mhurhangee/ep-ind-claims huggingface dataset:
Device for anchoring constructions in the ground, having a support element and having supporting plates which are disposed in a supporting plane, wherein - the supporting plates are connected to the support element by connecting webs, in that - horizontal webs (3.1, 3.2) in the supporting plane interconnect outer supporting plates (2.2), and - oblique webs (3.3) connect the support element to the supporting plates (2.1, 2.2) lying in the supporting plane by means of a fastening element which is disposed on the support element, - the support element, the supporting plates, and the connecting webs are composed of steel, characterized in that - the support element, the supporting plates, and the connecting webs are interconnected by screw connections, and in that bracing plates (2.2.1) are welded to the outer supporting plates (2.2), to which bracing plates the horizontal webs (3.1, 3.2) and the oblique webs (3.3) are fastened by means of screw connections. - the supporting plates are connected to the support element by connecting webs, in that - horizontal webs (3.1, 3.2) in the supporting plane interconnect outer supporting plates (2.2), and - oblique webs (3.3) connect the support element to the supporting plates (2.1, 2.2) lying in the supporting plane by means of a fastening element which is disposed on the support element, - horizontal webs (3.1, 3.2) in the supporting plane interconnect outer supporting plates (2.2), and - oblique webs (3.3) connect the support element to the supporting plates (2.1, 2.2) lying in the supporting plane by means of a fastening element which is disposed on the support element, - the support element, the supporting plates, and the connecting webs are composed of steel, characterized in that - the support element, the supporting plates, and the connecting webs are interconnected by screw connections, and in that bracing plates (2.2.1) are welded to the outer supporting plates (2.2), to which bracing plates the horizontal webs (3.1, 3.2) and the oblique webs (3.3) are fastened by means of screw connections.
Handheld cyclone vacuum cleaner, comprising - a separator container for collecting suctioned material, which has a first and a second filter stage (6, 7), the first filter stage having a cyclone generated during operation and the second filter stage having a prefilter, the separator container having a longitudinal axis; - a drive unit container which is arranged adjacent to the separator container and which has a drive unit for generating a suction flow and a third filter stage, the third filter stage having a central filter, the drive unit container having a longitudinal axis; - the first filter stage, the second filter stage and the third filter stage being arranged fluidically one behind the other in the specified order; - a suction pipe for guiding the suction flow during operation of the drive unit, the suction pipe having a longitudinal axis, the longitudinal axis of the suction pipe being arranged parallel to the longitudinal axis of the separator container; the third filter stage being arranged axially to the longitudinal axis of the drive unit container, the central filter being a cylindrical filter which is sealed to the drive unit and to a drive unit container outer housing, characterised in that the central filter is a hollow-cylindrical filter, the central filter forming an outer skirt surface and an inner skirt surface. - a separator container for collecting suctioned material, which has a first and a second filter stage (6, 7), the first filter stage having a cyclone generated during operation and the second filter stage having a prefilter, the separator container having a longitudinal axis; - a drive unit container which is arranged adjacent to the separator container and which has a drive unit for generating a suction flow and a third filter stage, the third filter stage having a central filter, the drive unit container having a longitudinal axis; - the first filter stage, the second filter stage and the third filter stage being arranged fluidically one behind the other in the specified order; - a suction pipe for guiding the suction flow during operation of the drive unit, the suction pipe having a longitudinal axis, the longitudinal axis of the suction pipe being arranged parallel to the longitudinal axis of the separator container; the third filter stage being arranged axially to the longitudinal axis of the drive unit container, the central filter being a cylindrical filter which is sealed to the drive unit and to a drive unit container outer housing, characterised in that the central filter is a hollow-cylindrical filter, the central filter forming an outer skirt surface and an inner skirt surface. the third filter stage being arranged axially to the longitudinal axis of the drive unit container, the central filter being a cylindrical filter which is sealed to the drive unit and to a drive unit container outer housing, characterised in that the central filter is a hollow-cylindrical filter, the central filter forming an outer skirt surface and an inner skirt surface.
