mhurhangee/ep-ind-claims huggingface dataset:
A rodent identification system comprising: a pigment mark imprinted in the substrate of the rodent tail, the pigment mark representing a second identification number, characterised in that it further comprises a microelectronic chip implanted in a substrate of a rodent tail, the microelectronic chip is configured to be passively activated by an RF energy source to generate an RF signal that represents a first identification number. a pigment mark imprinted in the substrate of the rodent tail, the pigment mark representing a second identification number, characterised in that it further comprises a microelectronic chip implanted in a substrate of a rodent tail, the microelectronic chip is configured to be passively activated by an RF energy source to generate an RF signal that represents a first identification number.
Sealing device for sealing the side regions of a conveyor belt, a strip-like support which extends in the longitudinal axis of the conveyor belt and comprises a sequence of sealing elements being arranged on either side of the longitudinal axis of the conveyor belt in the edge region of the conveyor belt in each case, which sealing elements are spaced apart from another with a distance forming a gap and rest with a contact surface on the surface of the conveyor belt in a resilient manner, the individual sealing elements being arranged in an oblique position at an angle to the longitudinal axis of the conveyor belt and pointing in the direction of movement of the conveyor belt by their inner end, characterised in that the sealing elements consist of strip-like guide ledges, wherein the guide ledges are designed to be narrow, compared to the mutual spacing between the guide ledges, in a ratio of the width of said ledges to the mutual spacing between the guide ledges of greater than 1:3, and in that an end ledge is arranged, which extends along the outer side edges of the conveyor belt and connects the outers ends of the guide ledges and closes the gap between the guide ledges on the outside.
An unmanned aerial vehicle, UAV, capable of vertical and horizontal flight modes, comprising: an elongated wing structure having an elongated axis along the longest dimension of the elongated wing structure, the elongated wing structure having a middle location at a halfway point; a connecting structure extending perpendicularly from the elongated wing structure at a first position along the elongated axis, the first position being offset from the middle location of the elongated wing structure; and three sets of propellers, each set of propellers (122,124,132,134,142,144) having at least two propellers, wherein two sets of propellers (122,124,132,134) are mounted on the connecting structure such that the two sets of propellers are separated by the elongated wing structure, and wherein one set of propellers (142,144) is mounted on the elongated wing structure at a second position along the elongated axis, the second position being offset from the middle location in an opposite direction away from the first position. an elongated wing structure having an elongated axis along the longest dimension of the elongated wing structure, the elongated wing structure having a middle location at a halfway point; a connecting structure extending perpendicularly from the elongated wing structure at a first position along the elongated axis, the first position being offset from the middle location of the elongated wing structure; and three sets of propellers, each set of propellers (122,124,132,134,142,144) having at least two propellers, wherein two sets of propellers (122,124,132,134) are mounted on the connecting structure such that the two sets of propellers are separated by the elongated wing structure, and wherein one set of propellers (142,144) is mounted on the elongated wing structure at a second position along the elongated axis, the second position being offset from the middle location in an opposite direction away from the first position.
Process for preparing vinyl acetate in a heterogeneously catalyzed, continuous gas phase process by reacting ethylene with acetic acid and oxygen and subsequently working up the product gas stream, with inhibition of the polymerization of vinyl acetate during the workup of the product gas mixture by addition of one or more N-oxyl compounds which contain at least one N-oxyl radical group -N-O· as inhibitors, characterized in that the N-oxyl compound is added as a 50 to 85% by weight strength aqueous solution, wherein the aqueous solution of the N-oxyl compound that is used is the aqueous solution obtained in the synthesis of the N-oxyl compound.
