mhurhangee/ep-ind-claims huggingface dataset:
A nonwoven storage filter for general room and process ventilation technology, especially for bag filters of air conditioning systems, characterized in that said nonwoven filter - has a weight per surface area within a range of from 50 to 500 g/m 2; - contains at least 60% by weight of fibers of polyolefin and/or polyester; - has an initial pressure drop according to DIN EN 779:2005 of at most 400 Pa; - has a thickness within a range of from 0.5 to 40 mm; and - is provided with a finish, wherein the amount of finishing agent applied and dried on is less than 5% by weight, based on the weight of the untreated nonwoven filter, comprising a wet chemical treatment, selected from (a) antistatic agent, flame retardant and antimicrobial agent; (b) antistatic agent and flame retardant; (c) antistatic agent and antimicrobial agent; or (d) antimicrobial agents and flame retardants; characterized in that an amount of from 0.01 to 3% by weight oligo- and/or polyethylene glycol is present on/in the bag filter, based on the weight of the finished filter, wherein said oligo- and/or polyethylene glycol is a component of said flame retardant and/or antistatic agent. - has a weight per surface area within a range of from 50 to 500 g/m 2; - contains at least 60% by weight of fibers of polyolefin and/or polyester; - has an initial pressure drop according to DIN EN 779:2005 of at most 400 Pa; - has a thickness within a range of from 0.5 to 40 mm; and - is provided with a finish, wherein the amount of finishing agent applied and dried on is less than 5% by weight, based on the weight of the untreated nonwoven filter, comprising a wet chemical treatment, selected from (a) antistatic agent, flame retardant and antimicrobial agent; (b) antistatic agent and flame retardant; (c) antistatic agent and antimicrobial agent; or (d) antimicrobial agents and flame retardants; (a) antistatic agent, flame retardant and antimicrobial agent; (b) antistatic agent and flame retardant; (c) antistatic agent and antimicrobial agent; or (d) antimicrobial agents and flame retardants;
A thermally resistant layered composite sheet, the composite sheet comprising: a first fabric layer having a top side and a bottom wherein the fabric layer includes any polymeric film or composite as well as any woven or nonwoven fabric materials and the fabric material of the fabric layer has a composition comprised of polypropylene, polyethylene, polyamides, fiberglass, poly(ethylene terephthalate), and compositions or mixtures thereof; and a thermal barrier layer comprising at least one layer of a silicone elastomer and one or more silicone topcoats; the thermal barrier layer being located adjacent to one of the top side or bottom side; wherein the silicone elastomer of the barrier layer is a solid sheet or layer or is a cellular foam or sponge, comprising either a high consistency rubber or a liquid silicone rubber which exhibits a weight that is between 100 g/m 2 to 600 g/m 2, and wherein silicone topcoat of the barrier layer comprises an organopolysiloxane having one or more silicon atom-bonded alkenyl groups on average in one molecule: an organohydrogenpolysiloxane; a hydrosilylation reaction catalyst present in any amount capable of curing the coating composition; and optionally, a reinforcing filler material, such as silica and is applied such that it exhibits a weight between 3 g/m 2 to 50 g/m 2, wherein the Young's modulus of elasticity of the silicone topcoat of the thermal barrier layer is greater than that of the silicone elastomer of the thermal barrier layer; and wherein the composite sheet has a thermal resistance value of six seconds or more at 725°C using a Hot Rod thermal resistivity test. a first fabric layer having a top side and a bottom wherein the fabric layer includes any polymeric film or composite as well as any woven or nonwoven fabric materials and the fabric material of the fabric layer has a composition comprised of polypropylene, polyethylene, polyamides, fiberglass, poly(ethylene terephthalate), and compositions or mixtures thereof; and a thermal barrier layer comprising at least one layer of a silicone elastomer and one or more silicone topcoats; the thermal barrier layer being located adjacent to one of the top side or bottom side; wherein the Young's modulus of elasticity of the silicone topcoat of the thermal barrier layer is greater than that of the silicone elastomer of the thermal barrier layer; and wherein the composite sheet has a thermal resistance value of six seconds or more at 725°C using a Hot Rod thermal resistivity test.
Insulating body having a mounting and longitudinal axis for a wear indicator of a brake lining with a receptacle (2, 22.1, 22.2) for a signal line and a pin around which the signal line is arranged in a loop, wherein the pin is oriented such that a signal line received around the pin and in the receptacle (2, 22.1, 22.2) is angled at an angle of at least 60° between the receptacle and the pin, characterized in that the pin projects substantially perpendicular in a direction of the mounting and longitudinal axis and that guiding elements are arranged next to the pin.
