mhurhangee/ep-ind-claims huggingface dataset:
An installation for heating and/or producing domestic hot water in a building, this installation being provided with a primary circuit inside which a technical liquid circulates, such as water, and with a heat pump, the latter comprising a refrigerant circuit on which are mounted in series, a first air/refrigerant heat exchanger, a compressor, a second refrigerant/technical liquid heat exchanger and an expansion device and this heat pump being disposed outside the building so that its refrigerant circuit is entirely outside the building, said primary circuit passing through said second heat exchanger, a third technical liquid/medium to be heated heat exchanger and a circulator, placed inside the building, being mounted on this primary circuit, this installation being characterized in that said primary circuit comprises a frost protection module, placed inside the building and which comprises a fourth technical liquid/air heat exchanger and a three-way valve, the latter being disposed so that its first channel is connected to the outlet of the third exchanger, its second channel is connected to a tapping point on the pipe of the primary circuit connecting said second exchanger to said third exchanger and its third channel is connected to the highest point of said fourth exchanger, in that said fourth exchanger is disposed lower than said second exchanger, and in that said three-way valve can occupy either a first position, called "heating" position, in which its first channel communicates exclusively with its third channel, so as to direct the technical liquid coming from the second exchanger toward the third exchanger and heat said medium to be heated, or a second position called "frost protection" position in which its second channel communicates exclusively with its third channel, so that the technical liquid no longer circulates in the third exchanger, but circulates in a loop, by natural circulation, from the highest point of the fourth exchanger toward said second exchanger then from said second exchanger toward the lowest point of the fourth exchanger.
Piece of furniture comprising: - a body provided with a base for support on the ground; - a main work surface substantially parallel and spaced with respect to a surface belonging to said body and opposite to said base for support of the body on the ground; wherein said main work surface and said body are connected to each other through a pin so as to define an interspace, characterised in that one or more auxiliary work surfaces provided with a slit being inserted in said interspace, said pin passing through said slit and allowing the rotation of about 180° of said one or more auxiliary work surfaces around an axis coinciding with a longitudinal axis substantially vertical along which said pin develops. - a body provided with a base for support on the ground; - a main work surface substantially parallel and spaced with respect to a surface belonging to said body and opposite to said base for support of the body on the ground; wherein said main work surface and said body are connected to each other through a pin so as to define an interspace, characterised in that one or more auxiliary work surfaces provided with a slit being inserted in said interspace, said pin passing through said slit and allowing the rotation of about 180° of said one or more auxiliary work surfaces around an axis coinciding with a longitudinal axis substantially vertical along which said pin develops.
A method to improve security of client computers interacting with server computers, the method being executed by one or more processors of a server computer and comprising: processing a first set of original instructions associated with a request from a first client computer, the first set of original instructions being configured to produce a first set of outputs or effects when executed by the first client computer; generating a first set of alternate instructions from the first set of original instructions, wherein the first set of alternate instructions is functionally equivalent to the first set of original instructions when the first set of alternate instructions is executed by a first interpreter; generating a first set of interpreter instructions that define the first interpreter, the first set of interpreter instructions comprising JavaScript instructions that, when executed by a browser with a JavaScript runtime environment, configure the JavaScript runtime environment to interpret the first set of alternative instructions; sending, to the first client computer, the first set of alternate instructions and the first set of interpreter instructions, wherein the first set of interpreter instructions and the first set of alternate instructions cause the first client computer to produce the first set of outputs or effects when executed by the first client computer. processing a first set of original instructions associated with a request from a first client computer, the first set of original instructions being configured to produce a first set of outputs or effects when executed by the first client computer; generating a first set of alternate instructions from the first set of original instructions, wherein the first set of alternate instructions is functionally equivalent to the first set of original instructions when the first set of alternate instructions is executed by a first interpreter; generating a first set of interpreter instructions that define the first interpreter, the first set of interpreter instructions comprising JavaScript instructions that, when executed by a browser with a JavaScript runtime environment, configure the JavaScript runtime environment to interpret the first set of alternative instructions; sending, to the first client computer, the first set of alternate instructions and the first set of interpreter instructions, wherein the first set of interpreter instructions and the first set of alternate instructions cause the first client computer to produce the first set of outputs or effects when executed by the first client computer.