Dry prepreg for the production of composites, which, as a multilayer fabric, comprises both reinforcing threads (Vo, Vu, Vm) as well as thermoplastic matrix threads (M1, M2), - wherein the multilayer fabric is made of several textile double layers, - wherein each double layer consists of two layers, namely a layer of structurally arranged identical or different reinforcing threads and a layer of structurally arranged identical or different matrix threads, and wherein each of the structured arranged matrix threads is arranged in a layer in a predetermined position to a reinforcing thread of the adjacently arranged layer, - wherein the layers of the double layers are connected to each other by binding threads, which are guided by at least two double layers, and - the double layers and the layers of the double layers are not mutually displaceable, characterised in that - multifilaments for the matrix threads (M1, M2) are used, since these multifilament threads can serve as venting channels during compression, and that - the reinforcing threads (Vo, Vu, Vm) are arranged without thread deflection. - wherein the multilayer fabric is made of several textile double layers, - wherein each double layer consists of two layers, namely a layer of structurally arranged identical or different reinforcing threads and a layer of structurally arranged identical or different matrix threads, and wherein each of the structured arranged matrix threads is arranged in a layer in a predetermined position to a reinforcing thread of the adjacently arranged layer, - wherein the layers of the double layers are connected to each other by binding threads, which are guided by at least two double layers, and - the double layers and the layers of the double layers are not mutually displaceable, characterised in that - multifilaments for the matrix threads (M1, M2) are used, since these multifilament threads can serve as venting channels during compression, and that - the reinforcing threads (Vo, Vu, Vm) are arranged without thread deflection.
Laser system for medical treatment, comprising: a pump, wherein the laser system is adapted to be operated in pulsed operation so that at least one laser pulse of a temporally limited pulse duration (T p) is generated, wherein said laser pulse irradiates some part of the human or animal body so that a two-dimensional laser spot S is located on the top layer of the irradiated part of the human or animal body; and wherein the pump power of the pump is modulated in such a way that the cumulative energy E s (T p / 2) which is delivered by said laser pulse to said laser spot S during the first half of the pulse duration is less than 45% of the energy E s (T p) which is delivered by said laser pulse to said laser spot S during the entire pulse duration T p, characterized in that said laser pulse comprises a plurality of micro-pulses, wherein in between two neighboring micro-pulses of said laser pulse there is a temporal region of the pulse where the pulse intensity is smaller than 1/10 th of the maximal pulse intensity in said two neighboring micro-pulses, and wherein the time duration of said temporal region of the pulse where the pulse intensity is smaller than 1/10 th of the maximal pulse intensity in the two neighboring micro-pulses lies between 0.1 microseconds and 2 milliseconds. a pump, wherein the laser system is adapted to be operated in pulsed operation so that at least one laser pulse of a temporally limited pulse duration (T p) is generated, wherein said laser pulse irradiates some part of the human or animal body so that a two-dimensional laser spot S is located on the top layer of the irradiated part of the human or animal body; and wherein the pump power of the pump is modulated in such a way that the cumulative energy E s (T p / 2) which is delivered by said laser pulse to said laser spot S during the first half of the pulse duration is less than 45% of the energy E s (T p) which is delivered by said laser pulse to said laser spot S during the entire pulse duration T p, characterized in that said laser pulse comprises a plurality of micro-pulses, wherein in between two neighboring micro-pulses of said laser pulse there is a temporal region of the pulse where the pulse intensity is smaller than 1/10 th of the maximal pulse intensity in said two neighboring micro-pulses, and wherein the time duration of said temporal region of the pulse where the pulse intensity is smaller than 1/10 th of the maximal pulse intensity in the two neighboring micro-pulses lies between 0.1 microseconds and 2 milliseconds.
