mhurhangee/ep-ind-claims huggingface dataset:
A method for distributing graphical processing unit processing, comprising: instantiating, by a computing device, a virtual GPU manager on the computing device; querying, by the virtual GPU manager, a plurality of physical GPUs to identify processing performance variables of the plurality of physical GPUs; generating, by the virtual GPU manager and based on one or more of the processing performance variables of the plurality of physical GPUs, a logical GPU comprising a logical linkage between a quantity of physical GPUs from the plurality of physical GPUs; receiving, by the virtual GPU manager, a rendering request; mapping, by the virtual GPU manager, the rendering request to the logical GPU based on the processing performance variables of the one or more of the plurality of physical GPUs; sending, by the virtual GPU manager, the rendering request to the mapped logical GPU; receiving, by the virtual GPU manager, an indication of a change to network flow rates corresponding to the rendering request; and decreasing, by the virtual GPU manager and based on a determination that the change to the network flow rates indicates network congestion, the quantity of physical GPUs of the logical GPU. instantiating, by a computing device, a virtual GPU manager on the computing device; querying, by the virtual GPU manager, a plurality of physical GPUs to identify processing performance variables of the plurality of physical GPUs; generating, by the virtual GPU manager and based on one or more of the processing performance variables of the plurality of physical GPUs, a logical GPU comprising a logical linkage between a quantity of physical GPUs from the plurality of physical GPUs; receiving, by the virtual GPU manager, a rendering request; mapping, by the virtual GPU manager, the rendering request to the logical GPU based on the processing performance variables of the one or more of the plurality of physical GPUs; sending, by the virtual GPU manager, the rendering request to the mapped logical GPU; receiving, by the virtual GPU manager, an indication of a change to network flow rates corresponding to the rendering request; and decreasing, by the virtual GPU manager and based on a determination that the change to the network flow rates indicates network congestion, the quantity of physical GPUs of the logical GPU.
Striking or musical watch provided with at least one acoustic radiating membrane made of metallic material or amorphous metal, said membrane taking the form of a loop with walls of a specific thickness to be connected by a first edge portion to a middle part of a watch case and by a second edge portion to a bezel secured to a watch crystal, or directly to a watch crystal, the bezel connected to the crystal or the crystal being movable with respect to the case middle via the membrane during vibration of the membrane once a sound is generated by the watch striking mechanism in the watch case, characterized in that the membrane is configured with a wall of a specific thickness in an active region dependent on the mass of the bezel connected to the crystal, or only of the crystal, to obtain a frequency f 0 of a first vibration mode, which is on a low frequency of less than or equal to 4 kHz according to the equation f 0 = (1/2π)·(k/m) 1/2 where k is the stiffness of the membrane, which depends on the thickness thereof, and m is the mass of the bezel connected to the crystal, or only of the crystal, and in that the membrane is annular in shape with an annular arcuate part starting from the second edge portion and pointing in a direction of the crystal perpendicular to the plane of the watch, the arcuate part being extended by a straight part, which is connected to the first edge portion, and in that the annular arcuate part is a portion of a circle, on a cross-section, whose angle at rest is greater than 180°.
A method for manufacturing a composite electrode intended for use in a metal-air electrochemical cell with a liquid electrolyte of basic pH, the method comprising: - obtaining an air electrode porous structure comprising an outer surface, the porous structure being configured to facilitate an oxygen reduction reaction into hydroxyl ions in the presence of an electric current; - synthesizing a first liquid solution comprising a fluoropolymer suspended in a solvent, the fluoropolymer being capable of forming a membrane impermeable to at least the liquid electrolyte of basic pH, the fluoropolymer comprising SO 2 N groups capable of conducting hydroxyl ions; - applying the first liquid solution at least once onto the outer surface of the porous structure, the solvent flowing through the porous structure and the fluoropolymer being deposited by aggregating into a layer on the outer surface of the porous structure, thereby forming said membrane impermeable to at least the liquid electrolyte of basic pH and conductive to hydroxyl ions. - obtaining an air electrode porous structure comprising an outer surface, the porous structure being configured to facilitate an oxygen reduction reaction into hydroxyl ions in the presence of an electric current; - synthesizing a first liquid solution comprising a fluoropolymer suspended in a solvent, the fluoropolymer being capable of forming a membrane impermeable to at least the liquid electrolyte of basic pH, the fluoropolymer comprising SO 2 N groups capable of conducting hydroxyl ions; - applying the first liquid solution at least once onto the outer surface of the porous structure, the solvent flowing through the porous structure and the fluoropolymer being deposited by aggregating into a layer on the outer surface of the porous structure, thereby forming said membrane impermeable to at least the liquid electrolyte of basic pH and conductive to hydroxyl ions.