Device for supporting a side washing brush (17; 19) of a vehicle washing system, which brush is rotatable about a rotational axis (23; 25), the device (27; 28) including a bearing unit for rotatably supporting a drive shaft, and a holding device which is connected to the bearing unit and which is held on a frame by means of elastic cushioning elements (64, 65) arranged above and below the holding device, characterized in that the holding device can be acted on by the cushioning elements (64, 65) only by compressive forces aligned in the direction of the holding device, the holding device having a plurality of holding arms (58, 59, 60, 61), each of which has a holding portion that is situated between an upper cushioning element and a lower cushioning element, or being configured in the form of a retaining plate through which the bearing unit passes, and which is situated between an upper cushioning element and a lower cushioning element and can be acted on by these with compressive forces.
An assembly for rectifying (1, 1A) vertebrae, comprising: - two bone anchoring means (2, 200) intended to be implanted on a same vertebra, - a structure for bridging the bone anchoring means to one another, said bridging structure, which is implantable, comprising a triangulation bar and connection means for connecting the triangulation bar to each bone anchoring means (2, 200), - a correction instrument mounted on the triangulation bar, - means for locking the triangulation bar on the bone anchoring means via the connection means, the triangulation bar thus forming, with the bone anchoring means, a rigid triangular assembly, and - means for adjusting the angular position of the correction instrument relative to the vertebra at a determined angle, the assembly for rectifying (1, 1A) being characterized in that the connection means comprise two connectors each comprising a first passage area defining a longitudinal passage axis for the triangulation bar and a second passage area arranged to receive one of the bone anchoring means, said second passage area having an oblong form oriented parallel to the longitudinal passage axis of the first passage area, the connectors forming the means for adjusting the angular position of the correction instrument. - two bone anchoring means (2, 200) intended to be implanted on a same vertebra, - a structure for bridging the bone anchoring means to one another, said bridging structure, which is implantable, comprising a triangulation bar and connection means for connecting the triangulation bar to each bone anchoring means (2, 200), - a correction instrument mounted on the triangulation bar, - means for locking the triangulation bar on the bone anchoring means via the connection means, the triangulation bar thus forming, with the bone anchoring means, a rigid triangular assembly, and - means for adjusting the angular position of the correction instrument relative to the vertebra at a determined angle,
A composition comprising: a) a polyolefin; b) from 1.5% to 4%, by weight of the composition, of a maleic anhydride modified polyolefin; c) a butadiene-styrene copolymer; d) a non-halogen flame retardant; e) a silane compound; and f) a silane-treated aluminium silicate filler, and wherein the composition is lead-free, halogen-free, antimony-free, and/or meets LTIR at 90°C requirement for UL 44. a) a polyolefin; b) from 1.5% to 4%, by weight of the composition, of a maleic anhydride modified polyolefin; c) a butadiene-styrene copolymer; d) a non-halogen flame retardant; e) a silane compound; and f) a silane-treated aluminium silicate filler, and
Method for producing a wheel, in particular a vehicle wheel, comprising a rim body to which a front flange region connects, which region is connected via a rim base to an opposite rear flange region which comprises a circumferential collar which is thickened relative to the rim base, a preform being formed by casting, which preform is shaped into the finished wheel, characterised in that, for the production of the wheel which has a circumferential, self-contained material recess which extends in the collar in a groove-like manner along a rear end face of the collar and has a defined groove depth, the material recess is first produced having a first depth during casting of the preform, and then shaped until a second depth is formed which is greater than the first depth, the depth (T1, T2) being determined in each case on the basis of a reference plane which is arranged substantially perpendicular to a rotary axis of the wheel and so as to extend through a rear vertex of a portion of the rear end face of the cast unshaped preform, which portion is arranged in extension of the rim base.
Epoxy composition including - a waterborne hardener component containing an amine functional adduct, which is a reaction product of (a) at least one polyether amine, (b) at least one polyalkylene amine, (c) at least one arylaliphatic or cycloaliphatic amine, (d) at least one polyether epoxy resin, and (e) at least one aromatic liquid epoxy resin, - a resin component containing at least one liquid epoxy resin, and - mineral fillers, wherein the composition contains mineral fillers in the range of 85 to 95 weight-% based on the total solids of the composition. - a waterborne hardener component containing an amine functional adduct, which is a reaction product of (a) at least one polyether amine, (b) at least one polyalkylene amine, (c) at least one arylaliphatic or cycloaliphatic amine, (d) at least one polyether epoxy resin, and (e) at least one aromatic liquid epoxy resin, (a) at least one polyether amine, (b) at least one polyalkylene amine, (c) at least one arylaliphatic or cycloaliphatic amine, (d) at least one polyether epoxy resin, and (e) at least one aromatic liquid epoxy resin, - a resin component containing at least one liquid epoxy resin, and - mineral fillers,
An electric compressor comprising: a motor that generates a driving force to compress a refrigerant; a power element that drives the motor; a temperature measurement section that measures a temperature of a substrate on which the power element is disposed; a rotational speed detection section that detects the rotational speed of the motor; and a control section that estimates a temperature of the power element, characterised in that the control section estimates the temperature of the power element on the basis of the rotational speed of the motor detected by the rotational speed detection section and the temperature measured by the temperature measurement section. a motor that generates a driving force to compress a refrigerant; a power element that drives the motor; a temperature measurement section that measures a temperature of a substrate on which the power element is disposed; a rotational speed detection section that detects the rotational speed of the motor; and a control section that estimates a temperature of the power element, characterised in that the control section estimates the temperature of the power element on the basis of the rotational speed of the motor detected by the rotational speed detection section and the temperature measured by the temperature measurement section.
