mhurhangee/ep-ind-claims huggingface dataset:
A cooling fan, comprising: a casing comprising an air inlet and an air outlet, whereby the air outlet is provided on a front of the casing, and the air inlet is provided on a back of the casing; and a centrifugal fan assembly provided in the casing, an air inlet end of the centrifugal fan assembly being in communication with the air inlet, and an air outlet end of the centrifugal fan assembly being in communication with the air outlet; characterized in that a wet curtain is provided between the air inlet and the centrifugal fan assembly, whereby a thickness of the wet curtain is D, and D is greater than or equal to 35 mm; an auxiliary air inlet is provided on the casing and below the air inlet, and is in communication with the air inlet of the centrifugal fan assembly; and an auxiliary wet curtain is provided between the auxiliary air inlet and the centrifugal fan assembly, the auxiliary air inlet is lower than the air outlet, and the auxiliary air inlet is in a semi-closed loop shape arranged from the back of the casing to the front of the casing; a gap of the semi-closed ring is corresponding to the air outlet, such that a projection of the air outlet on a horizontal plane is staggered with a projection of the auxiliary air inlet on the horizontal plane; and the auxiliary wet curtain is in a semi-circular shape adapted to an area where the auxiliary air inlet is arranged. a casing comprising an air inlet and an air outlet, whereby the air outlet is provided on a front of the casing, and the air inlet is provided on a back of the casing; and a centrifugal fan assembly provided in the casing, an air inlet end of the centrifugal fan assembly being in communication with the air inlet, and an air outlet end of the centrifugal fan assembly being in communication with the air outlet; characterized in that a wet curtain is provided between the air inlet and the centrifugal fan assembly, whereby a thickness of the wet curtain is D, and D is greater than or equal to 35 mm; an auxiliary air inlet is provided on the casing and below the air inlet, and is in communication with the air inlet of the centrifugal fan assembly; and an auxiliary wet curtain is provided between the auxiliary air inlet and the centrifugal fan assembly, the auxiliary air inlet is lower than the air outlet, and the auxiliary air inlet is in a semi-closed loop shape arranged from the back of the casing to the front of the casing; a gap of the semi-closed ring is corresponding to the air outlet, such that a projection of the air outlet on a horizontal plane is staggered with a projection of the auxiliary air inlet on the horizontal plane; and the auxiliary wet curtain is in a semi-circular shape adapted to an area where the auxiliary air inlet is arranged.
A headphone cable arrangement comprising a headphone cable including one or more signal wires (151, 153) and one or more reference lines (152, 154); a headphone set comprising one or more loudspeakers (191, 192), wherein a first signal wire of the one or more signal wires (151, 153) is connected to a first one of the one or more loudspeakers (191, 192); and an electronic filter unit configured to perform a filtering effective on at least one of the signal wires (151, 153) and reference lines (152, 154), wherein frequencies of a VHF radio band are passed and at least one frequency band below or above the VHF radio band is attenuated; the electronic filter unit being arranged at a connector end of the headphone cable; characterized in that the electronic filter unit is further configured to attenuate frequencies between an audible range and the VHF radio band to a higher degree than frequencies within the audible range and the VHF radio band.
A battery cleaning device (100, 120) having pressing rollers for roller-pressing and a cleaning means for cleaning a flat surface of a battery cell, the battery cell having at least one flat surface, and the battery cleaning device (100, 120) is adapted to clean the flat surface prior to the roller-pressing, characterized in that the cleaning means is a first adhesive roller that has an adhesive held on a surface thereof, the cleaning means contacting the flat surface of the battery cell while rotating and cleaning the flat surface, and characterized by a second adhesive roller having an adhesive on a surface thereof, and having an adhesive force that is higher than that of the first adhesive roller, the second adhesive roller rotating while in contact with the first adhesive roller.
