mhurhangee/ep-ind-claims huggingface dataset:
A filled polyolefin composition having MFR 230°C/2,16 Kg of from 2 to 7 gr/10min comprising: a) 35 to 65% by weight of a flexible heterophasic polyolefin composition, comprising the following fractions: A) from greater than 40 to 55 % by weight of a crystalline polymer fraction consisting of a copolymer of propylene with ethylene; said copolymer containing at least 85% by weight of units derived from propylene, said crystalline fraction having a fraction insoluble in xylene at 25°C of at least 90% by weight; B) from 45 to less than 60% by weight of an elastomeric fraction consisting of a copolymer or blend of copolymers of ethylene with propylene; said copolymer or blend containing units derived from ethylene in a quantity lower than 40% by weight; and the fraction soluble in xylene at 25°C of said polyolefin composition has IVgpc lower than 2.5 dl/g and a broad molecular weight distribution Mw/Mn equal to or higher than 4, Mz/Mw equal to or higher than 2.5; b) 30 to 55% by weight, of an inorganic filler selected from flame-retardant inorganic fillers and inorganic oxides or salts; c) 2 to 25 % by weight, of a butene-1 copolymer having flexural modulus (ISO 178) lower than 60 MPa, Shore A (ISO 868) lower than 90 and Tg (DMTA) lower than -20°C; wherein the sum of a), b) and c) is 100%. a) 35 to 65% by weight of a flexible heterophasic polyolefin composition, comprising the following fractions: A) from greater than 40 to 55 % by weight of a crystalline polymer fraction consisting of a copolymer of propylene with ethylene; said copolymer containing at least 85% by weight of units derived from propylene, said crystalline fraction having a fraction insoluble in xylene at 25°C of at least 90% by weight; B) from 45 to less than 60% by weight of an elastomeric fraction consisting of a copolymer or blend of copolymers of ethylene with propylene; said copolymer or blend containing units derived from ethylene in a quantity lower than 40% by weight; and the fraction soluble in xylene at 25°C of said polyolefin composition has IVgpc lower than 2.5 dl/g and a broad molecular weight distribution Mw/Mn equal to or higher than 4, Mz/Mw equal to or higher than 2.5; A) from greater than 40 to 55 % by weight of a crystalline polymer fraction consisting of a copolymer of propylene with ethylene; said copolymer containing at least 85% by weight of units derived from propylene, said crystalline fraction having a fraction insoluble in xylene at 25°C of at least 90% by weight; B) from 45 to less than 60% by weight of an elastomeric fraction consisting of a copolymer or blend of copolymers of ethylene with propylene; said copolymer or blend containing units derived from ethylene in a quantity lower than 40% by weight; and b) 30 to 55% by weight, of an inorganic filler selected from flame-retardant inorganic fillers and inorganic oxides or salts; c) 2 to 25 % by weight, of a butene-1 copolymer having flexural modulus (ISO 178) lower than 60 MPa, Shore A (ISO 868) lower than 90 and Tg (DMTA) lower than -20°C;
A Bacillus strain having deposit accession number DSM 29870 or a mutant thereof, wherein the Bacillus strain or the mutant thereof is non-hemolytic, has a high compatibility with monensin, has antimicrobial activity against Clostridium perfringens and E. coli, and is sensitive to Vancomycin, Clindamycin, Chloramphenicol, Gentamicin, Kanamycin, Streptomycin, Erythromycin and Tetracyclin.
Fire retardant element for separating openings passing through walls or ceilings, in particular line passages, comprising a core, made of a filling material, and a frame, wherein the frame surrounds the core at least in sections in a peripheral direction and is fixedly connected to the core, wherein the frame is formed by an intumescent material and has at least one reinforcing element, wherein the filling material is a soft foam, characterized in that the reinforcing element is arranged in the peripheral direction in the outer surface of the frame.
Foundation building system for an offshore wind turbine, comprising: - a monopile to be placed on the seabed, having an upper portion with a first attachment interface for attaching a foundation platform unit, wherein the upper portion is to be placed at least partly above sea level, - the foundation platform unit providing at least one foundation platform extending around the tower when installed characterized in that, said monopile further comprises at least one internal, second attachment interface in an interior cavity of the monopile for attaching at least one electrical platform unit, and a third attachment interface for attaching a tower of the offshore wind turbine atop the at least one electrical platform unit, and the at least one electrical platform unit comprising at least one platform (27, 28, 29) for electrical equipment for guiding and/or connecting of a connection cable for connecting the offshore wind turbine. - a monopile to be placed on the seabed, having an upper portion with a first attachment interface for attaching a foundation platform unit, wherein the upper portion is to be placed at least partly above sea level, - the foundation platform unit providing at least one foundation platform extending around the tower when installed characterized in that, said monopile further comprises at least one internal, second attachment interface in an interior cavity of the monopile for attaching at least one electrical platform unit, and a third attachment interface for attaching a tower of the offshore wind turbine atop the at least one electrical platform unit, and the at least one electrical platform unit comprising at least one platform (27, 28, 29) for electrical equipment for guiding and/or connecting of a connection cable for connecting the offshore wind turbine.
