mhurhangee/ep-ind-claims huggingface dataset:
A flexible screen module, comprising: a rotating shaft, having an external wall and a passage extending through the rotating shaft in an axial direction thereof; a flexible screen, having one end fixed to the external wall and being rollable around the rotating shaft; and a connector, comprising a body, a first connecting part which is on one end of the body and electrically connected to the flexible screen, and a second connecting part on another end of the body, wherein the body at least partially passes through the passage, and the first connecting part and the second connecting part are located outside two sides in the axial direction of the rotating shaft, the first connecting part rotates along with the rotating shaft, and the second connecting part is fixed relative to the rotating shaft, the body comprises a plurality of wires, when the flexible screen is wound around the rotating shaft, the wires are enwound with each other inside the passage. a rotating shaft, having an external wall and a passage extending through the rotating shaft in an axial direction thereof; a flexible screen, having one end fixed to the external wall and being rollable around the rotating shaft; and a connector, comprising a body, a first connecting part which is on one end of the body and electrically connected to the flexible screen, and a second connecting part on another end of the body, wherein the body at least partially passes through the passage, and the first connecting part and the second connecting part are located outside two sides in the axial direction of the rotating shaft, the first connecting part rotates along with the rotating shaft, and the second connecting part is fixed relative to the rotating shaft, the body comprises a plurality of wires, when the flexible screen is wound around the rotating shaft, the wires are enwound with each other inside the passage.
A device for providing a coil to an aneurysm, the device comprising: an access element having an access lumen and a distal end which is pre-shaped at an angle to a longitudinal axis of the device and which may be forcibly aligned with said longitudinal axis; characterised in that the device further comprises: an occlusion element for occluding an ostium of the aneurysm during delivery of the coil, said occlusion element at least partially attached to said distal end of said access element, said occlusion element being positioned alongside the said access element at the portion containing the access lumen and more distally, and wherein the distal end of the access element does not extend distally past a distal end of said occlusion element during delivery of the coil. an access element having an access lumen and a distal end which is pre-shaped at an angle to a longitudinal axis of the device and which may be forcibly aligned with said longitudinal axis; characterised in that the device further comprises: an occlusion element for occluding an ostium of the aneurysm during delivery of the coil, said occlusion element at least partially attached to said distal end of said access element, said occlusion element being positioned alongside the said access element at the portion containing the access lumen and more distally, and wherein the distal end of the access element does not extend distally past a distal end of said occlusion element during delivery of the coil. an occlusion element for occluding an ostium of the aneurysm during delivery of the coil, said occlusion element at least partially attached to said distal end of said access element, said occlusion element being positioned alongside the said access element at the portion containing the access lumen and more distally, and wherein the distal end of the access element does not extend distally past a distal end of said occlusion element during delivery of the coil.
A method for establishing enhanced communication between a first device of a first user and a second device of a second user, including the following steps of: - Establishing a bidirectional data exchange channel between the first device and the second device; - Continuously acquiring, by the first device, non-audio data relating to an action of the first user; - Continuously transmitting, by the first device to the second device, the data acquired by said first device; - Returning, by the second device, the transmitted data to the second user as a function of the time course of the data; The method being such that the communication is considered to be established if the time course of the data returned to the second user corresponds to a predetermined scheme for a predetermined period of time referred to as the establishment period of time, the establishment period of time being greater than or equal to 10 seconds such that first user has paid more attention than for instant communication. - Establishing a bidirectional data exchange channel between the first device and the second device; - Continuously acquiring, by the first device, non-audio data relating to an action of the first user; - Continuously transmitting, by the first device to the second device, the data acquired by said first device; - Returning, by the second device, the transmitted data to the second user as a function of the time course of the data; - Continuously acquiring, by the first device, non-audio data relating to an action of the first user; - Continuously transmitting, by the first device to the second device, the data acquired by said first device; - Returning, by the second device, the transmitted data to the second user as a function of the time course of the data;
A connector arrangement comprising: a plug nose body having a first side and an opposite, second side, the second side of the plug nose body being configured to hold a plurality of first contacts, which are electrically connectable to conductors of an electrical segment of communications media; the connector arrangement being characterized in that the first side of the plug nose body defines a cavity: the connector arrangement further comprising: a printed circuit board positioned within the cavity of the plug nose body, the printed circuit board including a storage device configured to store information pertaining to the electrical segment of communications media, the storage device being electrically connected to a plurality of second contacts, the second contacts being configured to enable the stored information to be read from the storage device by a media reading interface; and a plug cover member that encloses the printed circuit board within the cavity, the plug cover defining a plurality of slotted openings through which the second contacts are exposed. a plug nose body having a first side and an opposite, second side, the second side of the plug nose body being configured to hold a plurality of first contacts, which are electrically connectable to conductors of an electrical segment of communications media; the connector arrangement being characterized in that the first side of the plug nose body defines a cavity: the connector arrangement further comprising: a printed circuit board positioned within the cavity of the plug nose body, the printed circuit board including a storage device configured to store information pertaining to the electrical segment of communications media, the storage device being electrically connected to a plurality of second contacts, the second contacts being configured to enable the stored information to be read from the storage device by a media reading interface; and a plug cover member that encloses the printed circuit board within the cavity, the plug cover defining a plurality of slotted openings through which the second contacts are exposed. a printed circuit board positioned within the cavity of the plug nose body, the printed circuit board including a storage device configured to store information pertaining to the electrical segment of communications media, the storage device being electrically connected to a plurality of second contacts, the second contacts being configured to enable the stored information to be read from the storage device by a media reading interface; and a plug cover member that encloses the printed circuit board within the cavity, the plug cover defining a plurality of slotted openings through which the second contacts are exposed.
