mhurhangee/patent-ind-claim-en huggingface dataset:
A positive displacement pump comprising: a housing surrounding a drive chamber and a diaphragm compartment ; a drive element inside the drive chamber ; a diaphragm inside the diaphragm compartment and dividing the diaphragm compartment into a fluid chamber and a cavity ; a shaft connecting the drive element and the diaphragm ; and a breather valve fluidically connected to the cavity and configured to allow air to exit the cavity, wherein the breather valve comprises: a valve housing with an inlet and an outlet , and wherein the inlet is fluidically connected to the cavity ; a valve chamber within the valve housing , the valve chamber with a valve seat and being fluidly connected to the outlet ; and a valve element disposed in the valve chamber , wherein the valve element comprises a buoyant material; and wherein the cavity is fluidically disconnected from the drive chamber . a housing surrounding a drive chamber and a diaphragm compartment ; a drive element inside the drive chamber ; a diaphragm inside the diaphragm compartment and dividing the diaphragm compartment into a fluid chamber and a cavity ; a shaft connecting the drive element and the diaphragm ; and a breather valve fluidically connected to the cavity and configured to allow air to exit the cavity, wherein the breather valve comprises: a valve housing with an inlet and an outlet , and wherein the inlet is fluidically connected to the cavity ; a valve chamber within the valve housing , the valve chamber with a valve seat and being fluidly connected to the outlet ; and a valve element disposed in the valve chamber , wherein the valve element comprises a buoyant material; and a valve housing with an inlet and an outlet , and wherein the inlet is fluidically connected to the cavity ; a valve chamber within the valve housing , the valve chamber with a valve seat and being fluidly connected to the outlet ; and a valve element disposed in the valve chamber , wherein the valve element comprises a buoyant material; and wherein the cavity is fluidically disconnected from the drive chamber .
A cyclic dinucleotide compound of Formula (I): wherein: • X 1 is H or F; • X 2 is H or F; • At least one among X 1 and X2 is a fluorine atom; • Z is OH, OR 1 , SH or SR 1 , wherein: i) R 1 is Na or NH 4 , or ii) R 1 is an enzyme-labile group which provides OH or SH in vivo such as pivaloyloxymethyl; • B 1 and B 2 are bases chosen from: and B 1 is a different base than B 2 , or a pharmaceutically acceptable salt thereof. • X 1 is H or F; • X 2 is H or F; • At least one among X 1 and X2 is a fluorine atom; • Z is OH, OR 1 , SH or SR 1 , wherein: i) R 1 is Na or NH 4 , or ii) R 1 is an enzyme-labile group which provides OH or SH in vivo such as pivaloyloxymethyl; i) R 1 is Na or NH 4 , or ii) R 1 is an enzyme-labile group which provides OH or SH in vivo such as pivaloyloxymethyl; • B 1 and B 2 are bases chosen from: and B 1 is a different base than B 2 , or a pharmaceutically acceptable salt thereof.
A vehicle door access system configured to control access to a vehicle via the vehicle door the vehicle door access system comprising; an image capture device configured to capture a first image of a user external to the vehicle and a second moving image of the user external to the vehicle ; a comparator module configured to compare the first captured image of the user with a first user identifier and to compare the second captured image with a second user identifier which is a moving image of the user; and a door lock control module configured to control the lock status of the vehicle door if both the first and second captured images, respectively, correspond to the first and second user identifiers, wherein the image capture device is mounted on the side of the vehicle and is configured to remain deactivated when the ignition is started and the engine is running.
Method for a hair treatment of keratin materials, comprising the application, to the said materials, of a cosmetic composition comprising hydrophobic silica aerogel particles and at least one acrylic thickening polymer chosen from crosslinked acrylic acid homopolymers, the said method making it possible to delay the regreasing of the hair and/or of the scalp.
