mhurhangee/ep-ind-claims huggingface dataset:
A heat-shrinkable multilayer film adapted for deep draw forming, comprising: a surface layer (a) comprising a thermoplastic resin, an intermediate layer (b) comprising a polyamide resin, and a surface layer (c) comprising a sealable resin, wherein, the intermediate layer (b) comprises a mixture of an aliphatic polyamide having a melting point of at least 180 °C, and an amorphous aromatic polyamide comprising a polycondensation product of an aliphatic diamine with isophthalic acid and terephthalic acid as main acid components, including 25-45 wt% of the amorphous aromatic polyamide, and has a thickness exceeding 25% and at most 50 % of a total thickness of whole layers, and the multilayer film exhibits tensile stresses at an elongation of 100% as measured in a tensile test at 100°C, including 3-22 N/mm 2 in at least one of a longitudinal direction and a transverse direction and an average of MD and TD values of 3-20 N/mm 2, and a shrinkage in hot water at 90°C of 3 to 20% in each of MD and TD, wherein the tensile stresses and the shrinkage are measured as described in the description. a surface layer (a) comprising a thermoplastic resin, an intermediate layer (b) comprising a polyamide resin, and a surface layer (c) comprising a sealable resin, wherein, the intermediate layer (b) comprises a mixture of an aliphatic polyamide having a melting point of at least 180 °C, and an amorphous aromatic polyamide comprising a polycondensation product of an aliphatic diamine with isophthalic acid and terephthalic acid as main acid components, including 25-45 wt% of the amorphous aromatic polyamide, and has a thickness exceeding 25% and at most 50 % of a total thickness of whole layers, and the multilayer film exhibits tensile stresses at an elongation of 100% as measured in a tensile test at 100°C, including 3-22 N/mm 2 in at least one of a longitudinal direction and a transverse direction and an average of MD and TD values of 3-20 N/mm 2, and a shrinkage in hot water at 90°C of 3 to 20% in each of MD and TD, the intermediate layer (b) comprises a mixture of an aliphatic polyamide having a melting point of at least 180 °C, and an amorphous aromatic polyamide comprising a polycondensation product of an aliphatic diamine with isophthalic acid and terephthalic acid as main acid components, including 25-45 wt% of the amorphous aromatic polyamide, and has a thickness exceeding 25% and at most 50 % of a total thickness of whole layers, and the multilayer film exhibits tensile stresses at an elongation of 100% as measured in a tensile test at 100°C, including 3-22 N/mm 2 in at least one of a longitudinal direction and a transverse direction and an average of MD and TD values of 3-20 N/mm 2, and a shrinkage in hot water at 90°C of 3 to 20% in each of MD and TD,
Hinge arrangement for doors, windows or the like, comprising a hinge part, a mounting part, a clamping part, at least one guide member and an adjusting member, the hinge part comprising a hinging part and a fastening part, and it being possible to fasten the mounting part to a frame or to a sash, and said part comprising a fastening surface on which the fastening part can be mounted, and it being possible to attach the end face of the guide part to the fastening surface, and a guide region of the guide part engaging in a guiding manner in a guide recess in the fastening part, such that the fastening part can be moved perpendicularly to the fastening surface, and the adjusting member having a threaded extension and a radial projection, it being possible to bring the threaded extension into engagement with a complementary thread that is fixed with respect to the fastening surface and to bring the radial projection into engagement with a receptacle on the fastening part, or to bring the threaded extension into engagement with a complementary thread on the fastening part and to bring the radial projection into engagement with a receptacle that is fixed with respect to the fastening surface, characterized in that the mounting part and the clamping part are part of a clamping device which engages in a groove provided in the frame or in the sash, and at least the guide member can be brought into engagement, via a threaded extension extending from the end face, with a complementary thread of the clamping part such that a clamping effect is achieved by the at least one guide member.
A prosthesis system for human limbs having an implant having at least two mutually movable joint members, wherein the first joint member can be connected to a bone portion (131, 132), characterised in that the second joint member has an end portion, which is intended to be arranged subcutaneously, on the side thereof remote from the joint.