A method for producing sterile cryogenic fluids (SLN) by feeding a gas stream (WG) to a filtration system to produce a sterile warm gas and feeding said sterile warm gas to a heat exchanger where it will contact a second stream of liquid (LN), thereby cooling and condensing said sterile warm gas to produce a sterile liquid (SLN) and a warm waste gas stream (WG), and withdrawing the sterile liquid (SLN), characterized by the method further comprising, feeding the warm waste gas stream (WG) from the condensing step in said heat exchanger to a second filtration system for producing a sterile waste gas stream and feeding the sterile waste gas stream from said second filtration system to a second heat exchanger to produce sterile cryogenic fluid (SLN) by contact with a stream of liquid (LN).
Connecting layer for improving the thermal contact between two components arranged one against another, wherein the connecting layer is produced from a thermally conductive solid material and has a substantially flat basic shape with a basic height and a top side and a bottom side, wherein the connecting layer comprises a multiplicity of deformation elements, and wherein the deformation elements protrude from the basic shape of the connecting layer and have an initial height which protrudes beyond the basic height and elastic deformability, characterized in that at least some of the deformation elements are in the form of a tab which sticks out from the connecting layer.
A system for removing tissue from within an eye, comprising: a probe having a distal tip insertable into the eye the tip having an aspiration port; and a console coupled with the port along an aspiration pathway, wherein the console comprises a processor and a pump system, wherein the pump system comprises a first pump (48; 57) and a second pump (48; 57) adapted to provide a first aspiration rate and a second aspiration rate, characterized in that the second pump is capable of a higher aspiration rate than the first pump, wherein the second aspiration rate is higher than the first aspiration rate; and in that the processor is configured to, during pumping of aspiration flow along the aspiration pathway at the first aspiration rate and in response to insufficient occlusion or an occlusion of the aspiration pathway, generate a command signal so as to induce pumping of the aspiration flow along the aspiration pathway at the second aspiration rate. a probe having a distal tip insertable into the eye the tip having an aspiration port; and a console coupled with the port along an aspiration pathway, wherein the console comprises a processor and a pump system, wherein the pump system comprises a first pump (48; 57) and a second pump (48; 57) adapted to provide a first aspiration rate and a second aspiration rate, characterized in that the second pump is capable of a higher aspiration rate than the first pump, wherein the second aspiration rate is higher than the first aspiration rate; and in that the processor is configured to, during pumping of aspiration flow along the aspiration pathway at the first aspiration rate and in response to insufficient occlusion or an occlusion of the aspiration pathway, generate a command signal so as to induce pumping of the aspiration flow along the aspiration pathway at the second aspiration rate.
A fastening system that is configured to be securely fastened from one side of at least one component, the fastening system comprising: a fastener including a shaft having a distal end extending from a head, wherein a first channel is formed through the fastener between the head and the distal end; a nut that is configured to be connected to the fastener, wherein the nut includes a second channel that is coaxially aligned with the first channel; and a first securing device that is configured to pass in a first direction through the first channel and internally engage the nut, wherein the nut is configured to be internally engaged through the second channel by the first securing device to threadably secure the nut to the fastener, wherein the first securing device is configured to be removable from the fastener and the nut in the direction opposite to the first direction, after the nut is secured to the fastener. a fastener including a shaft having a distal end extending from a head, wherein a first channel is formed through the fastener between the head and the distal end; a nut that is configured to be connected to the fastener, wherein the nut includes a second channel that is coaxially aligned with the first channel; and a first securing device that is configured to pass in a first direction through the first channel and internally engage the nut, wherein the nut is configured to be internally engaged through the second channel by the first securing device to threadably secure the nut to the fastener, wherein the first securing device is configured to be removable from the fastener and the nut in the direction opposite to the first direction, after the nut is secured to the fastener.