A an electrical window opener for opening and closing a window that is moveably arranged to a window frame , wherein the window opener comprises: - a housing having a length (L) and a longitudinal axis (X); - an electrical motor arranged in the housing ; - a chain having a first end and a second end, wherein the first end is attached to a window bracket and the second end is attached to an attachment structure arranged in the housing , - a frame bracket attached to the housing in two attachment points, wherein the distance between the two attachment points is smaller than the length (L) of the housing , wherein the frame bracket is configured for rotatably attaching the housing to the window frame in order to allow the housing to be rotated with respect to its longitudinal axis (X). - a housing having a length (L) and a longitudinal axis (X); - an electrical motor arranged in the housing ; - a chain having a first end and a second end, wherein the first end is attached to a window bracket and the second end is attached to an attachment structure arranged in the housing , - a frame bracket attached to the housing in two attachment points, wherein the distance between the two attachment points is smaller than the length (L) of the housing ,
An electronic pipette comprising - a piston actuated in a cylinder by a motor, - a control system enabling the piston to be moved a distance such that a dose volume of liquid selected from a given volume range is aspirated into or dispensed from the pipette, - a user interface and - a display included in the user interface, characterised in that - the control system comprises at least two profiles, each profile comprising a setting array and at least one setting that acts over the entire volume range and that can be changed separately for each profile, whereby a desired profile can be selected for use in each case, wherein each profile includes various pipetting functions from the following group: - direct pipetting, - reverse pipetting, - repetitive reverse pipetting, - stepped pipetting, - diluting function, - direct pipetting and mixing function, - direct pipetting and calculation function, - aspiration function, and - manual function. - a piston actuated in a cylinder by a motor, - a control system enabling the piston to be moved a distance such that a dose volume of liquid selected from a given volume range is aspirated into or dispensed from the pipette, - a user interface and - a display included in the user interface, characterised in that - the control system comprises at least two profiles, each profile comprising a setting array and at least one setting that acts over the entire volume range and that can be changed separately for each profile, whereby a desired profile can be selected for use in each case, wherein each profile includes various pipetting functions from the following group: - direct pipetting, - reverse pipetting, - repetitive reverse pipetting, - stepped pipetting, - diluting function, - direct pipetting and mixing function, - direct pipetting and calculation function, - aspiration function, and - manual function. - direct pipetting, - reverse pipetting, - repetitive reverse pipetting, - stepped pipetting, - diluting function, - direct pipetting and mixing function, - direct pipetting and calculation function, - aspiration function, and - manual function.
α-Al 2 O 3 flakes having a D 50 -value of 5-15 μm and a D 80 -value of less than 20 μm and a particle thickness of ≦ 500 nm prepared by a process consisting of the following steps: preparation of an aqueous solution of at least one water-soluble and/or insoluble aluminum salt which contains at least one sulfate compound, adding a basic solution selected from ammonia, sodium hydroxide, potassium hydroxide, sodium carbonate, potassium carbonate and combinations thereof and optionally at least one dopant to the aluminum salt solution , wherein total molar ratio of the sulfate compound to Al 2 O 3 is 1 to ≦ 3.5 after step , drying of the obtained gel, followed by calcination, wherein the calcination temperature is from 900 to 1400 °C to obtain Al 2 O 3 flakes and alkali salts in a molten salt, removal of the water soluble parts of the calcined molten salt obtained in step . preparation of an aqueous solution of at least one water-soluble and/or insoluble aluminum salt which contains at least one sulfate compound, adding a basic solution selected from ammonia, sodium hydroxide, potassium hydroxide, sodium carbonate, potassium carbonate and combinations thereof and optionally at least one dopant to the aluminum salt solution , wherein total molar ratio of the sulfate compound to Al 2 O 3 is 1 to ≦ 3.5 after step , drying of the obtained gel, followed by calcination, wherein the calcination temperature is from 900 to 1400 °C to obtain Al 2 O 3 flakes and alkali salts in a molten salt, removal of the water soluble parts of the calcined molten salt obtained in step .