Dishwashing machine comprising: an outer casing which is provided with a pass-through tunnel extending substantially horizontally within said casing; and a linear conveyor adapted to advance a succession of dishwasher racks along the pass-through tunnel; the pass-through tunnel having a washing section wherein jets of a washing liquid are directed towards a dishwasher rack momentarily traveling inside the washing section, and a rinsing section which is located downstream of the washing section and wherein jets of a rinsing liquid are directed towards a dishwasher rack momentarily travelling inside the rinsing section; inside the washing section, the dishwashing machine comprising: a first catchment sink which is arranged on the bottom of the tunnel so as to collect and accumulate the washing liquid trickling down from a dishwasher rack momentarily traveling inside the washing section; a number of washing nozzles which are arranged above the catchment sink and are oriented so as to direct jets of washing liquid towards a dishwasher rack momentarily traveling inside the washing section; and a washing-liquid feed line adapted to feed the washing liquid accumulated into the first catchment sink towards the washing nozzles; inside the rinsing section, the dishwashing machine comprising: a second and a third catchment sinks which are arranged on the bottom of the tunnel one downstream the other, so as to separately collect and accumulate the washing liquid trickling down from a dishwasher rack momentarily traveling above said second and third catchment sinks; a number of final rinsing nozzles which are arranged above the third catchment sink and are oriented so as to direct corresponding jets of rinsing liquid towards a dishwasher rack momentarily traveling inside the rinsing section, above the third catchment sink; a first rinsing-liquid feed line adapted to feed the rinsing liquid towards the final rinsing nozzles; a number of pre-rinsing nozzles which are arranged above the second catchment sink and are oriented so as to direct corresponding jets of rinsing liquid towards a dishwasher rack momentarily travelling inside the rinsing section, above the second catchment sink; and a second rinsing-liquid feed line which is adapted to feed the rinsing liquid accumulated into the second catchment sink towards the pre-rinsing nozzles; said third catchment sink being connected to the second catchment sink via an overflow assembly which is structured to automatically channel, from third catchment sink to second catchment sink, the rinsing liquid contained into the third catchment sink and exceeding a given threshold level; the dishwashing machine being characterized in that said second rinsing-liquid feed line is additionally adapted to feed the rinsing liquid accumulated into the second catchment sink also towards the third catchment sink.
A method for wireless communication, comprising: determining a guard interval (G 1, G 2) for a first wireless communication device (110, 110b, 505, 505-a), having coexisting radios that use different radio access technologies (RATs); the method being characterized by applying the determined guard interval (G 1, G 2) before and after a scheduled interference interval for the first WCD (110, 110b, 505, 505-a), the guard interval (G 1, G 2) defining a non-transmission time interval for the first WCD (110, 110b, 505, 505-a). determining a guard interval (G 1, G 2) for a first wireless communication device (110, 110b, 505, 505-a), having coexisting radios that use different radio access technologies (RATs); the method being characterized by applying the determined guard interval (G 1, G 2) before and after a scheduled interference interval for the first WCD (110, 110b, 505, 505-a), the guard interval (G 1, G 2) defining a non-transmission time interval for the first WCD (110, 110b, 505, 505-a).
Antenna device for a hearing instrument, comprising an antenna arrangement (16, 36) with a coil core (22, 32) made of magnetically permeable material, having a preferred transmission and reception spatial direction, and a further electric hearing instrument component which emits electromagnetic disturbance radiation, wherein an at least partly planar screen (26, 37) made of magnetically permeable material is arranged between the antenna arrangement (16, 36) and the further hearing instrument component, characterized in that the screen (26, 37) is arranged across the longitudinal axis of the antenna arrangement (16, 36) and in that the screen (26, 37) is arranged at a distance of 50 to 150 micrometres, preferably 75 to 100 micrometres, from the coil core (22, 32).
Excavating head comprising: - at least an attachment element to a driving machine to place said head in rotation; - at least a plate-shaped body connected to said attachment element and having at least a first main face and at least a second main face opposite to each other, said first main face being facing to the excavation front; and - at least an excavation tool associated with said plate-shaped body so as to protrude at least in part from said first main face; - least a through opening and crossing said plate-shaped body between said first main face and said second main face, said excavation tool being at least partially housed within said through opening; characterized by the fact that said attachment element has a first extremity for the connection to said driving machine, said first main face being directed towards said first extremity. - at least an attachment element to a driving machine to place said head in rotation; - at least a plate-shaped body connected to said attachment element and having at least a first main face and at least a second main face opposite to each other, said first main face being facing to the excavation front; and - at least an excavation tool associated with said plate-shaped body so as to protrude at least in part from said first main face; - least a through opening and crossing said plate-shaped body between said first main face and said second main face, said excavation tool being at least partially housed within said through opening;
A medical implant comprising a biodegradable magnesium-based alloy of which at least a part of its surface layer comprises a magnesium carbonate, characterized in that, the magnesium carbonate has the formula Mg[ x (CO 3) y] · (H 2 O) z, whereby x+y = 2 and z = 0.25 to 2, or Mg 2 [ 2 (CO 3)] · 3 H 2 O.
