mhurhangee/patent-ind-claim-en huggingface dataset:
An LED lighting tube , comprising: a first and a second set of external connecting pins for connecting the LED lighting tube to a luminaire; a first circuit connected between the first set of external connecting pins and the second set of external connecting pins , the first circuit being configured as a short-circuit for high frequencies; a second circuit connected between the first circuit and the second set of external connecting pins , the second circuit being configured as a short-circuit for low frequencies; a control circuit connected between the first circuit and the second circuit ; wherein the control circuit is connected to the second circuit by a relay controllable by the control circuit and by a capacitance , and triggered by high frequencies; a light engine connected between the first circuit and the control circuit ;and a PFC circuit for suppressing of harmonic currents or an AC-DC converter is connected between the first circuit and the light engine , characterized in that the control circuit is directly connected to the second circuit by the relay and the capacitance , and apart from the relay and the capacitance the control circuit is galvanically completely decoupled and disconnected from the second circuit . a first and a second set of external connecting pins for connecting the LED lighting tube to a luminaire; a first circuit connected between the first set of external connecting pins and the second set of external connecting pins , the first circuit being configured as a short-circuit for high frequencies; a second circuit connected between the first circuit and the second set of external connecting pins , the second circuit being configured as a short-circuit for low frequencies; a control circuit connected between the first circuit and the second circuit ; wherein the control circuit is connected to the second circuit by a relay controllable by the control circuit and by a capacitance , and triggered by high frequencies; a light engine connected between the first circuit and the control circuit ;and a PFC circuit for suppressing of harmonic currents or an AC-DC converter is connected between the first circuit and the light engine , characterized in that the control circuit is directly connected to the second circuit by the relay and the capacitance , and apart from the relay and the capacitance the control circuit is galvanically completely decoupled and disconnected from the second circuit .
A surgical stapler for treating the tissue of a patient, comprising: a handle ; a shaft extending from said handle; an end effector extending from said shaft, comprising: a first jaw; a second jaw, wherein one of said first jaw and said second jaw is movable relative to the other; a cartridge body including staple cavities; staples removably stored in said staple cavities; and an anvil configured to deform said staples; a firing system configured to: eject said staples from said staple cavities toward said anvil during a firing stroke; and cut the tissue during a cutting stroke after said firing stroke has been completed; and means for permitting the user of the surgical instrument to elect whether to perform said cutting stroke with said surgical stapler after said firing stroke, characterized in that said means comprises a stop configured to stop said firing system after said firing stroke and before said cutting stroke, and wherein said stop is selectively releasable by the user of said surgical stapler. a handle ; a shaft extending from said handle; an end effector extending from said shaft, comprising: a first jaw; a second jaw, wherein one of said first jaw and said second jaw is movable relative to the other; a cartridge body including staple cavities; staples removably stored in said staple cavities; and an anvil configured to deform said staples; a first jaw; a second jaw, wherein one of said first jaw and said second jaw is movable relative to the other; a cartridge body including staple cavities; staples removably stored in said staple cavities; and an anvil configured to deform said staples; a firing system configured to: eject said staples from said staple cavities toward said anvil during a firing stroke; and cut the tissue during a cutting stroke after said firing stroke has been completed; and eject said staples from said staple cavities toward said anvil during a firing stroke; and cut the tissue during a cutting stroke after said firing stroke has been completed; and means for permitting the user of the surgical instrument to elect whether to perform said cutting stroke with said surgical stapler after said firing stroke, characterized in that said means comprises a stop configured to stop said firing system after said firing stroke and before said cutting stroke, and wherein said stop is selectively releasable by the user of said surgical stapler.
A screw pump formed from at least two parts for pumping conveyed media such as lubricating fluids, water, suspensions or suchlike, wherein - the first part comprises a housing and at least one spindle system , which spindle system is arranged in the housing and can be driven in rotation, a pressure region located downstream of the spindle system and at least one outlet opening , which outlet opening is connected to the pressure region in a manner that removes the conveyed medium from the pressure region and wherein - the second part comprises at least one low-pressure chamber located upstream of the spindle system and at least one inlet opening for the entry of the conveyed medium into the low-pressure chamber , wherein the first part and the second part are preferably rotatably coupled to one another so as to occupy at least two different relative positions, the screw pump characterised in that the screw pump comprises one or more means , which comprise one or more pressure relief valves and which are brought into an operative connection with the low-pressure chamber and the pressure region , in such a way that, when a predefined pressure level in the pressure region is exceeded, a predefined maximum pressure level in the pressure region can be adjusted by the one or more means . - the first part comprises a housing and at least one spindle system , which spindle system is arranged in the housing and can be driven in rotation, a pressure region located downstream of the spindle system and at least one outlet opening , which outlet opening is connected to the pressure region in a manner that removes the conveyed medium from the pressure region and wherein - the second part comprises at least one low-pressure chamber located upstream of the spindle system and at least one inlet opening for the entry of the conveyed medium into the low-pressure chamber , wherein the first part and the second part are preferably rotatably coupled to one another so as to occupy at least two different relative positions, the screw pump characterised in that the screw pump comprises one or more means , which comprise one or more pressure relief valves and which are brought into an operative connection with the low-pressure chamber and the pressure region , in such a way that, when a predefined pressure level in the pressure region is exceeded, a predefined maximum pressure level in the pressure region can be adjusted by the one or more means .