A method of forming a stack of wafers for manufacturing opto-electronic modules, the method comprising: providing a sub-stack comprising a first wafer (PW; OW) and a second wafer, each of which has a respective upper surface and lower surface, the sub-stack including a first thermally-curable adhesive at an interface between the upper surface of the first wafer (PW; OW) and the lower surface of the second wafer; placing a third wafer (OW; PW) on the upper surface of the second wafer, the third wafer (OW; PW) having an upper surface and a lower surface, wherein a second thermally-curable adhesive is present at an interface between the upper surface of the second wafer and the lower surface of the third wafer (OW; PW); providing ultra-violet radiation in a direction of the upper surface of the third wafer (OW; PW) to cure a UV-curable adhesive in openings in the second wafer and in contact with portions of the third wafer (OW; PW) so as to bond the third wafer (OW; PW) to the sub-stack at discrete locations; and subsequently heating the third wafer (OW; PW) and the sub-stack so to cure the first and second thermally-curable adhesives (102, 104). providing a sub-stack comprising a first wafer (PW; OW) and a second wafer, each of which has a respective upper surface and lower surface, the sub-stack including a first thermally-curable adhesive at an interface between the upper surface of the first wafer (PW; OW) and the lower surface of the second wafer; placing a third wafer (OW; PW) on the upper surface of the second wafer, the third wafer (OW; PW) having an upper surface and a lower surface, wherein a second thermally-curable adhesive is present at an interface between the upper surface of the second wafer and the lower surface of the third wafer (OW; PW); providing ultra-violet radiation in a direction of the upper surface of the third wafer (OW; PW) to cure a UV-curable adhesive in openings in the second wafer and in contact with portions of the third wafer (OW; PW) so as to bond the third wafer (OW; PW) to the sub-stack at discrete locations; and subsequently heating the third wafer (OW; PW) and the sub-stack so to cure the first and second thermally-curable adhesives (102, 104).
Bearing having a bearing outer ring or a bearing outer ring segment with a device for measuring an elongation of a circumference of the bearing ring and an at least two-piece bearing inner ring (130, 130a, 130b), the bearing having, furthermore, rolling bodies which are situated between the bearing inner ring and the bearing outer ring, and the bearing inner ring being split axially in such a way that a prestress of the bearing can be set via a force which acts between the two axially split bearing inner ring parts, the bearing having, furthermore, one or more temperature sensors, with the result that an influence of the interaction of the temperature of the inner/outer ring and the deformation of the bearing outer ring on the prestress of the bearing can be compensated for via the force which acts between the bearing inner ring parts.
A continuous casting rolling method, comprising: a continuous casting operation of producing a cast slab; a rolling operation of reduction-rolling the cast slab; and a heating operation performed prior to or during the rolling operation, to heat the cast slab by allowing a heater to enter a travel path of the cast slab, after a front end portion of the cast slab travels, in a continuous rolling mode in which the cast slab is provided as a continuous body in the continuous casting operation and the rolling operation, the heater being provided to increase or maintain a temperature of the cast slab, characterised in that in the heating operation, immediately after an initial point of the cast slab, at which a height of the cast slab in a direction perpendicular to a direction of travel of the cast slab begins to be constant, passes through a position of the heater in the direction of travel of the cast slab, the heater enters the travel path of the cast slab. a continuous casting operation of producing a cast slab; a rolling operation of reduction-rolling the cast slab; and a heating operation performed prior to or during the rolling operation, to heat the cast slab by allowing a heater to enter a travel path of the cast slab, after a front end portion of the cast slab travels, in a continuous rolling mode in which the cast slab is provided as a continuous body in the continuous casting operation and the rolling operation, the heater being provided to increase or maintain a temperature of the cast slab, characterised in that in the heating operation, immediately after an initial point of the cast slab, at which a height of the cast slab in a direction perpendicular to a direction of travel of the cast slab begins to be constant, passes through a position of the heater in the direction of travel of the cast slab, the heater enters the travel path of the cast slab.
A carbon fiber charging device (1, 1', 2, 3, 4, 5, 6, 7, 7') comprising: a carbon fiber electrode configured to generate electrons and charge surrounding dust; a protective case configured to cover the carbon fiber electrode such that a foreign object having a size of a human finger is not able to contact the carbon fiber electrode, the protective case including a top wall facing a tip of the carbon fiber electrode and provided with a through hole and a side wall surrounding an outer circumferential surface of the carbon fiber electrode; characterised by an electron generation stabilization device provided in the protective case and configured to adjust the potential gradient around the carbon fiber electrode and allow the carbon fiber electrode to generate electrons at a stable rate, and wherein the electron generation stabilization device includes an inclined surface provided in an inner side surface of the through hole and inclined to diverge toward an outside of the protective case. a carbon fiber electrode configured to generate electrons and charge surrounding dust; a protective case configured to cover the carbon fiber electrode such that a foreign object having a size of a human finger is not able to contact the carbon fiber electrode, the protective case including a top wall facing a tip of the carbon fiber electrode and provided with a through hole and a side wall surrounding an outer circumferential surface of the carbon fiber electrode; characterised by an electron generation stabilization device provided in the protective case and configured to adjust the potential gradient around the carbon fiber electrode and allow the carbon fiber electrode to generate electrons at a stable rate, and wherein the electron generation stabilization device includes an inclined surface provided in an inner side surface of the through hole and inclined to diverge toward an outside of the protective case.
