mhurhangee/ep-ind-claims huggingface dataset:
A phase change material heat exchanger, comprising: a heat source; a phase change material surrounding the heat source in whole or in part; and an outer jacket surrounding the phase change material; wherein the phase change material removes heat when the heat source is on by melting and releases heat to the ambient when the heat source is off by solidifying, characterised in that the outer jacket comprises a plurality of compartments with a plurality of varying volume compartments and/or a plurality of phase change materials therein with differing melting and solidification temperature. a heat source; a phase change material surrounding the heat source in whole or in part; and an outer jacket surrounding the phase change material; wherein the phase change material removes heat when the heat source is on by melting and releases heat to the ambient when the heat source is off by solidifying, characterised in that the outer jacket comprises a plurality of compartments with a plurality of varying volume compartments and/or a plurality of phase change materials therein with differing melting and solidification temperature.
Holding device for attaching objects to a wall surface, comprising a base body, a fastening arrangement and a hood which can be locked to the base body and arches over the fastening arrangement, wherein the base body has a lower side facing the wall surface during assembly and an upper side facing away from the wall, as well as a central opening between the upper and lower sides, which defines a central axis perpendicular to the base body; and the base body has a circular ring-shaped surface on the lower side, which is arranged symmetrically about the central axis; on the inner and outer edge thereof a closed circumferential web (22, 24), which projects from the lower side, is attached in each case; and at least two through-openings (26, 28) are provided in the annular surface between the upper side and the lower side; characterized in that the web at the inner edge of the annular surface is designed higher, relative to the plane of the annular surface, than the web at the outer edge. the base body has a lower side facing the wall surface during assembly and an upper side facing away from the wall, as well as a central opening between the upper and lower sides, which defines a central axis perpendicular to the base body; and the base body has a circular ring-shaped surface on the lower side, which is arranged symmetrically about the central axis; on the inner and outer edge thereof a closed circumferential web (22, 24), which projects from the lower side, is attached in each case; and at least two through-openings (26, 28) are provided in the annular surface between the upper side and the lower side; characterized in that the web at the inner edge of the annular surface is designed higher, relative to the plane of the annular surface, than the web at the outer edge.
An integrated electrically conductive surfacing material comprising: (a) a stiffening layer; (b) a curable resin layer comprising one or more thermoset resins and a curing agent; (c) a conductive layer between the stiffening layer and the curable resin layer; and (d) a nonwoven layer laminated to the curable resin layer, wherein the stiffening layer (a) and the nonwoven layer (d) are outermost layers and the exposed surfaces of the outermost layers are substantially tack-free at room temperature (20°C to 25 °C), wherein the stiffening layer is a nonporous thermoplastic layer comprising one or more polyaryletherketone (PAEK) polymers. (a) a stiffening layer; (b) a curable resin layer comprising one or more thermoset resins and a curing agent; (c) a conductive layer between the stiffening layer and the curable resin layer; and (d) a nonwoven layer laminated to the curable resin layer, wherein the stiffening layer (a) and the nonwoven layer (d) are outermost layers and the exposed surfaces of the outermost layers are substantially tack-free at room temperature (20°C to 25 °C), wherein the stiffening layer is a nonporous thermoplastic layer comprising one or more polyaryletherketone (PAEK) polymers.
A method of controlling an atomization device of a refrigerator, the atomization device including: an atomization electrode; a voltage application unit configured to apply a voltage to the atomization electrode; a control unit configured to control the voltage application unit; and an atomization state detection unit configured to detect an atomization state of the atomization electrode; a cooling pin which is connected to the atomization electrode for cooling the atomization electrode and whose circumference is covered by a heat insulation material; a condensation prevention member which covers a part of the cooling pin, which part is exposed to a side of the atomization electrode; and a heating unit configured to heat the atomization electrode and the condensation prevention member, the method comprising controlling to increase an amount of heating by the heating unit in a subsequent predetermined cycle, when the control unit calculates an atomization rate according to the atomization state detected by the atomization state detection unit in a predetermined cycle and determines that the calculated atomization rate decreases and substantially no atomization occurs. an atomization electrode; a voltage application unit configured to apply a voltage to the atomization electrode; a control unit configured to control the voltage application unit; and an atomization state detection unit configured to detect an atomization state of the atomization electrode; a cooling pin which is connected to the atomization electrode for cooling the atomization electrode and whose circumference is covered by a heat insulation material; a condensation prevention member which covers a part of the cooling pin, which part is exposed to a side of the atomization electrode; and a heating unit configured to heat the atomization electrode and the condensation prevention member, the method comprising controlling to increase an amount of heating by the heating unit in a subsequent predetermined cycle, when the control unit calculates an atomization rate according to the atomization state detected by the atomization state detection unit in a predetermined cycle and determines that the calculated atomization rate decreases and substantially no atomization occurs. controlling to increase an amount of heating by the heating unit in a subsequent predetermined cycle, when the control unit calculates an atomization rate according to the atomization state detected by the atomization state detection unit in a predetermined cycle and determines that the calculated atomization rate decreases and substantially no atomization occurs.
