mhurhangee/ep-ind-claims huggingface dataset:
A cylinder block for use in an integrated drive generator comprising: a shaft portion having a relatively small outer diameter; and a cylindrical body portion having a larger outer diameter than the shaft portion, and said cylindrical body portion formed with a plurality of piston chambers, said cylindrical body portion extending from a first end to a second end, said second end being provided with cylindrical ports leading into said piston chambers and said cylindrical ports having a third end and a fourth end, characterised in that a ratio of a first distance from said first end to said fourth end to a second distance from said first end to said second end being between.91 and.93. a shaft portion having a relatively small outer diameter; and a cylindrical body portion having a larger outer diameter than the shaft portion, and said cylindrical body portion formed with a plurality of piston chambers, said cylindrical body portion extending from a first end to a second end, said second end being provided with cylindrical ports leading into said piston chambers and said cylindrical ports having a third end and a fourth end, characterised in that a ratio of a first distance from said first end to said fourth end to a second distance from said first end to said second end being between.91 and.93.
Method for producing a semi-finished product for a book-like document of value and/or security document, in which a card-shaped blank is guided through an application device in a transportation direction and in which an adhesive layer is applied on a side of the card-shaped blank and the semi-finished product is formed, characterised in that - the adhesive layer is provided as a material web on a carrier film, the width of which is smaller than a first dimension of the card-shaped blank transversely to the transportation direction, - the adhesive layer provided as a material web is evaporated in a cutting station using a laser beam and is separated into an application segment, the length of which is shorter than a second dimension of the card-shaped blank longitudinally to the transportation direction, wherein the carrier film is not cut through, and - the application segment and the card-shaped blank are merged, such that the application segment is inwardly set back in comparison to all outer edges of the card-shaped blank. - the adhesive layer is provided as a material web on a carrier film, the width of which is smaller than a first dimension of the card-shaped blank transversely to the transportation direction, - the adhesive layer provided as a material web is evaporated in a cutting station using a laser beam and is separated into an application segment, the length of which is shorter than a second dimension of the card-shaped blank longitudinally to the transportation direction, wherein the carrier film is not cut through, and - the application segment and the card-shaped blank are merged, such that the application segment is inwardly set back in comparison to all outer edges of the card-shaped blank.
Packaging machine with at least a partial housing with rack, with several stations, for example, for the processing of products and/or packaging and the accommodation of products in packaging and with a discharge area leaving the interior or the packaging machine, whereby The rack at the front and the rear of the packaging machine is formed in each case as free-standing gantry, consisting of a horizontal beam and two vertical beams, which in their extent encompass all parts of the packaging machine, whereby both gantries are connected in the lower area through an internal frame structure and the frame structure has a smaller base than the base formed by the footprint of the gantries and whereby in the upper area of the gantries and between the gantries lighting elements designed as light bands are arranged around the entire packaging machine, which are each assigned section by section to stations behind or below them, whereby the packaging machine is configured in a manner that it can signal via the respective light band at which of the stations an error or a warning has occurred and where at the same time the remaining signal bands can be used to signal an error or warning with a different signal than the signal at the station.
A soft capsule which includes: a core of the soft capsule containing a fill solution; and a capsule shell layer surrounding the core of the soft capsule and comprising dead bacteria. a core of the soft capsule containing a fill solution; and a capsule shell layer surrounding the core of the soft capsule and comprising dead bacteria.
An adhesive composition comprising: an epoxy compound; and a monomeric compound comprising at least one aminimide functional group, wherein the monomeric compound reacts with the epoxy compound upon activation by an external energy source; wherein the monomeric compound is present in an amount from 2-8% by weight based on total weight of the adhesive composition, wherein the adhesive composition further comprises a reaction product of reactants comprising an amidine and a second component. an epoxy compound; and a monomeric compound comprising at least one aminimide functional group, wherein the monomeric compound reacts with the epoxy compound upon activation by an external energy source; wherein the monomeric compound is present in an amount from 2-8% by weight based on total weight of the adhesive composition,
A polycrystalline diamond element having internal diamond surfaces, the internal diamond surfaces defining interstices between them; the PCD element comprising a masked or passivated region and an unmasked or unpassivated region, the masked or passivated region extending a depth into the PCD element from a working surface of at least 100 microns, the unmasked or unpassivated region defining a boundary with another region or body, and extending a depth of between 5 microns and 600 microns from the boundary, in which at least some of the internal diamond surfaces of the masked or passivated region contact a mask or passivation medium, and wherein some or all of the interstices of the masked or passivated region and of the unmasked or unpassivated region are at least partially filled with an infiltrant material.