A pipe bending processing apparatus comprising an apparatus main body having positioning means for positioning a pipe with respect to a bending roll in response to rotation of a rotary shaft, and deformation means for bending the pipe by moving the pipe along the bending roll while pressing the pipe against the bending roll, characterised in that an outer cylinder in which a linear slits is formed along a bus line and a circumferential slits extending in a circumferential direction is formed at an upper end of the linear slit is arranged in a machine casting, an inner cylinder formed with a spiral groove is rotatably arranged inside the outer cylinder, the rotary shaft is inserted into the inner cylinder so as to be vertically movable and rotatable, a pin is provided in a protruding manner at the rotary shaft and is inserted into the spiral groove of the inner cylinder and into the linear slit of the outer cylinder, the inner cylinder is linked to an output shaft of a rotary actuator, and the rotary shaft is lifted and is also rotated at an uppermost position by the rotary actuator.
Operating fluid tank for a motor vehicle, in particular a fuel tank or secondary fluid tank composed of plastic having a substantially closed tank body composed of thermoplastic material, preferably based on polyethylene, and having a jacket composed of a multi-layer composite material surrounding at least parts of the tank body, characterised in that the jacket comprises at least one self-supporting shell comprising at least one rigid foam layer.
A method for welding anchor supports for refractory linings of a metal structure of an industrial plant, characterized by the following steps: - making a plurality of holes (f) in a residual refractory lining (cu), which covers the metal structure (s) by means of a core drill machine until the metal structure (s) is uncovered, each hole (f) having a diameter larger than that of a ceramic ferrule for stud-welding; - cleaning the surface of the metal structure (s) at the bottom of the holes (f) from sludge and oxidation by means of a cleaner in order to obtain electrical continuity; - arc welding with ceramic ferrule an anchor or clamp for refractory concretes on the metal structure (s) of the industrial plant through each hole (f) made in the residual refractory lining (cu) so that the anchor protrudes from the residual refractory lining (cu); and - overlapping new refractory concrete (cn) in order to restore the protective lining for the metal structure (s) of the industrial plant. - making a plurality of holes (f) in a residual refractory lining (cu), which covers the metal structure (s) by means of a core drill machine until the metal structure (s) is uncovered, each hole (f) having a diameter larger than that of a ceramic ferrule for stud-welding; - cleaning the surface of the metal structure (s) at the bottom of the holes (f) from sludge and oxidation by means of a cleaner in order to obtain electrical continuity; - arc welding with ceramic ferrule an anchor or clamp for refractory concretes on the metal structure (s) of the industrial plant through each hole (f) made in the residual refractory lining (cu) so that the anchor protrudes from the residual refractory lining (cu); and - overlapping new refractory concrete (cn) in order to restore the protective lining for the metal structure (s) of the industrial plant.
