mhurhangee/ep-ind-claims huggingface dataset:
A musical aid for use with a musical keyboard, comprising: an elongate body having at least three ridges extending outwardly from and longitudinally along the musical aid, each ridge having two side surfaces, at least two different side surfaces of the at least three ridges carrying respective sets of key-indicating markers, each set of key-indicating markers representing a different group of one or more types of musical pattern; wherein adjacent ridges of the at least three ridges are shaped to form a concave surface between the adjacent ridges, the concave surface extending longitudinally along the musical aid; and the key-indicating markers of each set are spaced such that when the musical aid is located on the keyboard in an orientation in which a selected side surface is at a position at which a root key-indicating marker of the set carried by the selected side surface is positioned above any key of the keyboard, the key beneath the root key-indicating marker forms the root note of a group of one or more musical patterns of the types represented by the set carried by the selected side surface, and the remaining key-indicating markers of the set carried by the selected side surface are positioned above keys of the keyboard that correspond to the remaining notes of the group of musical patterns. an elongate body having at least three ridges extending outwardly from and longitudinally along the musical aid, each ridge having two side surfaces, at least two different side surfaces of the at least three ridges carrying respective sets of key-indicating markers, each set of key-indicating markers representing a different group of one or more types of musical pattern; wherein adjacent ridges of the at least three ridges are shaped to form a concave surface between the adjacent ridges, the concave surface extending longitudinally along the musical aid; and the key-indicating markers of each set are spaced such that when the musical aid is located on the keyboard in an orientation in which a selected side surface is at a position at which a root key-indicating marker of the set carried by the selected side surface is positioned above any key of the keyboard, the key beneath the root key-indicating marker forms the root note of a group of one or more musical patterns of the types represented by the set carried by the selected side surface, and the remaining key-indicating markers of the set carried by the selected side surface are positioned above keys of the keyboard that correspond to the remaining notes of the group of musical patterns.
A closed-loop system for cryosurgery, comprising a closed-loop flow path for a cryofluid at cryogenic temperatures, said closed-loop flow path having a nominal pressure throughout and including a first section and a second section; a pump positioned in the second section of the closed-loop flow path for circulating said cryofluid in said closed-loop flow path; a heat exchanger coupled to a heat sink and positioned in the first section of the closed-loop flow path for cooling said cryofluid in the first section of the closed-loop flow path to cryogenic temperatures; and one or more cryoneedles positioned in the first section of the closed-loop flow path, each cryoneedle configured to provide a cryotherapy, the system characterised by a recuperator in said closed-loop flow path, the recuperator positioned between the first section and the second section, said recuperator configured for transferring thermal energy between said cryofluid in said second section and said cryofluid at cryogenic temperatures in said first section, the second section having an operating temperature substantially greater than cryogenic temperatures; and one or more flow control devices positioned in the second section of the closed-loop flow path, each flow control device configured for selectively enabling and disabling a flow of said cryofluid at cryogenic temperatures between said closed-loop flow path and one or more of the cryoneedles. a closed-loop flow path for a cryofluid at cryogenic temperatures, said closed-loop flow path having a nominal pressure throughout and including a first section and a second section; a pump positioned in the second section of the closed-loop flow path for circulating said cryofluid in said closed-loop flow path; a heat exchanger coupled to a heat sink and positioned in the first section of the closed-loop flow path for cooling said cryofluid in the first section of the closed-loop flow path to cryogenic temperatures; and one or more cryoneedles positioned in the first section of the closed-loop flow path, each cryoneedle configured to provide a cryotherapy, the system characterised by a recuperator in said closed-loop flow path, the recuperator positioned between the first section and the second section, said recuperator configured for transferring thermal energy between said cryofluid in said second section and said cryofluid at cryogenic temperatures in said first section, the second section having an operating temperature substantially greater than cryogenic temperatures; and one or more flow control devices positioned in the second section of the closed-loop flow path, each flow control device configured for selectively enabling and disabling a flow of said cryofluid at cryogenic temperatures between said closed-loop flow path and one or more of the cryoneedles.
