mhurhangee/ep-ind-claims huggingface dataset:
A device for heating water and producing steam comprising: - a first flow-through water heater, having at least a first water duct and at least a first heating member; - a second flow-through water heater, having at least a second water duct and at least a second heating member; a programmable control unit; wherein: said first water heater and said second water heater are in thermal connection one to the other; said programmable control unit is configured to control said first heating member and said second heating member such as to selectively produce hot water or steam respectively; said first water heater and said second water heater comprise a mass of thermally conductive material (41, 51; 42) through which heat is exchanged between the first water heater and the second water heater; characterized in that said device further comprises a connection (71, 11, 73) between said first water duct and said second water duct, and a switching device arranged between said first water duct and said second water duct; said switching device is arranged and designed for selectively connecting in series said first water duct and said second water duct allowing a water flow from the first water duct to the second water duct; or for supplying hot water from the first water duct to a supply line. - a first flow-through water heater, having at least a first water duct and at least a first heating member; - a second flow-through water heater, having at least a second water duct and at least a second heating member; a programmable control unit; wherein: said first water heater and said second water heater are in thermal connection one to the other; said programmable control unit is configured to control said first heating member and said second heating member such as to selectively produce hot water or steam respectively; said first water heater and said second water heater comprise a mass of thermally conductive material (41, 51; 42) through which heat is exchanged between the first water heater and the second water heater; characterized in that said device further comprises a connection (71, 11, 73) between said first water duct and said second water duct, and a switching device arranged between said first water duct and said second water duct; said switching device is arranged and designed for selectively connecting in series said first water duct and said second water duct allowing a water flow from the first water duct to the second water duct; or for supplying hot water from the first water duct to a supply line.
A method of projecting a laser template on a target surface with a laser projector moveable relative to said target surface, comprising the following steps: independently determining a position and orientation of said target surface using a first external metrology device comprising a plurality of metrology transmitters and a first plurality of metrology receivers fixed relative to said target surface and outside a field of view of said laser projector; independently determining a position and orientation of the laser projector using a second external metrology device comprising said plurality of metrology transmitters and a second plurality of metrology receivers, separate and functionally independent of said first plurality of metrology receivers, fixed relative to the laser projector; generating a signal from said external metrology devices to a computer and said computer determining the position and orientation of said laser projector relative to said target surface; orienting a laser of said laser projector relative to said target surface to project a laser template on said target surface at a predetermined location and orientation using data from said computer; and projecting said laser template on said target surface with said laser projector at said predetermined location and orientation. independently determining a position and orientation of said target surface using a first external metrology device comprising a plurality of metrology transmitters and a first plurality of metrology receivers fixed relative to said target surface and outside a field of view of said laser projector; independently determining a position and orientation of the laser projector using a second external metrology device comprising said plurality of metrology transmitters and a second plurality of metrology receivers, separate and functionally independent of said first plurality of metrology receivers, fixed relative to the laser projector; generating a signal from said external metrology devices to a computer and said computer determining the position and orientation of said laser projector relative to said target surface; orienting a laser of said laser projector relative to said target surface to project a laser template on said target surface at a predetermined location and orientation using data from said computer; and projecting said laser template on said target surface with said laser projector at said predetermined location and orientation.
A cooling system, in particular for cryopreservation of biological samples, comprising: - a cooling chamber, which is delimited by a floor area, side walls and a ceiling area and which is dimensioned such that at least one operator can enter the cooling chamber, and - a cooling device, which is provided for cooling of the cooling chamber with liquid nitrogen, wherein - at least one of the side walls contains at least one predetermined wall element, that is a subregion of the at least one of the side walls and that is movable relative to the associated side wall such that a wall opening can be formed in the side wall, and - the at least one side wall and the at least one wall element, which is provided in the respective side wall, have an equal structure along a thickness direction of the side wall characterized in that - a protection device, which is configured for creating a local protective atmosphere in an environment of an operator, is provided for in the cooling chamber, wherein - the protection device comprises a hood, which is movable in the cooling chamber or movable partition walls, which are shiftable in the cooling chamber, with which a chamber (641, 642) can be created in the cooling chamber, - an external ventilation system is provided for, which is adapted for impingement of the interior the hood or the interior the chamber (641, 642) with warmed-up air, and - the hood or the chamber (641, 642) is connected via a ventilation line with the external ventilation system. - a cooling chamber, which is delimited by a floor area, side walls and a ceiling area and which is dimensioned such that at least one operator can enter the cooling chamber, and - a cooling device, which is provided for cooling of the cooling chamber with liquid nitrogen, wherein - at least one of the side walls contains at least one predetermined wall element, that is a subregion of the at least one of the side walls and that is movable relative to the associated side wall such that a wall opening can be formed in the side wall, and - the at least one side wall and the at least one wall element, which is provided in the respective side wall, have an equal structure along a thickness direction of the side wall - a protection device, which is configured for creating a local protective atmosphere in an environment of an operator, is provided for in the cooling chamber, wherein - the protection device comprises a hood, which is movable in the cooling chamber or movable partition walls, which are shiftable in the cooling chamber, with which a chamber (641, 642) can be created in the cooling chamber, - an external ventilation system is provided for, which is adapted for impingement of the interior the hood or the interior the chamber (641, 642) with warmed-up air, and - the hood or the chamber (641, 642) is connected via a ventilation line with the external ventilation system.