A radar target simulation system allowing for performing measurements with respect to a device under test employing radar, and adaptable to the respective resolution of the device under test, the radar target simulation system comprising: a memory unit, an interface, and a modifying unit, wherein the memory unit is configured to save at least one data set representing at least one radar target simulation scenario and comprising at least one identifiable element, wherein the at least one radar target simulation scenario comprises or is at least one image, wherein the interface is configured to specify parameters of a desired resolution for the device under test, wherein the resolution is a minimum angle to distinguish two targets or a minimum radar cross-section or maximum and/or minimum distance to the respective target or number of pixels related to the respective accuracy of the corresponding system, or any combination thereof, wherein the modifying unit is configured to modify the at least one identifiable element so that it falls within the respective resolution parameters of the device under test, and wherein modifying the at least one identifiable element comprises at least one of making a cross section bigger, reducing distance from the device under test, increasing distance from the device under test, making the two targets at a greater angle from one another. a memory unit, an interface, and a modifying unit, wherein the memory unit is configured to save at least one data set representing at least one radar target simulation scenario and comprising at least one identifiable element, wherein the at least one radar target simulation scenario comprises or is at least one image, wherein the interface is configured to specify parameters of a desired resolution for the device under test, wherein the resolution is a minimum angle to distinguish two targets or a minimum radar cross-section or maximum and/or minimum distance to the respective target or number of pixels related to the respective accuracy of the corresponding system, or any combination thereof, wherein the modifying unit is configured to modify the at least one identifiable element so that it falls within the respective resolution parameters of the device under test, and wherein modifying the at least one identifiable element comprises at least one of making a cross section bigger, reducing distance from the device under test, increasing distance from the device under test, making the two targets at a greater angle from one another.
Electromagnetic brake with a housing body and an armature disk, wherein the housing body comprises a pole core, characterized in that the armature disk is guided axially via a groove-lug connection in the housing body, wherein at least one guide groove, preferably three guide grooves, and at least one associated guide lug, preferably three associated guide lugs, are provided, wherein the respective guide groove is preferably arranged in the housing body.
Household appliance for laundry care, in particular laundry washing machine and/or tumble dryer, with a pump for conveying a liquid medium, comprising cutting means (36, 37), by means of which a solid body located in the liquid medium can be severed during operation of the pump, and a pump wheel for conveying the liquid medium, characterised in that the pump wheel comprises the cutting means (36, 37).
Method of performing a switching-over process in an on-load tap changer, which is actuated by an electric drive controlled by a control, between winding taps (n, n+1) of a tapped transformer by means of switching contacts (V1, V2), wherein: - the switching-over process is divided into a plurality of phases (I - IX), - critical and non-critical switching states of the respectively used switching contacts (V1, V2) are identified, - each of these phases (I - IX) is monitored, - at the start of an intended switching-over process a value of the supply voltage as a decision basis is detected by means of a voltage monitoring device in dependence on a decision logic parameterised in a controller and switching over to the next defined phase (I - IX) of the switching-over process is carried out only if the supply voltage is present, and - in the case of a voltage drop in the mains or supply voltage and thus in the case of failure of the energy supply of the electric drive during a switching-over process an identified critical switching state is overcome with the help of the residual energy present in the capacitors of the control in that switching onwards to the succeeding switching state, which is identified as non-critical, is carried out. - the switching-over process is divided into a plurality of phases (I - IX), - critical and non-critical switching states of the respectively used switching contacts (V1, V2) are identified, - each of these phases (I - IX) is monitored, - at the start of an intended switching-over process a value of the supply voltage as a decision basis is detected by means of a voltage monitoring device in dependence on a decision logic parameterised in a controller and switching over to the next defined phase (I - IX) of the switching-over process is carried out only if the supply voltage is present, and - in the case of a voltage drop in the mains or supply voltage and thus in the case of failure of the energy supply of the electric drive during a switching-over process an identified critical switching state is overcome with the help of the residual energy present in the capacitors of the control in that switching onwards to the succeeding switching state, which is identified as non-critical, is carried out.
A luminaire comprising: - a light chamber, - a translucent cover enclosing the light chamber, the translucent cover having an inner surface, and - a LED light source arranged within the light chamber to illuminate the inner surface of the translucent cover, wherein the translucent cover comprises a material having a first refractive index, and wherein the light chamber comprises a material having a second refractive index, and wherein the translucent cover comprises a prismatic optical structure on the inner surface, characterized in that the prismatic optical structure has a top angle that is equal to or smaller than 2x[90- arcsin(n2/n1)]. - a light chamber, - a translucent cover enclosing the light chamber, the translucent cover having an inner surface, and - a LED light source arranged within the light chamber to illuminate the inner surface of the translucent cover, wherein the translucent cover comprises a material having a first refractive index, and wherein the light chamber comprises a material having a second refractive index, and wherein the translucent cover comprises a prismatic optical structure on the inner surface, characterized in that the prismatic optical structure has a top angle that is equal to or smaller than 2x[90- arcsin(n2/n1)].
