mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a probe for insertion into a lumen of a patient, wherein the probe is coupled to an irrigation pump; a bubble detection sub-system disposed proximate an outlet of the irrigation pump; a processor, which is configured to control delivery of irrigation fluid to the probe by turning on and controlling the irrigation pump; a bubble detector (25, 125) coupled to a proximal portion of the probe, wherein, in response to the irrigation pump being turned on, the bubble detector (25, 125) is configured to: automatically start detection of gas bubbles in the irrigated fluid; and transmit fail-safe signals indicating fail-safe bubble detection is operational; and wherein the processor is further configured to monitor the fail-safe signals and, in absence of fail-safe signals, to automatically disable delivery of the irrigation fluid. a probe for insertion into a lumen of a patient, wherein the probe is coupled to an irrigation pump; a bubble detection sub-system disposed proximate an outlet of the irrigation pump; a processor, which is configured to control delivery of irrigation fluid to the probe by turning on and controlling the irrigation pump; a bubble detector (25, 125) coupled to a proximal portion of the probe, wherein, in response to the irrigation pump being turned on, the bubble detector (25, 125) is configured to: automatically start detection of gas bubbles in the irrigated fluid; and transmit fail-safe signals indicating fail-safe bubble detection is operational; and automatically start detection of gas bubbles in the irrigated fluid; and transmit fail-safe signals indicating fail-safe bubble detection is operational; and wherein the processor is further configured to monitor the fail-safe signals and, in absence of fail-safe signals, to automatically disable delivery of the irrigation fluid.
A semiconductor device comprising: a nitride semiconductor layer composed of p-type GaN; a protrusion portion composed of p-type GaN is formed within the surface of the nitride semiconductor layer; a pair of high impurity concentration regions (50a, 50b) composed of n + -type GaN are formed in the region on the surface of the nitride semiconductor layer except for the region where the protrusion portion is formed; a gate insulating film covering a surface of the protrusion portion and a surface of the pair of high impurity concentration regions (50a, 50b); and a gate electrode disposed on a surface of the gate insulating film, the gate insulating film includes a portion composed of aluminum nitride and a portion composed of insulating material that contains at least one of oxygen and silicon, the nitride semiconductor layer includes a first region facing the gate electrode and a second region facing the gate electrode and the portion of the gate insulating film composed of aluminum nitride, the second region is narrower than the first region and is included in the first region, and an interval between the pair of high impurity concentration regions (50a, 50b) is narrower than the second region (W 13) and is included in the second region. a nitride semiconductor layer composed of p-type GaN; a protrusion portion composed of p-type GaN is formed within the surface of the nitride semiconductor layer; a pair of high impurity concentration regions (50a, 50b) composed of n + -type GaN are formed in the region on the surface of the nitride semiconductor layer except for the region where the protrusion portion is formed; a gate insulating film covering a surface of the protrusion portion and a surface of the pair of high impurity concentration regions (50a, 50b); and a gate electrode disposed on a surface of the gate insulating film, the gate insulating film includes a portion composed of aluminum nitride and a portion composed of insulating material that contains at least one of oxygen and silicon, the nitride semiconductor layer includes a first region facing the gate electrode and a second region facing the gate electrode and the portion of the gate insulating film composed of aluminum nitride, the second region is narrower than the first region and is included in the first region, and an interval between the pair of high impurity concentration regions (50a, 50b) is narrower than the second region (W 13) and is included in the second region.