An article comprising: a body having a first side wall, a second side wall opposite to the first side wall, and a body dimension extending between the first side wall and the second side wall, the body further including a nickel-based superalloy having a microstructure that includes: a gamma phase matrix, and a gamma prime phase including a plurality of rafting-resistant gamma prime particles dispersed in the gamma phase matrix, wherein the plurality of the rafting-resistant gamma prime particles has an average particle perimeter of 3.0 microns to 15.0 microns and an average aspect ratio of 1.2 to 3.0, wherein the gamma prime phase is present in 55 volume percent, % v/v, to 75 volume percent, % v/v, of the superalloy, and wherein one or both of the measured value of the average particle perimeter and the measured value of the average aspect ratio of the plurality of the rafting-resistant gamma prime particles does not deviate by more than +/- 10% throughout the microstructure of the nickel-based superalloy; wherein the nickel-based superalloy includes from 4.0 weight percent to 7.0 weight percent aluminum (Al), from 5.0 weight percent to 10.0 weight percent chromium (Cr), from 6.0 weight percent to 10.0 weight percent cobalt (Co), from 0 weight percent to 1.5 weight percent hafnium (Hf), from 0 weight percent to 4.0 weight percent molybdenum (Mo), from 0 weight percent to 2.0 weight percent niobium (Nb), from 0 weight percent to 6.0 weight percent rhenium (Re), 4.0 weight percent to 10.0 weight percent tantalum (Ta), from 0 weight percent to 4.0 weight percent titanium (Ti), 4.0 weight percent to 8.0 weight percent tungsten (W), and the balance Ni and incidental impurities. a gamma phase matrix, and a gamma prime phase including a plurality of rafting-resistant gamma prime particles dispersed in the gamma phase matrix, wherein the plurality of the rafting-resistant gamma prime particles has an average particle perimeter of 3.0 microns to 15.0 microns and an average aspect ratio of 1.2 to 3.0, wherein the gamma prime phase is present in 55 volume percent, % v/v, to 75 volume percent, % v/v, of the superalloy, and wherein one or both of the measured value of the average particle perimeter and the measured value of the average aspect ratio of the plurality of the rafting-resistant gamma prime particles does not deviate by more than +/- 10% throughout the microstructure of the nickel-based superalloy; wherein the nickel-based superalloy includes from 4.0 weight percent to 7.0 weight percent aluminum (Al), from 5.0 weight percent to 10.0 weight percent chromium (Cr), from 6.0 weight percent to 10.0 weight percent cobalt (Co), from 0 weight percent to 1.5 weight percent hafnium (Hf), from 0 weight percent to 4.0 weight percent molybdenum (Mo), from 0 weight percent to 2.0 weight percent niobium (Nb), from 0 weight percent to 6.0 weight percent rhenium (Re), 4.0 weight percent to 10.0 weight percent tantalum (Ta), from 0 weight percent to 4.0 weight percent titanium (Ti), 4.0 weight percent to 8.0 weight percent tungsten (W), and the balance Ni and incidental impurities.