A method in a first network entity which is capable of communicating over a plurality of communication links with a second network entity, wherein the first network entity: determines a level of transmit traffic transmitted over the plurality of communication links to the second network entity; determines a level of receive traffic received over the plurality of communication links from the second network entity; determines if the level of transmit traffic and the level of receive traffic meet one or more requirements for changing a number of active links of the plurality of communication links, and if so, changes the number of active links independently of the second network entity, wherein changing the number of active links independently of the second network entity comprises changing the number of active links without exchanging messages or information relating to changing the number of active links prior, during, or after the changing of the number of active links, and characterised in that the first network entity runs in a Link Aggregation Control Protocol, LACP, active mode and operates with the second network entity running in a LACP passive mode and not being configured to determine if a level of transmit traffic and a level of receive traffic meets one or more requirements for changing the number of active links of the plurality of communication links. determines a level of transmit traffic transmitted over the plurality of communication links to the second network entity; determines a level of receive traffic received over the plurality of communication links from the second network entity; determines if the level of transmit traffic and the level of receive traffic meet one or more requirements for changing a number of active links of the plurality of communication links, and if so, changes the number of active links independently of the second network entity, wherein changing the number of active links independently of the second network entity comprises changing the number of active links without exchanging messages or information relating to changing the number of active links prior, during, or after the changing of the number of active links, and characterised in that the first network entity runs in a Link Aggregation Control Protocol, LACP, active mode and operates with the second network entity running in a LACP passive mode and not being configured to determine if a level of transmit traffic and a level of receive traffic meets one or more requirements for changing the number of active links of the plurality of communication links.
A method for maintaining one or more temperature sensitive products contained within a shipping container at a generally constant temperature during transportation by ground, air or sea, the method comprising: providing a thermal shield comprising an insulation layer having a space defined therein, a low-conductivity material at least partially filling the space, and a valve configured to connect to a vacuum source; positioning the thermal shield over at least a portion of the one or more temperature sensitive products to cover the one or more temperature sensitive products within the shipping container like a blanket; and connecting the vacuum source to the valve to remove air from the space, thereby increasing insulating properties of the insulation layer. providing a thermal shield comprising an insulation layer having a space defined therein, a low-conductivity material at least partially filling the space, and a valve configured to connect to a vacuum source; positioning the thermal shield over at least a portion of the one or more temperature sensitive products to cover the one or more temperature sensitive products within the shipping container like a blanket; and connecting the vacuum source to the valve to remove air from the space, thereby increasing insulating properties of the insulation layer.
A thermal cycler comprising a heat sink, at least one electrical heating element (24a, 24b, 24c), which advantageously may also be used for cooling, and a vapor chamber, disposed above the at least one electrical heating element (24a, 24b, 24c), wherein the vapor chamber comprises a lower shell and an upper shell, wherein at least one gas-tight and liquid-tight intermediate space is formed between lower shell and upper shell, in which space a fluid working medium is received and a porous material (12, 13, 30) cooperating with the fluid working medium is disposed, wherein the porous material (12, 13, 30) contacts the upper shell and/or the lower shell at least in some zones, albeit without completely filling the at least one intermediate space but instead forming at least one cavity-like vapor gap, wherein the upper shell of the vapor chamber is provided on the top side with a multiplicity of depressions, distributed over its surface, extending toward the lower shell, with a wall forming a bottom and functioning as sample receptacles, in which samples to be thermally regulated using the vapor chamber can be introduced from above, wherein at least one vapor gap bounded at least partly by the porous material (12, 13, 30) extends three-dimensionally in such a way that, inside the intermediate space disposed between upper and lower shell (4, 3), it surrounds at least part of the lateral periphery of one or more depressions of the upper shell, characterized in that, at least some of the depressions, preferably all depressions, formed on the upper shell and extending toward the lower shell contact the lower shell with their bottom end, wherein at least some of the depressions contacting the lower shell are joined in a metallurgical manner at their bottom end to the lower shell, and wherein each depression of the upper shell is contacted inside the intermediate space with the porous material (13, 30) and wherein the porous material (13, 30) adjoining the depressions inside the intermediate space contacts the porous material (12, 30) adjoining the lower shell in the zone of the respective depressions.
