mhurhangee/ep-ind-claims huggingface dataset:
An air conditioning recharging machine designed to recharge a refrigerant fluid into/from an air-conditioning system mounted on board of a motor vehicle; said recharging machine comprising: - a flexible high-pressure hose and a flexible low-pressure hose designed to be connected to said air-conditioning system; - recharging means designed to supply a refrigerant fluid to said air-conditioning system through said flexible hoses so as to perform a recharging operation of the refrigerant fluid; - discharging means designed to discharge the refrigerant fluid from said air-conditioning system through said flexible hoses so as to perform a discharging operation of the refrigerant fluid; - a valve distributor body, which is provided with a series of inlets/outlets hydraulically connected to at least said pair of flexible hoses, to said recharging means and to said discharging means; said valve distributor body being configured to selectively connect one or more inlets to one or more outlets; said recharging machine being characterized in that said valve distributor body comprises: - a monobloc made of rigid material which is provided with one or more first straight inner through-ducts, each of which extends in the monobloc so as to have the two axial ends which are arranged on two respective first faces of said monobloc opposite one to the other, and are each closed by a respective solenoid valve coupled to the first face itself. - a flexible high-pressure hose and a flexible low-pressure hose designed to be connected to said air-conditioning system; - recharging means designed to supply a refrigerant fluid to said air-conditioning system through said flexible hoses so as to perform a recharging operation of the refrigerant fluid; - discharging means designed to discharge the refrigerant fluid from said air-conditioning system through said flexible hoses so as to perform a discharging operation of the refrigerant fluid; - a valve distributor body, which is provided with a series of inlets/outlets hydraulically connected to at least said pair of flexible hoses, to said recharging means and to said discharging means; - a monobloc made of rigid material which is provided with one or more first straight inner through-ducts, each of which extends in the monobloc so as to have the two axial ends which are arranged on two respective first faces of said monobloc opposite one to the other, and are each closed by a respective solenoid valve coupled to the first face itself.
Power line communication modem, comprising a connection element configured to connect the power line communication modem to at least three wires of a power line network; a transmitter configured to transmit a first signal via a first combination of at least two wires of the at least three wires and to transmit a second signal via a second combination of at least two wires of the at least three wires; and characterized by a controller adapted to individually control a transmit power of the first signal and the second signal based on an interference potential of the first combination and an interference potential of the second combination of wires for transmission of the first and second signal.
A system including: a memory configured to store a blockchain (760, 1000, 1302, 1408, 1500, 1530, 1550) secured by an integrity code (1006, 1008); and blockchain phase circuitry configured to: during a rewrite-permissive phase for a trusted party (1101, 1504), cause, on behalf of the trusted party (1101, 1504), execution of a rewrite of content of a block (766, 1538) within the blockchain (760, 1000, 1302, 1408, 1500, 1530, 1550), the rewrite coding-consistent with the integrity code (1006, 1008); wherein a key secret (903, 1150, 1262) for the integrity code (1006, 1008) is used to compute collision data to perform the rewrite coding-consistent with the integrity code (1006, 1008); responsive to a trigger condition, pass access to rewrites away from the trusted party (1101, 1504) to initiate a rewrite-embargoed phase for the trusted party (1101, 1504); wherein the blockchain phase circuitry is configured to delete the key secret (903, 1150, 1262) for the integrity code (1006, 1008) to initiate the rewrite-embargoed phase; and during the rewrite-embargoed phase for the trusted party (1101, 1504), cause, on behalf of the trusted party (1101, 1504), unsuccessful execution of the rewrite of the content of the block (766, 1538) within the blockchain (760, 1000, 1302, 1408, 1500, 1530, 1550), the rewrite coding-inconsistent with the integrity code (1006, 1008). during a rewrite-permissive phase for a trusted party (1101, 1504), cause, on behalf of the trusted party (1101, 1504), execution of a rewrite of content of a block (766, 1538) within the blockchain (760, 1000, 1302, 1408, 1500, 1530, 1550), the rewrite coding-consistent with the integrity code (1006, 1008); wherein a key secret (903, 1150, 1262) for the integrity code (1006, 1008) is used to compute collision data to perform the rewrite coding-consistent with the integrity code (1006, 1008); responsive to a trigger condition, pass access to rewrites away from the trusted party (1101, 1504) to initiate a rewrite-embargoed phase for the trusted party (1101, 1504); wherein the blockchain phase circuitry is configured to delete the key secret (903, 1150, 1262) for the integrity code (1006, 1008) to initiate the rewrite-embargoed phase; and during the rewrite-embargoed phase for the trusted party (1101, 1504), cause, on behalf of the trusted party (1101, 1504), unsuccessful execution of the rewrite of the content of the block (766, 1538) within the blockchain (760, 1000, 1302, 1408, 1500, 1530, 1550), the rewrite coding-inconsistent with the integrity code (1006, 1008).