Process for preparing alkoxylation products by converting at least one epoxide in the presence of at least one DMC catalyst comprising a) one or more double metal cyanide compounds and b) one or more polyether siloxanes, wherein the DMC catalyst is obtained by reacting water-soluble metal salts with water-soluble metal cyanide salts to give double metal cyanide compounds of component a) in the presence of at least one polyether siloxane of component b). a) one or more double metal cyanide compounds and b) one or more polyether siloxanes,
A hot water generator comprising a cold water intake pipe, a hot water extraction pipe, a steam supplying pipe, a condensate discharge pipe, and a corrugated spiral tube type heat exchanger, wherein the corrugated spiral tube type heat exchanger comprises multiple spiral tubes and a shell, wherein the cold water intake pipe and the hot water extraction pipe communicate with the multiple spiral tubes, and the steam supplying pipe and the condensate discharge pipe communicate with the shell of the corrugate spiral tube type heat exchanger, wherein the hot water generator further comprises a communication path provided between the cold water intake pipe and the multiple spiral tubes, wherein the communication path communicates the cold water intake pipe with some of the multiple spiral tubes, and the hot water generator being characterised in that it further comprises a valve configured to communicate the cold water intake pipe with others of the multiple spiral tubes when a force acting from the cold water intake pipe becomes larger than a force acting from the others of the multiple spiral tubes and to block the cold water intake pipe from the others of the multiple spiral tubes when the force acting from the cold water intake pipe becomes smaller than the force acting from the others of the multiple spiral tubes.
Heating apparatus comprising: a housing having a flame simulation compartment and a viewing window for viewing said compartment and flames simulated therein; a flame simulator for simulating flames in said flame simulation compartment; an electrical heater unit adjacent the flame simulation compartment, the heater unit including: a heater, an air inlet (9, 9'), an air inlet channel connecting the air inlet to the heater, an air outlet, an air outlet channel connecting the heater to the air outlet, and a fan for drawing air into the air inlet, to then flow through the air inlet channel past the heater, through the air outlet channel and then through the air outlet, wherein the cross-sectional area of the air outlet channel in the planes perpendicular to the direction of the flow of air therethrough increases with increased distance from the heater, and characterised in that said cross-section of the air outlet channel transitions from having a cross-section matching the outlet from the electric heater to an air outlet channel slot having a greater longitudinal or horizontal dimension and smaller vertical dimension. a housing having a flame simulation compartment and a viewing window for viewing said compartment and flames simulated therein; a flame simulator for simulating flames in said flame simulation compartment; an electrical heater unit adjacent the flame simulation compartment, the heater unit including: a heater, an air inlet (9, 9'), an air inlet channel connecting the air inlet to the heater, an air outlet, an air outlet channel connecting the heater to the air outlet, and a fan for drawing air into the air inlet, to then flow through the air inlet channel past the heater, through the air outlet channel and then through the air outlet, wherein the cross-sectional area of the air outlet channel in the planes perpendicular to the direction of the flow of air therethrough increases with increased distance from the heater, and characterised in that said cross-section of the air outlet channel transitions from having a cross-section matching the outlet from the electric heater to an air outlet channel slot having a greater longitudinal or horizontal dimension and smaller vertical dimension. a heater, an air inlet (9, 9'), an air inlet channel connecting the air inlet to the heater, an air outlet, an air outlet channel connecting the heater to the air outlet, and a fan for drawing air into the air inlet, to then flow through the air inlet channel past the heater, through the air outlet channel and then through the air outlet, wherein the cross-sectional area of the air outlet channel in the planes perpendicular to the direction of the flow of air therethrough increases with increased distance from the heater, and characterised in that said cross-section of the air outlet channel transitions from having a cross-section matching the outlet from the electric heater to an air outlet channel slot having a greater longitudinal or horizontal dimension and smaller vertical dimension.