An electric drive system of a hybrid or electric vehicle comprising a transmission and at least a first and a second battery pack, said first battery pack being formed by a first plurality of cells, equal between each other, wherein one cell of said first plurality of cells identifies a first predetermined C-rate coefficient, namely a first predetermined cell power/capacity ratio, and said second battery pack is formed by a second plurality of cells, equal between each other, wherein one cell of said second plurality of cells identifies a second predetermined C-rate coefficient, namely a second predetermined cell power/capacity ratio greater than said first predetermined C-rate coefficient, wherein the drive system comprises a first and a second set of electromagnetic induction windings to cause a respective rotor or a same rotor connected with said transmission to rotate; said first and a second set of electromagnetic induction windings being respectively independently powered by said first and by said second battery pack via respective first and second inverters; characterized in that the drive system comprises a processing unit configured to execute the steps of: - constantly activating said first inverter and activating said second inverter when a required power exceeds a predetermined threshold that is the fraction of a maximum power that can be delivered/received by said first battery pack, and - varying said threshold in order to obtain a predetermined ratio between charging states of said first and said second battery pack. - constantly activating said first inverter and activating said second inverter when a required power exceeds a predetermined threshold that is the fraction of a maximum power that can be delivered/received by said first battery pack, and - varying said threshold in order to obtain a predetermined ratio between charging states of said first and said second battery pack.
A modified pigment comprising a pigment having attached at least one organic group, wherein the organic group comprises at least one group having the formula -CO-Q-CH(PO 3 H 2) 2, partial esters thereof, or salts thereof, wherein Q is O, S, or NR' and R' is H, a C 1 -C 18 alkyl group, a C 1 -C 18 acyl group, an aralkyl group, an alkaryl group or an aryl group.
A rotary impingement cleaning apparatus, comprising: an inlet cap for receiving a flow of pressurized cleaning liquid; a body housing connected to the inlet cap for receiving the flow of pressurized cleaning liquid from the inlet cap; a rotor assembled within the body housing for receiving and being rotated by the flow of pressurized cleaning liquid; a cartridge having a gear train assembled therewithin, the gear train connected to and driven by the rotor; a rotary housing rotatably mounted to the body housing and rotated by the gear train; a nozzle housing rotatably mounted to the rotary housing, the nozzle housing rotated by the rotary housing; and a plurality of nozzles (22a, 22b) affixed to the nozzle housing for receiving and discharging the flow of pressurized cleaning liquid (F') to impinge and clean an interior surface of a storage vessel; characterised in that the cartridge is replaceably mounted within the body housing in a manner to enable installation and removal of the cartridge and gear train as a unit. an inlet cap for receiving a flow of pressurized cleaning liquid; a body housing connected to the inlet cap for receiving the flow of pressurized cleaning liquid from the inlet cap; a rotor assembled within the body housing for receiving and being rotated by the flow of pressurized cleaning liquid; a cartridge having a gear train assembled therewithin, the gear train connected to and driven by the rotor; a rotary housing rotatably mounted to the body housing and rotated by the gear train; a nozzle housing rotatably mounted to the rotary housing, the nozzle housing rotated by the rotary housing; and a plurality of nozzles (22a, 22b) affixed to the nozzle housing for receiving and discharging the flow of pressurized cleaning liquid (F') to impinge and clean an interior surface of a storage vessel; characterised in that the cartridge is replaceably mounted within the body housing in a manner to enable installation and removal of the cartridge and gear train as a unit.
A method for wireless communication, performed by a first wireless device, comprising: identifying, by the first wireless device, a sequence of on symbols and off symbols for transmission to a wake-up radio, WUR, of a second wireless device; determining a random or pseudorandom cyclic shift based at least in part on a random number generator, wherein the random number generator is initialized with a random or pseudorandom seed; assigning a modulation symbol waveform from a set of possible modulation symbol waveforms to at least each on symbol in the sequence, wherein the modulation symbol waveforms are assigned to sequential on symbols in a random or pseudorandom order, and wherein assigning the modulation symbol waveform comprises selecting a random or pseudorandom cyclic shift for each symbol and applying the random or pseudorandom cycle shift to a stored modulation symbol waveform to generate the modulation symbol waveform for each symbol; transmitting the sequence to the WUR of the second wireless device using multi-carrier on-off keying, MC-OOK, based at least in part on the assigned modulation symbol waveforms; and transmitting the random or pseudorandom seed to the second wireless device. identifying, by the first wireless device, a sequence of on symbols and off symbols for transmission to a wake-up radio, WUR, of a second wireless device; determining a random or pseudorandom cyclic shift based at least in part on a random number generator, wherein the random number generator is initialized with a random or pseudorandom seed; assigning a modulation symbol waveform from a set of possible modulation symbol waveforms to at least each on symbol in the sequence, wherein the modulation symbol waveforms are assigned to sequential on symbols in a random or pseudorandom order, and wherein assigning the modulation symbol waveform comprises selecting a random or pseudorandom cyclic shift for each symbol and applying the random or pseudorandom cycle shift to a stored modulation symbol waveform to generate the modulation symbol waveform for each symbol; transmitting the sequence to the WUR of the second wireless device using multi-carrier on-off keying, MC-OOK, based at least in part on the assigned modulation symbol waveforms; and transmitting the random or pseudorandom seed to the second wireless device.