A shoe , comprising: an upper configured to receive therein a foot of a wearer of the shoe , the upper comprising a closure and a tongue configured to cover a top portion of the foot; a front sole portion attached to a front portion of a bottom surface of the upper , the front sole portion comprising a front midsole made from a first material, a front outsole made from a second material that is more rigid than the first material, and a front midsole reinforcement structure made from a third material that is more rigid than the first material, the front midsole being at least partially contained by the front midsole reinforcement structure and the front outsole ; a heel sole portion attached to a heel portion of the bottom surface of the upper , the heel sole portion comprising a heel midsole made from the first material, a heel outsole made from the second material, and a heel midsole reinforcement structure made from the third material, the heel midsole being at least partially contained by the heel midsole reinforcement structure and the heel outsole ; wherein at least one support wire wraps around a middle portion of the bottom surface of the upper , wherein the middle portion is located between the front and heel portions; and a torsion control bridge connecting the front and heel sole portions, characterised in that a window is formed between the torsion control bridge and a portion of the bottom surface of the upper located between the front and heel sole portions. an upper configured to receive therein a foot of a wearer of the shoe , the upper comprising a closure and a tongue configured to cover a top portion of the foot; a front sole portion attached to a front portion of a bottom surface of the upper , the front sole portion comprising a front midsole made from a first material, a front outsole made from a second material that is more rigid than the first material, and a front midsole reinforcement structure made from a third material that is more rigid than the first material, the front midsole being at least partially contained by the front midsole reinforcement structure and the front outsole ; a heel sole portion attached to a heel portion of the bottom surface of the upper , the heel sole portion comprising a heel midsole made from the first material, a heel outsole made from the second material, and a heel midsole reinforcement structure made from the third material, the heel midsole being at least partially contained by the heel midsole reinforcement structure and the heel outsole ; wherein at least one support wire wraps around a middle portion of the bottom surface of the upper , wherein the middle portion is located between the front and heel portions; and a torsion control bridge connecting the front and heel sole portions, characterised in that a window is formed between the torsion control bridge and a portion of the bottom surface of the upper located between the front and heel sole portions.
Method for producing a tool steel, in particular a hot-working steel, characterised in that a steel with the following analysis C: 0.25 - 0.6 % w/w Si: max 0.15 % w/w Mn: max. 0.3 % w/w Mo: 2 - 5 % w/w Cr: 0 - 2 % w/w W: 1 - 3 % w/w: V: 0 - 2 % w/w Ni: 0 - 3 % w/w, the remainder being iron and unavoidable impurities from the melting process is melted and alloyed, wherein a workpiece from this steel is heated up and austenitised at temperatures > Ac 3 and then cooled down, wherein the cooling is carried out to a temperature of 330°C to 360°C and the workpiece is held isothermally at this temperature until the workpiece has changed into a bainitic steel, after which cooling down to room temperature takes place wherein it is held isothermally for a period of 30 to 90 minutes, and the cooling can be carried out from the austenitising temperature to the isothermal temperature with cooling rates from λ=0.4 to λ=2. V: 0 - 2 % w/w Ni: 0 - 3 % w/w, the remainder being iron and unavoidable impurities from the melting process is melted and alloyed, wherein a workpiece from this steel is heated up and austenitised at temperatures > Ac 3 and then cooled down, wherein the cooling is carried out to a temperature of 330°C to 360°C and the workpiece is held isothermally at this temperature until the workpiece has changed into a bainitic steel, after which cooling down to room temperature takes place wherein it is held isothermally for a period of 30 to 90 minutes, and the cooling can be carried out from the austenitising temperature to the isothermal temperature with cooling rates from λ=0.4 to λ=2.