A display device comprising: a first emitting area (R1, B1, G1, R1', G1', B1') and a second emitting area (R2, B2, G2, R2', B2', G2') which is spaced apart from the first emitting area; a first electrode (E1, E1') facing a second electrode (E2, E2') with a liquid crystal layer (LC, LC') therebetween, each of the first electrode, the second electrode and the liquid crystal layer corresponding to the first emitting area; a third electrode (E3, E3') facing a fourth electrode (E4, E4') with a light emitting layer (EL, EL') therebetween, each of the third electrode, the fourth electrode and the light emitting layer corresponding to the second emitting area and the fourth electrode defining an opening in the fourth electrode which corresponds to the first emitting area; and a backlight unit (BLU, BLU') under the liquid crystal layer (LC, LC') and arranged to emit light towards the liquid crystal layer; wherein the first emitting area is configured to emit light having a relatively narrow viewing angle and the second emitting area is configured to emit light having a relatively wide viewing angle. a first emitting area (R1, B1, G1, R1', G1', B1') and a second emitting area (R2, B2, G2, R2', B2', G2') which is spaced apart from the first emitting area; a first electrode (E1, E1') facing a second electrode (E2, E2') with a liquid crystal layer (LC, LC') therebetween, each of the first electrode, the second electrode and the liquid crystal layer corresponding to the first emitting area; a third electrode (E3, E3') facing a fourth electrode (E4, E4') with a light emitting layer (EL, EL') therebetween, each of the third electrode, the fourth electrode and the light emitting layer corresponding to the second emitting area and the fourth electrode defining an opening in the fourth electrode which corresponds to the first emitting area; and a backlight unit (BLU, BLU') under the liquid crystal layer (LC, LC') and arranged to emit light towards the liquid crystal layer; wherein the first emitting area is configured to emit light having a relatively narrow viewing angle and the second emitting area is configured to emit light having a relatively wide viewing angle.
A bag making and packaging machine configured to produce bags from a film and package packaged articles inside the bags, the bag making and packaging machine comprising: a pair of sealing members (51,52) configured to laterally seal the film; a fusion cutting member configured to fusion-cut a laterally sealed portion of the film, the fusion cutting member being fixed to one of the sealing members; a pressurization mechanism configured to exert pressure force on one of the sealing members towards the other of the sealing members so that the pair of sealing members sandwiches and laterally seals the film therebetween, and so that the fusion cutting member comes into contact with the laterally sealed portion and fusion-cuts the laterally sealed portion; the machine being characterised by a control part configured to cause the pressurization mechanism to cease exerting pressure force based on error information pertaining to the film or the packaged articles, wherein the sealing members (51,52) are configured to laterally seal the film and the fusion cutting member is configured not to fusion-cut the laterally sealed portion when the control part causes the pressurization mechanism to cease exerting pressure force, whereby the pressure force between the sealing members is not reduced so much that the film would not be laterally sealed. a pair of sealing members (51,52) configured to laterally seal the film; a fusion cutting member configured to fusion-cut a laterally sealed portion of the film, the fusion cutting member being fixed to one of the sealing members; a pressurization mechanism configured to exert pressure force on one of the sealing members towards the other of the sealing members so that the pair of sealing members sandwiches and laterally seals the film therebetween, and so that the fusion cutting member comes into contact with the laterally sealed portion and fusion-cuts the laterally sealed portion; the machine being characterised by a control part configured to cause the pressurization mechanism to cease exerting pressure force based on error information pertaining to the film or the packaged articles, wherein the sealing members (51,52) are configured to laterally seal the film and the fusion cutting member is configured not to fusion-cut the laterally sealed portion when the control part causes the pressurization mechanism to cease exerting pressure force, whereby the pressure force between the sealing members is not reduced so much that the film would not be laterally sealed.
Electrical household heating food-preparation appliance comprising a working vessel, a top portion locked by rotation onto the working vessel at two opposing locking points, an electrical heating device for heating the food contained in the working vessel, a working chamber being defined by the working vessel and the top portion, characterised in that one of the locking points is deformable, preferably elastically, in case of overpressure in the working chamber exerting pressure under the top portion, in order to allow the top portion to lift off the working vessel and create a leak out of the working chamber.