Kit for cladding and plumbing sanitary rooms comprising a plurality of wall elements (1, 1.1, 1.2) prefabricated ex works, the wall elements (1, 1.1, 1.2) including a carrier plate and a decorative layer connected to the carrier plate, and electrical lines being provided in the carrier plate in at least one wall element (1, 1.1, 1.2) and extending over part of the height of the at least one wall element (1, 1.1, 1.2), and comprising at least one functional location (4, 5) assigned to the electrical lines and formed as a connection point or as a control element for a power load, an electrical line which is installed in the wall element (1, 1.1, 1.2) ex works having, at a first free end thereof which is provided for connection to a house installation, a plug element (12.1, 12.2, 12.3, 14.1) which is formed in the manner of a protective contact and which is provided for mechanical and electrical contacting with a mating plug element (13.1, 13.2, 13.3, 14.2), and a second end of the electrical line being connected to a functional location (4, 5) which is provided as a connection point or control element for the power load, characterised in that a plurality of electrical lines are provided, the second end of each electrical line being connected to a functional location (4, 5), the first free ends of the electrical lines passing out of the wall element (1, 1.1, 1.2), said plug elements (12.1, 12.2, 12.3, 12.4) being formed mechanically differently at each first free end of each electrical line, the mechanical interface of these plug elements being different in nature in each case in such a way that each plug element (12.1, 12.2, 12.3, 14.1) can be inserted individually into a mating plug element (13.1, 13.2, 13.3, 14.2) provided specifically for said plug element (12.1, 12.2, 12.3, 14.1), and the first free end of the electrical line passing out of the carrier plate at the end face and/or on a front face having the decorative layer.
A wearable sensing device, comprising: a user interface module, the user interface module including: a carrier defining a contact face; a first group of microprobes corresponding to a working electrode protruding from the contact face of the carrier and reaching a first height; a second group of microprobes protruding from the contact face of the carrier and reaching a second height; a third group of microprobes protruding from the contact face of the carrier and reaching a third height; a fourth group of microprobes corresponding to a trigger electrode exposed from the contact face of the carrier and reaching a fourth height; wherein the second group of microprobes and the third group of microprobes are interchangeably corresponding to a counter electrode and a reference electrode; wherein the fourth height is less than the first, second, and third heights; and wherein a trigger circuit in signal communication with the trigger electrode is configured to determine whether the user interface module is correctly attached to the device wearer. a user interface module, the user interface module including: a carrier defining a contact face; a first group of microprobes corresponding to a working electrode protruding from the contact face of the carrier and reaching a first height; a second group of microprobes protruding from the contact face of the carrier and reaching a second height; a third group of microprobes protruding from the contact face of the carrier and reaching a third height; a fourth group of microprobes corresponding to a trigger electrode exposed from the contact face of the carrier and reaching a fourth height; a carrier defining a contact face; a first group of microprobes corresponding to a working electrode protruding from the contact face of the carrier and reaching a first height; a second group of microprobes protruding from the contact face of the carrier and reaching a second height; a third group of microprobes protruding from the contact face of the carrier and reaching a third height; a fourth group of microprobes corresponding to a trigger electrode exposed from the contact face of the carrier and reaching a fourth height; wherein the second group of microprobes and the third group of microprobes are interchangeably corresponding to a counter electrode and a reference electrode; wherein the fourth height is less than the first, second, and third heights; and wherein a trigger circuit in signal communication with the trigger electrode is configured to determine whether the user interface module is correctly attached to the device wearer.