A mixing and processing machine for preparation of cosmetics and related materials, wherein the machine is electronically commanded by a software; said machine comprising a cabinet equipped with a bottling station and with at least one control keyboard (2,2') with two similar keyboards (2a,2b;2a',2b') for commanding and controlling internal devices placed inside the cabinet,the internal devices are used by one agent/user to prepare cosmetics and related products, to be placed in bottles, as of the choice of chemical or natural substances, and are constituted by a plurality of main compartments, capable of warehousing corresponding gallons containing at least 2 liters of substances of the "base" type, characterized in that the machine further comprises, in another part of the interior of the cabinet, secondary compartments of lower capacity where there are stored containers of combination substances, and in that the main compartments with the "base" substances are connected by tubing to a main carrousel equipped with a flow mouth, said main carrousel being connected to the entrance of a dosing valve duly assembled in the bottling station of the bottle, wherein said dosing valve receives through another entrance a connection originated from a secondary carrousel responsible for receiving the combination substances of the secondary compartments through an access mouth.
A method of enhancing radio programming, comprising: receiving a broadcast radio transmission at a communication device, wherein the broadcast radio transmission comprises primary content and supplemental content having an output time relationship to the primary content, wherein the primary content comprises a first audio data, wherein the supplemental content comprises a non-audio data; converting the supplemental content into converted supplemental content having the output time relationship to the primary content, wherein the converted supplemental content comprises second audio data converted from the non-audio data; generating a first audio signal comprising a representation of the primary content according to the first audio data and a second audio signal comprising a representation of the supplemental content according to the second audio data; storing the first audio signal and the second audio signal; and outputting the first audio signal on a first audio channel and the second audio signal on a second audio channel, wherein the second audio channel is different from the first audio channel; wherein the output time relationship between the first audio signal and the second audio signal insures outputting of the respective signals at a certain time relative to one another. receiving a broadcast radio transmission at a communication device, wherein the broadcast radio transmission comprises primary content and supplemental content having an output time relationship to the primary content, wherein the primary content comprises a first audio data, wherein the supplemental content comprises a non-audio data; converting the supplemental content into converted supplemental content having the output time relationship to the primary content, wherein the converted supplemental content comprises second audio data converted from the non-audio data; generating a first audio signal comprising a representation of the primary content according to the first audio data and a second audio signal comprising a representation of the supplemental content according to the second audio data; storing the first audio signal and the second audio signal; and outputting the first audio signal on a first audio channel and the second audio signal on a second audio channel, wherein the second audio channel is different from the first audio channel; wherein the output time relationship between the first audio signal and the second audio signal insures outputting of the respective signals at a certain time relative to one another.
Apparatus for casting a composite metal ingot, comprising: an open-ended generally rectangular mold cavity having an entry end portion, a discharge end opening, cooled mold walls surrounding the mold cavity to form opposed side walls and opposed end walls of the mold, and a movable bottom block adapted to fit within the discharge end and to move axially of the mold in a direction of casting; at least one cooled divider wall at the entry end portion of the mold to divide the entry end portion into at least two feed chambers; a conduit for feeding metal for an inner layer to one of the at least two feed chambers and at least one conduit for feeding metal for at least one outer layer to at least one other of the feeding chambers, to thereby form a generally rectangular ingot at the discharge end opening having opposed side surfaces and opposed end surfaces and comprising an inner layer and at least one outer layer; equipment for controlling the feeding of metal through said conduits to maintain upper surfaces of metal in different feed chambers at different vertical levels; and secondary cooling equipment adjacent to the discharge end opening having parts positioned adjacent to each of said side walls and end walls of the mold; wherein parts of said cooling equipment adjacent to said end walls are arranged to commence secondary cooling at a different position along said ingot in the direction of casting relative to said parts of said secondary cooling equipment adjacent to at least one of said side walls. an open-ended generally rectangular mold cavity having an entry end portion, a discharge end opening, cooled mold walls surrounding the mold cavity to form opposed side walls and opposed end walls of the mold, and a movable bottom block adapted to fit within the discharge end and to move axially of the mold in a direction of casting; at least one cooled divider wall at the entry end portion of the mold to divide the entry end portion into at least two feed chambers; a conduit for feeding metal for an inner layer to one of the at least two feed chambers and at least one conduit for feeding metal for at least one outer layer to at least one other of the feeding chambers, to thereby form a generally rectangular ingot at the discharge end opening having opposed side surfaces and opposed end surfaces and comprising an inner layer and at least one outer layer; equipment for controlling the feeding of metal through said conduits to maintain upper surfaces of metal in different feed chambers at different vertical levels; and secondary cooling equipment adjacent to the discharge end opening having parts positioned adjacent to each of said side walls and end walls of the mold; wherein parts of said cooling equipment adjacent to said end walls are arranged to commence secondary cooling at a different position along said ingot in the direction of casting relative to said parts of said secondary cooling equipment adjacent to at least one of said side walls.
