mhurhangee/patent-ind-claim-en huggingface dataset:
A razor comprising: a razor blade cartridge including at least one razor blade ; and a handle coupled to a rear of the razor blade cartridge , the handle comprising a handle portion in the form of a long extending bar having a lower surface in the form of a hollow cavity, wherein: a through-hole which extends along at least a portion of a profile of the handle is formed on the handle; the through-hole includes a first open area facing the rear of the razor blade cartridge and a second open area formed at an upper surface of the handle, the second open area being opposite the first open area. a razor blade cartridge including at least one razor blade ; and a handle coupled to a rear of the razor blade cartridge , the handle comprising a handle portion in the form of a long extending bar having a lower surface in the form of a hollow cavity, wherein: a through-hole which extends along at least a portion of a profile of the handle is formed on the handle; the through-hole includes a first open area facing the rear of the razor blade cartridge and a second open area formed at an upper surface of the handle, the second open area being opposite the first open area. a through-hole which extends along at least a portion of a profile of the handle is formed on the handle; the through-hole includes a first open area facing the rear of the razor blade cartridge and a second open area formed at an upper surface of the handle, the second open area being opposite the first open area.
A salt or cocrystal which is 4-hydroxybenzoate of heptadecan-9-yl 8-((2-hydroxyethyl)amino)octanoate ("Compound 1"), and which has a melting point of 50 °C or greater, wherein the salt or cocrystal exhibits an X-ray powder diffraction pattern obtained using Cu Kα radiation, having two, three, four, or more characteristic peaks expressed in degrees 2-theta (+/- 0.2) selected from the group consisting of 4.5, 6.8, 9.1, 11.4, and 13.7.
An interface circuit for a sensor comprising: a first injection-locked oscillator having: - a first input adapted to be coupled to a sensor , a free-running oscillation frequency (f0) of the first injection-locked oscillator being controlled by a signal from the sensor ; and - a second input adapted to be coupled to the output of a reference oscillator to receive a synchronization signal (V SYNC ) at a reference frequency (f SYNC ), the first injection-locked oscillator being adapted to generate an output signal (V ILO1 ) at said reference frequency, the output signal (V ILO1 ) of the first injection-locked oscillator being phase shifted with respect to the synchronization signal (V SYNC ) as a function of the signal from the sensor; and an output circuit , clocked by said synchronization signal (V SYNC ) or by a clock signal derived therefrom, and adapted to generate a digital output signal (DATA) based on a phase difference between the output signal (V ILO1 ) of the first injection-locked oscillator and the synchronization signal (V SYNC ), or based on a phase difference between the output signal (V ILO1 ) of the first injection-locked oscillator and a further reference signal (V ILO2 ) generated based on said synchronization signal (V SYNC ). a first injection-locked oscillator having: - a first input adapted to be coupled to a sensor , a free-running oscillation frequency (f0) of the first injection-locked oscillator being controlled by a signal from the sensor ; and - a second input adapted to be coupled to the output of a reference oscillator to receive a synchronization signal (V SYNC ) at a reference frequency (f SYNC ), the first injection-locked oscillator being adapted to generate an output signal (V ILO1 ) at said reference frequency, the output signal (V ILO1 ) of the first injection-locked oscillator being phase shifted with respect to the synchronization signal (V SYNC ) as a function of the signal from the sensor; and - a first input adapted to be coupled to a sensor , a free-running oscillation frequency (f0) of the first injection-locked oscillator being controlled by a signal from the sensor ; and - a second input adapted to be coupled to the output of a reference oscillator to receive a synchronization signal (V SYNC ) at a reference frequency (f SYNC ), the first injection-locked oscillator being adapted to generate an output signal (V ILO1 ) at said reference frequency, the output signal (V ILO1 ) of the first injection-locked oscillator being phase shifted with respect to the synchronization signal (V SYNC ) as a function of the signal from the sensor; and an output circuit , clocked by said synchronization signal (V SYNC ) or by a clock signal derived therefrom, and adapted to generate a digital output signal (DATA) based on a phase difference between the output signal (V ILO1 ) of the first injection-locked oscillator and the synchronization signal (V SYNC ), or based on a phase difference between the output signal (V ILO1 ) of the first injection-locked oscillator and a further reference signal (V ILO2 ) generated based on said synchronization signal (V SYNC ).