A first software defined network, SDN, controller as a parent controller, the first SDN controller communicating with a second SDN controller as a first child controller of the first SDN controller and communicating with a third SDN controller as a second child controller of the first SDN controller according to a border gateway protocol, BGP, the first SDN controller being configured to: • receive a request to create an end-to-end, E2E, tunnel from a source to a destination; • compute a path for the E2E tunnel based on the topology of the domain controlled by the second SDN controller and based on the topology of the domain controlled by the third SDN controller; • transmit, to the second SDN controller, a first request used to instruct the second SDN controller to create, through the domain controlled by the second SDN controller, a first tunnel segment of the E2E tunnel along the path, wherein the first request indicates at least a start node and an end node of the first tunnel segment; • transmit, to the third SDN controller, a second request used to instruct the third SDN controller to create, through the domain controlled by the third SDN controller, a second tunnel segment of the E2E tunnel along the path, wherein the second request indicates at least a start node and an end node of the second tunnel segment. • receive a request to create an end-to-end, E2E, tunnel from a source to a destination; • compute a path for the E2E tunnel based on the topology of the domain controlled by the second SDN controller and based on the topology of the domain controlled by the third SDN controller; • transmit, to the second SDN controller, a first request used to instruct the second SDN controller to create, through the domain controlled by the second SDN controller, a first tunnel segment of the E2E tunnel along the path, wherein the first request indicates at least a start node and an end node of the first tunnel segment; • transmit, to the third SDN controller, a second request used to instruct the third SDN controller to create, through the domain controlled by the third SDN controller, a second tunnel segment of the E2E tunnel along the path, wherein the second request indicates at least a start node and an end node of the second tunnel segment.
A method of assessing the susceptibility of a male subject to acquire cancer, comprising the steps: • Determining the level of MR-pro-ANP with SEQ ID NO:6 or fragments thereof, said fragments having at least a lengths of 12 amino acids, in a sample obtained from said subject, • Correlating said level of MR-pro-ANP with SEQ ID NO:6 or fragments thereof with the risk of said male subject to acquire cancer, and wherein said male subject does not have cancer and wherein said male is below 57.9 years. • Determining the level of MR-pro-ANP with SEQ ID NO:6 or fragments thereof, said fragments having at least a lengths of 12 amino acids, in a sample obtained from said subject, • Correlating said level of MR-pro-ANP with SEQ ID NO:6 or fragments thereof with the risk of said male subject to acquire cancer, and
A W/O emulsified cosmetic composition comprising the following components,, and: 1 to 20% by weight of a plate-like powder that has been surface-treated with an alkylalkoxysilane; 0.1 to 10% by weight of an oil that is a solid form at 25°C, which is at least one selected from a ceramide and a sterol; 0.5 to 60% by weight of an oil selected from the group consisting of a hydrocarbon oil, an ester oil, and an ether oil, which is liquid at 25°C and has a viscosity at 25°C of 500,000 mPa·s or less; and water, wherein a ratio by weight of the component to the component satisfies / = 0.01 to 5. 1 to 20% by weight of a plate-like powder that has been surface-treated with an alkylalkoxysilane; 0.1 to 10% by weight of an oil that is a solid form at 25°C, which is at least one selected from a ceramide and a sterol; 0.5 to 60% by weight of an oil selected from the group consisting of a hydrocarbon oil, an ester oil, and an ether oil, which is liquid at 25°C and has a viscosity at 25°C of 500,000 mPa·s or less; and water,
A battery pack comprising: a housing accommodating a battery cell and having a throughhole; and a pressure equalization device coupled to the throughhole and equalizing internal and external pressures of the housing, wherein the pressure equalization device comprises: a first pressure equalization member configured to close the throughhole of the housing when a variation in the internal pressure of the housing is smaller than a reference pressure variation; and a second pressure equalization member configured to open the throughhole of the housing when the variation in the internal pressure of the housing is greater than the reference pressure variation, an inner body connected to the throughhole; and an elastic member positioned inside the inner body, wherein