Method for crystallising at least one part of an amorphous layer with the basis of a first material, the amorphous layer: - being comprised in a stack further comprising a crystalline layer, - extending directly in contact with the crystalline layer of the stack by forming an interface with the crystalline layer, and - having a first face opposite the interface, and - having, a melting threshold referenced E M, corresponding to the energy density to be provided to the amorphous layer to achieve a melting of the first material, for a thickness Ep of the amorphous layer defined between the first face and the interface, the method comprising a crystallisation annealing of the amorphous layer by subjecting it, by zones, to laser pulses, and the method being characterised in that, in each zone, the laser pulses are emitted by series of pulses, each laser pulse having an energy density ED i different from one series to another, so as to maintain the energy density of the pulses of each series below the melting threshold E M, the latter developing as the amorphous layer crystallises. - being comprised in a stack further comprising a crystalline layer, - extending directly in contact with the crystalline layer of the stack by forming an interface with the crystalline layer, and - having a first face opposite the interface, and - having, a melting threshold referenced E M, corresponding to the energy density to be provided to the amorphous layer to achieve a melting of the first material, for a thickness Ep of the amorphous layer defined between the first face and the interface, the method comprising a crystallisation annealing of the amorphous layer by subjecting it, by zones, to laser pulses, and the method being characterised in that, in each zone, the laser pulses are emitted by series of pulses, each laser pulse having an energy density ED i different from one series to another, so as to maintain the energy density of the pulses of each series below the melting threshold E M, the latter developing as the amorphous layer crystallises.
Wall cladding, comprising: - a supporting structure (2, 2'); - wall cladding elements (3, 3', 3"); - at least one structure attachment element made of plastic which is attachable to the supporting structure (2, 2'); - at least one cladding attachment element per wall cladding element (3, 3', 3"), which cladding attachment element forms part of said wall cladding element (3, 3', 3") or is attached thereto and is couplable to the structure attachment element so as to attach the wall cladding element (3, 3', 3") to the supporting structure (2, 2'); characterized in that the wall cladding comprises a safety supporting structure (2, 2'), at least one safety attachment element per wall cladding element (3, 3', 3"), which safety attachment element forms part of said wall cladding element (3, 3', 3") or is attached thereto, and at least one safety element (6, 6', 6") per wall cladding element (3, 3', 3"), which safety element (6, 6', 6") is designed to be fire-resistant, is attachable to the safety supporting structure (2, 2') and is attachable to the safety attachment element of this wall cladding element (3, 3', 3"). - a supporting structure (2, 2'); - wall cladding elements (3, 3', 3"); - at least one structure attachment element made of plastic which is attachable to the supporting structure (2, 2'); - at least one cladding attachment element per wall cladding element (3, 3', 3"), which cladding attachment element forms part of said wall cladding element (3, 3', 3") or is attached thereto and is couplable to the structure attachment element so as to attach the wall cladding element (3, 3', 3") to the supporting structure (2, 2');
Support foot for a sanitary installation frame, especially for pre-wall mounting, having - a hollow profile leg and - a base plate which runs transversely with respect to the extent of the hollow profile leg and projects laterally beyond the hollow profile leg, characterised in that - the base plate is in the form of an integral extension of a side wall of the hollow profile leg, and - the base plate is bent through substantially 90° relative to the side wall of the hollow profile leg, wherein - at least one locating projection projects from the hollow profile leg at the lower end thereof that faces towards the base plate, which locating projection projects into a recess in the base plate. - a hollow profile leg and - a base plate which runs transversely with respect to the extent of the hollow profile leg and projects laterally beyond the hollow profile leg, - the base plate is in the form of an integral extension of a side wall of the hollow profile leg, and - the base plate is bent through substantially 90° relative to the side wall of the hollow profile leg, wherein - at least one locating projection projects from the hollow profile leg at the lower end thereof that faces towards the base plate, which locating projection projects into a recess in the base plate.