A compound of formula I, or a pharmaceutically acceptable salt thereof: wherein: X is selected from hydrogen; chloro; bromo, iodo and cyclopropyl; Z is selected from hydrogen and fluoro. R 1 and R 2 are each independently selected from hydrogen; C 1 - 4 alkyl; aryl; substituted aryl; arylalkyl and heterocycle; R 3 and R 4 are each independently selected from hydrogen; C 1 -C 4 alkyl; aryl and arylalkyl; R 5 is selected from aryl, heteroaryl, heterocycle, C 1 -C 10 alkyl or C 1 -C 10 cycloaklyl, optionally substituted with one or more groups selected from mono-, di-, or trihalomethyl; C 1 -C 4 alkyl; C 3 -C 10 cycloalkyl; halo; heteroaryl; cyano; nitro; aryloxy; aryl; alkoxy; arylalkoxy and NHC R, wherein R is C 1 -C 4 alkyl; and Y is (CR 6 R 7) n, wherein n is from 0-3, and R 6 and R 7 are independently selected from hydrogen; C 1 -C 6 alkyl; C 3 -C 5 cycloalkyl; C 1 -C 4 alkylhydroxyl; mono-, di-, or trihaloalkyl; and aryl; R 6 and R 7 may also come together to form a C 3 -C 6 cycloalkyl; or when R 5 is phenyl, one of R 6 or R 7 comes together with R 5 to form a bicycle. X is selected from hydrogen; chloro; bromo, iodo and cyclopropyl; Z is selected from hydrogen and fluoro. R 1 and R 2 are each independently selected from hydrogen; C 1 - 4 alkyl; aryl; substituted aryl; arylalkyl and heterocycle; R 3 and R 4 are each independently selected from hydrogen; C 1 -C 4 alkyl; aryl and arylalkyl; R 5 is selected from aryl, heteroaryl, heterocycle, C 1 -C 10 alkyl or C 1 -C 10 cycloaklyl, optionally substituted with one or more groups selected from mono-, di-, or trihalomethyl; C 1 -C 4 alkyl; C 3 -C 10 cycloalkyl; halo; heteroaryl; cyano; nitro; aryloxy; aryl; alkoxy; arylalkoxy and NHC R, wherein R is C 1 -C 4 alkyl; and Y is (CR 6 R 7) n, wherein n is from 0-3, and R 6 and R 7 are independently selected from hydrogen; C 1 -C 6 alkyl; C 3 -C 5 cycloalkyl; C 1 -C 4 alkylhydroxyl; mono-, di-, or trihaloalkyl; and aryl; R 6 and R 7 may also come together to form a C 3 -C 6 cycloalkyl; or when R 5 is phenyl, one of R 6 or R 7 comes together with R 5 to form a bicycle.