A deep drawn packaging container comprising: a top film made of a first heat shrinkable multilayer film; and a bottom film made of a second heat shrinkable multilayer film, the deep drawn packaging container being formed by deep drawing, so that a drawing ratio D 1 of the top film and a drawing ratio D 2 of the bottom film satisfy the following conditions: D 1 = 1.1 to 4.0; D 2 = 1.5 to 5.0; and D 2 / D 1 = 1.05 to 4.55, wherein a hot-water shrinkability S M1 in a longitudinal direction and a hot-water shrinkability S T1 in a transverse direction of the first heat shrinkable multilayer film and a hot-water shrinkability S M2 in a longitudinal direction and a hot water shrinkability S T2 in a transverse direction of the second heat shrinkable multilayer film satisfy the following conditions: S M 1 = 5 to 40 %; S T 1 = 5 to 40 %; S M 2 = 2 to 25 %; S T 2 = 2 to 25 %; where the hot-water shrinkability is a shrinkability (%) after immersing the heat shrinkable multilayer film before drawing in hot water of a temperature of 90°C for 10 seconds, characterized in that the hot-water shrinkability S M1 in a longitudinal direction and a hot-water shrinkability S T1 in a transverse direction of the first heat shrinkable multilayer film and a hot-water shrinkability S M2 in a longitudinal direction and a hot water shrinkability S 12 in a transverse direction of the second heat shrinkable multilayer film further satisfy the following conditions: S M 1 / S M 2 = 1.2 to 12; and S T 1 / S T 2 = 1.2 to 12.
A solder alloy characterized in that the solder alloy consists of: 0.005 % by mass or more and 0.1 % by mass or less of Mn; 0.001 % by mass or more and 0.1 % by mass or less of Ge; more than 0 % by mass and 4 % by mass or less of Ag; optionally 0.1 % by mass or more and 10 % by mass or less of Sb; optionally, a total amount of 0.1 % by mass or more and 10 % by mass or less of at least one element selected from a group consisting of Bi and In; optionally, 0.002 % by mass or more and 0.1 % by mass or less of at least one element selected from the group consisting of P and Ga; optionally, a total amount of 0.005 % by mass or more and 0.3 % by mass or less of at least one element selected from the group consisting of Ni, Co and Fe; and a remainder of Sn, wherein, when the solder alloy includes at least one element selected from the group consisting of Bi and In, the total amount of Bi, In and Sb is 0.1 % by mass or more and 10 % by mass or less. 0.005 % by mass or more and 0.1 % by mass or less of Mn; 0.001 % by mass or more and 0.1 % by mass or less of Ge; more than 0 % by mass and 4 % by mass or less of Ag; optionally 0.1 % by mass or more and 10 % by mass or less of Sb; optionally, a total amount of 0.1 % by mass or more and 10 % by mass or less of at least one element selected from a group consisting of Bi and In; optionally, 0.002 % by mass or more and 0.1 % by mass or less of at least one element selected from the group consisting of P and Ga; optionally, a total amount of 0.005 % by mass or more and 0.3 % by mass or less of at least one element selected from the group consisting of Ni, Co and Fe; and a remainder of Sn, wherein, when the solder alloy includes at least one element selected from the group consisting of Bi and In, the total amount of Bi, In and Sb is 0.1 % by mass or more and 10 % by mass or less.