Tubular combustion chamber system for a gas turbine unit, having a plurality of annularly arranged transition ducts which are designed to be connected by their upstream ends in each case to a burner and to conduct hot gas produced by the burners to a turbine, wherein the tubular combustion chamber system has a hot gas manifold which is designed for connection to the turbine and which defines an annular channel, open to the turbine, into which there open the downstream ends of the transition ducts, wherein the cross section of each transition duct tapers conically in the downstream direction, wherein the transition ducts and the hot gas manifold are made of metal and are provided internally with a refractory lining, more particularly with a ceramic lining, wherein the refractory lining of the transition duct has at least one annular lining section whose outer diameter tapers conically in the downstream direction, and wherein the transition ducts and the hot gas manifold are made of metal and are provided internally with a refractory lining, more particularly with a ceramic lining, characterized in that the lining section is held on the transition duct with radial and axial pretension. wherein the tubular combustion chamber system has a hot gas manifold which is designed for connection to the turbine and which defines an annular channel, open to the turbine, into which there open the downstream ends of the transition ducts, wherein the cross section of each transition duct tapers conically in the downstream direction, wherein the transition ducts and the hot gas manifold are made of metal and are provided internally with a refractory lining, more particularly with a ceramic lining, wherein the refractory lining of the transition duct has at least one annular lining section whose outer diameter tapers conically in the downstream direction, and wherein the transition ducts and the hot gas manifold are made of metal and are provided internally with a refractory lining, more particularly with a ceramic lining, characterized in that the lining section is held on the transition duct with radial and axial pretension.
A method for receiving a plurality of wireless signals and for carrier aggregation on separate bands, comprising: wirelessly receiving a plurality of signals over different carrier frequencies in different bands with at least one antenna; providing the received plurality of signals to a first transceiver having a low noise amplifier and a first downconverter; amplifying the plurality of signals with the low noise amplifier of the first transceiver to obtain an amplified plurality of signals; providing a first carrier signal of the amplified plurality of signals to the first downconverter on the first transceiver; providing a second carrier signal of the amplified plurality of signals to a second downconverter on a second transceiver; processing the first carrier signal using the first downconverter; and processing the second carrier signal using the second downconverter and further comprising: an inter-transceiver connection that routes the second carrier signal from the low noise amplifier on the first transceiver to the second downconverter of the second transceiver. wirelessly receiving a plurality of signals over different carrier frequencies in different bands with at least one antenna; providing the received plurality of signals to a first transceiver having a low noise amplifier and a first downconverter; amplifying the plurality of signals with the low noise amplifier of the first transceiver to obtain an amplified plurality of signals; providing a first carrier signal of the amplified plurality of signals to the first downconverter on the first transceiver; providing a second carrier signal of the amplified plurality of signals to a second downconverter on a second transceiver; processing the first carrier signal using the first downconverter; and processing the second carrier signal using the second downconverter and further comprising: an inter-transceiver connection that routes the second carrier signal from the low noise amplifier on the first transceiver to the second downconverter of the second transceiver.
An applicator for a tampon comprising an inner tube and an outer tube, the inner tube being slideable within the outer tube, the applicator having a forward end, wherein a plurality of protrusions is provided on the outer surface of the inner tube at its forward end and a plurality of spikes is provided on the inner surface of the outer tube at its forward end, and wherein the inner tube comprises a plurality of petals at its forward end, and wherein each protrusion extends from the base of a petal in the longitudinal direction of the inner tube towards the forward end of said petal, and wherein the protrusion has a width in a direction extending around the circumference of the inner tube and wherein the width of the protrusion tapers from the base of the petal, where the protrusion is at its widest, towards the forward end of the petal, and wherein the applicator comprises one or more of the following features: the number of protrusions at the forward end of the inner tube is not the same as the number of spikes at the forward end of the outer tube; the number of protrusions at the forward end of the inner tube is the same as the number of spikes at the forward end of the outer tube and one or more of the protrusions are arranged in an asymmetric manner around the outer surface of the inner tube such that the distance between two adjacent protrusions is not the same for all adjacent pairs of protrusions; the number of protrusions at the forward end of the inner tube is the same as the number of spikes at the forward end of the outer tube and one or more of the spikes are arranged in an asymmetric manner around the inner surface of the outer tube such that the distance between two adjacent spikes is not the same for all adjacent pairs of spikes. the number of protrusions at the forward end of the inner tube is not the same as the number of spikes at the forward end of the outer tube; the number of protrusions at the forward end of the inner tube is the same as the number of spikes at the forward end of the outer tube and one or more of the protrusions are arranged in an asymmetric manner around the outer surface of the inner tube such that the distance between two adjacent protrusions is not the same for all adjacent pairs of protrusions; the number of protrusions at the forward end of the inner tube is the same as the number of spikes at the forward end of the outer tube and one or more of the spikes are arranged in an asymmetric manner around the inner surface of the outer tube such that the distance between two adjacent spikes is not the same for all adjacent pairs of spikes.
