mhurhangee/patent-ind-claim-en huggingface dataset:
A dental curing light device , comprising: an elongated unitary, one-piece body formed from a continuous seamless piece of thermally conductive material extending between a proximal end and a distal end along a longitudinal axis, the continuous seamless piece comprising: a head portion extending to the distal end and having a recess in a first side of the continuous seamless piece ; a handle portion extending to the proximal end of the continuous seamless piece ; a neck portion between the head portion and the handle portion ; and a cavity formed along the longitudinal axis; and an LED assembly disposed at least partially in the recess and thermally coupled to the head portion , the LED assembly including one or more LED dies and a thermally conductive LED assembly substrate . an elongated unitary, one-piece body formed from a continuous seamless piece of thermally conductive material extending between a proximal end and a distal end along a longitudinal axis, the continuous seamless piece comprising: a head portion extending to the distal end and having a recess in a first side of the continuous seamless piece ; a handle portion extending to the proximal end of the continuous seamless piece ; a neck portion between the head portion and the handle portion ; and a cavity formed along the longitudinal axis; and a head portion extending to the distal end and having a recess in a first side of the continuous seamless piece ; a handle portion extending to the proximal end of the continuous seamless piece ; a neck portion between the head portion and the handle portion ; and a cavity formed along the longitudinal axis; and an LED assembly disposed at least partially in the recess and thermally coupled to the head portion , the LED assembly including one or more LED dies and a thermally conductive LED assembly substrate .
A flip chip assembly configured to improve performance of a flip chip device, the assembly comprising: a semiconductor die having an active surface and a back surface, the active surface comprising a plurality of conductive pads; characterized in that the assembly further comprises: an interposer substrate having a first surface in electrical contact with the active surface of the semiconductor die and a second surface; a space between the active surface of the semiconductor die and the first surface of the interposer substrate, wherein the space is substantially free of underfill material; a carrier substrate having a top surface in electrical contact with the second surface of the interposer; and an underfill layer between the top surface of the carrier substrate and the second surface of the interposer substrate, wherein a footprint of the interposer is matched to a footprint of the semiconductor die. a semiconductor die having an active surface and a back surface, the active surface comprising a plurality of conductive pads; characterized in that the assembly further comprises: an interposer substrate having a first surface in electrical contact with the active surface of the semiconductor die and a second surface; a space between the active surface of the semiconductor die and the first surface of the interposer substrate, wherein the space is substantially free of underfill material; a carrier substrate having a top surface in electrical contact with the second surface of the interposer; and an underfill layer between the top surface of the carrier substrate and the second surface of the interposer substrate, an interposer substrate having a first surface in electrical contact with the active surface of the semiconductor die and a second surface; a space between the active surface of the semiconductor die and the first surface of the interposer substrate, wherein the space is substantially free of underfill material; a carrier substrate having a top surface in electrical contact with the second surface of the interposer; and an underfill layer between the top surface of the carrier substrate and the second surface of the interposer substrate, wherein a footprint of the interposer is matched to a footprint of the semiconductor die.
An oven comprising: a case ; a cooking compartment provided inside the case and having a rear wall , an upper wall and a lower wall ; a heater configured to heat the cooking compartment ; a fan disposed in the cooking compartment and configured to circulate air inside the cooking compartment ; a cover member arranged on the rear wall such that an air flow path in which the fan is disposed is formed between the rear wall and the cover member , the cover member having inlet through which air is introduced into the air flow path and an outlet through which air in the air flow path is discharged to an outside of the cover member ; and a collision member disposed adjacent to the outlet having a collision area formed on a surface of the collision member , wherein the heater is disposed adjacent to the collision member , wherein the collision member is disposed to be inclined with respect to a direction of air flow discharged from the outlet , and characterized in that a combustion promoting coating portion is provided in the collision area to burn an oil mist collected in the collision area and remove the oil mist. a case ; a cooking compartment provided inside the case and having a rear wall , an upper wall and a lower wall ; a heater configured to heat the cooking compartment ; a fan disposed in the cooking compartment and configured to circulate air inside the cooking compartment ; a cover member arranged on the rear wall such that an air flow path in which the fan is disposed is formed between the rear wall and the cover member , the cover member having inlet through which air is introduced into the air flow path and an outlet through which air in the air flow path is discharged to an outside of the cover member ; and a collision member disposed adjacent to the outlet having a collision area formed on a surface of the collision member , wherein the heater is disposed adjacent to the collision member , wherein the collision member is disposed to be inclined with respect to a direction of air flow discharged from the outlet , and characterized in that a combustion promoting coating portion is provided in the collision area to burn an oil mist collected in the collision area and remove the oil mist.