A flow-conditioning system, comprising: a pump unit, the pump unit comprising a pump that is configured to be disposed in a body of water; a motor operably coupled to the pump; process tubing coupling the pump to a source of multiple component process fluid; a separator disposed downstream of the pump, wherein the separator is operable to extract a gas component from the multiple component process fluid; an in-line flow-mixing device positioned in the process tubing upstream of the pump; and characterised in that the system further comprises: a pathway operable to route at least a first portion of the gas component as a flushing medium for at least a portion of the pump unit; and a flushing pump operable to increase a pressure of the gas component. a pump unit, the pump unit comprising a pump that is configured to be disposed in a body of water; a motor operably coupled to the pump; process tubing coupling the pump to a source of multiple component process fluid; a separator disposed downstream of the pump, wherein the separator is operable to extract a gas component from the multiple component process fluid; an in-line flow-mixing device positioned in the process tubing upstream of the pump; and characterised in that the system further comprises: a pathway operable to route at least a first portion of the gas component as a flushing medium for at least a portion of the pump unit; and a flushing pump operable to increase a pressure of the gas component. a pathway operable to route at least a first portion of the gas component as a flushing medium for at least a portion of the pump unit; and a flushing pump operable to increase a pressure of the gas component.
A wireless network system using LED lighting devices, comprising: a wireless router and a plurality of LED lighting devices; including at least a first LED lighting device and a second LED lighting device wherein: the LED lighting devices, through WI-FI modules with wireless access and network switch capabilities, access a wireless network provided by the wireless router; the LED lighting devices are configured to have the WI-FI modules; and the LED lighting devices are configured to access the wireless network provided by the WI-FI module of any other LED lighting device that has been wirelessly connected with the wireless router, and a network address of the wireless router and network addresses of the LED lighting devices are in a same network address segment. a wireless router and a plurality of LED lighting devices; including at least a first LED lighting device and a second LED lighting device wherein: the LED lighting devices, through WI-FI modules with wireless access and network switch capabilities, access a wireless network provided by the wireless router; the LED lighting devices are configured to have the WI-FI modules; and the LED lighting devices are configured to access the wireless network provided by the WI-FI module of any other LED lighting device that has been wirelessly connected with the wireless router, and a network address of the wireless router and network addresses of the LED lighting devices are in a same network address segment. the LED lighting devices, through WI-FI modules with wireless access and network switch capabilities, access a wireless network provided by the wireless router; the LED lighting devices are configured to have the WI-FI modules; and the LED lighting devices are configured to access the wireless network provided by the WI-FI module of any other LED lighting device that has been wirelessly connected with the wireless router, and a network address of the wireless router and network addresses of the LED lighting devices are in a same network address segment.
A surgical stapling system, comprising: a staple cartridge channel, comprising: a bottom support surface comprising a plurality of staple support troughs; a first lateral cartridge support surface extending from said bottom support surface; and a second lateral cartridge support surface extending from said bottom surface; and a staple cartridge removably positioned within said staple cartridge channel, said staple cartridge comprising: a compressible staple cartridge body positioned intermediate said first lateral cartridge support and said second lateral cartridge support; and a plurality of staples embedded within said staple cartridge body, wherein each said staple is aligned with a said staple support trough; wherein said compressible staple cartridge body comprises a bottom surface and a tissue contacting surface, wherein each said staple comprises a base and a deformable leg extending from said base and terminating in a tip, and wherein said bases of said staples are positioned below said bottom surface and said tips do not protrude through the tissue-contacting surface; wherein said bottom support surface supports said bottom surface of said compressible staple cartridge body and said staple support troughs support said bases of said staples. a staple cartridge channel, comprising: a bottom support surface comprising a plurality of staple support troughs; a first lateral cartridge support surface extending from said bottom support surface; and a second lateral cartridge support surface extending from said bottom surface; and a bottom support surface comprising a plurality of staple support troughs; a first lateral cartridge support surface extending from said bottom support surface; and a second lateral cartridge support surface extending from said bottom surface; and a staple cartridge removably positioned within said staple cartridge channel, said staple cartridge comprising: a compressible staple cartridge body positioned intermediate said first lateral cartridge support and said second lateral cartridge support; and a plurality of staples embedded within said staple cartridge body, wherein each said staple is aligned with a said staple support trough; a compressible staple cartridge body positioned intermediate said first lateral cartridge support and said second lateral cartridge support; and a plurality of staples embedded within said staple cartridge body, wherein each said staple is aligned with a said staple support trough; wherein said compressible staple cartridge body comprises a bottom surface and a tissue contacting surface, wherein each said staple comprises a base and a deformable leg extending from said base and terminating in a tip, and wherein said bases of said staples are positioned below said bottom surface and said tips do not protrude through the tissue-contacting surface; wherein said bottom support surface supports said bottom surface of said compressible staple cartridge body and said staple support troughs support said bases of said staples.