Household refrigeration appliance with at least one appliance carcass, which at least partially defines at least one refrigeration chamber, with at least one storage unit, which is arranged within the refrigeration chamber and which defines at least one storage chamber for storing food, which is open in the direction of an upper face of the storage unit, and with a closing unit, which at least substantially closes the storage unit in the direction of the upper face in at least one storage state, wherein at least one suspension unit, which supports the closing unit in such a manner that it is able to oscillate relative to the appliance carcass in at least one operating state, wherein the suspension unit has at least one suspension element, which is fastened to two opposing sides of the appliance carcass, and wherein the suspension unit has at least one connecting element, characterised in that the connecting element connects the suspension element and the closing unit to one another in such a manner that they can move relative to one another, and wherein the connecting element is movably fastened to the suspension element.
A plate inspection system, comprising: a stage configured to receive a plate including a vessel containing a fluid; a light source configured to generate incoherent source light; an axicon disposed between the light source and the stage, the axicon being configured to: direct the incoherent source light through the fluid contained in the vessel to produce scattered light as a result of an interaction between the incoherent source light and particles suspended in the fluid; and an imager that is configured to acquire images using the scattered light, wherein the axicon is further configured to divert the incoherent source light away from said imager; one or more beam expanders disposed between the light source and the axicon, and configured to vary a diameter of the incoherent source light entering the axicon; and a controller configured to determine, from the images, a size and a number of particles in the fluid, wherein the stage and/or the axicon are movably mounted to adjust a distance between the axicon and the vessel. a stage configured to receive a plate including a vessel containing a fluid; a light source configured to generate incoherent source light; an axicon disposed between the light source and the stage, the axicon being configured to: direct the incoherent source light through the fluid contained in the vessel to produce scattered light as a result of an interaction between the incoherent source light and particles suspended in the fluid; and an imager that is configured to acquire images using the scattered light, wherein the axicon is further configured to divert the incoherent source light away from said imager; one or more beam expanders disposed between the light source and the axicon, and configured to vary a diameter of the incoherent source light entering the axicon; and a controller configured to determine, from the images, a size and a number of particles in the fluid, wherein the stage and/or the axicon are movably mounted to adjust a distance between the axicon and the vessel. direct the incoherent source light through the fluid contained in the vessel to produce scattered light as a result of an interaction between the incoherent source light and particles suspended in the fluid; and an imager that is configured to acquire images using the scattered light, wherein the axicon is further configured to divert the incoherent source light away from said imager; one or more beam expanders disposed between the light source and the axicon, and configured to vary a diameter of the incoherent source light entering the axicon; and a controller configured to determine, from the images, a size and a number of particles in the fluid, wherein the stage and/or the axicon are movably mounted to adjust a distance between the axicon and the vessel.
Two-phase heat exchanger device for a power-electronic module arrangement having at least one semiconductor module (201; 202), the two-phase heat exchanger device comprising: a base plate configured for being in thermal contact with a first semiconductor module at a first side of the base plate; and at least one tube element for a first cooling medium, the tube element comprising a first portion having at least one evaporator channel and a second portion having at least one condenser channel; wherein the base plate has a groove (111; 112) containing the tube element; wherein the groove (111; 112) is dimensioned for enabling thermal contact between the base plate and the first portion of the tube element, characterized in that the groove (111; 112) is dimensioned to form a gap between the base plate and at last a part of the second portion of the tube element for thermal separation of the base plate and the second portion of the tube element. a base plate configured for being in thermal contact with a first semiconductor module at a first side of the base plate; and at least one tube element for a first cooling medium, the tube element comprising a first portion having at least one evaporator channel and a second portion having at least one condenser channel; wherein the base plate has a groove (111; 112) containing the tube element; wherein the groove (111; 112) is dimensioned for enabling thermal contact between the base plate and the first portion of the tube element,
A compensated constant force spring device comprising: a bracket (600, 602, 604); and a drum rotatably coupled to the bracket; and characterised by: a constant force spring coupled to the drum; and a motor having a stator coupled to the bracket and a rotor coupled to the drum. a bracket (600, 602, 604); and a drum rotatably coupled to the bracket; and characterised by: a constant force spring coupled to the drum; and a motor having a stator coupled to the bracket and a rotor coupled to the drum. a constant force spring coupled to the drum; and a motor having a stator coupled to the bracket and a rotor coupled to the drum.