A turbomachine comprising: a compressor configured to compress air received at an intake portion to form a compressed airflow that exits into an outlet portion ; a combustor operably connected with the compressor, the combustor receiving the compressed airflow; a turbine operably connected with the combustor, the turbine receiving combustion gas flow from the combustor, the turbine having a plurality of wheels and a plurality of buckets , the turbine receiving compressor bleed off air to cool at least a portion of the plurality of wheels and at least a portion of the plurality of buckets; and characterized in that a cooling system is operatively connected to the turbine, the cooling system including a plurality of heat pipes located axially upstream of at least one of the plurality of wheels, the plurality of heat pipes operatively connected to a bearing cooler system , the plurality of heat pipes and the bearing cooler system are configured to transfer heat from the compressor bleed off air to one or more heat exchangers . a compressor configured to compress air received at an intake portion to form a compressed airflow that exits into an outlet portion ; a combustor operably connected with the compressor, the combustor receiving the compressed airflow; a turbine operably connected with the combustor, the turbine receiving combustion gas flow from the combustor, the turbine having a plurality of wheels and a plurality of buckets , the turbine receiving compressor bleed off air to cool at least a portion of the plurality of wheels and at least a portion of the plurality of buckets; and characterized in that a cooling system is operatively connected to the turbine, the cooling system including a plurality of heat pipes located axially upstream of at least one of the plurality of wheels, the plurality of heat pipes operatively connected to a bearing cooler system , the plurality of heat pipes and the bearing cooler system are configured to transfer heat from the compressor bleed off air to one or more heat exchangers .
A support for one or more oyster bags (P) for oyster farming, comprising a plate and means for holding said oyster bags (P) on the plate , the holding means comprising at least one flap fixed in a pivoting manner with respect to the plate between an open position allowing the placement of the oyster bags (P) on the plate and a closed position wherein the flap is opposite the plate so as to maintain the oyster bags (P) in position between the plate and the flap , the free end of the flap including a longitudinal bar dimensioned so as to extend over the oyster bags (P) in the closed position, said support being characterised in that it comprises elements for retaining the flap capable of applying a retaining force on the longitudinal bar to fix the flap in the closed position.
A device for collecting cells of interest comprising: a fixed component (225; 325; 525; 1025) comprising a solid support (105; 305; 405; 605; 705; 805; 905) and a first support layer (110; 610; 710; 810; 910), wherein the solid support (105; 305; 405; 605; 705; 805; 905) is coupled to the first support layer (110; 610; 710; 810; 910); and a separable sample collection layer (230; 330; 530; 1030) comprising a porous membrane (115; 315; 415; 615; 715; 815; 915) and a second support layer (120; 620; 720; 820; 920), wherein the porous membrane (115; 315; 415; 615; 715; 815; 915) is coupled to the second support layer (120; 620; 720; 820; 920),the separable sample collection layer (230; 330; 530; 1030) being configured to be separated from the fixed component (225; 325; 525; 1025); wherein (i) the porous membrane (115; 315; 415; 615; 715; 815; 915) is positioned between the first support layer (110; 610; 710; 810; 910) and the second support layer (120; 620; 720; 820; 920), (ii) the first support layer (110; 610; 710; 810; 910) and the second support layer (120; 620; 720; 820; 920) maintain the porous membrane (115; 315; 415; 615; 715; 815; 915) in a static position, and (iii) the solid support (105; 305; 405; 605; 705; 805; 905), the first support layer (110; 610; 710; 810; 910), and the second support layer (120; 620; 720; 820; 920) are in fluid communication through at least one microchannel (340; 440; 640, 645, 655; 740, 745, 755; 840, 845, 855, 860; 940, 955). a fixed component (225; 325; 525; 1025) comprising a solid support (105; 305; 405; 605; 705; 805; 905) and a first support layer (110; 610; 710; 810; 910), wherein the solid support (105; 305; 405; 605; 705; 805; 905) is coupled to the first support layer (110; 610; 710; 810; 910); and a separable sample collection layer (230; 330; 530; 1030) comprising a porous membrane (115; 315; 415; 615; 715; 815; 915) and a second support layer (120; 620; 720; 820; 920), wherein the porous membrane (115; 315; 415; 615; 715; 815; 915) is coupled to the second support layer (120; 620; 720; 820; 920),the separable sample collection layer (230; 330; 530; 1030) being configured to be separated from the fixed component (225; 325; 525; 1025);
