mhurhangee/ep-ind-claims huggingface dataset:
A machine for converting a sheet stock material into a relatively lower density dunnage product, comprising: a conversion assembly for converting a sheet stock material into a relatively lower density dunnage product, the conversion assembly including a feeding device to feed the sheet stock material through the conversion assembly; a sensor (26; 62) downstream of the feeding device to detect movement of the sheet stock material at a point downstream of the feeding device and providing an output corresponding to the movement; and a controller that controls the feeding device based on the output from the sensor (26; 62); where the sensor (26; 62) detects the speed of the stock material and the controller controls the feeding device by slowing the feeding device when the sensor (26; 62) detects a jam condition where the downstream speed falls from a first speed above a predetermined value to a second speed at or below the predetermined value. a conversion assembly for converting a sheet stock material into a relatively lower density dunnage product, the conversion assembly including a feeding device to feed the sheet stock material through the conversion assembly; a sensor (26; 62) downstream of the feeding device to detect movement of the sheet stock material at a point downstream of the feeding device and providing an output corresponding to the movement; and a controller that controls the feeding device based on the output from the sensor (26; 62);
A method for producing an objective substance, the method comprising: cultivating yeast having an ability to produce the objective substance in a culture medium; and collecting the objective substance from cells of the yeast and/or the culture medium, wherein the yeast has been modified so that the expression and/or activities of proteins encoded by LCB4 and CKA2 genes are reduced, and wherein the objective substance is selected from the group consisting of phytosphingosine and sphinganine, wherein the activities of the proteins are reduced by attenuating the expression of the LCB4 and/or CKA2 gene, or by disrupting the LCB4 and/or CKA2 gene. cultivating yeast having an ability to produce the objective substance in a culture medium; and collecting the objective substance from cells of the yeast and/or the culture medium, wherein the yeast has been modified so that the expression and/or activities of proteins encoded by LCB4 and CKA2 genes are reduced, and wherein the objective substance is selected from the group consisting of phytosphingosine and sphinganine,
A security implant for a voice over IP, VoIP, phone device for arrangement between non-secure hardware of the VoIP phone comprising a local area network, LAN, interface and at least one processor and secure inputs and outputs of the VoIP phone comprising at least one microphone (27,37) at least one indicator and an off-on hook switch; said security implant being a dedicated device not programmable via the non-secure hardware and comprising: at least one audio switch (60, 62, 64, 66, 68, 70) for connecting said at least one microphone (27, 37) to said non-secure hardware; a microcontroller for connection to the off-on hook switch, said microcontroller being coupled to said at least one audio switch (60, 62, 64, 66, 68, 70) to enable synchronization between the state of the off-on hook switch and switching functions of said at least one audio switch (60, 62, 64, 66, 68, 70); and at least one tampering switch, said security implant being configured to allow normal VoIP call only if said at least one tampering switch has not been activated by connecting said at least one microphone (27, 37) to said non-secure hardware via said at least one audio switch (60, 62, 64, 66, 68, 70) and activating said at least one indicator to indicate active audio channel only during active VoIP phone call, the microcontroller configured to cause irreversible change upon releasing tampering switch. at least one audio switch (60, 62, 64, 66, 68, 70) for connecting said at least one microphone (27, 37) to said non-secure hardware; a microcontroller for connection to the off-on hook switch, said microcontroller being coupled to said at least one audio switch (60, 62, 64, 66, 68, 70) to enable synchronization between the state of the off-on hook switch and switching functions of said at least one audio switch (60, 62, 64, 66, 68, 70); and at least one tampering switch, said security implant being configured to allow normal VoIP call only if said at least one tampering switch has not been activated by connecting said at least one microphone (27, 37) to said non-secure hardware via said at least one audio switch (60, 62, 64, 66, 68, 70) and activating said at least one indicator to indicate active audio channel only during active VoIP phone call, the microcontroller configured to cause irreversible change upon releasing tampering switch.