In a network environment that includes a plurality of computing systems capable of communicating using electronic messaging, a method for a source computing system constructing an electronic message, the method comprising the following: an act of including one or more electronic signatures in a header portion of an electronic message, the electronic signatures generated by a user; an act of generating a reference indicating where a credential associated with the electronic signature may be found; wherein the reference indicates that the associated credential may be found at a location that is external to the electronic message; an act of including the reference in the header portion of the electronic message. an act of designating at least one destination address in the electronic message, the destination address corresponding to one or more recipient computing devices.; an act of transmitting the electronic message to the one or more recipient computing devices. an act of including one or more electronic signatures in a header portion of an electronic message, the electronic signatures generated by a user; an act of generating a reference indicating where a credential associated with the electronic signature may be found; wherein the reference indicates that the associated credential may be found at a location that is external to the electronic message; an act of including the reference in the header portion of the electronic message. an act of designating at least one destination address in the electronic message, the destination address corresponding to one or more recipient computing devices.; an act of transmitting the electronic message to the one or more recipient computing devices.
A drape for a covering a C-arm imaging machine, the drape comprising: a detector body cover configured to be positioned around a detector of an imaging machine; a C-arm body cover configured to be positioned along at least a portion of a length of a C-arm of the imaging machine, the C-arm body cover defining a tunnel configured to surround the C-arm; and an elastic banding extending about a perimeter of a junction between the detector body cover and the C-arm body cover, the elastic banding providing a biasing force configured to draw the junction between the detector body cover and the C-arm body cover closed, characterized in that the tunnel extends from a first end at the junction to a second end configured to be positioned down the length of the C-arm, and the C-arm body cover further comprises a tail sheet extending outwardly from the second end of the tunnel. a detector body cover configured to be positioned around a detector of an imaging machine; a C-arm body cover configured to be positioned along at least a portion of a length of a C-arm of the imaging machine, the C-arm body cover defining a tunnel configured to surround the C-arm; and an elastic banding extending about a perimeter of a junction between the detector body cover and the C-arm body cover, the elastic banding providing a biasing force configured to draw the junction between the detector body cover and the C-arm body cover closed, characterized in that the tunnel extends from a first end at the junction to a second end configured to be positioned down the length of the C-arm, and the C-arm body cover further comprises a tail sheet extending outwardly from the second end of the tunnel.
A solar cell comprising: a body and a first electrode, the body having a first region and a second region, wherein along a thickness direction of the solar cell, at least part of the first region covers the first electrode, and the second region is a region of the body other than the first region, wherein the body comprises: a substrate; a first tunneling layer arranged on a side of the substrate, wherein the first tunneling layer has a greater thickness in the first region than in the second region; and a first doped conductive layer arranged on a surface of the first tunneling layer away from the substrate, and electrically connected to the first electrode; characterized in that, the body further comprises a second doped conductive layer arranged on a side of the substrate adjacent to the first tunneling layer, wherein a dopant element in the second doped conductive layer is from the first doped conductive layer, and the second doped conductive layer has a lower thickness in the first region than that in the second region. a substrate; a first tunneling layer arranged on a side of the substrate, wherein the first tunneling layer has a greater thickness in the first region than in the second region; and a first doped conductive layer arranged on a surface of the first tunneling layer away from the substrate, and electrically connected to the first electrode; characterized in that, the body further comprises a second doped conductive layer arranged on a side of the substrate adjacent to the first tunneling layer, wherein a dopant element in the second doped conductive layer is from the first doped conductive layer, and the second doped conductive layer has a lower thickness in the first region than that in the second region.
An ammonia storage structure, characterized in that it comprises alternatively: - at least one ammonia storage layer (71, 73), and - at least one layer of a heat-conducting material having a thermal conductivity greater than that of the storage layer (71, 73), said at least one layer of heat-conducting material being intended to increase thermal transfers within the structure, characterized in that said at least one layer of heat-conducting material consists of pre-compressed powder. - at least one ammonia storage layer (71, 73), and - at least one layer of a heat-conducting material having a thermal conductivity greater than that of the storage layer (71, 73), said at least one layer of heat-conducting material being intended to increase thermal transfers within the structure,
Trailer control module for a brake system of a motor vehicle with a trailer comprising a pneumatic brake system, configured to provide a preset brake control outlet pressure to said pneumatic brake system of the trailer, the trailer control module comprising: at least two electrical terminals (201a, 201b), configured to receive two independent but redundant electrical control input signals, which comprise the signal for a preset brake control outlet pressure, at least one air pressure source inlet, configured to receive compressed air from an air pressure source, at least one valve, configured to adjust the constant air pressure from the air pressure source to the preset break outlet pressure, at least one brake supply pressure terminal, configured to provide the brake supply outlet pressure to the pneumatic brake system of the trailer, at least one brake control pressure terminal, configured to provide the preset brake control outlet pressure to the pneumatic brake system of the trailer, characterised in that the trailer control module comprises at least two control solenoid groups (21a, 21b, 21c, 21d), each of which including at least one load valve (21b, 21c) and at least one exhaust valve (21a, 21d) and forming part of one control channel. at least two electrical terminals (201a, 201b), configured to receive two independent but redundant electrical control input signals, which comprise the signal for a preset brake control outlet pressure, at least one air pressure source inlet, configured to receive compressed air from an air pressure source, at least one valve, configured to adjust the constant air pressure from the air pressure source to the preset break outlet pressure, at least one brake supply pressure terminal, configured to provide the brake supply outlet pressure to the pneumatic brake system of the trailer, at least one brake control pressure terminal, configured to provide the preset brake control outlet pressure to the pneumatic brake system of the trailer, characterised in that the trailer control module comprises at least two control solenoid groups (21a, 21b, 21c, 21d), each of which including at least one load valve (21b, 21c) and at least one exhaust valve (21a, 21d) and forming part of one control channel.