Block polymer comprising a first block and a second block, - the first block comprising monomer units of a first aromatic α-mono-olefin, the first aromatic α-mono-olefin being of formula CH 2 =CH-Ar, Ar representing a substituted or unsubstituted aromatic group, - the second block comprising monomer units of a second 1,3-diene and monomer units of a second olefin selected from the group consisting of ethylene, α-mono-olefins and their mixtures, provided that, if the second block is a copolymer chain of a 1,3-diene and of an aromatic α-mono-olefin of formula CH 2 =CH-Ar', Ar' representing a substituted or unsubstituted aromatic group, the diene units of trans-1,4- structure in the second block represent more than 80 mol% of the diene units of 1,4- structure of the second block, which block polymer contains 1,2-cyclohexanediyl units. - the first block comprising monomer units of a first aromatic α-mono-olefin, the first aromatic α-mono-olefin being of formula CH 2 =CH-Ar, Ar representing a substituted or unsubstituted aromatic group, - the second block comprising monomer units of a second 1,3-diene and monomer units of a second olefin selected from the group consisting of ethylene, α-mono-olefins and their mixtures, provided that, if the second block is a copolymer chain of a 1,3-diene and of an aromatic α-mono-olefin of formula CH 2 =CH-Ar', Ar' representing a substituted or unsubstituted aromatic group, the diene units of trans-1,4- structure in the second block represent more than 80 mol% of the diene units of 1,4- structure of the second block, which block polymer contains 1,2-cyclohexanediyl units.
A deployable bed cover assembly for a vehicle, comprising at least one deployable panel having a predetermined profile, where the deployable panel selectively extends and retracts between a stowed position and a deployed position, where the deployment of the deployable panel improves aerodynamics; at least one actuator, where the actuator is in communication with the vehicle and automatically deploys the deployable panel under predetermined conditions; and a slide out panel slidably connected to the at least one deployable panel to slide in/out, characterized in that the deployable panel is configured to be rotated up/down by the at least one actuator between the deployed position and the stowed position and that when the deployable panel is up in the deployed position, it is generally between the side walls (16, 18) of the vehicle bed, extending horizontally. at least one deployable panel having a predetermined profile, where the deployable panel selectively extends and retracts between a stowed position and a deployed position, where the deployment of the deployable panel improves aerodynamics; at least one actuator, where the actuator is in communication with the vehicle and automatically deploys the deployable panel under predetermined conditions; and a slide out panel slidably connected to the at least one deployable panel to slide in/out, characterized in that the deployable panel is configured to be rotated up/down by the at least one actuator between the deployed position and the stowed position and that when the deployable panel is up in the deployed position, it is generally between the side walls (16, 18) of the vehicle bed, extending horizontally.
An imaging and therapeutic delivery system comprising: a straight shaft having a distal end and a proximal end; a needle reciprocatably coupled to the shaft so that a tissue-penetrating tip on the needle can be distally advanced from the shaft along an axial path; a tip pivotally attached to the distal end of the shaft and movable between a position parallel to the axial path and a position at an acute or right angle relative to the axial path; and an ultrasonic imaging array carried by the pivotally attached tip, wherein the tip can be oriented to align a field of view of the imaging array with the needle as the needle is advanced along the axial path so as to sweep the ultrasound field of view relative to the needle and anatomy to be imaged, the system further comprising a handle attached to the proximal end of the straight shaft, wherein the handle includes a first slide mechanism coupled to the needle, wherein the first slide mechanism can be reciprocated to advance and retract the needle along the axial path, characterized by the system further comprising a plurality of tines carried by the needle, wherein the tines are reciprocatably attached to the needle to diverge from the needle as they are advanced distally, and further comprising a second slide mechanism to advance and retract the tines relative to the needle. a straight shaft having a distal end and a proximal end; a needle reciprocatably coupled to the shaft so that a tissue-penetrating tip on the needle can be distally advanced from the shaft along an axial path; a tip pivotally attached to the distal end of the shaft and movable between a position parallel to the axial path and a position at an acute or right angle relative to the axial path; and an ultrasonic imaging array carried by the pivotally attached tip, wherein the tip can be oriented to align a field of view of the imaging array with the needle as the needle is advanced along the axial path so as to sweep the ultrasound field of view relative to the needle and anatomy to be imaged, the system further comprising a handle attached to the proximal end of the straight shaft, wherein the handle includes a first slide mechanism coupled to the needle, wherein the first slide mechanism can be reciprocated to advance and retract the needle along the axial path, characterized by the system further comprising a plurality of tines carried by the needle, wherein the tines are reciprocatably attached to the needle to diverge from the needle as they are advanced distally, and further comprising a second slide mechanism to advance and retract the tines relative to the needle.