mhurhangee/patent-ind-claim-en huggingface dataset:
An electromagnetically actuated piston slide valve , comprising: - a valve housing with a first fluid connector and a second fluid connector and at least one fluid passage connecting the two fluid connectors , as well as a coil , - a slide which is axially displaceable in the valve housing for regulating a free cross-sectional area of the fluid passage , - a first biasing device which rests against the valve housing in such a manner that a force of the first biasing device acts in an opening direction, wherein the slide at least partially releases the fluid passage upon displacement in the opening direction, and - a second biasing device which rests against the valve housing in such a manner that a force of the second biasing device acts in a closing direction opposite to the opening direction, wherein the first and the second biasing device are adapted such that, in the electrically unenergized state of the coil , the slide adopts a position in which the fluid passage is closed, and - a magnetic armature coupled with the slide , wherein, by means of the magnetic armature , by producing an electromagnetic field through electrically energizing the coil , the slide is axially displaceable in the valve housing against the force of the second biasing device into a position in which the fluid passage is at least partially opened, wherein, in the electrically unenergized state of the coil , the absolute value of the force of the second biasing spring is greater than the absolute value of the force of the first biasing spring . - a valve housing with a first fluid connector and a second fluid connector and at least one fluid passage connecting the two fluid connectors , as well as a coil , - a slide which is axially displaceable in the valve housing for regulating a free cross-sectional area of the fluid passage , - a first biasing device which rests against the valve housing in such a manner that a force of the first biasing device acts in an opening direction, wherein the slide at least partially releases the fluid passage upon displacement in the opening direction, and - a second biasing device which rests against the valve housing in such a manner that a force of the second biasing device acts in a closing direction opposite to the opening direction, wherein the first and the second biasing device are adapted such that, in the electrically unenergized state of the coil , the slide adopts a position in which the fluid passage is closed, and - a magnetic armature coupled with the slide , wherein, by means of the magnetic armature , by producing an electromagnetic field through electrically energizing the coil , the slide is axially displaceable in the valve housing against the force of the second biasing device into a position in which the fluid passage is at least partially opened,
An inspection device comprising: a gas dispenser aimed at a workpiece ; and a camera aimed at a gas impingement point on the workpiece , further comprising: a housing containing both the gas dispenser and the camera and a tape dispensing system connected to the housing , the tape dispensing system configured to lay tape on the workpiece . a gas dispenser aimed at a workpiece ; and a camera aimed at a gas impingement point on the workpiece , further comprising: a housing containing both the gas dispenser and the camera and a tape dispensing system connected to the housing , the tape dispensing system configured to lay tape on the workpiece . a housing containing both the gas dispenser and the camera and a tape dispensing system connected to the housing , the tape dispensing system configured to lay tape on the workpiece .
A rearing method for growing cattle, based on a circadian cycle, under a long-day management that manages the growing cattle in a lighting environment in which a light period is longer than a dark period, the method comprising: having the light period include a first period during which the growing cattle are irradiated with light including blue light, and a second period following the first period, during which the growing cattle are irradiated with light not including blue light, but including amber light.
An epoxy resin composition comprising the following components: (A) an epoxy resin containing oxazolidinone structure having the structure of the formula wherein m and n are each independently selected from the group consisting of 0, 1 and 2; X is anyone independently selected from the group consisting of R and R' each is independently selected from any organic group; (B) a curing agent; and (C) a curing accelerator; characterized in that the curing agent is an active ester curing agent; the component (A) epoxy resin containing oxazolidinone structure and the component (B) active ester curing agent have an epoxide equivalent/ester group equivalent ratio of 1:0.9-1.1; and the epoxy resin composition further comprises cyanate ester resin, wherein based on the sum of the addition amounts of the components (A) epoxy resin containing oxazolidinone structure, (B) active ester curing agent and (C) curing accelerator being 100 parts by weight, the cyanate ester resin is added in an amount of 50 parts by weight or less. (A) an epoxy resin containing oxazolidinone structure having the structure of the formula wherein m and n are each independently selected from the group consisting of 0, 1 and 2; X is anyone independently selected from the group consisting of R and R' each is independently selected from any organic group; wherein m and n are each independently selected from the group consisting of 0, 1 and 2; X is anyone independently selected from the group consisting of R and R' each is independently selected from any organic group; (B) a curing agent; and (C) a curing accelerator; characterized in that the curing agent is an active ester curing agent; the component (A) epoxy resin containing oxazolidinone structure and the component (B) active ester curing agent have an epoxide equivalent/ester group equivalent ratio of 1:0.9-1.1; and the epoxy resin composition further comprises cyanate ester resin, wherein based on the sum of the addition amounts of the components (A) epoxy resin containing oxazolidinone structure, (B) active ester curing agent and (C) curing accelerator being 100 parts by weight, the cyanate ester resin is added in an amount of 50 parts by weight or less.