Weighing/conveying apparatus, comprising - stand elements (12; 100; 102) from a plate material, - transverse struts which are connected to adjacent stand elements (12; 100; 102), and - a weighing/conveying device which is held on stand elements (12; 100; 102), wherein the stand elements (12; 100; 102) each have a foot region by way of which they are placed on a base, and a holding region on which the weighing/conveying device is held, characterized in that a base module with at least two stand elements and at least two transverse struts is provided, and an expansion module with at least one stand element and at least one transverse strut by way of which at least one transverse strut is connectible to the base module, in that the transverse struts are provided frontally with threaded regions (56a; 56b), and in that the stand elements have fastening openings for the engagement or passing through of threaded regions of the transverse struts, wherein transverse struts have a threaded region as a threaded pin with an external threading. - stand elements (12; 100; 102) from a plate material, - transverse struts which are connected to adjacent stand elements (12; 100; 102), and - a weighing/conveying device which is held on stand elements (12; 100; 102),
A cellular system to provide voice and data services to a user terminal, the cellular system comprising: a cellular base station; and a satellite backhaul (310, 410, 910, 1410) comprising a first satellite link and a second satellite link; whereby the cellular system further comprises a traffic classifier, connected to and co-located with the cellular base station, to classify traffic from the cellular base station as voice traffic for transportation via the first satellite link to a satellite voice gateway and as data traffic for transportation via the second satellite link to a satellite data gateway; the cellular system being characterized in that the voice traffic is communicated within a first region by the first satellite link and the data traffic is communicated to a second region different from the first region by the second satellite link; the cellular system comprises an Evolved Packet Core Core Network comprising a Serving Gateway, a Packet Data Network Gateway (420, 920, 1420, 1422, 1424), a Mobility Management Entity, a PCRF, and a Home Subscriber Server; and the cellular base station communicates with an IP Multimedia Subsystem via the first satellite link and an Internet Gateway over the second satellite link. a cellular base station; and a satellite backhaul (310, 410, 910, 1410) comprising a first satellite link and a second satellite link; whereby the cellular system further comprises a traffic classifier, connected to and co-located with the cellular base station, to classify traffic from the cellular base station as voice traffic for transportation via the first satellite link to a satellite voice gateway and as data traffic for transportation via the second satellite link to a satellite data gateway; the cellular system being characterized in that the voice traffic is communicated within a first region by the first satellite link and the data traffic is communicated to a second region different from the first region by the second satellite link; the cellular system comprises an Evolved Packet Core Core Network comprising a Serving Gateway, a Packet Data Network Gateway (420, 920, 1420, 1422, 1424), a Mobility Management Entity, a PCRF, and a Home Subscriber Server; and the cellular base station communicates with an IP Multimedia Subsystem via the first satellite link and an Internet Gateway over the second satellite link.
A low profile housing (1 20) comprising: a first elongated hollow casing comprising a top surface and a bottom surface, wherein said casing is substantially light diffusive characterized in that a second elongated and substantially hollow casing surrounding all but said top surface of said first casing; at least one end cap for sealing an end of said first casing, wherein said at least one end cap comprises at least one ventilation feature adapted to allow for pressure equalization between the inside and outside of said first casing while preventing external contaminants from entering said first casing; and one or more light emitting devices mounted within said first casing. a first elongated hollow casing comprising a top surface and a bottom surface, wherein said casing is substantially light diffusive characterized in that a second elongated and substantially hollow casing surrounding all but said top surface of said first casing; at least one end cap for sealing an end of said first casing, wherein said at least one end cap comprises at least one ventilation feature adapted to allow for pressure equalization between the inside and outside of said first casing while preventing external contaminants from entering said first casing; and one or more light emitting devices mounted within said first casing.
A molded composite article in which a resin member comprising a non-urethane-series thermoplastic resin (Ib) and a resin member comprising a thermoplastic polyurethane-series resin are directly joined with each other, wherein the non-urethane-series thermoplastic resin (Ib) is a resin (Ib-1) comprising a polyamide component having an alicyclic ring, or a resin composition (Ib-2) comprising a non-urethane-series thermoplastic resin and an amino group-containing compound, and wherein the non-urethane-series thermoplastic resin (Ib) has an amino group in a concentration of not less than 10 mmol/kg.
A method comprising:registering an authenticator of a client with a relying party, the registration allowing a user of the client to remotely authenticate the user to the relying party over a network, wherein the authenticator comprises a biometric device to be registered; generating, by the relying party, a first authentication structure using at least a first authentication key associated with the authenticator and a signature generated with a first verification key; caching the first authentication structure on the client; providing a second verification key corresponding to the first verification key to a transaction device; and performing an authentication transaction between the client and the transaction device in which the client generates a second authentication structure using a second authentication key associated with the first authentication key, the transaction device uses the second verification key to validate the signature on the first authentication structure and uses the first authentication key to validate the second authentication structure, wherein the first and second verification keys are the same keys and/or wherein the first and second authentication keys are the same keys.