A device for producing butter from cream having at least one churning cylinder (23, 23') for converting cream into butter grain and buttermilk, and an after-churning drum (1, 1') for separating buttermilk and butter grain, wherein the after-churning drum (1, 1') and the churning cylinder (23, 23') form one structural unit, and wherein the after-churning drum has the rotatably mounted after-churning cylinder with a rotational axis and that the churning cylinder is arranged non-rotatably in the after-churning cylinder concentrically relative to the rotational axis, characterized in that the after-churning cylinder has an after-churning area and a separating area which are separated from each other by a ring weir, wherein the separating area extends, originating from the ring weir, at least up to a point where the after-churning cylinder opens into the cover.
Method for EDP-based patient validation before carrying out radiotherapy, wherein patient-specific data are detected and stored in a validation database as reference features, wherein, prior to each treatment, current patient features are established and compared with the reference features and wherein a release for treatment is carried out only when the comparison produces a predetermined degree of correspondence, characterised in that biometric characteristics of the face are used as patient-specific data, wherein the biometric characteristics both for generating the reference features and for establishing the current patient features are established on the basis of a camera and processed in a computer, and wherein the camera-based establishment is provided in the entrance region of a radiation room, wherein the patient validation is automatically initiated by entering a treatment room or by closing a radiation protection door, and wherein finally a release or a termination of the operation is automatically carried out depending on the patient validation. biometric characteristics of the face are used as patient-specific data, wherein the biometric characteristics both for generating the reference features and for establishing the current patient features are established on the basis of a camera and processed in a computer, and wherein the camera-based establishment is provided in the entrance region of a radiation room, wherein the patient validation is automatically initiated by entering a treatment room or by closing a radiation protection door, and wherein finally a release or a termination of the operation is automatically carried out depending on the patient validation.
Use of an austenitic steel having the following composition: up to 0.20 percent by weight of carbon, up to 2 percent by weight of silicon, 10 to 20 percent by weight of manganese, up to 2 percent by weight of chromium, 4 to 12 percent by weight of nickel, up to 0.4 percent by weight of nitrogen, 0.5 to 10 percent by weight of aluminum, 1 to 8 percent by weight of copper, up to 2 percent by weight of niobium, up to 2 percent by weight of vanadium, up to 2 percent by weight of titanium, the remainder being iron and standard steel accompanying elements as a material for hydrogen technology, the total content of niobium and/or titanium and/or vanadium being more than 0.2 percent by weight, the content of carbon being more than 0.04 percent by weight and the content of nitrogen being more than 0.1 percent by weight. up to 0.20 percent by weight of carbon, up to 2 percent by weight of silicon, 10 to 20 percent by weight of manganese, up to 2 percent by weight of chromium, 4 to 12 percent by weight of nickel, up to 0.4 percent by weight of nitrogen, 0.5 to 10 percent by weight of aluminum, 1 to 8 percent by weight of copper, up to 2 percent by weight of niobium, up to 2 percent by weight of vanadium, up to 2 percent by weight of titanium, the remainder being iron and standard steel accompanying elements as a material for hydrogen technology, the total content of niobium and/or titanium and/or vanadium being more than 0.2 percent by weight, the content of carbon being more than 0.04 percent by weight and the content of nitrogen being more than 0.1 percent by weight.