A boat fender system , for mounting upon a motorized boat or sail boat having a hull, the boat fender system comprising: at least one boat fender ; a motor mountable to an attachment structure, and having a motor shaft configured to reel in a line; a line , characterized in that the line has a first end connected to the motor shaft directly or through attachments affixed to the motor, an intermediate portion of the line running through one or more openings in the at least one boat fender or through one or more attachments affixed to the at least one boat fender, and in that a second end of the line is attachable to the attachment structure; and wherein, once mounted to the attachment structure in an operational state upon a boat, operation of the motor in a first direction causes the length of line to be reduced whereby the depending boat fender to be raised by sliding along the line; and, wherein when the line is let out, the boat fender is lowered by gravity, whereby to position the fender such that it can operably protect the hull of said boat. at least one boat fender ; a motor mountable to an attachment structure, and having a motor shaft configured to reel in a line; a line , characterized in that the line has a first end connected to the motor shaft directly or through attachments affixed to the motor, an intermediate portion of the line running through one or more openings in the at least one boat fender or through one or more attachments affixed to the at least one boat fender, and in that a second end of the line is attachable to the attachment structure; and wherein, once mounted to the attachment structure in an operational state upon a boat, operation of the motor in a first direction causes the length of line to be reduced whereby the depending boat fender to be raised by sliding along the line; and, wherein when the line is let out, the boat fender is lowered by gravity, whereby to position the fender such that it can operably protect the hull of said boat.
A method for cutting a workpiece , comprising: cutting the workpiece along a predetermined cutting contour to separate a workpiece part from a residual part , and checking whether the workpiece part has been completely separated from the residual part during cutting, determining that the workpiece part has not been completely separated from the residual part , characterized by retracing the predetermined cutting contour with a cutting gas jet , wherein a processing beam for cutting is switched off after it has been determined that the workpiece part has not been completely separated from the residual part . cutting the workpiece along a predetermined cutting contour to separate a workpiece part from a residual part , and checking whether the workpiece part has been completely separated from the residual part during cutting, determining that the workpiece part has not been completely separated from the residual part , characterized by retracing the predetermined cutting contour with a cutting gas jet , wherein a processing beam for cutting is switched off after it has been determined that the workpiece part has not been completely separated from the residual part .
A switching element comprising: a first electrode layer ; a second electrode layer facing the first electrode layer; and a switching material layer between the first electrode layer and the second electrode layer, wherein the switching material layer includes a chalcogenide-based switching material, characterized in that the chalcogenide-based switching material comprises a compound represented by Formula 1: [Formula 1] Ge a Sb b Se c M d wherein, in Formula 1, M is at least one metal or metalloid element selected from In, Al, Sr, and Si, 10 at% ≤ a ≤ 40 at%, 10 at% ≤ b ≤ 50 at%, 30 at% ≤ c ≤ 80 at%, 0.5 at% ≤ d ≤ 10 at%, and a + b + c + d = 100 at% . a first electrode layer ; a second electrode layer facing the first electrode layer; and a switching material layer between the first electrode layer and the second electrode layer, wherein the switching material layer includes a chalcogenide-based switching material, characterized in that the chalcogenide-based switching material comprises a compound represented by Formula 1: [Formula 1] Ge a Sb b Se c M d wherein, in Formula 1, M is at least one metal or metalloid element selected from In, Al, Sr, and Si, 10 at% ≤ a ≤ 40 at%, 10 at% ≤ b ≤ 50 at%, 30 at% ≤ c ≤ 80 at%, 0.5 at% ≤ d ≤ 10 at%, and a + b + c + d = 100 at% . M is at least one metal or metalloid element selected from In, Al, Sr, and Si, 10 at% ≤ a ≤ 40 at%, 10 at% ≤ b ≤ 50 at%, 30 at% ≤ c ≤ 80 at%, 0.5 at% ≤ d ≤ 10 at%, and a + b + c + d = 100 at% .
A method of lubricating the bearings of an axial-flow gas compressor or a turbine , the gas compressor or turbine comprising bearings, the bearings being connected to an oil circulation system with a circulation pump for circulation of oil through the bearings for lubrication thereof, the method comprising providing an oil cleaning system for cleaning the oil, the oil cleaning system having an inlet for receiving oil at a first pressure level and an outlet for delivering cleaned oil for lubrication of the bearings, the oil cleaning system further comprising a filter housing between the inlet and the outlet and a filter inside the filter housing , the filter separating an upstream side from a downstream side in the filter housing , wherein the method further comprises providing a flow of the oil from the inlet into the upstream side in filter housing , through the filter into the downstream side and through the outlet , wherein the filter is a microporous ceramic filter membrane, characterized in that the oil cleaning system comprises a backwash facility for backwashing the filter with backwash oil, the backwash facility comprising a high-pressure oil accumulator ; wherein the method comprises accumulating oil for backwash in the high-pressure oil accumulator at a second pressure level, which is higher than the first pressure level, and backwashing the filter by pressing the oil for backwash from the high-pressure oil accumulator against the first pressure level backwards through the ceramic microporous filter and into the upstream side .