Cell module structure for a motor vehicle, wherein the cell module structure has at least one energy cell and an energy cell holding device, wherein the energy cell holding device comprises: - a contact plate which has at least one cutout (4-n) and at least one overhang (2-n); - wherein the cutout (4-n) and the overhang (2-n) fix the energy cell to the contact plate via a casing surface of the energy cell by form fit and/or force fit and/or substance bonding; and wherein the cutout (4-n) and the overhang (2-n) are designed to contact an electrical terminal of the energy cell via the casing surface of the energy cell, wherein the energy cell comprises a contact on an end face of the energy cell as a first electrical contact and a contact on a casing surface as a second electrical contact, wherein the second electrical contact is arranged inside a half-side region, and furthermore the first electrical contact is arranged inside the half-side region. - a contact plate which has at least one cutout (4-n) and at least one overhang (2-n); - wherein the cutout (4-n) and the overhang (2-n) fix the energy cell to the contact plate via a casing surface of the energy cell by form fit and/or force fit and/or substance bonding; and wherein
A formulation comprising constituent a poly(propylene-co-ethylene) elastomer copolymer having an isotactic segment distribution and constituent a poly(ethylene-co-1-octene) block copolymer having alternating blocks of hard segments and soft segments, wherein the formulation has a greater 5%-secant modulus than a mass-weighted average of 5%-secant modulus of the poly(propylene-co-ethylene) elastomer and 5%-secant modulus of the poly(ethylene-co-1-octene) block copolymer, when tested according to 5%-Secant Modulus Test Method as disclosed in the description, wherein: the poly(propylene-co-ethylene) elastomer copolymer has a total ethylene-based content of from 1 wt% to 15 wt% based on weight of the poly(propylene-co-ethylene) elastomer copolymer, a melt flow rate of 0.2 to 3 decigrams per minute (dg/min) as measured by ASTM D1238 (230 degrees Celsius (° C.) per 2.16 kilograms (kg)) and a density of 0.855 to 0.875 grams per cubic centimeter (g/cc) as measured by ASTM D792; and the poly(ethylene-co-1-octene) block copolymer has a total ethylene-based content of from 59 wt% to 75 wt% based on weight of the poly(ethylene-co-1-octene) block copolymer and the poly(ethylene-co-1-octene) block copolymer comprises 8 wt% to 30 wt% of a hard segment and 92 wt% to 70 wt% of a soft segment, wherein the soft segment has a 1-octene-based content of from 8 mole percent (mol%) to 20 mol% based on total moles of the monomer-based content of the soft segment and a melt index (Ml) of 0.2 grams/10 minutes (g/10 min) to 2 g/10 min as measured by ASTM D1238 (190° C. per 2.16 kg) and a density of 0.870 to 0.890 g/cc as measured by ASTM D792.
A flexible bag (31;41) for cell cultivation, comprising a cultivation compartment (32;42) and at least one dialysis compartment (33;43), wherein said at least one dialysis compartment is delimited from the cultivation compartment by a dialysis membrane (34;44) and fluidically connected to a first (35;45) and a second (36;46) port in the bag, and wherein the dialysis compartment (33;43) is a pouch located inside the bag.
A method of manufacturing an oxide thin film transistor, comprising: sequentially forming a gate electrode, a gate insulating layer, an active layer of the oxide thin film transistor, a bottom insulating layer, a top insulating layer, source/ drain electrodes on a base substrate, characterized in that the method further comprises: depositing the bottom insulating layer at 200-300°C with a silane gas flow rate of 300-800 seem and the top insulating layer at 240-340°C with a silane gas flow rate of 600-1200 seem, such that the top insulating layer has a hydrogen content 5%-10%, and the bottom insulating layer has a hydrogen content 1%-5%, to allow the top insulating layer having a hydrogen content higher than that of the bottom insulating layer. sequentially forming a gate electrode, a gate insulating layer, an active layer of the oxide thin film transistor, a bottom insulating layer, a top insulating layer, source/ drain electrodes on a base substrate, depositing the bottom insulating layer at 200-300°C with a silane gas flow rate of 300-800 seem and the top insulating layer at 240-340°C with a silane gas flow rate of 600-1200 seem, such that the top insulating layer has a hydrogen content 5%-10%, and the bottom insulating layer has a hydrogen content 1%-5%, to allow the top insulating layer having a hydrogen content higher than that of the bottom insulating layer.