An expression system for a eukaryotic host, which comprises (a) an expression cassette comprising a core promoter, said core promoter being the only regulatory sequence for controlling the expression of a DNA sequence encoding synthetic transcription factor (sTF), and a DNA sequence encoding synthetic transcription factor (sTF), and (b) one or more expression cassettes each comprising a DNA sequence encoding a desired product operably linked to a synthetic promoter, said synthetic promoter comprising a core promoter identical to the core promoter of (a) or another core promoter, and sTF-specific binding sites upstream of the core promoter. (a) an expression cassette comprising a core promoter, said core promoter being the only regulatory sequence for controlling the expression of a DNA sequence encoding synthetic transcription factor (sTF), and a DNA sequence encoding synthetic transcription factor (sTF), and (b) one or more expression cassettes each comprising a DNA sequence encoding a desired product operably linked to a synthetic promoter,
A method for determining an intended position and/or an intended alignment of at least one sensor for monitoring the traffic on a traffic route, wherein the method comprises the following steps: a) providing information items for identifying the traffic route to be monitored in a data processing device, b) identifying the traffic route by processing the information items in the data processing device, wherein a database search is carried out, by means of which the data and information items required for identifying the traffic route are extracted from the provided information items, c) querying and providing data in relation to the traffic route to be monitored by accessing a database by the data processing device, wherein the data includes information on the number of lanes and/or the course of at least one lane and further includes at which positions sensors can be positioned, d) ascertaining at least one possible intended position and/or intended alignment with the aid of the provided data, wherein a capture region of a sensor is determined, the sensor being able to monitor the traffic on the traffic route in said capture region if said sensor is arranged in the intended position and/or with the intended alignment. a) providing information items for identifying the traffic route to be monitored in a data processing device, b) identifying the traffic route by processing the information items in the data processing device, wherein a database search is carried out, by means of which the data and information items required for identifying the traffic route are extracted from the provided information items, c) querying and providing data in relation to the traffic route to be monitored by accessing a database by the data processing device, wherein the data includes information on the number of lanes and/or the course of at least one lane and further includes at which positions sensors can be positioned, d) ascertaining at least one possible intended position and/or intended alignment with the aid of the provided data, wherein a capture region of a sensor is determined, the sensor being able to monitor the traffic on the traffic route in said capture region if said sensor is arranged in the intended position and/or with the intended alignment.
A method for manufacturing a catalyst for synthesizing an oxygenate from a mixed gas containing hydrogen and carbon monoxide, the method comprising: supporting a component (D) on a carrier to form a primary support body, bringing an alkaline aqueous solution into contact with the primary support body, and subsequently supporting components (A) to (C) on the primary support body, wherein: the component (A) is rhodium, the component (B) is manganese, the component (C) is alkali metal, and the component (D) is titanium, and wherein the catalyst for oxygenate synthesis is represented by formula (I) shown below: aA ⋅ dB ⋅ cC ⋅ dD wherein A represents the component (A), B represents the component (B), C represents the component (C), D represents the component (D), and each of a, b, c and d represents a molar fraction, wherein a + b + c + d = 1, a = 0.05 to 0.98, b = 0.0005 to 0.67, c = 0.0005 to 0.51, and d = 0.002 to 0.95, and wherein the component (D) is supported on a carrier to form a primary support body by a primary drying operation where the carrier impregnated with a primary impregnating solution containing the component (D) and water is dried at 80 to 120°C, and a primary baking step where the carrier is then heated and baked at 300 to 600°C. supporting a component (D) on a carrier to form a primary support body, bringing an alkaline aqueous solution into contact with the primary support body, and subsequently supporting components (A) to (C) on the primary support body, wherein: the component (A) is rhodium, the component (B) is manganese, the component (C) is alkali metal, and the component (D) is titanium, and the component (A) is rhodium, the component (B) is manganese, the component (C) is alkali metal, and the component (D) is titanium, and wherein the catalyst for oxygenate synthesis is represented by formula (I) shown below: aA ⋅ dB ⋅ cC ⋅ dD wherein A represents the component (A), B represents the component (B), C represents the component (C), D represents the component (D), and each of a, b, c and d represents a molar fraction, wherein a + b + c + d = 1, a = 0.05 to 0.98, b = 0.0005 to 0.67, c = 0.0005 to 0.51, and d = 0.002 to 0.95, and wherein the component (D) is supported on a carrier to form a primary support body by a primary drying operation where the carrier impregnated with a primary impregnating solution containing the component (D) and water is dried at 80 to 120°C, and a primary baking step where the carrier is then heated and baked at 300 to 600°C. a = 0.05 to 0.98, b = 0.0005 to 0.67, c = 0.0005 to 0.51, and d = 0.002 to 0.95, and