A friction stir welding apparatus comprising: a friction stir welding tool that is held by an apparatus main body and welds a plurality of to-be-welded members to each other by friction stir; and a gradual cooling device that gradually cools a weld site (S) of the to-be-welded members welded by the friction stir welding tool , being characterised in that : the apparatus main body includes a gradual cooling device welding direction movement driver that moves the gradual cooling device in a welding direction (D); wherein the gradual cooling device welding direction movement driver moves the gradual cooling device to change a distance from the gradual cooling device to the friction stir welding tool , so that the position of the gradual cooling device can be changed in the welding direction (D) according to the movement speed of friction stir welding tool . a friction stir welding tool that is held by an apparatus main body and welds a plurality of to-be-welded members to each other by friction stir; and a gradual cooling device that gradually cools a weld site (S) of the to-be-welded members welded by the friction stir welding tool , being characterised in that : the apparatus main body includes a gradual cooling device welding direction movement driver that moves the gradual cooling device in a welding direction (D); wherein the gradual cooling device welding direction movement driver moves the gradual cooling device to change a distance from the gradual cooling device to the friction stir welding tool , so that the position of the gradual cooling device can be changed in the welding direction (D) according to the movement speed of friction stir welding tool . the apparatus main body includes a gradual cooling device welding direction movement driver that moves the gradual cooling device in a welding direction (D); wherein the gradual cooling device welding direction movement driver moves the gradual cooling device to change a distance from the gradual cooling device to the friction stir welding tool , so that the position of the gradual cooling device can be changed in the welding direction (D) according to the movement speed of friction stir welding tool .
A vacuum cleaner, comprising: a vacuum cleaner body provided with a first air inlet and a first air outlet respectively communicated with a motor; a dustiness cup internally provided with a cyclone separator , the dustiness cup is provided with a second air inlet and a second air outlet respectively communicated with the cyclone separator ; the dustiness cup has a dust suction position for communicating the second air inlet with the first air outlet , in the dust suction position, the dustiness cup is capable of, through performing dustiness separation on air entering from the first air outlet , enabling clean air to be discharged to an outside from the second air outlet ; characterised in that the dustiness cup also has a purge position for communicating the second air inlet with the first air inlet , in the purge position, the dustiness cup is capable of, through enabling clean air to enter an interior of the dustiness cup from the second air outlet , and enter the vacuum cleaner body from the second air inlet , finally discharging to an outside from the first air outlet . a vacuum cleaner body provided with a first air inlet and a first air outlet respectively communicated with a motor; a dustiness cup internally provided with a cyclone separator , the dustiness cup is provided with a second air inlet and a second air outlet respectively communicated with the cyclone separator ; the dustiness cup has a dust suction position for communicating the second air inlet with the first air outlet , in the dust suction position, the dustiness cup is capable of, through performing dustiness separation on air entering from the first air outlet , enabling clean air to be discharged to an outside from the second air outlet ; characterised in that the dustiness cup also has a purge position for communicating the second air inlet with the first air inlet , in the purge position, the dustiness cup is capable of, through enabling clean air to enter an interior of the dustiness cup from the second air outlet , and enter the vacuum cleaner body from the second air inlet , finally discharging to an outside from the first air outlet .
Minicircle-surrounded lipid bilayer at least comprising one membrane associated entity, wherein the minicircle comprises at least nucleic acids or nucleic acid analogues.
A Danshen (salvia miltiorrhiza) extract, characterized in that said extract comprises following components by weight part: Danshensu : rosmarinic acid : lithospermic acid : salvianolic acid B : cryptotanshinone : tanshinone IIA : stachyose=(0.5-16) : (0.5-15) : (0.5-15) : (5-140) : (0.5-25) : (1-50) : (150-600); preferably said components by weight part: (1-8) : (1-8) : (1-8) : (10-70) : (1-10) : (2-20) : (250-500); more preferably said components by weight part: (2-5) : (2-5) : (2-5) : (25-60) : (2-6) : (4-10) : (300-450); further more preferably said components by weight part: (2-4) : (2-4) : (2-4) : (25-30) : (2-5) : (4-10) : (330-400); most preferably said components by weight part: 3 : 3 : 3 : 28 : 4 : 7 : 370.