Method for assembling a set of building elements (1; 100; 200; 300; 400), the outer walls (3 to 8) of each element (1; 100; 200; 300; 400) defining a volume for receiving a main body, in the shape of a polyhedron, occupying the whole of said receiving volume and of which at least two faces (9 to 14) are parallel, the main body being made of a rigid insulating material formed by expanded polystyrene or EPS with a density of at least 10 kg/m3 and each of the faces (9 to 14) of the main body being completely covered by at least one sheet (3 to 8, 15, 16; 20; 25 to 28B) made of a wood-based material, each sheet (3 to 8) being adhered to said face (9 to 14) of the main body which receives it, said method comprising at least the following steps: - a) assembling two complementary outer faces (3 to 8) of two building elements (1; 100; 200; 300; 400) by adhesion, - b) continuing with the assembly carried out in step a) by adhering other faces (3 to 8) of said elements (1; 100; 200; 300; 400) to complementary outer faces (3 to 8) of other building elements (1; 100; 200; 300; 400) until a predefined part (P; M, S, D, O, T) of a building or of an engineering structure is obtained, - c) adhering sheets (15, 16; 20; 25 to 28B), referred to as cladding sheets, made of a wood-based material, to at least a part of the coplanar faces (3 to 8; 17, 18; 19) of the elements (1; 100; 200; 300; 400) assembled in the preceding steps, - d) repeating steps a) to c) until the predefined part (P, M, S, D, O, T) of the building or of the engineering structure is obtained. - a) assembling two complementary outer faces (3 to 8) of two building elements (1; 100; 200; 300; 400) by adhesion, - b) continuing with the assembly carried out in step a) by adhering other faces (3 to 8) of said elements (1; 100; 200; 300; 400) to complementary outer faces (3 to 8) of other building elements (1; 100; 200; 300; 400) until a predefined part (P; M, S, D, O, T) of a building or of an engineering structure is obtained, - c) adhering sheets (15, 16; 20; 25 to 28B), referred to as cladding sheets, made of a wood-based material, to at least a part of the coplanar faces (3 to 8; 17, 18; 19) of the elements (1; 100; 200; 300; 400) assembled in the preceding steps, - d) repeating steps a) to c) until the predefined part (P, M, S, D, O, T) of the building or of the engineering structure is obtained.
A system comprising, a pyrene luminescent chromophore that emits energy having a first wavelength when excited with electromagnetic radiation having a second wavelength, and a silicon nanocrystal that absorbs energy of said first wavelength, and wherein the luminescent chromophore and the silicon nanocrystal are covalently linked.
Verification device for verifying double-sided value and/or security documents, comprising: a document receptacle, a detection device arranged relative to the document receptacle for detecting image signals in digitalised form of a value and/or security document arranged on, at, or in the document receptacle, and an evaluation unit that evaluates the detected image signals and derives verification information, wherein the detection device comprises a detecting unit for detecting a flat image, and the detecting unit and an imaging apparatus are arranged relative to the document receptacle in such a way that, of a double-sided value and/or security document, which is arranged on, at, or in the document receptacle, at least sections of a front side and of a back side of the double-sided value and/or security document, are imaged together on the detecting unit, characterised in that the imaging device comprises at least one reflection unit, and the front side is imaged without a reflection and the back side is imaged by at least one reflection onto the detecting unit, and path length differences between the light which is scattered, diffracted, or reflected at the front side, or emitted from it, and the light which is scattered, diffracted, or reflected at the back side, or emitted from it, are compensated in respect of the sharpness of the image onto the detecting unit by at least one optical element of the imaging apparatus. a document receptacle, a detection device arranged relative to the document receptacle for detecting image signals in digitalised form of a value and/or security document arranged on, at, or in the document receptacle, and an evaluation unit that evaluates the detected image signals and derives verification information, wherein the detection device comprises a detecting unit for detecting a flat image, and the detecting unit and an imaging apparatus are arranged relative to the document receptacle in such a way that, of a double-sided value and/or security document, which is arranged on, at, or in the document receptacle, at least sections of a front side and of a back side of the double-sided value and/or security document, are imaged together on the detecting unit, characterised in that the imaging device comprises at least one reflection unit, and the front side is imaged without a reflection and the back side is imaged by at least one reflection onto the detecting unit, and path length differences between the light which is scattered, diffracted, or reflected at the front side, or emitted from it, and the light which is scattered, diffracted, or reflected at the back side, or emitted from it, are compensated in respect of the sharpness of the image onto the detecting unit by at least one optical element of the imaging apparatus.
Compressor arrangement, in particular of a turbocharger, comprising a compressor housing with a first inlet opening for providing flow to a characteristic-map-stabilizing gap, which has a first cross section, and with a second inlet opening for providing flow to a duct which is provided for forming a main flow and which has a second cross section, wherein the first and second inlet openings are arranged radially adjacent to one another with respect to an incident flow direction, wherein the compressor arrangement has a tube section arranged on the compressor housing for providing flow to the first and second inlet openings, wherein the tube section is in the form of a plug tube, wherein the tube section is plug-connected to the compressor housing by means of a first end, and wherein the tube section is plug-connected to an intake tube by means of a second end, wherein the first end of the tube section forms a radial cover for the first inlet opening and wherein the first end has, for acoustic shielding, a radially tapering cross section, characterized in that the first and second ends of the plug tube each have a resilient element, in particular a sealing element, to provide a frictional and/or non-positive connection between the plug tube and the intake tube or, respectively, the compressor housing.