Fire-based cutting tool for hairdressing, consisting of a pair of tongs formed of two long arms joined by a shaft , each arm with a handle and a gripping part for hair held by the tongs , where the first arm comes with a burner producing a controlled flame, with a nozzle placed on one side of the rotating shaft , facing a contact zone of the gripping parts and parallel to the arms and comprising also an activation button on the side of the handle of the first arm characterized in that the gripping parts are configured to allow the hair to be laid flat along the entire length of the gripping parts .
A coherence reconstruction apparatus in communication with a coherent beam combining, CBC, system which is configured to illuminate a target with one or more encoded and at least partially coherent beams which propagate through a turbulent atmosphere , the apparatus comprising: a variable delay module which is configured to receive a seed laser reference signal from the CBC system and a target time-of-flight, TOF, measurement; and a phase shift interferometer, PSI, which is configured to receive a target-reflected optical signa from the CBC system; wherein the variable delay module is configured to generate a delayed reference optical signal which is coded; the PSI is configured to combine the target-reflected optical signal with the delayed reference optical signal to form an interference pattern; and the PSI is configured to determine at least one turbulence phase correction measurement from the interference pattern. a variable delay module which is configured to receive a seed laser reference signal from the CBC system and a target time-of-flight, TOF, measurement; and a phase shift interferometer, PSI, which is configured to receive a target-reflected optical signa from the CBC system; wherein the variable delay module is configured to generate a delayed reference optical signal which is coded; the PSI is configured to combine the target-reflected optical signal with the delayed reference optical signal to form an interference pattern; and the PSI is configured to determine at least one turbulence phase correction measurement from the interference pattern.
A method for capability interaction, executed by a network device in a mobile communication system, the method comprises: acquiring capability information of at least one neighbor network device and/or at least one neighbor cell; and determining whether to configure the neighbor network device and/or the at least one neighbor cell to be a secondary node, SN, in dual connectivity for at least one terminal device based on the capability information of the neighbor network device and a measurement report of the terminal device for the neighbor network device, characterized in that the capability information comprises a split capability support indication and a split SRB2 capability support indication. acquiring capability information of at least one neighbor network device and/or at least one neighbor cell; and determining whether to configure the neighbor network device and/or the at least one neighbor cell to be a secondary node, SN, in dual connectivity for at least one terminal device based on the capability information of the neighbor network device and a measurement report of the terminal device for the neighbor network device, characterized in that the capability information comprises a split capability support indication and a split SRB2 capability support indication.
A method of providing Frequency Domain, FD, Minimum Mean Squared Error, MMSE, equalization after initial interference cancellation, in a multi-antenna wireless system having a multi-stage Parallel Interference Cancellation, PIC, receiver and operating in a wireless network that supports multiple transmission layers, the method comprising: determining transmission layer-specific updated equalization weights by using transmission layer-specific initial equalization weights applied during initial interference cancellation; and applying transmission layer-specific updated equalization weights, through a corresponding stage of the PIC receiver , to a cleaned-up version of a received signal resulting from the initial interference cancellation. determining transmission layer-specific updated equalization weights by using transmission layer-specific initial equalization weights applied during initial interference cancellation; and applying transmission layer-specific updated equalization weights, through a corresponding stage of the PIC receiver , to a cleaned-up version of a received signal resulting from the initial interference cancellation.
A blow molding device comprising: an injection molding unit manufacturing a bottomed preform made of resin; a blow molding unit ; a support part supporting the preform ; and a conveying unit conveying the support part to the blow molding unit , wherein the blow molding unit includes: a first mold for performing a first step of subjecting the preform to heat-set blowing at a first temperature; the blow molding unit being characterized in that it further includes a second mold for performing a second step of blow-molding an intermediate molded article, which has been blow-molded by the heat-set blowing, at a second temperature lower than the first temperature, thereby manufacturing a container; and a movement unit capable of moving the first mold and the second mold relative to the support part so as to perform the first step and the second step continuously.