A compound of Formula wherein R 1 is selected from the group consisting of hydrogen, -CH 3, -CCH, -OCH 3 and halogen R 2 is hydrogen or halogen R 3 is hydrogen or halogen R 4 is hydrogen or -CH 3 and at least one of R 1, R 2 and R 3 is not hydrogen or a salt thereof. R 1 is selected from the group consisting of hydrogen, -CH 3, -CCH, -OCH 3 and halogen R 2 is hydrogen or halogen R 3 is hydrogen or halogen R 4 is hydrogen or -CH 3 and at least one of R 1, R 2 and R 3 is not hydrogen or a salt thereof.
A method of producing carbon monoxide and sulfur dioxide (SO 2), the method comprising: (a) obtaining a reaction mixture comprising carbon dioxide gas and elemental sulfur gas; and (b) contacting the reaction mixture with a catalyst under conditions sufficient to produce a product stream comprising gaseous CO, COS and SO 2, wherein the catalyst comprises a metal sulfide, the metal sulfide comprising molybdenum or zinc, wherein the conditions comprise a temperature of 445 °C to 3000 °C, a pressure of 1 to 25 bar and a gas hourly space velocity of 1,000 to 100,000 h -1, and wherein the reaction mixture comprises a gaseous CO 2:S molar ratio of 1:1 to 6:1. (a) obtaining a reaction mixture comprising carbon dioxide gas and elemental sulfur gas; and (b) contacting the reaction mixture with a catalyst under conditions sufficient to produce a product stream comprising gaseous CO, COS and SO 2, wherein the catalyst comprises a metal sulfide, the metal sulfide comprising molybdenum or zinc, wherein the conditions comprise a temperature of 445 °C to 3000 °C, a pressure of 1 to 25 bar and a gas hourly space velocity of 1,000 to 100,000 h -1, and wherein the reaction mixture comprises a gaseous CO 2:S molar ratio of 1:1 to 6:1.
Particulate material and a cellular toxin for use in the treatment of a solid tumour wherein said particulate material is in the form of a dispersion in a liquid carrier, the particulate material being maintained in the dispersed state by a stabiliser; wherein the stabiliser is a steric stabiliser comprising a steric stabilising polymeric segment and an anchoring portion; wherein said anchoring portion anchors the stabiliser to the particulate material and is different from the remainder of the stabiliser; wherein said steric stabilising polymeric segment is soluble in said liquid carrier and comprises a terminal ionic functional group, particularly wherein the ionic functional group is a cation; wherein said particulate material ranges in size from about 10 nm to about 350 nm; wherein said particulate material and cellular toxin penetrate said solid tumour; wherein said particulate material and cellular toxin are co-administered in two separate formulations; and wherein said cellular toxin is either a cytostatic or cytosidal agent selected from the group consisting of doxorubicin, mitoxantrone, cisplatin, paclitaxel and 5-FU.
A method for the fine-machining of a toothing by means of a single-indexing method, wherein a disc-type fine-machining tool that rotates around its axis of rotation is brought into rolling machining engagement with a tooth flank of the toothing in order to remove material from the tooth flank, wherein a line contact is established while in machining engagement and the contact line moves over the tooth flank in accordance with a movement having a directional component that is radial relative to the toothing axis, characterised in that the machining engagement is maintained in the same pitch with a reduced tangential distance (+Δ) between the tooth flank and the disc plane of the fine-machining tool and with a sign reversal of the radial directional component of the contact line movement.