the first pressure equalization member is located between the inner body and the elastic member, and wherein the second pressure equalization member extends from the first pressure equalization member to be coupled to the elastic member, and wherein the first pressure equalization member is made of material melted by hot air of temperature between 100°C and 200°C and the second pressure equalization member is made of flame-resistant material. a housing accommodating a battery cell and having a throughhole; and a pressure equalization device coupled to the throughhole and equalizing internal and external pressures of the housing, wherein the pressure equalization device comprises: a first pressure equalization member configured to close the throughhole of the housing when a variation in the internal pressure of the housing is smaller than a reference pressure variation; and a second pressure equalization member configured to open the throughhole of the housing when the variation in the internal pressure of the housing is greater than the reference pressure variation, a first pressure equalization member configured to close the throughhole of the housing when a variation in the internal pressure of the housing is smaller than a reference pressure variation; and a second pressure equalization member configured to open the throughhole of the housing when the variation in the internal pressure of the housing is greater than the reference pressure variation, an inner body connected to the throughhole; and an elastic member positioned inside the inner body, wherein the first pressure equalization member is located between the inner body and the elastic member, and wherein the second pressure equalization member extends from the first pressure equalization member to be coupled to the elastic member, and wherein the first pressure equalization member is made of material melted by hot air of temperature between 100°C and 200°C and the second pressure equalization member is made of flame-resistant material.
An image processing apparatus for overlaying a virtual image which is an image of at least one virtual object on a real image which is an image of the real world to generate a composite image of the real world and the virtual object, wherein at least one mark which reflects or radiates invisible light of predetermined wavelength other than visible light is added in a space of the real world, the image processing apparatus comprises: acquiring means for acquiring the real image in which an invisible-light image may be discriminated, and which has been image-captured by a camera apparatus, mark discriminating means for discriminating at least one condition of a position of image of at least one mark in the acquired real image, an orientation of the mark, and a distance from the mark to the image capturing means, overlaying condition determining means for determining, in correspondence with the discriminated condition, at least one overlaying condition which is at least one of an overlaying position which is a position of the image of at least one virtual object overlaid on the captured real image in the real image, an orientation of the virtual object which the image of the virtual object indicates, and a distance from a view point of viewer, of the image of the virtual object, and mark image erasing means for specifying an area which the mark image occupies in the captured real image, and based on the image outside the area, complementing the image of the real world in the area, to erase the mark image in the real image in a way that the user is unable to extract a hidden code from the camera image in order to copy the mark. acquiring means for acquiring the real image in which an invisible-light image may be discriminated, and which has been image-captured by a camera apparatus, mark discriminating means for discriminating at least one condition of a position of image of at least one mark in the acquired real image, an orientation of the mark, and a distance from the mark to the image capturing means, overlaying condition determining means for determining, in correspondence with the discriminated condition, at least one overlaying condition which is at least one of an overlaying position which is a position of the image of at least one virtual object overlaid on the captured real image in the real image, an orientation of the virtual object which the image of the virtual object indicates, and a distance from a view point of viewer, of the image of the virtual object, and mark image erasing means for specifying an area which the mark image occupies in the captured real image, and based on the image outside the area, complementing the image of the real world in the area, to erase the mark image in the real image in a way that the user is unable to extract a hidden code from the camera image in order to copy the mark.