A method of manufacturing an object by means of fused deposition modelling, the method successively comprising the steps of: - 3D printing a printable material to create a layer stack of printed material, wherein the layer stack bounds a space, wherein the layer stack has an inner stack surface and an outer stack surface, the inner stack surface facing towards the space and the outer stack surface facing away from the space, - providing a heat shrink onto the layer stack, wherein the heat shrink has an inner heat shrink surface and an outer heat shrink surface, the inner heat shrink surface facing towards the outer stack surface and the outer heat shrink surface facing away from the outer stack surface, and - applying heat to shrink the heat shrink so that the inner heat shrink surface is in physical contact with the outer stack surface and the heat shrink is conformal to the layer stack, wherein the layer stack is light transmissive, and wherein the heat shrink is arranged to provide an optical effect chosen from the group consisting of refraction, diffraction, reflection, diffusion and conversion. - 3D printing a printable material to create a layer stack of printed material, wherein the layer stack bounds a space, wherein the layer stack has an inner stack surface and an outer stack surface, the inner stack surface facing towards the space and the outer stack surface facing away from the space, - providing a heat shrink onto the layer stack, wherein the heat shrink has an inner heat shrink surface and an outer heat shrink surface, the inner heat shrink surface facing towards the outer stack surface and the outer heat shrink surface facing away from the outer stack surface, and - applying heat to shrink the heat shrink so that the inner heat shrink surface is in physical contact with the outer stack surface and the heat shrink is conformal to the layer stack, wherein the layer stack is light transmissive, and wherein the heat shrink is arranged to provide an optical effect chosen from the group consisting of refraction, diffraction, reflection, diffusion and conversion. wherein the layer stack is light transmissive, and wherein the heat shrink is arranged to provide an optical effect chosen from the group consisting of refraction, diffraction, reflection, diffusion and conversion.
A method of processing a multicast frame in a wireless local area network, WLAN, the method comprising: initiating a directed multicast service, DMS, in which at least one multicast frame is transmitted as at least one unicast frame by an access point, AP; receiving the at least one multicast frame from the AP, the at least one multicast frame being transmitted as the at least one unicast frame; terminating the DMS upon receiving a termination message indicating a termination of the DMS from the AP; after the termination of the DMS, determining whether a received multicast frame is duplicated with the at least one multicast frame; and discarding the received multicast frame if the multicast frame is duplicated with the at least one multicast frame, wherein the termination message includes a sequence control field, the sequence control field indicating a sequence number of a last multicast frame transmitted as a unicast frame, and wherein the sequence control field is used to determine whether the received multicast frame is duplicated. initiating a directed multicast service, DMS, in which at least one multicast frame is transmitted as at least one unicast frame by an access point, AP; receiving the at least one multicast frame from the AP, the at least one multicast frame being transmitted as the at least one unicast frame; terminating the DMS upon receiving a termination message indicating a termination of the DMS from the AP; after the termination of the DMS, determining whether a received multicast frame is duplicated with the at least one multicast frame; and discarding the received multicast frame if the multicast frame is duplicated with the at least one multicast frame, wherein the termination message includes a sequence control field, the sequence control field indicating a sequence number of a last multicast frame transmitted as a unicast frame, and wherein the sequence control field is used to determine whether the received multicast frame is duplicated.
A system for providing artificial tooth elements, comprising a detection device for figurative/visual detection of at least one incomplete tooth set, wherein the detection device generates an image of the tooth set, an image evaluation device for determining the type of tooth set and for determining the at least one missing tooth element, and a provision device providing the at least one tooth element determined as missing by the image evaluation device. a detection device for figurative/visual detection of at least one incomplete tooth set, wherein the detection device generates an image of the tooth set, an image evaluation device for determining the type of tooth set and for determining the at least one missing tooth element, and a provision device providing the at least one tooth element determined as missing by the image evaluation device.