A pre-moistened fibrous structure forming a floor cleaning pad comprising a fibrous structure and a liquid composition, the fibrous structure comprising a plurality of polymer filaments, at least one of which comprises a thermoplastic polymer selected from polyolefins, and a plurality of solid additives comprising pulp fibers, the polymer filaments being present in the fibrous structure at a level of less than 90% and greater than 5% by weight of the fibrous structure on a dry basis and the solid additives being present in the fibrous structure at a level of greater than 10% and less than 95% by weight of the fibrous structure on a dry basis, and the liquid composition being selected from water, an aqueous solution which is at least 20% water by weight and no more than 99.9% water by weight and an oil in water emulsion comprising at least 80% by weight water, and being present at a level of from 10% to 1000% of the basis weight of the fibrous structure, wherein the pre-moistened fibrous structure exhibits a capacity value of at least 8.5 g of liquid composition/ g of dried fibrous structure as measured according to the Capacity Test Method described in the appended description, wherein the pre-moistened fibrous structure further comprises a scrubby component that imparts a scrubby quality to the pre-moistened fibrous structure, the scrubby component being a scrubby filament which comprises a thermoplastic polymer and/or a hydroxyl polymer and which exhibits an average fiber diameter of less than 3 mm and greater than 50 μm measured according to the Diameter Test Method described in the appended description, the scrubby component exhibiting a basis weight of greater than 0% to less than 25% of the basis weight of the pre-moistened fibrous structure as measured according to the Fibrous Structure Basis Weight Test Method described in the appended description, and wherein the pre-moistened fibrous structure exhibits a basis weight of from 125 gsm to 800 gsm as measured according to the Fibrous Structure Basis Weight Test Method described in the appended description.
A method comprising: receiving, by a wireless device, one or more messages comprising configuration parameters of bandwidth parts (BWPs) of a cell, wherein the BWPs comprise a first bandwidth part (BWP) and a second BWP; activating the first BWP as an active BWP of the cell; receiving, via the first BWP, downlink control information (DCI) comprising a first field and a second field, wherein the first field indicates the second BWP and wherein a value of the second field indicates at least one of BWP switching or BWP activation; and based on the value of the second field and based on the first field indicating the second BWP switching from the first BWP to the second BWP; or activating the second BWP and maintaining active states of the first BWP and the second BWP receiving, by a wireless device, one or more messages comprising configuration parameters of bandwidth parts (BWPs) of a cell, wherein the BWPs comprise a first bandwidth part (BWP) and a second BWP; activating the first BWP as an active BWP of the cell; receiving, via the first BWP, downlink control information (DCI) comprising a first field and a second field, wherein the first field indicates the second BWP and wherein a value of the second field indicates at least one of BWP switching or BWP activation; and based on the value of the second field and based on the first field indicating the second BWP switching from the first BWP to the second BWP; or activating the second BWP and maintaining active states of the first BWP and the second BWP switching from the first BWP to the second BWP; or activating the second BWP and maintaining active states of the first BWP and the second BWP
A lawn care vehicle comprising: a frame to which at least a first drive wheel and a second drive wheel of the lawn care vehicle are operably coupled; a cutting deck operably coupled to the frame and comprising a cutting blade ; a conveyor operably coupled to the cutting deck and configured to convey yard clippings from the cutting deck to a yard waste collection assembly , the conveyor comprising an auger ; characterized in that the lawn care vehicle further comprises: a clog cleaning assembly operably coupled to an outside of a housing of the cutting deck and configured to pivot from a neutral position through an opening in the housing of the cutting deck to an activated position to dislodge a clog disposed proximate or at the cutting blade or the auger , wherein the clog cleaning assembly comprises a cleaning member , wherein the cleaning member comprises a first portion and a second portion , wherein the first portion is operably coupled to the outside of the housing of the cutting deck , and the second portion is configured to dislodge the clog disposed proximate or at the cutting blade or the auger . a frame to which at least a first drive wheel and a second drive wheel of the lawn care vehicle are operably coupled; a cutting deck operably coupled to the frame and comprising a cutting blade ; a conveyor operably coupled to the cutting deck and configured to convey yard clippings from the cutting deck to a yard waste collection assembly , the conveyor comprising an auger ; characterized in that the lawn care vehicle further comprises: a clog cleaning assembly operably coupled to an outside of a housing of the cutting deck and configured to pivot from a neutral position through an opening in the housing of the cutting deck to an activated position to dislodge a clog disposed proximate or at the cutting blade or the auger , wherein the clog cleaning assembly comprises a cleaning member , wherein the cleaning member comprises a first portion and a second portion , wherein the first portion is operably coupled to the outside of the housing of the cutting deck , and the second portion is configured to dislodge the clog disposed proximate or at the cutting blade or the auger .