A method of programming a software module associated with a firmware unit of a device , the method comprising: a. obtaining a register transfer level program associated with the firmware unit , the register transfer level program comprising a plurality of register variables indicative of a plurality of registers in the firmware unit , defined within a first namespace of the register transfer level program ; and b. linking the first namespace associated with the register transfer level program with a namespace associated with the software module for referencing at least one of the register variable from the plurality of register variables; wherein the register transfer level program includes design level description of one or more operations associated with the firmware unit in a high-level programming language. a. obtaining a register transfer level program associated with the firmware unit , the register transfer level program comprising a plurality of register variables indicative of a plurality of registers in the firmware unit , defined within a first namespace of the register transfer level program ; and b. linking the first namespace associated with the register transfer level program with a namespace associated with the software module for referencing at least one of the register variable from the plurality of register variables;
Installation clip for insertion into a C-shaped profile rail , having a recess for routing media lines in a laboratory room, comprising two jaws which are movable relative to one another, each of which has a first end and a free second end , wherein the jaws are connected to one another at the first ends , and wherein in the region of the second end of each jaw a section (12a, 12b, 12c; 14a, 14b, 14c) is provided that has a C-shape (12a, 12b, 12c; 14a, 14b, 14c) with two lateral legs (12a, 12c; 14a, 14c) and one connecting leg that connects the lateral legs (12a, 12c; 14a, 14c), or an L-shape (12b, 12c; 14b, 14c) with one leg extending parallel to the jaw and one leg extending perpendicularly to the jaw, and wherein the jaws are designed resiliently in such a way that after insertion in the recess of the profile rail the sections (12b, 12c; 14b, 14c) of both jaws are retained in the recess in clamped manner, characterized in that the two lateral legs (12a, 12c; 14a, 14c) and the connecting leg of the C-shaped sections (12a, 12b, 12c; 14a, 14b, 14c) or the two legs (12b, 12c; 14b, 14c) of the L-shaped sections (12b, 12c; 14b, 14c) are designed such that they can be inserted in form fitting manner in the recess in the C-shaped profile rail .
A method of manufacturing a capacitive micro-machined transducer the method comprising: - depositing a first electrode layer on a substrate, - depositing a sacrificial layer , the sacrificial layer being removable for forming a cavity of the transducer, - depositing a second electrode layer , - removing the sacrificial layer by providing an etch hole and etching the sacrificial layer for forming a cavity , wherein the cavity comprises a top surface , a bottom surface and side surfaces , and subsequently - depositing a first dielectric film on the first electrode layer and a second dielectric film on the second electrode layer in the cavity by Atomic Layer Deposition, the method being characterized in that the deposited first and second dielectric films cover the top surface and the bottom surface as well as the side surfaces of the cavity . - depositing a first electrode layer on a substrate, - depositing a sacrificial layer , the sacrificial layer being removable for forming a cavity of the transducer, - depositing a second electrode layer , - removing the sacrificial layer by providing an etch hole and etching the sacrificial layer for forming a cavity , wherein the cavity comprises a top surface , a bottom surface and side surfaces , by Atomic Layer Deposition, the method being characterized in that the deposited first and second dielectric films cover the top surface and the bottom surface as well as the side surfaces of the cavity .
An assembly comprising an electrostatic sprayer for a coating product and a generator usable in an explosive atmosphere zone , this generator having a power greater than or equal to 8 Watts, preferably greater than 10 Watts, characterized in that : - the assembly comprises a compressed air source connected to the ground and at least one air intake hose connecting the source to the sprayer , - the air intake hose having an electric resistance below 1 MOhm, so as to connect the sprayer to the ground, and - at least one electrically conductive cable connects the generator and the sprayer , so as to connect the generator to the ground. - the assembly comprises a compressed air source connected to the ground and at least one air intake hose connecting the source to the sprayer , - the air intake hose having an electric resistance below 1 MOhm, so as to connect the sprayer to the ground, and - at least one electrically conductive cable connects the generator and the sprayer , so as to connect the generator to the ground.
A method for increasing weight gain and/or improving Feed Conversion Ratio of farm animals, the method comprising the step of applying to the animal a feed with an efficient amount of one or more proteolytic enzymes in combination with at least one phytase wherein: a. the phytase is administered in such amounts that the specific activity in the final feed is between 1000 FYT/kg feed and 4000 FYT/kg feed and b. the protease is an acid stable serine protease administered in a dosage of between 10'000 units/kg feed and 30'000 units/kg feed. a. the phytase is administered in such amounts that the specific activity in the final feed is between 1000 FYT/kg feed and 4000 FYT/kg feed and b. the protease is an acid stable serine protease administered in a dosage of between 10'000 units/kg feed and 30'000 units/kg feed.
