of an electrode is inserted into the space formed in the incision step, and a bonding step in which the electrode and the liquid crystal layer are bonded with said at least a portion of the electrode that has been inserted into the space being sandwiched by the liquid crystal layer, the liquid crystal layer being disposed between said pair of substrates which are first and second resin film substrates, wherein the electrode has a flat main body and comprises a first adhesive layer and second adhesive layer, which are each an anisotropic conductive film,
Fly swatter with a hitting grid and a stem, wherein (a) the hitting grid is joint to the stem by means of a joint; (b) the hitting grid is rotatable against the force of a spring from a relaxed position about an axis which lies in the plane of the hitting grid and runs perpendicularly to the longitudinal axis of the stem; (c) the hitting grid is lockable in a pre-loaded position with a locking device, and (d) the locking mechanism of the locking device is releasable by way of a trigger, (e) the joint with a rotational axis of the hitting grid is provided between the stem and the hitting grid; (f) the locking device is provided remote to the trigger; and (g) a string, a wire or any other means of transmission is provided, which transfer a triggering force from the trigger to the locking device; characterized in that (h) the hitting grid provides webs which have a drop-shaped cross-section, such that the draft generated by the rotation of the hitting grid is minimized in the range of the insect which is to be hit. (a) the hitting grid is joint to the stem by means of a joint; (b) the hitting grid is rotatable against the force of a spring from a relaxed position about an axis which lies in the plane of the hitting grid and runs perpendicularly to the longitudinal axis of the stem; (c) the hitting grid is lockable in a pre-loaded position with a locking device, and (d) the locking mechanism of the locking device is releasable by way of a trigger, (e) the joint with a rotational axis of the hitting grid is provided between the stem and the hitting grid; (f) the locking device is provided remote to the trigger; and (g) a string, a wire or any other means of transmission is provided, which transfer a triggering force from the trigger to the locking device; (h) the hitting grid provides webs which have a drop-shaped cross-section, such that the draft generated by the rotation of the hitting grid is minimized in the range of the insect which is to be hit.
A light-emitting device, comprising: a light-emitting element; a wavelength conversion element disposed on the light-emitting element, the wavelength conversion element having a first refractive index in a first wavelength; and a light blocking element surrounding and in direct contact with the wavelength conversion element, the light blocking element having a second refractive index in the first wavelength; wherein the second refractive index is greater than the first refractive index, characterized in that the light blocking element comprises a photoresist element and a capping layer covering the photoresist element. a light-emitting element; a wavelength conversion element disposed on the light-emitting element, the wavelength conversion element having a first refractive index in a first wavelength; and a light blocking element surrounding and in direct contact with the wavelength conversion element, the light blocking element having a second refractive index in the first wavelength; wherein the second refractive index is greater than the first refractive index, characterized in that the light blocking element comprises a photoresist element and a capping layer covering the photoresist element.
Article (101, 102, 103; 111, 112, 113; 181, 182, 183) having a nanotextured surface with hydrophobic properties, said nanotextured surface comprising an array of pillars (61, 62, 71, 85, 162, 167) defined by a surface fraction φ s of the pillars, a pitch P of the pillars and an aspect ratio H/2R of the pillars, wherein: • the surface fraction φ s is equal or greater to 2% and equal or less to 80%; • the pitch P is equal or less to 250; • the aspect ratio H/2R is equal or less to 2.4, where H is the height of the pillars and R is the radius of the pillars; • the pitch P, the height H, the radius R of the pillars are expressed in nanometers; • the nanotextured surface comprises at least partially a hydrophobic material, characterized in that the aspect ratio H/2R is equal or less to 1.7. • the surface fraction φ s is equal or greater to 2% and equal or less to 80%; • the pitch P is equal or less to 250; • the aspect ratio H/2R is equal or less to 2.4, where H is the height of the pillars and R is the radius of the pillars; • the pitch P, the height H, the radius R of the pillars are expressed in nanometers; • the nanotextured surface comprises at least partially a hydrophobic material,
Passenger seating comprising at least one seat, a surround structure for said at least one seat, and an actuation system, the actuation system comprising: a base; a door, being part of said surround structure, and being movable with respect to the base between a first state corresponding to an open position of the door, and a second state corresponding to a closed position of the door; first actuating means for actuating said door from said first state to said second state, said first actuating means comprising resilient biasing means arranged to urge said door from said first state to said second state; and second actuating means (60, 260) for actuating said door from said second state to said first state, wherein said first actuating means is configured to allow movement of said door from said second state to said first state, and wherein said second actuating means comprises powered drive means comprising a rotary motor having a rotary output coupled to a reel, the reel being coupled to one of the base or the door. a base; a door, being part of said surround structure, and being movable with respect to the base between a first state corresponding to an open position of the door, and a second state corresponding to a closed position of the door; first actuating means for actuating said door from said first state to said second state, said first actuating means comprising resilient biasing means arranged to urge said door from said first state to said second state; and second actuating means (60, 260) for actuating said door from said second state to said first state, wherein said first actuating means is configured to allow movement of said door from said second state to said first state, and wherein said second actuating means comprises powered drive means comprising a rotary motor having a rotary output coupled to a reel, the reel being coupled to one of the base or the door.