A method of routing traffic between different peer-to-peer communication groups, the method comprising: determining, by a wireless device, if the wireless device is simultaneously connected to a plurality of peer-to-peer communication groups; instantiating, at the wireless device, a first Transparent Interconnection of Lots of Links, TRILL, RBridge interface to route peer-to-peer traffic between the plurality of peer-to-peer communication groups if the wireless device is simultaneously connected to the plurality of peer-to-peer communication groups; determining, by the wireless device, if the wireless device is simultaneously connected to at least one peer-to-peer communication device and an access point; determining, by the wireless device, if the access point includes a second TRILL RBridge interface; and instantiating, at the wireless device, the first TRILL RBridge interface to route peer-to-peer traffic between the at least one peer-to-peer communication device and the access point if (i) the wireless device is simultaneously connected to the least one peer-to-peer communication device and the access point and (ii) the access point does not include the second TRILL RBridge interface. determining, by a wireless device, if the wireless device is simultaneously connected to a plurality of peer-to-peer communication groups; instantiating, at the wireless device, a first Transparent Interconnection of Lots of Links, TRILL, RBridge interface to route peer-to-peer traffic between the plurality of peer-to-peer communication groups if the wireless device is simultaneously connected to the plurality of peer-to-peer communication groups; determining, by the wireless device, if the wireless device is simultaneously connected to at least one peer-to-peer communication device and an access point; determining, by the wireless device, if the access point includes a second TRILL RBridge interface; and instantiating, at the wireless device, the first TRILL RBridge interface to route peer-to-peer traffic between the at least one peer-to-peer communication device and the access point if (i) the wireless device is simultaneously connected to the least one peer-to-peer communication device and the access point and (ii) the access point does not include the second TRILL RBridge interface.
A cogeneration system comprising: an engine; a cooling water circulation channel for returning cooling water of the engine to the engine; an exhaust heat exchanger disposed on the cooling water circulation channel for using exhaust heat released from the engine to heat cold water into hot water; wherein the cooling water circulation channel comprises a cooling water pump for pressure-feeding the cooling water; a generator designed to be driven by the engine for generating electrical energy to be supplied to an external commercial power supply; and electricity supplying means for supplying electrical energy; characterized in that the electricity supplying means comprises one of a battery provided for starting the engine and a battery provided solely for starting the cooling water pump; and a control part for performing a control so that electrical energy is supplied from the battery (72, 82) to a motor of the cooling water pump to avoid overheating upon stopping, as a consequence of a power outage, and subsequent restarting of the engine when a power outage signal indicating that a power outage occurs in the external commercial power supply is received. an engine; a cooling water circulation channel for returning cooling water of the engine to the engine; an exhaust heat exchanger disposed on the cooling water circulation channel for using exhaust heat released from the engine to heat cold water into hot water; wherein the cooling water circulation channel comprises a cooling water pump for pressure-feeding the cooling water; a generator designed to be driven by the engine for generating electrical energy to be supplied to an external commercial power supply; and electricity supplying means for supplying electrical energy; characterized in that the electricity supplying means comprises one of a battery provided for starting the engine and a battery provided solely for starting the cooling water pump; and a control part for performing a control so that electrical energy is supplied from the battery (72, 82) to a motor of the cooling water pump to avoid overheating upon stopping, as a consequence of a power outage, and subsequent restarting of the engine when a power outage signal indicating that a power outage occurs in the external commercial power supply is received.