A blood analyzer comprising: a sample preparation unit configured to mix a blood specimen and a fluorescent dye for staining nucleic acid to prepare a measurement sample; a light receiver (103, 105) configured to receive fluorescence and scattered light that are generated by light being applied to the measurement sample prepared by the sample preparation unit; and a controller configured to determine whether or not infection with Plasmodium has occurred, on the basis of a value representing variation of a distribution of first particles in a range where single-ring form of red blood cells appear, and the number of third particles in a range where red blood cells infected with Plasmodium appear, the range where single-ring form of red blood cells appear being identified according to fluorescence intensities and scattered light intensities obtained by processing of signals from the light receiver (103, 105), wherein the value representing the variation of a distribution of the first particles indicates a variation of the frequency distribution with respect to fluorescence intensities of the first particles. a sample preparation unit configured to mix a blood specimen and a fluorescent dye for staining nucleic acid to prepare a measurement sample; a light receiver (103, 105) configured to receive fluorescence and scattered light that are generated by light being applied to the measurement sample prepared by the sample preparation unit; and a controller configured to determine whether or not infection with Plasmodium has occurred, on the basis of
An autoinjector for dispensing a fluid product, in particular a medicament, including: a) a housing and a product container, in particular a syringe, which is arranged in the housing and which has a displaceable plunger, wherein the plunger is displaceable in a distal direction by means of a forward drive member for dispensing of the product contained in the product container, b) a cover cap which is arranged at the distal end of the housing and is removable from the housing, c) an in particular sleeve-shaped triggering member which in its starting position projects beyond the distal end of the housing, d) wherein for triggering the dispensing operation the triggering member is moveable relative to the housing from the starting position in a proximal direction into a triggering position when the cover cap is removed from the housing, and e) the triggering member is blocked against movement into the triggering position when the cover cap is arranged on the housing, characterised in that f) the triggering member has a locking means, wherein the locking means can be deflected by the cover cap into a locking position in which the locking means is opposite to an abutment formed by the autoinjector, wherein the locking means can be moved past the abutment in an enable position which the locking means assumes when the cover cap is removed. a) a housing and a product container, in particular a syringe, which is arranged in the housing and which has a displaceable plunger, wherein the plunger is displaceable in a distal direction by means of a forward drive member for dispensing of the product contained in the product container, b) a cover cap which is arranged at the distal end of the housing and is removable from the housing, c) an in particular sleeve-shaped triggering member which in its starting position projects beyond the distal end of the housing, d) wherein for triggering the dispensing operation the triggering member is moveable relative to the housing from the starting position in a proximal direction into a triggering position when the cover cap is removed from the housing, and e) the triggering member is blocked against movement into the triggering position when the cover cap is arranged on the housing, characterised in that f) the triggering member has a locking means, wherein the locking means can be deflected by the cover cap into a locking position in which the locking means is opposite to an abutment formed by the autoinjector, wherein the locking means can be moved past the abutment in an enable position which the locking means assumes when the cover cap is removed.
A method that facilitates hot-word free interaction between a user and an automated assistant, the method implemented by one or more processors and comprising: receiving, at a client device (101, 101A), a stream of image frames that are based on output from one or more cameras of the client device; processing, at the client device, the image frames of the stream using at least one trained machine learning model stored locally on the client device to detect occurrence of: a gaze of a user that is directed toward the client device; determining, at the client device, a distance of the user relative to the client device, wherein determining the distance of the user relative to the client device is based on one or both of: one or more of the image frames, and additional sensor data from an additional sensor of the client device; determining, at the client device and based on detecting the occurrence of the gaze of the user and based on the distance of the user relative to the client device, to perform: certain processing of audio data detected by one or more microphones of the client device, wherein at least a portion of the audio data is buffered audio data that is buffered, prior to detecting the gaze of the user, in a temporary buffer local to the client device; and initiating, at the client device, the certain processing of the audio data responsive to determining to perform the certain processing of the audio data. receiving, at a client device (101, 101A), a stream of image frames that are based on output from one or more cameras of the client device; processing, at the client device, the image frames of the stream using at least one trained machine learning model stored locally on the client device to detect occurrence of: a gaze of a user that is directed toward the client device; determining, at the client device, a distance of the user relative to the client device, wherein determining the distance of the user relative to the client device is based on one or both of: one or more of the image frames, and additional sensor data from an additional sensor of the client device; one or more of the image frames, and additional sensor data from an additional sensor of the client device; determining, at the client device and based on detecting the occurrence of the gaze of the user and based on the distance of the user relative to the client device, to perform: certain processing of audio data detected by one or more microphones of the client device, wherein at least a portion of the audio data is buffered audio data that is buffered, prior to detecting the gaze of the user, in a temporary buffer local to the client device; and initiating, at the client device, the certain processing of the audio data responsive to determining to perform the certain processing of the audio data.