An airborne microbial measurement apparatus comprising: a particle separation device comprising an introduction part for introducing air and a nozzle part disposed on one side of the introduction part; a microbial particle passage through which microbial particles in the air passing through an inner passage of the nozzle part flow; an air particle passage through which air particles in the air passing through an outer space of the nozzle part flow; a collection device communicating with the microbial particle passage and comprising a filter part onto which the microbial particles are collected; and a luminescence measurement device disposed on one side of the collection device to detect an amount or intensity of light emitted from the microbial particles collected onto the filter part , characterized in that the collection device is rotatable and comprises a plurality of filter holes , wherein the plurality of filter holes include one filter hole communicating with the microbial particle passage and another filter hole facing the luminescence measurement device . a particle separation device comprising an introduction part for introducing air and a nozzle part disposed on one side of the introduction part; a microbial particle passage through which microbial particles in the air passing through an inner passage of the nozzle part flow; an air particle passage through which air particles in the air passing through an outer space of the nozzle part flow; a collection device communicating with the microbial particle passage and comprising a filter part onto which the microbial particles are collected; and a luminescence measurement device disposed on one side of the collection device to detect an amount or intensity of light emitted from the microbial particles collected onto the filter part , characterized in that the collection device is rotatable and comprises a plurality of filter holes , wherein the plurality of filter holes include one filter hole communicating with the microbial particle passage and another filter hole facing the luminescence measurement device .
A formulation unit for an inkjet printing machine, wherein - the inkjet printing machine comprises a printing unit with a printing device and with an ink supply device for supplying ink to the printing device ; and - the formulation unit comprises at least one preparation device for the preparation of the ink and at least one storage tank for storing prepared ink, - the preparation device comprising a preparation tank for receiving the ingredients of the ink and a preparation pump or preparation turbine for circulating the ingredients in a mixing procedure, the ingredients including at least water and a dye, - the storage tank being connected to said preparation device, wherein the at least one storage tank is connectable to the supply device of the printing unit for supplying ink from the storage tank to the printing device and wherein, in operation of the printing device, the storage tank of the formulation unit is constantly connected to the printing device. - the inkjet printing machine comprises a printing unit with a printing device and with an ink supply device for supplying ink to the printing device ; and - the formulation unit comprises at least one preparation device for the preparation of the ink and at least one storage tank for storing prepared ink, - the preparation device comprising a preparation tank for receiving the ingredients of the ink and a preparation pump or preparation turbine for circulating the ingredients in a mixing procedure, the ingredients including at least water and a dye, - the storage tank being connected to said preparation device,
A compound having the structure: or a stereoisomer, a pharmaceutically acceptable salt, or solvate thereof, in combination with at least one therapeutic agent selected from the group consisting of lenalidomide and venetoclax, for use in inducing apoptosis in a cell comprising a lymphocyte produced in diffuse large B cell lymphoma. or a stereoisomer, a pharmaceutically acceptable salt, or solvate thereof, in combination with at least one therapeutic agent selected from the group consisting of lenalidomide and venetoclax, for use in inducing apoptosis in a cell comprising a lymphocyte produced in diffuse large B cell lymphoma.
A trocar assembly , comprising: a trocar housing that defines a working chamber ; a cannula having a proximal end and a distal end and defining a lumen that extends between the proximal and distal ends, wherein the cannula is coupled to the trocar housing at the proximal end to facilitate communication between the lumen and the working chamber; and a plurality of compliant deflection devices provided at or near the distal end of the cannula, wherein each compliant deflection device includes a radial biasing member that extends radially inward toward a centerline of the cannula to center a surgical tool within the lumen and minimize unintended oscillation and vibration of the surgical tool, wherein each compliant deflection device is arranged on an outer surface of the cannula and the radial biasing member of each compliant deflection device extends through a corresponding window defined through a wall of the cannula, and wherein the radial biasing member is made of a material that is dissimilar to that of the cannula. a trocar housing that defines a working chamber ; a cannula having a proximal end and a distal end and defining a lumen that extends between the proximal and distal ends, wherein the cannula is coupled to the trocar housing at the proximal end to facilitate communication between the lumen and the working chamber; and a plurality of compliant deflection devices provided at or near the distal end of the cannula, wherein each compliant deflection device includes a radial biasing member that extends radially inward toward a centerline of the cannula to center a surgical tool within the lumen and minimize unintended oscillation and vibration of the surgical tool, wherein each compliant deflection device is arranged on an outer surface of the cannula and the radial biasing member of each compliant deflection device extends through a corresponding window defined through a wall of the cannula, and wherein the radial biasing member is made of a material that is dissimilar to that of the cannula.