An air fryer, comprising: an air fryer basket; and an air fryer basket accessory that comprises: a first plate configured to be supported by the air fryer basket; and a second plate rotatably connected to the first plate, the second plate configured to be supported by the air fryer basket. an air fryer basket; and an air fryer basket accessory that comprises: a first plate configured to be supported by the air fryer basket; and a second plate rotatably connected to the first plate, the second plate configured to be supported by the air fryer basket. a first plate configured to be supported by the air fryer basket; and a second plate rotatably connected to the first plate, the second plate configured to be supported by the air fryer basket.
An article comprising: a foam layer, having a first surface and a second opposing surface; a first primer layer, the first primer layer comprising thermoplastic polymeric binder; and a first pressure sensitive adhesive layer, having a first surface and a second opposing surface, the first pressure sensitive adhesive layer comprising a poly(meth)acrylate polymer and an epoxy functional nanoparticle, wherein the first primer layer is positioned between the first surface of the foam layer and the second surface of the first pressure sensitive adhesive layer. a foam layer, having a first surface and a second opposing surface; a first primer layer, the first primer layer comprising thermoplastic polymeric binder; and a first pressure sensitive adhesive layer, having a first surface and a second opposing surface, the first pressure sensitive adhesive layer comprising a poly(meth)acrylate polymer and an epoxy functional nanoparticle, wherein the first primer layer is positioned between the first surface of the foam layer and the second surface of the first pressure sensitive adhesive layer.
Method for treating hair fibres which comprises: the application to hair fibres of steam by means of a device capable of generating steam, the shaping of these hair fibres with a smoothing iron at a temperature of greater than 50°C for smoothing the hair fibres, these two stages are carried out with the same device configured to carry out these two stages successively, the application of steam being separated from the shaping step so that when a lock is processed, the steam is applied to a portion of the lock not imprisoned into the shaping means and the steam application is carried out solely before the step of shaping the application to hair fibres of steam by means of a device capable of generating steam, the shaping of these hair fibres with a smoothing iron at a temperature of greater than 50°C for smoothing the hair fibres, these two stages are carried out with the same device configured to carry out these two stages successively, the application of steam being separated from the shaping step so that when a lock is processed, the steam is applied to a portion of the lock not imprisoned into the shaping means and the steam application is carried out solely before the step of shaping
A method of heat management in a portable electronic device, comprising: measuring a temperature of a portable electronic device; switching a power path for the portable electronic device from an external power source to an internal power pack based on the temperature of the portable electronic device (204, 208, 210). measuring a temperature of a portable electronic device; switching a power path for the portable electronic device from an external power source to an internal power pack based on the temperature of the portable electronic device (204, 208, 210).
An air conditioner comprising: at least one indoor unit; and a wired controller connected to the at least one indoor unit through two lines (L 1, L 2) to receive power from the at least one indoor unit and to perform data communication with the at least one indoor unit, wherein the indoor unit comprises a first communication unit to modulate a low-frequency communication signal into a high-frequency communication signal and transmit the high-frequency communication signal when performing data communication and to demodulate a received high-frequency communication signal into a low-frequency communication signal; wherein the wired controller further comprises a second communication unit to modulate a low-frequency communication signal into a high-frequency communication signal and transmit the high-frequency communication signal when performing data communication and to demodulate a received high-frequency communication signal into a low-frequency communication signal, wherein the wired controller performs operation control of the indoor unit based on the demodulated communication signal; the air conditioner being characterized in that the second communication unit delays the phase of a high-frequency communication signal to be transmitted in one of the two lines (L 1, L 2). at least one indoor unit; and a wired controller connected to the at least one indoor unit through two lines (L 1, L 2) to receive power from the at least one indoor unit and to perform data communication with the at least one indoor unit, wherein the indoor unit comprises a first communication unit to modulate a low-frequency communication signal into a high-frequency communication signal and transmit the high-frequency communication signal when performing data communication and to demodulate a received high-frequency communication signal into a low-frequency communication signal; wherein the wired controller further comprises a second communication unit to modulate a low-frequency communication signal into a high-frequency communication signal and transmit the high-frequency communication signal when performing data communication and to demodulate a received high-frequency communication signal into a low-frequency communication signal, wherein the wired controller performs operation control of the indoor unit based on the demodulated communication signal; the air conditioner being characterized in that the second communication unit delays the phase of a high-frequency communication signal to be transmitted in one of the two lines (L 1, L 2).