A protection device for stent, comprising a sheath (10, 20, 30), a first grip (11, 21, 31) and a second grip (12, 22, 32), the sheath (10, 20, 30) being configured to hold a stent, the first grip (11, 21, 31) is configured to be able to be driven to move toward the second grip (12, 22, 32) to cause a first portion (100a, 200a) of the sheath (10, 20, 30) to move away from a second portion (100b, 200b) thereof, so that the stent is allowed to be removed from the sheath (10, 20, 30); wherein the first portion (100a, 200a) and the second portion (100b, 200b) form a frame, and an elastomer filler is filled in the frame and defines a cavity for receiving the stent.
An alternating-current electric vehicle that receives an alternating-current power from an overhead wire, comprising: a plurality of main transformers (TR1, TR2) electrically connected to the overhead wire and in parallel; a plurality of circuit breakers (CB1, CB2) each connected between the overhead wire and corresponding one of the plurality of main transformers (TR1, TR2); and a control device configured to close and open the plurality of circuit breakers (CB1, CB2), characterised in that the control device is configured to sequentially close, when power feeding from the overhead wire to the alternating-current electric vehicle is started, the plurality of circuit breakers (CB1, CB2) within one cycle of a overhead wire voltage in accordance with a time difference, wherein the time difference is set based on a difference in closing phases, each closing phase being a phase of the overhead wire voltage at the time of closing a respective one of the plurality of circuit breakers (CB1, CB2), wherein the difference in the closing phases is set to a value obtained by dividing 360 degrees by a number of the plurality of main transformers (TR1, TR2), wherein the number of the plurality of main transformers (TR1, TR2) is two or four. a plurality of main transformers (TR1, TR2) electrically connected to the overhead wire and in parallel; a plurality of circuit breakers (CB1, CB2) each connected between the overhead wire and corresponding one of the plurality of main transformers (TR1, TR2); and a control device configured to close and open the plurality of circuit breakers (CB1, CB2), characterised in that the control device is configured to sequentially close, when power feeding from the overhead wire to the alternating-current electric vehicle is started, the plurality of circuit breakers (CB1, CB2) within one cycle of a overhead wire voltage in accordance with a time difference, wherein the time difference is set based on a difference in closing phases, each closing phase being a phase of the overhead wire voltage at the time of closing a respective one of the plurality of circuit breakers (CB1, CB2), wherein the difference in the closing phases is set to a value obtained by dividing 360 degrees by a number of the plurality of main transformers (TR1, TR2), wherein the number of the plurality of main transformers (TR1, TR2) is two or four.
A fastening device for an electrical component situated in a housing, in particular an overvoltage protection device, on a mounting rail or top-hat rail having a clamping means comprising a fixed gripper hook and a movable clamping slider which is displaceable towards the fixed gripper hook, as well as a force redirecting mechanism for changing the relative position between the gripper hook and the clamping slider between an open position and a fastening position, and having an actuating element therefore, characterized in that the gripper hook is formed as a conductive metallic part which can be put or inserted into the housing, wherein the gripper hook has a head portion which, in the fastening state, mechanically encompasses a first leg portion of the mounting rail or top-hat rail while forming electrical contact surfaces, the clamping slider is mounted in the housing by means of a guide so as to be movable in displacement, and a free end of the slider, in the fastening state, grips a second portion opposite the first leg portion of the mounting rail or top-hat rail from below and exerts a clamping force via a wedge inclination, a pivot bearing (14; 15) for a tightening toggle lever is provided in the clamping slider, wherein a first end of the tightening toggle lever forms the actuating element and engages a second end of the tightening toggle lever, which end is on the bearing side, at a fixed point.