Peptide consisting of a sequence A-B-C-D-C'-B'-A', wherein: unit A consists of 2 amino acids, and unit A' consists of 1 amino acid, units B and B' are both Cys, each unit C consists independently of 5 amino acids, selected both in group (a) of hydrophobic amino acids, and in group (b) of basic amino acids or amino acids forming hydrogen bonds; unit D is -Arg-Gly-, wherein: (i) said hydrophobic amino acids are selected from: Ala, Phe, Ileu, Leu, Pro, Tyr, Trp and Val; (ii) said basic amino acids are selected from: Lys, His, Arg; (iii) said amino acids forming hydrogen bonds are selected from Asn, Gln, Ser, Thr; and wherein the substructure C-D-C' as a whole contains 5 to 9 points of alternation between amino acid of group (a) and amino acid of group (b), or vice versa, wherein the peptide is in the cyclized form via formation of a disulfide bridge between the two units B, and wherein the hydrophobic amino acids are between 30 and 50% of the overall number of the amino acids of the peptide, said peptide being for use in the treatment of infections of the human or animal body caused by bacteria, fungi and/or yeasts. (i) said hydrophobic amino acids are selected from: Ala, Phe, Ileu, Leu, Pro, Tyr, Trp and Val; (ii) said basic amino acids are selected from: Lys, His, Arg; (iii) said amino acids forming hydrogen bonds are selected from Asn, Gln, Ser, Thr;
A method of transforming graphic data of an object comprising at least one triangle, the method comprising: determining at least one triangle to be collapsed among the at least one triangle comprised in the object; determining a collapsing vertex to be created by collapsing the at least one triangle; and transforming the graphic data of the object based on information regarding the at least one triangle determined to be collapsed and information regarding the determined collapsing vertex, characterised in that the determining of the at least one triangle to be collapsed is performed based on information about geometric characteristics of each triangle and information about attribute characteristics of the triangle, the geometric characteristics of the triangle comprising a radius of curvature of the triangle and at least one of an area of the triangle in an entire mesh and whether the triangle is located at a border. determining at least one triangle to be collapsed among the at least one triangle comprised in the object; determining a collapsing vertex to be created by collapsing the at least one triangle; and transforming the graphic data of the object based on information regarding the at least one triangle determined to be collapsed and information regarding the determined collapsing vertex, characterised in that the determining of the at least one triangle to be collapsed is performed based on information about geometric characteristics of each triangle and information about attribute characteristics of the triangle, the geometric characteristics of the triangle comprising a radius of curvature of the triangle and at least one of an area of the triangle in an entire mesh and whether the triangle is located at a border.
Coupling half (2.1/2.2) of a fluid coupling, wherein the coupling half (2.1/2.2), which has a coupling housing (3.1/3.2) with coupling side (5.1/5.2) and housing axis (35.1/35.2), is an independent coupling part for making a fluid coupling with a similar coupling part formed by the corresponding coupling half (2.1/2.2) and wherein the coupling half (2.1/2.2) has a rotary valve (6.1/6.2) with a rotary body (7.1/7.2) rotatably supported on the coupling housing (3.1/3.2), a fluid passage (8.1/8.2) passing through the rotary body and the rotational position of which is controllable for opening and closing of the fluid passage (8.1/8.2) and thus of the rotary valve (6.1/6.2), characterized in that a switchable drive device (10.1/10.2) is arranged and configured on the coupling half (2.1/2.2) which drive device has a drive shaft (16.1/16.2) for controlling drive connection and securing connection to a valve shaft (17.1/17.2) of a rotary body (7.2/7.1) of a rotary valve (6.2/6.1) of a correspondingly similar couplable coupling half (2.2/2.1), and in that the rotary valve (6.1/6.2) belonging to the coupling half (2.1/2.2) has a valve shaft (17.1/17.2) exposed on the outside of the coupling housing (3.1/3.2) for drive connection and securing connection to a corresponding controlling drive device (10.2/10.1) of the correspondingly similar coupling half (2.2/2.1).
A Session Initiation Protocol service enhancement method, comprising: receiving a SIP request for using a service from a SIP user; obtaining service control logic according to the SIP request wherein obtaining service control logic according to the SIP request comprises: parsing the SIP request to obtain a service ID of the service; loading a service process description information corresponding to the service ID; and parsing the service process description information to obtain the service control logic; and executing the service control logic to deliver the service to the SIP user. receiving a SIP request for using a service from a SIP user; obtaining service control logic according to the SIP request wherein obtaining service control logic according to the SIP request comprises: parsing the SIP request to obtain a service ID of the service; loading a service process description information corresponding to the service ID; and parsing the service process description information to obtain the service control logic; and parsing the SIP request to obtain a service ID of the service; loading a service process description information corresponding to the service ID; and parsing the service process description information to obtain the service control logic; and executing the service control logic to deliver the service to the SIP user.
A method performed by an E2 node, the method comprising: transmitting an E2 setup request message to a radio access network, RAN, intelligent controller, RIC, and receiving an E2 setup response message from the RIC, wherein the E2 setup request message comprises an information element, IE, related to a service update request message of the RIC, and the E2 setup response message comprises an IE related to a service update acknowledge message of the RIC. transmitting an E2 setup request message to a radio access network, RAN, intelligent controller, RIC, and receiving an E2 setup response message from the RIC, wherein the E2 setup request message comprises an information element, IE, related to a service update request message of the RIC, and the E2 setup response message comprises an IE related to a service update acknowledge message of the RIC.