A lyophilized gel-phase liposomal composition, which composition comprises: (a) gel-phase liposomes that exhibit a melting phase temperature (T c) of at least 37°C, wherein the liposome membrane of said liposomes comprises no more than 20 mol% cholesterol and comprises at least 1 mol% of a phosphatidylglycerol or a phosphatidylinostol or both, and wherein at least two therapeutic and/or diagnostic agents are stably associated with said liposomes; and (b) a cryoprotectant external to said liposomes; wherein said liposomes contain substantially no internal cryoprotectant, and wherein, when said gel-phase liposomal composition is reconstituted in a pharmaceutical carrier, the mean diameter of the liposomes is maintained whereby said mean diameter does not increase more than 50% on a volume weighted basis as compared to said composition prior to lyophilization, and said agents are retained in the liposomes. (a) gel-phase liposomes that exhibit a melting phase temperature (T c) of at least 37°C, wherein the liposome membrane of said liposomes comprises no more than 20 mol% cholesterol and comprises at least 1 mol% of a phosphatidylglycerol or a phosphatidylinostol or both, and wherein at least two therapeutic and/or diagnostic agents are stably associated with said liposomes; and (b) a cryoprotectant external to said liposomes;
An isolated mitochondrial chimeric RNA molecule comprising the sense 16S mitochondrial ribosomal RNA covalently linked at its 5' end to the 3' end of a polynucleotide with an inverted repeat sequence, wherein the chimeric RNA molecule comprises a nucleotide sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 2, and SEQ ID NO: 3.
A propulsion system for an aircraft, the propulsion system comprising: a combustion engine; a propulsor positioned spaced apart from the combustion engine such that they each ingest a different airstream; and an electric machine configured to drive the propulsor, the electric machine defining an axis and comprising: a rotor extending along and rotatable about the axis; and a stator comprising a plurality of winding assemblies, the plurality of winding assemblies is spaced along the axis of the electric machine, each winding assembly operable with the rotor independently of an adjacent winding assembly during operation of the electric machine; wherein the plurality of winding assemblies includes a first winding assembly and a second winding assembly spaced along the axis of the electric machine; wherein the rotor comprises a plurality of permanent magnets, and wherein the plurality of permanent magnets extends continuously between the first winding assembly and the second winding assembly along the axis; wherein the propulsion system further comprises an electric power bus, wherein each one of the plurality of winding assemblies is separately in electrical communication with the electric power bus; and wherein one or more of the plurality of winding assemblies is selectively in electrical communication with the electric power bus. a combustion engine; a propulsor positioned spaced apart from the combustion engine such that they each ingest a different airstream; and an electric machine configured to drive the propulsor, the electric machine defining an axis and comprising: a rotor extending along and rotatable about the axis; and a stator comprising a plurality of winding assemblies, the plurality of winding assemblies is spaced along the axis of the electric machine, each winding assembly operable with the rotor independently of an adjacent winding assembly during operation of the electric machine; a rotor extending along and rotatable about the axis; and a stator comprising a plurality of winding assemblies, the plurality of winding assemblies is spaced along the axis of the electric machine, each winding assembly operable with the rotor independently of an adjacent winding assembly during operation of the electric machine; wherein the plurality of winding assemblies includes a first winding assembly and a second winding assembly spaced along the axis of the electric machine; wherein the rotor comprises a plurality of permanent magnets, and wherein the plurality of permanent magnets extends continuously between the first winding assembly and the second winding assembly along the axis; wherein the propulsion system further comprises an electric power bus, wherein each one of the plurality of winding assemblies is separately in electrical communication with the electric power bus; and wherein one or more of the plurality of winding assemblies is selectively in electrical communication with the electric power bus.
Construction machine with a hybrid drive which comprises an internal combustion engine and an electric motor, wherein: a first hydraulic pump (6.1) is provided which can be driven by the internal combustion engine, a second hydraulic pump (6.2) is provided which can be driven by the electric motor, and there is arranged a hydraulic line system to which the first hydraulic pump (6.1), the second hydraulic pump (6.2) and one or more hydraulic working machines of the construction machine are connected, characterized in that the hydraulic line system has a hydraulic nonreturn valve which is configured to interrupt a hydraulic connection between the hydraulic line system and the second hydraulic pump (6.1) when the first hydraulic pump (6.1) is driven by the internal combustion engine and to interrupt a hydraulic connection between the hydraulic line system and the first hydraulic pump (6.1) when the second hydraulic pump (6.2) is driven by the electric motor. a first hydraulic pump (6.1) is provided which can be driven by the internal combustion engine, a second hydraulic pump (6.2) is provided which can be driven by the electric motor, and there is arranged a hydraulic line system to which the first hydraulic pump (6.1), the second hydraulic pump (6.2) and one or more hydraulic working machines of the construction machine are connected, characterized in that the hydraulic line system has a hydraulic nonreturn valve which is configured to interrupt a hydraulic connection between the hydraulic line system and the second hydraulic pump (6.1) when the first hydraulic pump (6.1) is driven by the internal combustion engine and to interrupt a hydraulic connection between the hydraulic line system and the first hydraulic pump (6.1) when the second hydraulic pump (6.2) is driven by the electric motor.