A nanoparticle comprising: a semi-conductor nanocrystal, wherein the semi-conductor nanocrystal is a concentration-gradient quantum dot; a first organic coating layer comprising one or more lipophilic carboxylic acid ligand having a polar head and a non-polar tail, with the polar head contacting the nanocrystal; a second organic coating intercalated with the first coating layer comprising an organic material having a polar head and a non-polar tail, wherein about 40% to about 100% of the non-polar tails of the second organic coating are intercalated with the non-polar tails of the first organic coating layer. a semi-conductor nanocrystal, wherein the semi-conductor nanocrystal is a concentration-gradient quantum dot; a first organic coating layer comprising one or more lipophilic carboxylic acid ligand having a polar head and a non-polar tail, with the polar head contacting the nanocrystal; a second organic coating intercalated with the first coating layer comprising an organic material having a polar head and a non-polar tail, wherein about 40% to about 100% of the non-polar tails of the second organic coating are intercalated with the non-polar tails of the first organic coating layer.
A dental cleaning aid including: a threader being a looped monofilament fastened to itself, wherein a leading portion of the threader is resistant to bending; and a follower following the threader and being at least in part wider than the monofilament, the follower being a folded length of material twisted to form a double helix; wherein the follower extends through the looped monofilament of the threader and is twisted together with itself to secure the folded length of material of the follower to the looped monofilament of the threader. a threader being a looped monofilament fastened to itself, wherein a leading portion of the threader is resistant to bending; and a follower following the threader and being at least in part wider than the monofilament, the follower being a folded length of material twisted to form a double helix; wherein the follower extends through the looped monofilament of the threader and is twisted together with itself to secure the folded length of material of the follower to the looped monofilament of the threader.
Hydraulic shunt of a heating or cooling assembly, whereby the shunt in operation is fluidly connected with one or several heat or cold sources and with several heating or cooling circuits, whereby a carrier medium for heat or cold circulates between the heat or cold sources and the heating or cooling circuits, whereby the shunt comprises a container, whereby the inside of the container is designed for several temperature zones of the carrier medium (2.1 - 2.n) on top of each other, which are flow connected with each other, whereby connections (30.1 - 30.n, 40.1 - 40.n) for feed lines and return lines of the heat or cold circuits and for feed lines and return lines of the heating or cooling circuits are fitted to a perimeter wall of the container and are each connected to one of the temperature zones of the carrier medium (2.1 - 2.n), whereby in the container at least three temperature zones of the carrier medium (2.1 - 2.n) are provided on top of each other, whereby in the container several separator elements (5, 5') are arranged, each limiting one temperature zone (2.1 - 2.n) and each fitted with at least one flow passage (50, 50') for the carrier medium, whereby between each two temperature zones (2.1 - 2.n) limited by separator elements (5, 5'), there is an intermediate area of the inside of the container, whereby each separator element (5, 5') on the inside of the container leaves at least one circulating carrier medium flow path free for the respectively assigned temperature zone of the carrier medium (2.1 - 2.n), whereby to each temperature zone of the carrier medium (2.1 - 2.n) is assigned a pair of pipe sockets (3.1 - 3.n, 4.1 - 4.n) aligned with each other and arranged opposite each other and opening out in the inside of the container and linked with the connections (30.1 - 30.n, 40.1 - 40.n), and whereby the two pipe sockets (3.1, 4.1 - 3.n, 4.n) of a pair are provided either with free ends at a distance to one another or as a continuous pipe with at least one flow opening to the inside of the container, characterised in that, a jacket pipe is equipped as a separator element over at least the distance or the flow opening, which encircles the pipe sockets (3.1, 4.1 - 3.n, 4.n) of the respective pair at a radial distance.
A heat exchanger (100, 500) comprising: a housing (102, 502) including an inlet for receiving bulk solids, and an outlet for discharging the bulk solids; a plurality of spaced apart, substantially parallel heat transfer plate assemblies (112, 506, 612, 812, 912) disposed in the housing (102, 502) between the inlet and the outlet for cooling the bulk solids that flow from the inlet, between adjacent heat transfer plate assemblies (112, 506, 612, 812, 912), to the outlet; ones of the plurality of heat transfer plate assemblies (112, 506, 612, 812, 912) including a heat transfer plate (302, 602), characterized by a pipe (308, 608) extending along a top end of the heat transfer plate (302, 602) to protect the heat transfer plate (302, 602). a housing (102, 502) including an inlet for receiving bulk solids, and an outlet for discharging the bulk solids; a plurality of spaced apart, substantially parallel heat transfer plate assemblies (112, 506, 612, 812, 912) disposed in the housing (102, 502) between the inlet and the outlet for cooling the bulk solids that flow from the inlet, between adjacent heat transfer plate assemblies (112, 506, 612, 812, 912), to the outlet; ones of the plurality of heat transfer plate assemblies (112, 506, 612, 812, 912) including a heat transfer plate (302, 602), characterized by a pipe (308, 608) extending along a top end of the heat transfer plate (302, 602) to protect the heat transfer plate (302, 602).