A grain cleaning system for a combine harvester comprising a frame, a chaffer sieve operable to convey harvested crop material in a generally rearward direction to a first discharge edge, a lower sieve arranged below the chaffer sieve to catch material falling through the chaffer sieve and being operable to convey caught crop material in a generally rearward direction to a second discharge edge located forwardly and below the first discharge edge, a first chute disposed under the lower sieve to catch grain falling therefrom and being inclined to direct the caught grain to a clean grain trough, a second chute disposed under the first chute and configured to direct tailings to a tailings collection trough, and a multi-configurable plate mounted to the frame and positioned under a rear portion of the chaffer sieve, wherein the plate is moveable between a first operating position in which the plate is configured to guide material incident thereon to the second chute, and a second operating position in which the plate is configured to guide material incident thereon to the first chute; and wherein the plate is pivotally mounted to the frame at a first pivot axis (p) and the plate is pivotable between the first and second operating positions around the first pivot axis; characterised in that: the plate is pivotable into a third position in which a front edge of the plate is raised beyond the second operating position so as to present an access opening to the lower sieve for inspection.
Device for monitoring a reactor surface, comprising - at least one sensor cable which, at least in sections, can be arranged in the region of the reactor surface during the operation of the device; - at least one optical fibre (1, 2) which is arranged in the at least one sensor cable; - at least one laser light source, the light of which can be coupled at least in part into the at least one optical fibre (1, 2) during the operation of the device; - evaluation means, in which components of the light decoupled from the at least one optical fibre (1, 2) during the operation of the device are evaluated in order to monitor at least parts of the reactor surface in a spatially resolved manner in respect of at least one physical variable; characterized in that the device comprises magnetic holding means for attaching the at least one sensor cable to the reactor surface, wherein the holding means, on the side thereof facing the reactor surface during the operation of the device, have a slit for accommodating the at least one sensor cable. - at least one sensor cable which, at least in sections, can be arranged in the region of the reactor surface during the operation of the device; - at least one optical fibre (1, 2) which is arranged in the at least one sensor cable; - at least one laser light source, the light of which can be coupled at least in part into the at least one optical fibre (1, 2) during the operation of the device; - evaluation means, in which components of the light decoupled from the at least one optical fibre (1, 2) during the operation of the device are evaluated in order to monitor at least parts of the reactor surface in a spatially resolved manner in respect of at least one physical variable;
A plug valve having an inlet and an outlet, the valve comprising a housing including a bore extending through the housing between the inlet and the outlet, an upper section and a lower section respectively above and below a longitudinal centre axis of the bore, and a cavity intersecting the bore, a plug mounted in the cavity for rotation between first and second positions, wherein in the first position an orifice extending through the plug is aligned axially with the first bore of said housing to allow fluid to flow from the inlet to the outlet and in the second position fluid is prevented from flowing from the inlet to the outlet, seals located in the cavity between the plug and an inner surface of said cavity and a plug retaining member releasably attachable to the housing, wherein a surface of the plug retaining member limits upward movement of the plug in the housing, and wherein the housing includes a reinforcement collar extending around the inner surface of the cavity and projecting inwardly into said cavity and wherein the seals engage with an underside of the said collar, characterised in that said collar is disposed in said upper section of said housing.