A method comprising: detecting a query gesture that requests information; actuating, in response to the query gesture, an actuator to provide tactile feedback that communicates the requested information associated with the query gesture, wherein the query gesture comprises a generally circular path, and wherein the tactile feedback communicates at least one of a first time component that is provided at a first location along the path and a second time component that is provided at a second location along the path. detecting a query gesture that requests information; actuating, in response to the query gesture, an actuator to provide tactile feedback that communicates the requested information associated with the query gesture, wherein the query gesture comprises a generally circular path, and wherein the tactile feedback communicates at least one of a first time component that is provided at a first location along the path and a second time component that is provided at a second location along the path.
A process of manufacturing a prion-free Vitamin K dependent Protein in a purification sequence employing chromatography characterized in that - at least one chromatography step is performed using a multimodal resin; - providing a fraction containing Vitamin K dependent Protein in an aqueous solution; - contacting the fraction containing the Vitamin K dependent Protein with a multimodal resin at a pH between 6-9; - optionally washing the multimodal resin having the Vitamin K dependent Protein adsorbed with an aqueous washing buffer to wash away contaminants and retain the Vitamin K dependent Protein, before the Vitamin K dependent Protein is eluted; - the Vitamin K dependent Protein is eluting from the multimodal resin at a pH between 6 to 9 in a buffer comprising arginine; and - optionally collecting Vitamin K dependent Protein containing fractions in purified or enriched form, wherein the Vitamin K dependent Protein is factor VII. - at least one chromatography step is performed using a multimodal resin; - providing a fraction containing Vitamin K dependent Protein in an aqueous solution; - contacting the fraction containing the Vitamin K dependent Protein with a multimodal resin at a pH between 6-9; - optionally washing the multimodal resin having the Vitamin K dependent Protein adsorbed with an aqueous washing buffer to wash away contaminants and retain the Vitamin K dependent Protein, before the Vitamin K dependent Protein is eluted; - the Vitamin K dependent Protein is eluting from the multimodal resin at a pH between 6 to 9 in a buffer comprising arginine; and - optionally collecting Vitamin K dependent Protein containing fractions in purified or enriched form,
A method for providing telematics to a vehicles, which comprises the steps of: communicatively connecting a user-removable telematics component to an integrated communication device of the vehicle, the user-removable telematics component having a non-voice-data transceiver so as only to be able to send non-voice data only uni-directionally, the integrated communication device being configured to be paired with a plurality of mobile communication devices different from said user-removable telematics component, and said integrated communication device having a memory holding a list of at least one unique calling identifier uniquely identifying a respective at least one mobile communication device selected from a currently paired mobile communication device, a previously paired mobile communication device, and a pre-defined mobile communication device; transmitting a request for information out from the telematics component utilizing a communications channel between the data transceiver of the telematics component and an off-site telematics information provider, wherein said transmitting of a request includes transmitting data in which the unique calling identifier is embedded; receiving the request for information at the off-site telematics information provider; and channeling a response to the request for information from the off-site telematics information provider automatically to the at least one mobile communication device. communicatively connecting a user-removable telematics component to an integrated communication device of the vehicle, the user-removable telematics component having a non-voice-data transceiver so as only to be able to send non-voice data only uni-directionally, the integrated communication device being configured to be paired with a plurality of mobile communication devices different from said user-removable telematics component, and said integrated communication device having a memory holding a list of at least one unique calling identifier uniquely identifying a respective at least one mobile communication device selected from a currently paired mobile communication device, a previously paired mobile communication device, and a pre-defined mobile communication device; transmitting a request for information out from the telematics component utilizing a communications channel between the data transceiver of the telematics component and an off-site telematics information provider, wherein said transmitting of a request includes transmitting data in which the unique calling identifier is embedded; receiving the request for information at the off-site telematics information provider; and channeling a response to the request for information from the off-site telematics information provider automatically to the at least one mobile communication device.
An arrangement for moving a storage space, the storage space comprising a bracket (10, 15, 17) supporting a rack located in a cabinet, whereby, when opening a door of the cabinet connected to the bracket, by means of a mechanism the bracket (10, 15, 17) with the rack is arranged to move out of the cabinet to reveal the storage space, wherein a path is arranged for moving said rack (4, 9) by means of guiding surfaces (12, 13) for connecting to the cabinet on which guiding surfaces (12, 13) said rack is guided outwards and upwards by the opening of the door of the cabinet, the bracket (10, 15, 17) comprising side parts and upwardly directed slide rails connected to said side parts to move the rack supported by said slide rails up and down while the bracket (10, 15, 17) moves horizontally out of and into the cabinet supported by profiles of the top edges of the side parts, said profiles to be slidably supported by counter shapes on the interior walls of the cabinet.