A casting method for casting a heat exchanger casting by a die casting process, the method comprising casting molten metal onto a core, the core having a component soluble to a solvent and a metal component non-soluble to the solvent, the soluble core component being cast on the surface of the metal core component to form a desired shape, wherein during casting the insoluble core component and the soluble core component are directly in contact with the molten metal and remain in place within the resulting solidified metallic casting, the method further comprising dissolving and removing the soluble portion of salt with the solvent to form one or more cavities and/or channels of the desired shape in the heat exchanger casting.
A composite structure comprising: a corrugated septum extending in a lengthwise direction; and a flute having the corrugated septum disposed therein; wherein the corrugated septum and the flute are comprised of a ceramic matrix composite material; and characterised in that the corrugated septum is corrugated so as to define a relatively sinuous pattern that extends in the lengthwise direction. a corrugated septum extending in a lengthwise direction; and a flute having the corrugated septum disposed therein; wherein the corrugated septum and the flute are comprised of a ceramic matrix composite material;
A dental tool system, comprising: - an electronic detection system for detecting a spatial position (103-Z) of a tooth and a spatial tool position (103-W) of a tool which comprises a stereoscopic detection system having a first and a second camera (113-1, 113-2); and - a device for controlling the tool on the basis of the detected tool position in relation to the position (103-Z) of the tooth by calculating a spatial distance between the tool position and the position of the tooth; wherein the tool comprises a polymerization lamp, a dental drill, an endoscope, a camera, a scanner, a mirror, a light-curing device, a dental chair, a light source for diagnosis or a light source for color determination. - an electronic detection system for detecting a spatial position (103-Z) of a tooth and a spatial tool position (103-W) of a tool which comprises a stereoscopic detection system having a first and a second camera (113-1, 113-2); and - a device for controlling the tool on the basis of the detected tool position in relation to the position (103-Z) of the tooth by calculating a spatial distance between the tool position and the position of the tooth; wherein the tool comprises a polymerization lamp, a dental drill, an endoscope, a camera, a scanner, a mirror, a light-curing device, a dental chair, a light source for diagnosis or a light source for color determination.
Aviptadil for use in the treatment of a lung disease in a patient in need thereof by administering to the patient aviptadil 2 or 3 times in a day wherein the period between administrations is between 5 to 120 minutes, the administration is applied with a nebulizer and the lung disease is Covid-19 lung disease caused by SARS-CoV-2 virus.
A process for purifying beet sugar juice characterized in that: - one adds to the juice to purify cellulose fibers at a content of between 0.1% and 4% by weight, - one filters said juice by passing it through a filtration precoat constituted of 100% of cellulose fibers. - one adds to the juice to purify cellulose fibers at a content of between 0.1% and 4% by weight, - one filters said juice by passing it through a filtration precoat constituted of 100% of cellulose fibers.