An axial flow fan comprising: a plurality of blades , each of the blades including a leading edge formed in front in a direction of rotation of the axial flow fan , an inner circumferential edge formed at an inner circumference of the blades, and an outer circumferential edge formed at an outer circumference of the blades, the outer circumferential edge being located at downstream in a flow direction of a fluid, forced to move by the axial flow fan , than the inner circumferential edge , the blade being reflexed toward upstream of the fluid at a portion adjacent to the outer circumferential edge , and having a local angle-decrease section having a blade inlet angle at the leading edge decreasing from neighborhood, the local angle-decrease section being formed at a side of the leading edge and being located closer to the outer circumferential edge than to the inner circumferential edge , the local angle-decrease section having, at a leading edge of the local angle-decrease section , a minimum point (B) at which the blade inlet angle is a minimum, the local angle-decrease section having an intermediate point (D) located at an intermediate position between both ends of the local angle-decrease section , the minimum point (B) being formed closer to a rotation axis (RC) than the intermediate point (D). a plurality of blades , each of the blades including a leading edge formed in front in a direction of rotation of the axial flow fan , an inner circumferential edge formed at an inner circumference of the blades, and an outer circumferential edge formed at an outer circumference of the blades, the outer circumferential edge being located at downstream in a flow direction of a fluid, forced to move by the axial flow fan , than the inner circumferential edge , a leading edge formed in front in a direction of rotation of the axial flow fan , an inner circumferential edge formed at an inner circumference of the blades, and an outer circumferential edge formed at an outer circumference of the blades, the outer circumferential edge being located at downstream in a flow direction of a fluid, forced to move by the axial flow fan , than the inner circumferential edge , the blade being reflexed toward upstream of the fluid at a portion adjacent to the outer circumferential edge , and having a local angle-decrease section having a blade inlet angle at the leading edge decreasing from neighborhood, the local angle-decrease section being formed at a side of the leading edge and being located closer to the outer circumferential edge than to the inner circumferential edge , the local angle-decrease section having, at a leading edge of the local angle-decrease section , a minimum point (B) at which the blade inlet angle is a minimum, the local angle-decrease section having an intermediate point (D) located at an intermediate position between both ends of the local angle-decrease section , the minimum point (B) being formed closer to a rotation axis (RC) than the intermediate point (D).
A tubular-body residual-stress improving method for improving residual stress of a cylindrical tubular body by locally irradiating an outer-circumferential surface of a welded portion (C) of the tubular body with laser beams and by moving an irradiation area (S) in a circumferential direction, wherein, a plurality of thermometers are installed on a tubular body to be improved, while an outer surface of the tubular body is irradiated with the laser beams , a temperature history of the outer surface is measured by the plurality of thermometers , and the temperature history thus measured is controlled, the tubular-body residual-stress improving method being characterized in that , a highest achieving temperature and a temperature-rising time required for reaching the highest achieving temperature from a starting point of 100°C of a temperature of the outer surface are obtained; a heating width in the circumferential direction is obtained on the basis of a product of the temperature-rising time and a speed of moving the laser beams in the circumferential direction, a dimensionless distance in the circumferential direction G = W / √(rh) is obtained as the heating width in the circumferential direction, where W is the heating width in the circumferential direction, r is an average radius of the tubular body , and h is the wall thickness of the tubular body , and the dimensionless distance G is controlled to be not less than 1.7.
A flue pipe assembly for a gas appliance comprising at least a first pipe section and a second pipe section , and a first electrical conductor and a second electrical conductor attached to the first and the second pipe sections respectively; the first electrical conductor being electrically connected with the second electrical conductor via an electrical connector assembly when the first pipe section is assembled with the second pipe section in a longitudinal direction; wherein said first and said second pipe sections are movably connected in the longitudinal direction and configured to adjust the total length of the flue pipe assembly; characterized in that said first and said second pipe sections have a first connection position and a second connection position along the longitudinal direction; wherein in the first connection position, the first electrical conductor and the second electrical conductor are connected loosely, and in the second connection position, the first electrical conductor and the second electrical conductor are connected in a tensional state.
A method for recycling supercritical waste liquid in a process of producing a silica aerogel blanket, characterized in that sulfuric acid is added to supercritical waste liquid generated in a supercritical drying step during a process of producing a silica aerogel blanket, the supercritical waste liquid comprising water, an organic solvent, and ammonium ions (NH 4 + ), and the organic solvent being one or more selected from the group consisting of methanol, ethanol, hexane, and pentane. characterized in that sulfuric acid is added to supercritical waste liquid generated in a supercritical drying step during a process of producing a silica aerogel blanket, the supercritical waste liquid comprising water, an organic solvent, and ammonium ions (NH 4 + ), and the organic solvent being one or more selected from the group consisting of methanol, ethanol, hexane, and pentane.