Ballast water treatment system based on whirling motion, hydrodynamic cavitation and vacuum effect the system comprising a unit (U) for whirling, hydrodynamic cavitation and vacuum effect, unit (X) for bringing the untreated ballast water in the unit (U) and a unit (Y) for taking the treated ballast water away from the unit (U) characterised by that the unit (U) for whirling, hydrodynamic cavitation and vacuum effect comprises a cylindrical chamber , upper and lower vortex tubes , upper and lower cylindrical nozzles , an outlet and an outlet from the chamber; the upper and lower vortex tubes are positioned through the centre of the chamber , symmetrically and turned one towards the other, at a distance defined by the system intake parameters; at the ends of the upper and lower vortex tubes are fitted nozzles ; wherein to the upper and lower parts of the chamber are tangentially connected upper intake and lower intake from the unit (X) for bringing the untreated ballast water in; through the outlet from the chamber exit air bubbles and particles of the density lesser than water density; through the outlet from the chamber exit particles of the density greater than water density; in the space between the upper and the lower vortex tubes , at the place where two vortices join, the hydrodynamic cavitation forms in point ; the ballast water passes forming a jet , through openings in the upper and the lower nozzles into the upper and the lower vortex tubes , and through upper tube , lower tube , and common outlet of the unit (Y) for taking the ballast water away, into ballast water tanks.
A method of conditioning stucco comprising the steps of: • supplying a quantity of stucco particles to a reaction vessel, the stucco particles comprising calcium sulphate hemihydrate and/or calcium sulphate anhydrite, as well as calcium sulphate dihydrate; and • conditioning the stucco particles at a temperature of at least 100°C and a humidity of at least 70%, wherein during the step of conditioning the stucco particles, the stucco particles are held statically within the reaction vessel, such that the bulk density of the stucco particles within the reaction vessel is at least 1 g/cm 3 , and characterised in that the conditioning time of the stucco particles is at least 30 minutes and the pressure inside the reaction vessel during the step of conditioning the stucco particles is less than 2 bar. • supplying a quantity of stucco particles to a reaction vessel, the stucco particles comprising calcium sulphate hemihydrate and/or calcium sulphate anhydrite, as well as calcium sulphate dihydrate; and • conditioning the stucco particles at a temperature of at least 100°C and a humidity of at least 70%, wherein during the step of conditioning the stucco particles, the stucco particles are held statically within the reaction vessel, such that the bulk density of the stucco particles within the reaction vessel is at least 1 g/cm 3 , and characterised in that the conditioning time of the stucco particles is at least 30 minutes and the pressure inside the reaction vessel during the step of conditioning the stucco particles is less than 2 bar.
A method for regenerating a group of an electronic device in a Wi-Fi direct communication system, the method performed by the electronic device and comprising: executing an application, wherein the application is linked to the group; obtaining profile information of the group, wherein the profile information corresponds to a profile identified, by the electronic device , on a profile list stored in the electronic device ; determining an operation mode of the electronic device from the obtained profile information; when the operation mode is a group owner mode, setting the electronic device to be an automatic group owner; retrieving at least one other device (120-126) from a device list included in the profile information; transmitting an invitation request message to the retrieved at least one other device (120-126); receiving an invitation response message from the retrieved at least one other device (120-126); and when the invitation response message is accepted by the electronic device , completing the regenerating of the group by connecting to the retrieved at least one other device (120-126). executing an application, wherein the application is linked to the group; obtaining profile information of the group, wherein the profile information corresponds to a profile identified, by the electronic device , on a profile list stored in the electronic device ; determining an operation mode of the electronic device from the obtained profile information; when the operation mode is a group owner mode, setting the electronic device to be an automatic group owner; retrieving at least one other device (120-126) from a device list included in the profile information; transmitting an invitation request message to the retrieved at least one other device (120-126); receiving an invitation response message from the retrieved at least one other device (120-126); and when the invitation response message is accepted by the electronic device , completing the regenerating of the group by connecting to the retrieved at least one other device (120-126).