A mandrel for releasably holding a bit within a distal end of the mandrel, the bit including a bit groove, the mandrel comprising: a socket for receiving the bit, the socket including a locking mechanism mounted within a chamber in an interior of the socket, the locking mechanism moving between a first position where the locking mechanism binds between the bit groove of the bit and a wall of the socket as the bit is pulled distally to prevent distal withdrawal of the bit, and a second position where the locking mechanism may be removed from the bit groove as the bit is pulled distally; and a release mechanism translationally mounted to the socket, the release mechanism capable of moving the locking mechanism from the first position to the second position as the bit is pulled distally. a socket for receiving the bit, the socket including a locking mechanism mounted within a chamber in an interior of the socket, the locking mechanism moving between a first position where the locking mechanism binds between the bit groove of the bit and a wall of the socket as the bit is pulled distally to prevent distal withdrawal of the bit, and a second position where the locking mechanism may be removed from the bit groove as the bit is pulled distally; and a release mechanism translationally mounted to the socket, the release mechanism capable of moving the locking mechanism from the first position to the second position as the bit is pulled distally.
A method of wireless communication, comprising: transmitting a first message to at least two stations, the first message indicating a second message to be transmitted to at least two stations after the first message; transmitting the second message to the at least two stations; and receiving a plurality of uplink data from the at least two stations in response to the second message. transmitting a first message to at least two stations, the first message indicating a second message to be transmitted to at least two stations after the first message; transmitting the second message to the at least two stations; and receiving a plurality of uplink data from the at least two stations in response to the second message.
A rechargeable battery, comprising: an electrode assembly that is adapted to perform a charge and discharge operation; a case that houses the electrode assembly; a cap plate coupled to and closing an opening of the case; an electrode terminal (21, 22) installed in the cap plate; and a lead tab that connects the electrode assembly to the electrode terminal (21, 22), wherein the lead tab comprises: a current collecting connection portion that is connected to the electrode assembly; a terminal connection portion that is bent from the current collecting connection portion to be connected to the electrode terminal (21, 22); characterized by a synthetic material in that the terminal connection portion in which a fuse is formed is embedded, wherein the synthetic material includes an exposing hole therein, the exposing hole exposing at least one side of the fuse. an electrode assembly that is adapted to perform a charge and discharge operation; a case that houses the electrode assembly; a cap plate coupled to and closing an opening of the case; an electrode terminal (21, 22) installed in the cap plate; and a lead tab that connects the electrode assembly to the electrode terminal (21, 22), wherein the lead tab comprises: a current collecting connection portion that is connected to the electrode assembly; a terminal connection portion that is bent from the current collecting connection portion to be connected to the electrode terminal (21, 22); characterized by a synthetic material in that the terminal connection portion in which a fuse is formed is embedded, wherein the synthetic material includes an exposing hole therein, the exposing hole exposing at least one side of the fuse. a current collecting connection portion that is connected to the electrode assembly; a terminal connection portion that is bent from the current collecting connection portion to be connected to the electrode terminal (21, 22); characterized by a synthetic material in that the terminal connection portion in which a fuse is formed is embedded, wherein the synthetic material includes an exposing hole therein, the exposing hole exposing at least one side of the fuse.
A textile seat area in a knitted, woven or nonwoven form with fibers or fiber bundles (8; 14) which are integrated therein or applied thereon and which comprise a plurality of synthetic filaments which on their surface carry a conductive coating, the fibers or fiber bundles (8; 14) being designed as a heating conductor and/or feed line (4, 5), characterized in that the synthetic filaments are made from poly(p-phenylene-2,6-benzobisoxazole) with a coating of a conductive layer.
A signal analyzer comprising: a memory to repetitively store waveform data concerning a signal under test; a processor configured to: detect the peaks of the waveform data; determine mask reference widths by evaluating respective waveform widths of the waveform data at a mask reference level less than the respective peaks of the waveform data by a predetermined level; and set masks at the respective peaks using the mask reference level and mask reference widths, wherein setting the masks at the respective peaks comprises adjusting the mask widths relative to the mask reference widths and adjusting the mask levels relative to the mask reference level. a memory to repetitively store waveform data concerning a signal under test; a processor configured to: detect the peaks of the waveform data; determine mask reference widths by evaluating respective waveform widths of the waveform data at a mask reference level less than the respective peaks of the waveform data by a predetermined level; and set masks at the respective peaks using the mask reference level and mask reference widths, wherein setting the masks at the respective peaks comprises adjusting the mask widths relative to the mask reference widths and adjusting the mask levels relative to the mask reference level. detect the peaks of the waveform data; determine mask reference widths by evaluating respective waveform widths of the waveform data at a mask reference level less than the respective peaks of the waveform data by a predetermined level; and set masks at the respective peaks using the mask reference level and mask reference widths, wherein setting the masks at the respective peaks comprises adjusting the mask widths relative to the mask reference widths and adjusting the mask levels relative to the mask reference level.