A system comprising a delivery catheter for introducing a stent-valve into the anatomy via an arterial introducer having a haemostasis valve and a liner sleeve, wherein the delivery catheter comprises: a distal portion having a stent-valve accommodation region; a flexible stem portion extending proximally from the distal portion, and comprising a plurality of control tubes nested one within another, and axially slidable relative to each other to manipulate the distal portion for deploying a stent-valve; and wherein the liner sleeve is slidable on the stem portion, the liner sleeve having an interior configured for permitting substantially unobstructed sliding of the stem portion with respect to the liner sleeve. a distal portion having a stent-valve accommodation region; a flexible stem portion extending proximally from the distal portion, and comprising a plurality of control tubes nested one within another, and axially slidable relative to each other to manipulate the distal portion for deploying a stent-valve; and wherein the liner sleeve is slidable on the stem portion, the liner sleeve having an interior configured for permitting substantially unobstructed sliding of the stem portion with respect to the liner sleeve.
A socket adapter for a test cable, with - a plug connector with contact pins arranged on a base body at a distance from one another having a socket contact section and a board contact section and - a contact retaining plate with individual through openings delimiting the board contact sections from one another, said through openings each being configured for stationary accommodation of an accessory shoe arranged on a line end, characterized in that the contact retaining plate is connected to the base body. - a plug connector with contact pins arranged on a base body at a distance from one another having a socket contact section and a board contact section and - a contact retaining plate with individual through openings delimiting the board contact sections from one another, said through openings each being configured for stationary accommodation of an accessory shoe arranged on a line end,
A variant β-hexosaminidase subunit comprising one or more substitutions at a position selected from D433, I436, S491 and T494 corresponding to the native β-hexosaminidase α subunit sequence (SEQ ID NO: 1) wherein the variant β-hexosaminidase subunit forms a homodimer and wherein the homodimer associates with G M2 activator protein to hydrolyze G M2 ganglioside, wherein the variant β-hexosaminidase subunit is a variant of an α subunit and wherein the variant hexosaminidase α subunit has an amino acid sequence having at least 90% sequence identity to residues 89-528 of SEQ ID NO: 2.
A method comprising: (a) providing at a first temperature a first lignocellulosic biomass mixture comprising a substance, wherein the substance comprises lignin and wherein the first temperature is above 60 °C; and (b) agitating at least a portion of the first mixture under turbulent conditions at a Reynolds number of greater than 4,000 for a first time period at the first temperature, thereby causing particles comprising the substance having a first average size to of less than 200 microns to collide and form into larger particles having a second average size of greater than 200 microns, thereby forming a second mixture. (a) providing at a first temperature a first lignocellulosic biomass mixture comprising a substance, wherein the substance comprises lignin and wherein the first temperature is above 60 °C; and (b) agitating at least a portion of the first mixture under turbulent conditions at a Reynolds number of greater than 4,000 for a first time period at the first temperature, thereby causing particles comprising the substance having a first average size to of less than 200 microns to collide and form into larger particles having a second average size of greater than 200 microns, thereby forming a second mixture.
Pressure die-casting piston having a base member which can be secured to a piston rod and having a melt-side end face on the covering face of which at least one hollow-cylindrical sliding member (3, 4) and optionally a scraping element can be assembled, and a closed end ring is arranged between the end face of the base member and an end face of the sliding member (3, 4), wherein the end ring can be secured to the base member by means of a connection device, characterised in that - the closed end ring can be assembled axially over the end face of the base member on the covering face of the base member and can be locked at that location and released again by means of the connection device, and - in that the closed end ring acts as an end-side first retention element for the hollow-cylindrical sliding member (3, 4) and the scraping element. - the closed end ring can be assembled axially over the end face of the base member on the covering face of the base member and can be locked at that location and released again by means of the connection device, and - in that the closed end ring acts as an end-side first retention element for the hollow-cylindrical sliding member (3, 4) and the scraping element.
A control method for checking and controlling the internal pressure of a photovoltaic module comprising a front plate, a rear plate, photovoltaic cells, conductors for electrical interconnection between the cells, and a peripheral seal, with the conductors being in pressure contact with the cells, under the effect of a force resulting from a negative pressure prevailing within the interior of the module, characterised in that the said method includes the following steps consisting of: a) gradually causing the progressive reducing of the pressure of a quantity of gas around the module; b) detecting, during the step a), a physical parameter representative of the actual pressing of the interconnection conductors against the cells; c) determining a value of the internal pressure of the module as a function of a variation (I 6 -N%; dI e /dP2) in the physical parameter. a) gradually causing the progressive reducing of the pressure of a quantity of gas around the module; b) detecting, during the step a), a physical parameter representative of the actual pressing of the interconnection conductors against the cells; c) determining a value of the internal pressure of the module as a function of a variation (I 6 -N%; dI e /dP2) in the physical parameter.