A communication method, comprising: transmitting radio resource control, RRC, signaling, wherein the RRC signaling indicates candidate spatial information of a physical downlink shared channel, PDSCH; and transmitting medium access control control element, MAC-CE, signaling, wherein the MAC-CE signaling indicating one or more pieces of spatial information in the candidate spatial information of the PDSCH, to indicate spatial information of a first control resource set, wherein the candidate spatial information of the PDSCH is reused as candidate spatial information of the first control resource set, and the first control resource set is a control resource set whose identifier is 0; wherein, the first control resource set is a control resource set used at least for scheduling system information, and the spatial information is quasi-co-location, QCL, information transmitting radio resource control, RRC, signaling, wherein the RRC signaling indicates candidate spatial information of a physical downlink shared channel, PDSCH; and transmitting medium access control control element, MAC-CE, signaling, wherein the MAC-CE signaling indicating one or more pieces of spatial information in the candidate spatial information of the PDSCH, to indicate spatial information of a first control resource set, wherein the candidate spatial information of the PDSCH is reused as candidate spatial information of the first control resource set, and the first control resource set is a control resource set whose identifier is 0; wherein, the first control resource set is a control resource set used at least for scheduling system information, and the spatial information is quasi-co-location, QCL, information
A tow bar holder for securing a tow bar to a boat having an outboard engine, comprising two separate securing elements adapted to be secured to the stern of the boat, each securing element having: an in particular plate-shaped fixing element (42, 44) for securing the securing element to the stern of the boat, in particular to an engine plate, and a receiving element connected with the fixing element (42, 44), the receiving element comprising a receiving space for inserting the tow bar feet into the same, wherein the internal dimensions of the receiving space are larger than the external dimensions of the feet of the tow bar, such that the tow bar feet are movable or tiltable in the receiving space, characterized in that the receiving space is substantially rectangular, wherein the width extending transversely to the longitudinal axis of the boat substantially corresponds to the width of the tow bar foot and the length extending in the longitudinal direction of the boat is larger than the corresponding dimension of the tow bar foot, and the receiving elements comprise two mutually parallel side walls extending in the longitudinal direction of the boat, as well as a boat-side front wall and a rear wall opposite the front wall. an in particular plate-shaped fixing element (42, 44) for securing the securing element to the stern of the boat, in particular to an engine plate, and a receiving element connected with the fixing element (42, 44), the receiving element comprising a receiving space for inserting the tow bar feet into the same,
A capsule for a refrigeration installation comprising a casing of spherical overall shape filled with phase-change material, characterized in that the capsule contains an oblong absorption body comprising a flexible gas-filled casing (2; 102) with a main section of cylindrical overall shape ended with hemispherical ends, the absorption body (1; 101) having a length substantially equal to an internal diameter of the casing of the capsule.
A dry powder inhalation composition comprising, - at least one muscarinic receptor antagonist or a pharmaceutically acceptable salt thereof, - fine particle lactose in the ratio of 1-20% by weight of said composition and having particle size in the range of 4 - 10 μm and coarse particle glucose anhydrous in the ratio of 80-99% by weight of said composition and having particle size in the range of 50 -120 μm. - at least one muscarinic receptor antagonist or a pharmaceutically acceptable salt thereof, - fine particle lactose in the ratio of 1-20% by weight of said composition and having particle size in the range of 4 - 10 μm and coarse particle glucose anhydrous in the ratio of 80-99% by weight of said composition and having particle size in the range of 50 -120 μm.
Power unit, comprising a heat engine and various components and/or pipes connected thereto, including exhaust manifolds and/or a turbocompressor, characterised in that it is equipped with a heat screen at least partly fitting on top of said engine and at least some of said components/pipes, said heat screen being provided with groups of openings (7, 8) disposed vertically in line with at least the exhaust manifolds and/or the turbine of the turbocompressor, each group comprising a plurality of openings in the form of apertures disposed side by side, and each defining elongate-shaped slots and a free edge that channels the air flowing from the inside to the outside of the heat screen above or towards the front of the engine in the position of installation in a vehicle.