A collapsible medical closure device for occluding an opening in a body, the collapsible medical closure device comprising: a disc shaped portion on a distal end; a cone shaped portion on a proximal end; a middle portion connecting the disc shaped portion and the cone shaped portion, the middle portion configured to provide flexibility of movement of the disc shaped portion and the cone shaped portion relative to one another, and wherein the disc shaped portion, the cone shaped portion, and the middle portion comprise a metal fabric (5, 7, 20, 22); a therapeutic membrane (24, 26) contacting at least a portion of the metal fabric; and a means for attaching a delivery device to the collapsible medical closure device located in the middle portion in a position such that the delivery device may access the means for attaching through the cone shaped portion. a disc shaped portion on a distal end; a cone shaped portion on a proximal end; a middle portion connecting the disc shaped portion and the cone shaped portion, the middle portion configured to provide flexibility of movement of the disc shaped portion and the cone shaped portion relative to one another, and wherein the disc shaped portion, the cone shaped portion, and the middle portion comprise a metal fabric (5, 7, 20, 22); a therapeutic membrane (24, 26) contacting at least a portion of the metal fabric; and a means for attaching a delivery device to the collapsible medical closure device located in the middle portion in a position such that the delivery device may access the means for attaching through the cone shaped portion.
A liquid crystal polyester resin composition comprising: resin pellets including a first liquid crystal polyester resin and a fibrous filler; a second liquid crystal polyester resin; and a metal salt of higher fatty acid which is a long-chain fatty acid having 12 or more carbon atoms, wherein the second liquid crystal polyester resin has a lower flow starting temperature than the resin pellets, flow starting temperatures of the resin pellets and the second liquid crystal polyester resin are both 250°C or higher, and a difference in the flow starting temperatures between the resin pellets and the second liquid crystal polyester resin is more than 10°C, and wherein the flow starting temperature is determined as laid out in the description. resin pellets including a first liquid crystal polyester resin and a fibrous filler; a second liquid crystal polyester resin; and a metal salt of higher fatty acid which is a long-chain fatty acid having 12 or more carbon atoms, wherein the second liquid crystal polyester resin has a lower flow starting temperature than the resin pellets, flow starting temperatures of the resin pellets and the second liquid crystal polyester resin are both 250°C or higher, and a difference in the flow starting temperatures between the resin pellets and the second liquid crystal polyester resin is more than 10°C, and wherein the flow starting temperature is determined as laid out in the description.
A method for providing reliable wireless communication in a wireless sensor network, WSN, connected to an industrial control system by determining a method of radio transmission with a greater or a lesser measure of transmission quality, characterised by a) measuring at a wireless transmitter node (3a-3r, 10, 14) a transmission quality metric of at least one data packet received from two or more different polarised switching branches (r1-rL; 44-47) with different polarization characteristics, b) identifying which of the two or more polarised switching branches has the greater transmission quality metric, c) distributing data packets with a first priority to the polarised switching branch with the greater transmission quality metric and distributing data packets with a second priority to the switching branch with a lesser transmission quality metric, d) transmitting data packets with the first priority on the polarised switching branch with the greater transmission quality metric, and e) transmitting the second or lower priority data on the polarised switching branch with the lesser transmission quality metric. a) measuring at a wireless transmitter node (3a-3r, 10, 14) a transmission quality metric of at least one data packet received from two or more different polarised switching branches (r1-rL; 44-47) with different polarization characteristics, b) identifying which of the two or more polarised switching branches has the greater transmission quality metric, c) distributing data packets with a first priority to the polarised switching branch with the greater transmission quality metric and distributing data packets with a second priority to the switching branch with a lesser transmission quality metric, d) transmitting data packets with the first priority on the polarised switching branch with the greater transmission quality metric, and e) transmitting the second or lower priority data on the polarised switching branch with the lesser transmission quality metric.
Absorption heat pump having a desorber heated by a burner and connected to a flue gas outlet, having a solvent circuit and a coolant circuit, which incorporates a condenser and an evaporator, between the desorber and an absorber, and having a flue gas condenser in the flue gas outlet, characterised in that the flue gas condenser is integrated into the coolant circuit between the evaporator and the absorber.