Sanitary installation part which has a jet-regulating device inside its installation housing, which jet-regulating device comprises a plurality of insert parts which can be inserted into the installation housing and which have webs which are orientated transversely to the through-flow direction and which define through openings between them, characterised in that the jet-regulating device includes at least two insert parts (5a, 5b; 5c, 5e), the webs of which are disposed in a lattice-like or network-like manner, crossing at crossing nodes, that one of the at least two insert parts (5c, 5e) is disposed on the inflow side and has a group of radial webs which cross at the crossing nodes with a group of concentric and annularly circularly-extending webs (11"), and that one of the at least two insert parts (5a, 5b) is disposed on the outflow side, is formed in a lattice-like manner and comprises two mutually crossing groups of parallel lattice bars.
Device for comminution or inactivation of circulating tumor cells or tumor cell clusters (CTCC) from a tumor-affected organ or organ part, characterized in that it is formed from a pump arranged inside an outer jacket tube, which has a pressure-increasing section and a pressure-reducing throttle arranged at the pump outlet, and corresponds on the output side in its design point given by volumetric flow and pumping pressure (p) to the volumetric flow and the blood pressure of the venous drain of the tumor-affected organ or organ part, wherein the pump is designed as a micro-axial pump with a sequence of pressure-increasing blades arranged along a screw shaft of the micro-axial pump, and the throttle is designed as a flow resistance projecting radially from the screw shaft of the micro-axial pump, which flow resistance has a cylindrical section which forms a circular-cylindrical annular gap with the outer jacket tube enclosing the throttle.
Ventilation profile arranged in a wall, in particular in a frame provided with a window, of a space for the purpose of ventilating this space through a passage extending through the profile, wherein the ventilation profile is provided with closing means such as a flap or a tube-like member configured to close and open the passage, wherein the ventilation profile further comprises on the side toward the space a cover grating for covering the passage, wherein the cover grating is provided with connecting means co-acting with the ventilation profile, wherein the cover grating is further provided with a ventilation device provided with at least one fan, a mounting frame on which the fan is arranged, a power source operatively coupled to the fan and a control unit for controlling the fan, wherein a ventilating direction of the fan lies substantially transversely of the plane of the cover grating, wherein the ventilation device is configured to displace air through the passage, characterized in that the mounting frame is provided with mounting means configured to connect the ventilation device to the cover grating of the ventilation profile, wherein the ventilation device is connected to the cover grating using the mounting means.
A peptide for use in occluding pulmonary air leakage, wherein the peptide is an amphiphilic peptide of the amino acid sequence Ac-(RADA)4-CONH2 (SEQ ID NO:1), comprising amino acid residues with the hydrophilic amino acids and hydrophobic amino acids alternately bonded, wherein the peptide is a self-assembling peptide exhibiting a beta-sheet structure in aqueous solution in the presence of physiological pH and/or in the presence of a cation, and wherein the peptide is provided as an aqueous solution of 2.5 % (weight of peptide to volume).
A thermal protection switch comprising a first connection plate having a fixed contact, a second connection plate, which is electrically conductively connected to a movable contact, an insulator body (6a, 6b), and a bimetallic disk, which separates a connection between the two contact plates (1, 3) when a switching temperature is exceeded, wherein the movable contact is attached to a first leg of a spring, which contacts the second connecting plate via a second leg, wherein a plunger is disposed between the first leg of the spring and the bimetallic disk, which presses the plunger against the first leg when the switching temperature is exceeded and thereby lifts the movable contact away from the fixed contact, characterized in that the two connecting plates (1, 3) protude from the insulator body (6a, 6b), the insulator body (6a, 6b) is inserted into a housing, which has a top side and a bottom side, which are connected to one another via narrow sides, the housing is open on one of the narrow sides thereof and, via this side, is slipped onto the insulator body (6a, 6b), and the two legs (4a, 4b) of the spring are bent away from one another by the plunger in order to open the thermal protection switch.
A jet engine outlet for a jet engine comprising movable border segments forming at least one substantially circular arc and being movable radially for controlling the form and area of the outlet, characterized by the outlet comprising - at least one stationary border element for defining the form and area of the outlet and - movable coupling means for connecting the at least one circular arc to the at least one stationary border element, wherein the coupling means are movable along a connection part of the at least one stationary border element, and the connection part of the at least one stationary border element is substantially flat and extending in a substantially radial direction of the at least one circular arc. - at least one stationary border element for defining the form and area of the outlet and - movable coupling means for connecting the at least one circular arc to the at least one stationary border element,
A light-shielding film, comprising one or more black titanium pigments and at least one organic pigment selected from the group consisting of a red organic pigment, a yellow organic pigment, a violet organic pigment, and an orange color organic pigment; wherein the light-shielding film has a maximum value of transmittance of light having a wavelength of 400 to 700 nm of 1.5% or less when the transmittance of light having a wavelength of 650 nm is 0.2%; has a wavelength exhibiting a maximum transmittance at 400 to 550 nm, and has a light transmittance at a wavelength of 400 nm of 0.1% or more.