A high-strength sheet comprising: C: 0.15% by mass to 0.35% by mass, total of Si and Al: 0.5% by mass to 3.0% by mass, Mn: 1.0% by mass to 4.0% by mass, P: 0.05% by mass or less, and S: 0.01% by mass or less, with the balance being Fe and inevitable impurities, wherein the steel structure satisfies that: a ferrite fraction is 5 volume% or less, the total fraction of tempered martensite and tempered bainite is 60 volume% or more, the amount of retained austenite is 10 volume% or more, MA has an average size of 1.0 μm or less, a half-width of the concentration distribution of Mn in the carbon-concentrated region that is equal to the amount of retained austenite is 0.3% by mass or more, and a scattering intensity at the q value of 1 nm -1 in X-ray small angle scattering is 1.0 cm -1 or less; wherein the scattering intensity and the half-width of the concentration distribution of Mn in the carbon-concentrated region are determined as disclosed in the description. C: 0.15% by mass to 0.35% by mass, total of Si and Al: 0.5% by mass to 3.0% by mass, Mn: 1.0% by mass to 4.0% by mass, P: 0.05% by mass or less, and S: 0.01% by mass or less, with the balance being Fe and inevitable impurities, wherein the steel structure satisfies that: a ferrite fraction is 5 volume% or less, the total fraction of tempered martensite and tempered bainite is 60 volume% or more, the amount of retained austenite is 10 volume% or more, MA has an average size of 1.0 μm or less, a half-width of the concentration distribution of Mn in the carbon-concentrated region that is equal to the amount of retained austenite is 0.3% by mass or more, and a scattering intensity at the q value of 1 nm -1 in X-ray small angle scattering is 1.0 cm -1 or less; a ferrite fraction is 5 volume% or less, the total fraction of tempered martensite and tempered bainite is 60 volume% or more, the amount of retained austenite is 10 volume% or more, MA has an average size of 1.0 μm or less, a half-width of the concentration distribution of Mn in the carbon-concentrated region that is equal to the amount of retained austenite is 0.3% by mass or more, and a scattering intensity at the q value of 1 nm -1 in X-ray small angle scattering is 1.0 cm -1 or less; wherein the scattering intensity and the half-width of the concentration distribution of Mn in the carbon-concentrated region are determined as disclosed in the description.
A turbine comprising: a) a central shaft for engaging with a generator; and b) a plurality of blades that rotate in a single direction when exposed to fluid flow, wherein the plurality of blades are joined to the central shaft by a plurality of radial spokes disposed substantially perpendicular to the central shaft such that the rotating plurality of blades causes the shaft to rotate, and wherein the plurality of blades further comprise: i) an airfoil-shaped cross section having a non-zero angle of attack, which angle is defined by an intersection of the chords of the airfoil-shaped cross section and a tangential line abutting the same cross section and oriented in the direction of relative fluid flow; ii) a spiral wound trajectory rotating around the central shaft and having a variable radius along the length of the central shaft such that a distance measured from the plurality of blades to the center shaft is greater at the center of the turbine than at either end; characterized in that c) a shaft extension system supported by a bearing carrier and disposed between the central shaft and the generator such that the generator is removable without requiring disassembly of the turbine. a) a central shaft for engaging with a generator; and b) a plurality of blades that rotate in a single direction when exposed to fluid flow, wherein the plurality of blades are joined to the central shaft by a plurality of radial spokes disposed substantially perpendicular to the central shaft such that the rotating plurality of blades causes the shaft to rotate, and wherein the plurality of blades further comprise: i) an airfoil-shaped cross section having a non-zero angle of attack, which angle is defined by an intersection of the chords of the airfoil-shaped cross section and a tangential line abutting the same cross section and oriented in the direction of relative fluid flow; ii) a spiral wound trajectory rotating around the central shaft and having a variable radius along the length of the central shaft such that a distance measured from the plurality of blades to the center shaft is greater at the center of the turbine than at either end; characterized in that i) an airfoil-shaped cross section having a non-zero angle of attack, which angle is defined by an intersection of the chords of the airfoil-shaped cross section and a tangential line abutting the same cross section and oriented in the direction of relative fluid flow; ii) a spiral wound trajectory rotating around the central shaft and having a variable radius along the length of the central shaft such that a distance measured from the plurality of blades to the center shaft is greater at the center of the turbine than at either end; characterized in that c) a shaft extension system supported by a bearing carrier and disposed between the central shaft and the generator such that the generator is removable without requiring disassembly of the turbine.