An atomizer (100; 200) comprising: a mouthpiece assembly; two heating assemblies configured for heating and atomizing oil, one end of each heating assembly being engaged with the mouthpiece assembly; a fixing assembly hermetically coupled to the mouthpiece assembly, the fixing assembly being configured for securing the two heating assemblies; an atomizing sleeve hermetically connected to the fixing assembly, and nesting the two heating assemblies therein; characterized by a switching assembly coupled to ends of the two heating assemblies away from the mouthpiece assembly, the switching assembly being configured for enabling one of two heating assemblies selectively. a mouthpiece assembly; two heating assemblies configured for heating and atomizing oil, one end of each heating assembly being engaged with the mouthpiece assembly; a fixing assembly hermetically coupled to the mouthpiece assembly, the fixing assembly being configured for securing the two heating assemblies; an atomizing sleeve hermetically connected to the fixing assembly, and nesting the two heating assemblies therein; characterized by a switching assembly coupled to ends of the two heating assemblies away from the mouthpiece assembly, the switching assembly being configured for enabling one of two heating assemblies selectively.
A touch fastener loop material comprising a non-woven web of fibers forming both a base and a field of hook-engageable loops of a tenacity of at least 1.1 grams per denier extending outward from one broad side of the base, wherein the fibers are distributed such that the loop material has a ratio of weight to the product of thickness and area of between 0.6 and 1.3 gram per 16 mL (1 cubic inch).
A tendon repair implant comprising: a sheet-like structure including a first component and a second component, the first component being configured to have a first tensile modulus of about 5 megapascals (MPa) to 50 MPa and comprising a plurality of pores for tissue in-growth; wherein the first component and the second component are layered; characterized in that the second component is configured to have a first tensile modulus of about 50 MPa to 150 MPa. a sheet-like structure including a first component and a second component, the first component being configured to have a first tensile modulus of about 5 megapascals (MPa) to 50 MPa and comprising a plurality of pores for tissue in-growth; wherein the first component and the second component are layered; characterized in that the second component is configured to have a first tensile modulus of about 50 MPa to 150 MPa.
A fire notification facility in which: a plurality of fire detectors _are connected to a loop transmission path connected in a loop shape to a receiver or a relay connected to the receiver, and at the termination of the loop transmission path a break monitoring control unit is provided, monitoring a break fault in the loop transmission path; when the loop transmission path is normal, a signal is transmitted from a transmitting unit of the receiver or relay connected to a starting end of the loop transmission path to the fire detectors to monitor fire; and when a break occurs in the loop transmission path, the termination of the loop transmission path is connected to the transmitting unit to transmit a signal from both ends of the loop transmission path to the fire detectors to monitor fire with the fire notification facility, wherein a plurality of current direction detecting units is provided which are connected to the loop transmission path, each of the plurality of current direction detecting units having a unique address set thereto, and being configured to detect a current direction flowing through the loop transmission path in a predetermined direction as a current normal direction and detect a current flowing through a direction opposite to the normal current direction as a current reverse direction, wherein the plurality of said current direction detecting units transmits the current direction to the receiver or the relay, and wherein a break section determining unit is provided to the receiver or the relay the break section determining unit which determines, as a break section, a section in which the current normal direction detected at the plurality of current direction detecting units is changed to the current reverse direction when a break occurs in the loop transmission path, and notifies as such. wherein a plurality of current direction detecting units is provided which are connected to the loop transmission path, each of the plurality of current direction detecting units having a unique address set thereto, and being configured to detect a current direction flowing through the loop transmission path in a predetermined direction as a current normal direction and detect a current flowing through a direction opposite to the normal current direction as a current reverse direction, wherein the plurality of said current direction detecting units transmits the current direction to the receiver or the relay, and wherein a break section determining unit is provided to the receiver or the relay the break section determining unit which determines, as a break section, a section in which the current normal direction detected at the plurality of current direction detecting units is changed to the current reverse direction when a break occurs in the loop transmission path, and notifies as such.
A method of pressurising a fluid comprising carbon dioxide, the method comprising: obtaining the fluid from a unit for removing carbon dioxide from a process gas; compressing the fluid to a pressure above the critical pressure of carbon dioxide and within the range of 9-12 MPa; and cooling the compressed fluid to a temperature above the critical temperature of carbon dioxide to produce a supercritical fluid, wherein the compressed and cooled fluid has a density of at least 600 kg/m 3, and pumping the supercritical fluid for pressurisation and transport. obtaining the fluid from a unit for removing carbon dioxide from a process gas; compressing the fluid to a pressure above the critical pressure of carbon dioxide and within the range of 9-12 MPa; and cooling the compressed fluid to a temperature above the critical temperature of carbon dioxide to produce a supercritical fluid, wherein the compressed and cooled fluid has a density of at least 600 kg/m 3, and