A processing device comprising: a memory controller ; and a memory paging circuit , operatively coupled to the memory controller , to: evict a memory page associated with a trust domain, TD, to be executed by the processing device , wherein the TD is cryptographically isolated in memory using a key associated with the TD for encrypting the memory associated with the TD ; remove a binding of the memory page to a first memory location of the TD , wherein to remove the binding, the memory paging circuit is further to decrypt contents of the memory page using a physical memory address associated with the TD and an ephemeral key of the TD ; encrypt the contents of the memory page using the key ; create a transportable page that comprises the encrypted contents of the memory page , wherein the encrypted contents of the transportable page comprises at least one of the physical memory address of the memory page or the virtual address of the memory page where the encrypted contents of the transportable page are stored; and provide the transportable page to a second memory location. a memory controller ; and a memory paging circuit , operatively coupled to the memory controller , to: evict a memory page associated with a trust domain, TD, to be executed by the processing device , wherein the TD is cryptographically isolated in memory using a key associated with the TD for encrypting the memory associated with the TD ; remove a binding of the memory page to a first memory location of the TD , wherein to remove the binding, the memory paging circuit is further to decrypt contents of the memory page using a physical memory address associated with the TD and an ephemeral key of the TD ; encrypt the contents of the memory page using the key ; create a transportable page that comprises the encrypted contents of the memory page , wherein the encrypted contents of the transportable page comprises at least one of the physical memory address of the memory page or the virtual address of the memory page where the encrypted contents of the transportable page are stored; and provide the transportable page to a second memory location. evict a memory page associated with a trust domain, TD, to be executed by the processing device , wherein the TD is cryptographically isolated in memory using a key associated with the TD for encrypting the memory associated with the TD ; remove a binding of the memory page to a first memory location of the TD , wherein to remove the binding, the memory paging circuit is further to decrypt contents of the memory page using a physical memory address associated with the TD and an ephemeral key of the TD ; encrypt the contents of the memory page using the key ; create a transportable page that comprises the encrypted contents of the memory page , wherein the encrypted contents of the transportable page comprises at least one of the physical memory address of the memory page or the virtual address of the memory page where the encrypted contents of the transportable page are stored; and provide the transportable page to a second memory location.
A process for calcining mineral rock in a regenerative parallel-flow vertical furnace, wherein at least two shafts are interconnected by a gas transfer channel, said process comprising: - loading mineral rock at the top of the shafts, and - unloading calcined mineral rock at the bottom of the shafts, - each shaft operating alternately in firing and in preheating mode, one shaft being in firing mode for a predetermined period of time while another shaft is in preheating mode, and conversely, - the firing mode comprising, in the presence of said mineral rock, a combustion of fuel in the presence of gas containing oxygen so as to obtain a firing of the rock into calcined rock, a release of combustion gases, and a passage of these combustion gases from the shaft in firing mode to the other shaft in preheating mode through said gas transfer channel, - the preheating mode comprising a heat exchange between said mineral rock and said combustion gases from said gas transfer channel, said process being characterized in that it further comprises an injection of gases containing complementary oxygen into said gas transfer channel with oxidation of unburnt products contained in the combustion gases passing through said gas transfer channel. - loading mineral rock at the top of the shafts, and - unloading calcined mineral rock at the bottom of the shafts, - each shaft operating alternately in firing and in preheating mode, one shaft being in firing mode for a predetermined period of time while another shaft is in preheating mode, and conversely, - the firing mode comprising, in the presence of said mineral rock, a combustion of fuel in the presence of gas containing oxygen so as to obtain a firing of the rock into calcined rock, a release of combustion gases, and a passage of these combustion gases from the shaft in firing mode to the other shaft in preheating mode through said gas transfer channel, - the preheating mode comprising a heat exchange between said mineral rock and said combustion gases from said gas transfer channel,