A dry condom comprising, on one or more surfaces thereof, a dry self-lubricating coating comprising a dry powder having a particle size of 300 microns or less wherein the dry self-lubricating coating is substantially non-lubricious when in a dry state and wherein the dry self-lubricating coating becomes lubricious when the coating comes into contact with a liquid environment.
A composite particle comprising a fluorescent core/shell InP nanoparticle and a stabilizing additive of the formula: wherein R 1 is hydrocarbyl group selected from alkyl, aryl, alkaryl and aralkyl; R 2 a divalent hydrocarbyl group; Z is P, As or Sb. wherein R 1 is hydrocarbyl group selected from alkyl, aryl, alkaryl and aralkyl; R 2 a divalent hydrocarbyl group; Z is P, As or Sb.
A sensing guide wire, comprising: a first flexible elongate member (300,800); a sensing element positioned at a distal portion of the first flexible elongate member (300,800); and a second flexible elongate member (350,850) coupled to the first flexible elongate member (300,850) such that the second flexible elongate member extends distally from the first flexible elongate member; and characterized in that a distal portion of the first flexible elongate member includes at least two flattened sections (304,306,804,806), each comprising planar regions at opposite sides (308,310,808,810) that are longitudinally aligned, wherein a dimension of the cross-sectional profile is different for the at least two flattened sections, and wherein the first and second flexible elongate members (300,350,800,850) are coupled along a portion of one of the at least two flattened sections, wherein the first flexible elongate member is a first core wire and the second flexible elongate member is a shaping ribbon or a second core wire. a first flexible elongate member (300,800); a sensing element positioned at a distal portion of the first flexible elongate member (300,800); and a second flexible elongate member (350,850) coupled to the first flexible elongate member (300,850) such that the second flexible elongate member extends distally from the first flexible elongate member; and
Method for continuous production of polyamide 6 or copolyamides which are formed from at least 70% by weight of repeat units derived from ε -caprolactam, having the following steps: a) provision of the educts, b) formation of a prepolymer and polycondensation of the prepolymer with production of a main melt stream, c) granulation of the polymer melt, d) extraction of the polyamide granulate and also e) drying, characterised in that a partial quantity is removed from the main melt stream (b) and the partial quantity is mixed in a side stream in an extruder with a defined quantity of an additive and the modified side stream is returned to the main melt stream (b) downstream before the granulation (c) and in that the aqueous extract solution formed during the extraction (d), which comprises ε-caprolactam, is concentrated and returned to the initial process (a). a) provision of the educts, b) formation of a prepolymer and polycondensation of the prepolymer with production of a main melt stream, c) granulation of the polymer melt, d) extraction of the polyamide granulate and also e) drying,
A sensor module comprising: a fingerprint sensor assembly having first and second surfaces, and comprising: a rigid substrate; a sensing surface overlying a first surface of the rigid substrate; and an integrated circuit overlying a second surface of the rigid substrate opposing the first surface of the rigid substrate; a printed circuit board PCB,, having a top and a bottom surface, wherein the second surface of the fingerprint sensor assembly is attached to the top surface, wherein the PCB has a cutout formed therein to receive a portion of the fingerprint sensor assembly, and wherein outer peripheral dimensions of the PCB are larger than outer peripheral dimensions of the fingerprint sensor assembly, thereby forming a peripheral margin between edges of the fingerprint sensor assembly and edges of the PCB; and an encapsulating material within the peripheral margin between edges of the fingerprint sensor assembly and edges of the PCB and partially encapsulating the fingerprint sensor assembly and the PCB, wherein the encapsulating material does not cover the sensing surface of the fingerprint sensor assembly and the bottom surface of the PCB. a fingerprint sensor assembly having first and second surfaces, and comprising: a rigid substrate; a sensing surface overlying a first surface of the rigid substrate; and an integrated circuit overlying a second surface of the rigid substrate opposing the first surface of the rigid substrate; a rigid substrate; a sensing surface overlying a first surface of the rigid substrate; and an integrated circuit overlying a second surface of the rigid substrate opposing the first surface of the rigid substrate; a printed circuit board PCB,, having a top and a bottom surface, wherein the second surface of the fingerprint sensor assembly is attached to the top surface, wherein the PCB has a cutout formed therein to receive a portion of the fingerprint sensor assembly, and wherein outer peripheral dimensions of the PCB are larger than outer peripheral dimensions of the fingerprint sensor assembly, thereby forming a peripheral margin between edges of the fingerprint sensor assembly and edges of the PCB; and an encapsulating material within the peripheral margin between edges of the fingerprint sensor assembly and edges of the PCB and partially encapsulating the fingerprint sensor assembly and the PCB, wherein the encapsulating material does not cover the sensing surface of the fingerprint sensor assembly and the bottom surface of the PCB.