A gastric restraining device for treating excessive weight or obesity in mammals, comprising: a skirt (200, 300, 400, 500, 600, 700, 900; 1002, 1102, 1608, 1902) having a top portion, a bottom portion, a left portion of a predetermined width, and a right portion of a predetermined width, and a central portion of a predetermined width located between the left portion and the right portion, the width of the central portion being less than the width of the left portion and the width of the right portion, the skirt (200, 300, 400, 500, 600, 700, 900; 1002, 1102, 1608, 1902) adapted to be positioned around and in contact with an internal stomach organ of a mammal to tightly engage the internal stomach organ when the left portion is in proximity to the right portion; a first clip attached to the right portion of the skirt; and a second clip attached to the left portion of the skirt (200, 300, 400, 500, 600, 700, 900; 1002, 1102, 1608, 1902) and adapted to engage the first clip and maintain the left portion in proximity to the right portion, the skirt (200, 300, 400, 500, 600, 700, 900; 1002, 1102, 1608, 1902) or the first and second clips (208, 214) completely covering an entire area between the left portion and the right portion when the left portion is in proximity to the right portion and the first and second clips (208, 214) adapted to be positioned around a greater curvature of the internal stomach organ, thereby preventing expansion of the internal stomach organ when the first clip is fastened to the second clip. a skirt (200, 300, 400, 500, 600, 700, 900; 1002, 1102, 1608, 1902) having a top portion, a bottom portion, a left portion of a predetermined width, and a right portion of a predetermined width, and a central portion of a predetermined width located between the left portion and the right portion, the width of the central portion being less than the width of the left portion and the width of the right portion, the skirt (200, 300, 400, 500, 600, 700, 900; 1002, 1102, 1608, 1902) adapted to be positioned around and in contact with an internal stomach organ of a mammal to tightly engage the internal stomach organ when the left portion is in proximity to the right portion; a first clip attached to the right portion of the skirt; and a second clip attached to the left portion of the skirt (200, 300, 400, 500, 600, 700, 900; 1002, 1102, 1608, 1902) and adapted to engage the first clip and maintain the left portion in proximity to the right portion, the skirt (200, 300, 400, 500, 600, 700, 900; 1002, 1102, 1608, 1902) or the first and second clips (208, 214) completely covering an entire area between the left portion and the right portion when the left portion is in proximity to the right portion and the first and second clips (208, 214) adapted to be positioned around a greater curvature of the internal stomach organ, thereby preventing expansion of the internal stomach organ when the first clip is fastened to the second clip.
A method for increasing cellulolytic enzyme activity during the hydrolysis of cellulosic material comprising: (a) contacting the cellulosic material with cutinase, peptidase and pectate lyase enzymes to form pretreated cellulosic material; and (b) hydrolyzing the pretreated cellulosic material with one or more enzyme compositions comprising one or more cellulolytic enzymes and wherein hydrolyzing step (b) further comprises contacting the pretreated cellulosic material from step (a) with one or more amylases and glucoamylases and/or mannanase enzymes. (a) contacting the cellulosic material with cutinase, peptidase and pectate lyase enzymes to form pretreated cellulosic material; and (b) hydrolyzing the pretreated cellulosic material with one or more enzyme compositions comprising one or more cellulolytic enzymes and wherein hydrolyzing step (b) further comprises contacting the pretreated cellulosic material from step (a) with one or more amylases and glucoamylases and/or mannanase enzymes.
An apparatus for use in growing a plant crop, the apparatus comprising a structure enclosing a volume in which a crop can be maintained in a controlled environment during the growth of a crop, the structure housing two endless belts in spaced-apart parallel relationship and mounted for synchronous motion about a closed path, a trough to removably retain a nutrient solution for a crop, suspension means to enable a container holding a crop to be suspended between and move with the belts, the paths of the belts being such as to at least partially immerse the container in nutrient solution and feed a crop at least once on a complete belt circuit; characterised in that each belt is mounted to a drive sprocket and the path of each belt is defined by a plurality of idler cogs; wherein the floor of the structure consists of a building roof and the plurality of idler cogs are positionable within the volume of the apparatus to suit the shape of the building roof on which the apparatus is located; and wherein the structure is formed of a plurality of modules which are installed so as to suit the shape of the building roof; wherein at least one of said modules comprises a single access point from where crops can be removed from the volume of the apparatus.
Device for machining the face of a seat of a mechanical part, comprising a tool carrier mobile in rotation about an axis provided with at least one peripheral cutting blade, characterised in that it also comprises an abrasive machining tool locked in rotation with the tool carrier, exhibiting at least one abrasive surface, said machining tool being mounted on the tool carrier and locked through the intermediary of elastic means allowing its relative axial movement in relation to the tool carrier.
An insertable filter unit for a smoking article filter, the filter unit comprising a smoke modifying substance; characterised by the filter unit comprising mechanical retaining means to retain the insertable filter unit in the smoking article filter.