A disposable fluid circuit (200', 200"), for combined association with a cell separator and a separate irradiation device comprising: a) a patient access device for establishing flow communication with a patient; b) a cell separation chamber in openable fluid communication with said patient access device; c) a treatment container comprising walls made of a material that is transparent to light of a selected wavelength; d) a plasma container for collecting plasma and, optionally, saline that is in openable flow communication with said separation chamber and said treatment container ; e) tubing defining a sterile flow path between said separation chamber and said treatment container , said flow path having length sufficient to allow for placement of said separation chamber within said separator and allow for placement of said treatment container in said separate irradiation device; f) a container of photoactive agent integral with said circuit, said container having an outlet in openable flow communication with an outlet flow path; and characterised by g) a first frangible cannula (71', 71") for preventing flow of photoactive agent from said container of photoactive agent to said treatment container and a second frangible cannula (71', 71") for preventing flow to said container of photoactive agent , and h) wherein said container of photoactive agent is located between said separation chamber and said treatment container or wherein said container of photoactive agent is located between said separation chamber and said plasma container . a) a patient access device for establishing flow communication with a patient; b) a cell separation chamber in openable fluid communication with said patient access device; c) a treatment container comprising walls made of a material that is transparent to light of a selected wavelength; d) a plasma container for collecting plasma and, optionally, saline that is in openable flow communication with said separation chamber and said treatment container ; e) tubing defining a sterile flow path between said separation chamber and said treatment container , said flow path having length sufficient to allow for placement of said separation chamber within said separator and allow for placement of said treatment container in said separate irradiation device; f) a container of photoactive agent integral with said circuit, said container having an outlet in openable flow communication with an outlet flow path; and characterised by g) a first frangible cannula (71', 71") for preventing flow of photoactive agent from said container of photoactive agent to said treatment container and a second frangible cannula (71', 71") for preventing flow to said container of photoactive agent , and h) wherein said container of photoactive agent is located between said separation chamber and said treatment container or wherein said container of photoactive agent is located between said separation chamber and said plasma container .
Connector panel for a modular formwork system comprising modular interconnectable face panels maintained in opposed spaced relationship by modular transverse connectors, at least one course of said face panels comprising connector panels , each connector panel having a male end comprising a wedge-shaped tip ; a female end having opposed faces defining a space between them and successive rows of rearwardly inclined opposed teeth depending from said opposed faces ; said male end being engageable into said female end of a same connector panel by inserting said tip for engagement between and against said opposed teeth , said tip being selectively engageable at varying depths between successive ones of said rows of teeth ; characterised in that the male end comprises opposed faces and exactly one stem extending between the opposed faces , the stem terminating in the wedge-shaped tip . a male end comprising a wedge-shaped tip ; a female end having opposed faces defining a space between them and successive rows of rearwardly inclined opposed teeth depending from said opposed faces ; said male end being engageable into said female end of a same connector panel by inserting said tip for engagement between and against said opposed teeth , said tip being selectively engageable at varying depths between successive ones of said rows of teeth ; characterised in that the male end comprises opposed faces and exactly one stem extending between the opposed faces , the stem terminating in the wedge-shaped tip .
A polygalacturonase, having acidic thermophilic property, and the amino acid sequence of SEQ ID NO. 1 or SEQ ID NO. 2.
A non-oriented electrical steel sheet comprising a chemical composition containing, by mass%, C: 0.0050 % or less, Si: 2.0 % to 6.0 %, Mn: 1.0 % to 3.0 %, P: 0.20 % or less, S: 0.0050 % or less, N: 0.0050 % or less, and Al: 0.0050 % or less, optionally, by mass%, at least one selected from the group consisting of Sn: 0.01 % to 0.50 %, Sb: 0.01 % to 0.50 %, Ca: 0.0001 % to 0.0300 % Mg: 0.0001 % to 0.0300 %, REM: 0.0001 % to 0.0300 %, Ni: 0.01 % to 5.00 % and Co: 0.01 % to 5.00 %, with the balance being Fe and inevitable impurities, wherein Si-Mn nitrides having an average diameter of 50 nm to 500 nm has a number density of 1/μm 3 or less, measured according to the method as in the description. C: 0.0050 % or less, Si: 2.0 % to 6.0 %, Mn: 1.0 % to 3.0 %, P: 0.20 % or less, S: 0.0050 % or less, N: 0.0050 % or less, and Al: 0.0050 % or less, optionally, by mass%, at least one selected from the group consisting of Sn: 0.01 % to 0.50 %, Sb: 0.01 % to 0.50 %, Ca: 0.0001 % to 0.0300 % Mg: 0.0001 % to 0.0300 %, REM: 0.0001 % to 0.0300 %, Ni: 0.01 % to 5.00 % and Co: 0.01 % to 5.00 %,
A magnetic tunnel junction comprising a tunnel barrier layer and two ferromagnetic layers that are adjacently on and below the tunnel barrier layer, wherein the tunnel barrier layer is made of a cubic nonmagnetic material having a spinel structure, wherein both of the ferromagnetic layers are made of Co 2 FeAl Heusler alloy, and characterized in that a layer made of Fe, CoFe alloy or Co-based Heusler alloy and having a thickness of 1 nm or less is present between said tunnel barrier layer and the ferromagnetic layer thereon and/or between said tunnel barrier layer and the ferromagnetic layer therebelow.