A mobile terminal comprising: a front housing made of a light-transmitting material and including an inclined edge part; a display unit provided under the front housing; a circuit substrate provided under the display unit; a rear housing to accommodate the display unit and the circuit substrate together with the front housing; and a middle housing provided between the front housing and the rear housing, wherein both of an outer surface (101e(o)) and an inner surface (101e(i)) of the inclined edge part of the front housing are inclined surfaces, and wherein the middle housing includes a boundary part located under the inner surface (101e(i)) of the inclined edge part of the front housing, one side surface of the boundary part having a shape corresponding to at least part of the inner surface (101e(i)) of the inclined edge part of the front housing. a front housing made of a light-transmitting material and including an inclined edge part; a display unit provided under the front housing; a circuit substrate provided under the display unit; a rear housing to accommodate the display unit and the circuit substrate together with the front housing; and a middle housing provided between the front housing and the rear housing, wherein both of an outer surface (101e(o)) and an inner surface (101e(i)) of the inclined edge part of the front housing are inclined surfaces, and wherein the middle housing includes a boundary part located under the inner surface (101e(i)) of the inclined edge part of the front housing, one side surface of the boundary part having a shape corresponding to at least part of the inner surface (101e(i)) of the inclined edge part of the front housing.
Endoscope having an endoscope handle and an endoscope shank, wherein the endoscope handle interior accommodates a heating element for heating the endoscope handle interior, a temperature sensor for detecting the temperature of the endoscope handle interior heated by the heating element, and a pressure sensor for detecting the pressure of the endoscope handle interior heated by the heating element, and wherein the endoscope interior is sealed off from the environment.
An image processing apparatus for forming an enhanced image, the apparatus comprising one or more processors configured to: receive one or more input images (301, 302, 404, 405, 406, 501, 502, 503, 601, 602, 603); form from each of the one or more input images a respective feature representation, each feature representation representing features of the respective input image; and subject the one or more feature representations to a symmetric pooling operation to form an enhanced image (408, 505, 608) from at least some of the features of the one or more feature representations identified by the symmetric pooling operation; wherein the symmetric pooling operation is performed across different copies of a trained neural network; wherein the enhanced image is an estimated high-dynamic-range image and the one or more input images are of lower dynamic range than the high-dynamic range image; and wherein the symmetric pooling operation is such as to operate independently of an order in which feature representations are provided to the symmetric pooling operation. receive one or more input images (301, 302, 404, 405, 406, 501, 502, 503, 601, 602, 603); form from each of the one or more input images a respective feature representation, each feature representation representing features of the respective input image; and subject the one or more feature representations to a symmetric pooling operation to form an enhanced image (408, 505, 608) from at least some of the features of the one or more feature representations identified by the symmetric pooling operation; wherein the symmetric pooling operation is performed across different copies of a trained neural network; wherein the enhanced image is an estimated high-dynamic-range image and the one or more input images are of lower dynamic range than the high-dynamic range image; and wherein the symmetric pooling operation is such as to operate independently of an order in which feature representations are provided to the symmetric pooling operation.
Short-circuit sensor for detecting a short-circuit current in an electrical line, comprising: an integrator, wherein the integrator has a filter characteristic with a lower cut-off frequency which is above a mains frequency; and a coupling device which is configured to inductively couple the integrator to the electrical line and to feed an induced signal to the integrator; wherein the integrator is configured to integrate the induced signal in order to obtain an integrated signal; and a detection device which is configured to compare an amplitude value of the integrated signal with a predefined threshold value, and to detect the short-circuit current if the amplitude value of the integrated signal exceeds the predefined threshold value. an integrator, wherein the integrator has a filter characteristic with a lower cut-off frequency which is above a mains frequency; and a coupling device which is configured to inductively couple the integrator to the electrical line and to feed an induced signal to the integrator; wherein the integrator is configured to integrate the induced signal in order to obtain an integrated signal; and a detection device which is configured to compare an amplitude value of the integrated signal with a predefined threshold value, and to detect the short-circuit current if the amplitude value of the integrated signal exceeds the predefined threshold value.
A method for a driver assistance system for a vehicle, wherein - objects in the surroundings of a vehicle are detected on the basis of data of an environment detection system, and - a potential free zone, in which only no objects and/or objects which the vehicle can drive over have been reliably detected, is established, wherein the potential free zone is verified on the basis of further vehicle and environment information and an output is made to a driver or respectively an automatic steering or respectively braking intervention is effected depending on the verified free zone, and it is checked during the verification whether the free zone is a roadway, wherein a roadway is verified on the basis of one or more of the following criteria: - recognition of lane markings, particularly with an environment detection system, - recognition of a roadside structure, particularly with an environment detection system, - other vehicles have previously been present in the potential free zone. - objects in the surroundings of a vehicle are detected on the basis of data of an environment detection system, and - a potential free zone, in which only no objects and/or objects which the vehicle can drive over have been reliably detected, is established, - recognition of lane markings, particularly with an environment detection system, - recognition of a roadside structure, particularly with an environment detection system, - other vehicles have previously been present in the potential free zone.