Windscreen wiper device for a windscreen wiper, having at least one wiper arm adapter, having at least one wiper blade adapter, and having a heating unit for heating a wiper blade and having a spray unit, for spraying a washing fluid onto a vehicle windscreen, wherein the spray unit and the heating unit are arranged at least partially in the wiper blade adapter, wherein the wiper arm adapter (14a; 14b) and the wiper blade adapter (16a; 16b) have coupling elements (24b, 26b) which are provided for lateral coupling of the wiper arm adapter to the wiper blade adapter, characterized in that the spray unit has at least one spray channel connection element, which is connected at least partially to at least the coupling element on the wiper blade adapter and is provided for at least partially automatic coupling to a further spray channel connection element on the wiper arm adapter, and wherein the heating unit has a heating element, which is arranged in the wiper blade adapter, and a heating connection element, which is arranged partially in the coupling element of the wiper arm adapter.
Material handling system comprising a group of movable units (1, 20), wherein each movable unit (1, 20) comprises: a power source, a drive motor a drive wheel (4, 13) powered by the drive motor (3, 15), a stabilising support wheel, an object sensor (6, 19, 29) for detecting objects in the surroundings of the movable unit, a wireless interface for contact with the other movable units of the system, a control unit, a load surface, a navigation device, wherein each movable unit has a limited base height, wherein with base height is meant the height of the mean surface area of the unit comprising the load surface, over the surface on which the movable unit is operating, characterized in that the system comprises at least one movable unit being appointed as a master movable unit and the other movable units are being assigned as slave movable units to said master movable unit, wherein the master movable unit by means of the wireless interface is adapted to send out a track signal that can be detected by comprised wireless interfaces by slave movable units of the system such that each slave movable unit is able to determine and keep a predetermined distance to said master movable unit, wherein each movable unit (1, 20) is assigned as master or slave movable unit by applying a computer executable software stored in the control unit that is configured to assign the movable unit as master or slave movable unit, preferably the wireless interfaces of the movable units (1, 20) comprise at least one antenna (17,18, 26). a power source, a drive motor a drive wheel (4, 13) powered by the drive motor (3, 15), a stabilising support wheel, an object sensor (6, 19, 29) for detecting objects in the surroundings of the movable unit, a wireless interface for contact with the other movable units of the system, a control unit, a load surface, a navigation device, wherein each movable unit has a limited base height, wherein with base height is meant the height of the mean surface area of the unit comprising the load surface, over the surface on which the movable unit is operating, characterized in that the system comprises at least one movable unit being appointed as a master movable unit and the other movable units are being assigned as slave movable units to said master movable unit, wherein the master movable unit by means of the wireless interface is adapted to send out a track signal that can be detected by comprised wireless interfaces by slave movable units of the system such that each slave movable unit is able to determine and keep a predetermined distance to said master movable unit, wherein each movable unit (1, 20) is assigned as master or slave movable unit by applying a computer executable software stored in the control unit that is configured to assign the movable unit as master or slave movable unit, preferably the wireless interfaces of the movable units (1, 20) comprise at least one antenna (17,18, 26).