An earthquake monitoring device, comprising: a sensor for sensing vibration; and a base having an upper surface formed into a level surface, wherein the sensor is secured to the upper surface of the base and the base is placed on excavated ground such that the upper surface is positioned on a ground surface or the sensor on the upper surface intersects the ground surface; a plurality of shallow piles each having an upper portion inserted into and secured to a lower portion of the base and protruding from the lower portion of the base in a direction of gravity; characterized by further comprising: a plurality of sockets each coupled to a lower portion of each of the shallow piles; and a plurality of deep piles each having an upper portion coupled to a respective one of the plurality of sockets and protruding from the lower portion of a respective one of each of the shallow piles. a sensor for sensing vibration; and a base having an upper surface formed into a level surface, wherein the sensor is secured to the upper surface of the base and the base is placed on excavated ground such that the upper surface is positioned on a ground surface or the sensor on the upper surface intersects the ground surface; a plurality of shallow piles each having an upper portion inserted into and secured to a lower portion of the base and protruding from the lower portion of the base in a direction of gravity; characterized by further comprising: a plurality of sockets each coupled to a lower portion of each of the shallow piles; and a plurality of deep piles each having an upper portion coupled to a respective one of the plurality of sockets and protruding from the lower portion of a respective one of each of the shallow piles. a plurality of sockets each coupled to a lower portion of each of the shallow piles; and a plurality of deep piles each having an upper portion coupled to a respective one of the plurality of sockets and protruding from the lower portion of a respective one of each of the shallow piles.
A method for preparing a catalyst composition, wherein - in an aqueous medium containing an iridium compound, an iridium-containing solid is deposited on a support material at a pH ≥ 9, - the support material loaded with the iridium-containing solid is separated from the aqueous medium and dried, wherein, in the method, the support material loaded with the iridium-containing solid is not subjected to a thermal treatment at a temperature of more than 250°C for a period of more than 1 hour, characterized in that the iridium-containing solid obtained on the support material after drying is an iridium hydroxide oxide. - in an aqueous medium containing an iridium compound, an iridium-containing solid is deposited on a support material at a pH ≥ 9, - the support material loaded with the iridium-containing solid is separated from the aqueous medium and dried,
A portable blood circuit adapter comprising: an extracorporeal blood circuit tubing set comprising a to-patient venous line and a from-patient arterial line, each of the venous line and arterial line having an adapter end (56, 60) and a patient end (54, 58) configured to connect with a vascular access or vascular access implant; an adapter housing comprising a module connector configured to engage a complementary inter-module connector of a blood treatment apparatus that comprises a blood pump configured to pump blood extracorporeally through the extracorporeal blood circuit tubing set, the adapter housing comprising tube connectors (136, 138) for fixing the adapter ends of the venous line and the arterial line to the adapter housing, the tube connectors (136, 138) being in fluid communication with the module connector and providing interruptible fluid flow paths between the venous line and the module connector and between the arterial line and the module connector; and a closure system (144, 146) mounted in or on the adapter housing and configured to interrupt fluid communication between the venous line and the module connector and between the arterial line and the module connector, when the portable blood circuit adapter is disconnected from a blood treatment apparatus, and provide fluid communication between the venous line and the module connector and between the arterial line and the module connector when the portable blood circuit adapter is connected to a complementary inter-module connector of a blood treatment apparatus. an adapter housing comprising a module connector configured to engage a complementary inter-module connector of a blood treatment apparatus that comprises a blood pump configured to pump blood extracorporeally through the extracorporeal blood circuit tubing set, the adapter housing comprising tube connectors (136, 138) for fixing the adapter ends of the venous line and the arterial line to the adapter housing, the tube connectors (136, 138) being in fluid communication with the module connector and providing interruptible fluid flow paths between the venous line and the module connector and between the arterial line and the module connector; and a closure system (144, 146) mounted in or on the adapter housing and configured to interrupt fluid communication between the venous line and the module connector and between the arterial line and the module connector, when the portable blood circuit adapter is disconnected from a blood treatment apparatus, and provide fluid communication between the venous line and the module connector and between the arterial line and the module connector when the portable blood circuit adapter is connected to a complementary inter-module connector of a blood treatment apparatus.