A method of connecting devices, the method being performed by a system including an apparatus for connecting devices, the apparatus comprising a communication unit and a control unit , the method comprising: receiving , by the apparatus, from a first device , a request to select a plurality of second devices having device properties within a certain range according to predetermined selection conditions required by the first device ; generating , at the apparatus, a virtual device channel for connecting the plurality of second devices to the first device such that information is exchanged between the first device and the plurality of second devices via the virtual device channel; receiving , by the apparatus, information related to the plurality of second devices from the plurality of second devices ; processing , by the apparatus, the received information related to the plurality of second devices ; transmitting , by the apparatus, the processed information related to the plurality of second devices to the first device via the virtual device channel; receiving , by the apparatus, information from the first device ; and transmitting , by the apparatus, the received information to the plurality of second devices via the virtual device channel; wherein the information received from the first device is generated by the first device in response to receiving the processed information related to the plurality of second devices ; and wherein the processing comprises processing the received information related to the plurality of second devices as information about an application that is most frequently used by the plurality of second devices . receiving , by the apparatus, from a first device , a request to select a plurality of second devices having device properties within a certain range according to predetermined selection conditions required by the first device ; generating , at the apparatus, a virtual device channel for connecting the plurality of second devices to the first device such that information is exchanged between the first device and the plurality of second devices via the virtual device channel; receiving , by the apparatus, information related to the plurality of second devices from the plurality of second devices ; processing , by the apparatus, the received information related to the plurality of second devices ; transmitting , by the apparatus, the processed information related to the plurality of second devices to the first device via the virtual device channel; receiving , by the apparatus, information from the first device ; and transmitting , by the apparatus, the received information to the plurality of second devices via the virtual device channel; wherein the information received from the first device is generated by the first device in response to receiving the processed information related to the plurality of second devices ; and wherein the processing comprises processing the received information related to the plurality of second devices as information about an application that is most frequently used by the plurality of second devices .
A communication method, comprising: obtaining (S201), by a first terminal, a resource period parameter, wherein the resource period parameter comprises a period duration of each of at least one resource; determining (S202), by the first terminal, a starting subframe of a resource period for starting to send communication data; and sending (S203), by the first terminal, the communication data according to the starting subframe and the resource period parameter; wherein the communication data is transmitted for multiple times in the resource period, the method further comprises: sending (S208a), by the first terminal, transmission sequence number indication information and time domain transmission resource indication information to a second terminal that performs direct communication with the first terminal; wherein the transmission sequence number indication information is used to indicate a transmission sequence number of the communication data in the resource period; and the time domain transmission resource indication information is used to indicate each time domain resource position that is relative to the starting subframe and that is of each time of the multiple times for which the communication data is transmitted in the resource period. obtaining (S201), by a first terminal, a resource period parameter, wherein the resource period parameter comprises a period duration of each of at least one resource; determining (S202), by the first terminal, a starting subframe of a resource period for starting to send communication data; and sending (S203), by the first terminal, the communication data according to the starting subframe and the resource period parameter; wherein the communication data is transmitted for multiple times in the resource period, the method further comprises: sending (S208a), by the first terminal, transmission sequence number indication information and time domain transmission resource indication information to a second terminal that performs direct communication with the first terminal; wherein the transmission sequence number indication information is used to indicate a transmission sequence number of the communication data in the resource period; and the time domain transmission resource indication information is used to indicate each time domain resource position that is relative to the starting subframe and that is of each time of the multiple times for which the communication data is transmitted in the resource period. sending (S208a), by the first terminal, transmission sequence number indication information and time domain transmission resource indication information to a second terminal that performs direct communication with the first terminal; wherein the transmission sequence number indication information is used to indicate a transmission sequence number of the communication data in the resource period; and the time domain transmission resource indication information is used to indicate each time domain resource position that is relative to the starting subframe and that is of each time of the multiple times for which the communication data is transmitted in the resource period.