A floor nozzle for vacuum cleaners comprising a housing channel, which is connected to a connection end for a suction tube so as to be capable of being pivoted about a horizontal tipping axis of a biaxial swivel/pivot joint located at right angles to the operating direction of the floor nozzle, and comprising a suction head, which, on its underside, has a suction mouth comprising a front suction mouth edge and rear suction mouth edge, wherein a chassis comprising at least one roller is arranged at the swivel/pivot joint for supporting the floor nozzle, wherein the suction mouth is integrally molded into the suction head, which is rigidly connected to the housing channel, and wherein the suction head has a substantially rectangular base area, characterized in that at least one suction mouth edge (10a, 10b) is covered with inclined bristle velour, wherein the ratio of the width (y) of the suction head measured in transverse direction to the length (x) measured in operating direction is greater than 5.
Fuel dispenser comprising a pumping unit comprising an electric motor that drives a pump, designed to draw fuel from a fuel tank, the pumping unit being connected to two fuel dispensing lines each comprising a flow rate measuring device connected to a flexible hose equipped with a nozzle, designed to deliver fuel to a vehicle tank, the electric motor being a motor having two predetermined speeds, providing the pump with two rotational speeds, to which a lower speed V1 that is intended to provide a small flow rate of fuel D1 at the outlet of the pumping unit when only one nozzle is delivering fuel, and a higher speed V2 that is intended to provide a large flow rate of fuel D2 at the outlet of the pumping unit when two nozzles are delivering fuel, the two-speed motor being electrically connected to a controller that controls the speed of the electric motor depending on the activated number of nozzles, characterized in that the two-speed motor is an asynchronous motor operating with a variable number of poles, the fuel dispenser comprising a switching means that is controlled by the controller and serves to switch from a number X of poles to a number Y of poles.
A catalyst, consisting of: a support comprising titanium oxide; an active catalyst component comprising vanadium oxide; and a co-catalyst comprising antimony and cerium, wherein the vanadium oxide is from 1 % by weight to 3 % by weight, the antimony is from 1 % by weight to 3 % by weight, and the cerium is from 3 % by weight to 17 % by weight, based on the total weight of the catalyst including a titanium oxide support. a support comprising titanium oxide; an active catalyst component comprising vanadium oxide; and a co-catalyst comprising antimony and cerium, wherein the vanadium oxide is from 1 % by weight to 3 % by weight, the antimony is from 1 % by weight to 3 % by weight, and the cerium is from 3 % by weight to 17 % by weight, based on the total weight of the catalyst including a titanium oxide support.
A method for extracting a geological horizon and associated properties of a seismic representation, wherein a continuous function S ij,k (t) is constructed by interpolating or approximating discrete seismic traces of a three-dimensional seismic matrix, said function being designated as a "continuous local seismic trace", including the following steps of: a) using as an optimum (vertical) offset of two neighbouring continuous local seismic traces, the offset value making their correlation function a maximum, this optimum offset not being required to be an integer multiple of the vertical sampling interval; b) retaining as a conditional neighbourhood of a "central" continuous local seismic trace S ij,k (t) the sub-neighbourhood consisting of neighbouring traces S pq,k (t) corresponding to optimum offsets h ij,pq,k associated with correlations R ij,pq,k (h ij,pq,k) higher than a predetermined threshold between 0 and 1; c) constructing a two-dimensional extraction matrix by choosing a "seed" point P(i,j,t), by determining the point P(i,j,k) of the vertically closest three-dimensional seismic matrix and by filling the two-dimensional extraction matrix by extracted points belonging to the same horizon as the one passing through the seed point such that the location (p,q) of the two-dimensional matrix stores the point P(p,q,t + h ij,pq,k); and d) estimating the properties associated with each point of the extraction matrix using the equation of the local continuous seismic trace S pq,k (t). a) using as an optimum (vertical) offset of two neighbouring continuous local seismic traces, the offset value making their correlation function a maximum, this optimum offset not being required to be an integer multiple of the vertical sampling interval; b) retaining as a conditional neighbourhood of a "central" continuous local seismic trace S ij,k (t) the sub-neighbourhood consisting of neighbouring traces S pq,k (t) corresponding to optimum offsets h ij,pq,k associated with correlations R ij,pq,k (h ij,pq,k) higher than a predetermined threshold between 0 and 1; c) constructing a two-dimensional extraction matrix by choosing a "seed" point P(i,j,t), by determining the point P(i,j,k) of the vertically closest three-dimensional seismic matrix and by filling the two-dimensional extraction matrix by extracted points belonging to the same horizon as the one passing through the seed point such that the location (p,q) of the two-dimensional matrix stores the point P(p,q,t + h ij,pq,k); and d) estimating the properties associated with each point of the extraction matrix using the equation of the local continuous seismic trace S pq,k (t).