mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a display screen assembly and an operation piece, wherein the display screen assembly comprises: a lamp panel and a reverse electromagnet provided at a rear side of the lamp panel , wherein the display assembly is configured such that, when the reverse electromagnet is energized, the magnetism of the reverse electromagnet disappears, and when the reverse electromagnet is powered off, the reverse electromagnets magnetize and generate a strong attraction force; wherein the display screen assembly further comprises: a fixed frame , the lamp panel and the reverse electromagnet are provided on the fixed frame separately; and the lamp panel and the reverse electromagnet are provided at two opposite sides of the fixed frame respectively; characterized in that the display screen assembly further comprises operation holes running through the lamp panel , the operation holes are provided on the lamp panel , the operation piece is configured to penetrate through the operation holes via two probes and to be connected with the reverse electromagnet via a wire, so as to control whether the reverse electromagnet is magnetic or not; the needed electric energy of the reverse electromagnet is supplied by a power supply on the operation piece via said two probes of the operation piece. a fixed frame , the lamp panel and the reverse electromagnet are provided on the fixed frame separately; and the lamp panel and the reverse electromagnet are provided at two opposite sides of the fixed frame respectively; characterized in that the display screen assembly further comprises operation holes running through the lamp panel , the operation holes are provided on the lamp panel , the operation piece is configured to penetrate through the operation holes via two probes and to be connected with the reverse electromagnet via a wire, so as to control whether the reverse electromagnet is magnetic or not; the needed electric energy of the reverse electromagnet is supplied by a power supply on the operation piece via said two probes of the operation piece.
An airfoil for a fan blade comprising: an airfoil body ; a recessed portion of a first depth in a first side of the airfoil body , the recessed portion including: a plurality of pockets of a second depth located within the recessed portion ; and ribs of the first depth located between the pockets ; and a cover configured to fit into the recessed portion such that an interior surface of the cover engages the ribs and an exterior surface of the cover is about flush with an exterior surface of the first side of the airfoil body , characterised in that the airfoil further comprises a high energy beam weld configuration (134; 134'; 136; 156; 160; 170) extending through the cover and into the ribs and positioned to attach the cover to the ribs , and in that the airfoil body has a twist from a root of the airfoil to a tip of the airfoil. an airfoil body ; a recessed portion of a first depth in a first side of the airfoil body , the recessed portion including: a plurality of pockets of a second depth located within the recessed portion ; and ribs of the first depth located between the pockets ; and a plurality of pockets of a second depth located within the recessed portion ; and ribs of the first depth located between the pockets ; and a cover configured to fit into the recessed portion such that an interior surface of the cover engages the ribs and an exterior surface of the cover is about flush with an exterior surface of the first side of the airfoil body , characterised in that the airfoil further comprises a high energy beam weld configuration (134; 134'; 136; 156; 160; 170) extending through the cover and into the ribs and positioned to attach the cover to the ribs , and in that the airfoil body has a twist from a root of the airfoil to a tip of the airfoil.
Process for operation of a building installation system with a situation detector , comprising a sensor scanning the detection range multidimensionally as well as a control unit for evaluation of the sensor data, by which control unit at least one actuator (L 1 to L 4 ) of a building installation can be controlled, wherein the control of the at least one actuator (L 1 to L 4 ) by the user is effected by gesture control, characterized by the fact that for control of an actuator (L 1 to L 4 ) the data detected by the situation detector are evaluated with regard to the presence of a pointing gesture, wherein the direction information contained in the pointing gesture is used to detect an actuator control request, that during the system setup at least one actuator (L 1 to L 4 ) which is to be controlled by a pointing gesture is defined in the coordinate system of the data detected by the sensor by a bounding box (13, 13.1) framing respectively virtually depicting the actuator (L 1 to L 4 ), and that a control of this actuator (L 1 to L 4 ) by the system is effected if the user points at the bounding box (13, 13.1) with a pre-defined pointing gesture, to which effect the pointing gesture contains a direction information, the sensor derives the desired direction information from the pointing gesture detected and the vector (V) of the pointing direction is calculated to check whether it hits a defined bounding box (13, 13.1).
An engine cooling system for a vehicle, which cooling system comprises; - a first coolant circuit configured to connect a coolant outlet of the engine to a radiator , - a thermostat (32; 42) arranged in the first coolant circuit , which thermostat (32; 42) is arranged to be opened when a predetermined first coolant temperature is reached, - a second coolant circuit configured to connect the radiator to a coolant inlet of the engine, - a coolant pump for circulating coolant through the cooling system, - a bypass circuit connecting the thermostat (32; 42) to the second coolant circuit , - at least one parallel circuit , each comprising a heat exchanger , where each parallel circuit is connected to the second coolant circuit upstream of the bypass circuit relative to a normal direction of coolant flow when the thermostat is fully open; characterized in that it further comprises: - a flow controlling device (34; 60; 61, 62) arranged to direct a reversed partial coolant flow from the bypass circuit into the at least one parallel circuit when the thermostat is closed during engine warm-up, wherein the reversed partial coolant flow is caused over a portion of the second coolant circuit between the connection with the bypass circuit and the connection of each parallel circuit. - a first coolant circuit configured to connect a coolant outlet of the engine to a radiator , - a thermostat (32; 42) arranged in the first coolant circuit , which thermostat (32; 42) is arranged to be opened when a predetermined first coolant temperature is reached, - a second coolant circuit configured to connect the radiator to a coolant inlet of the engine, - a coolant pump for circulating coolant through the cooling system, - a bypass circuit connecting the thermostat (32; 42) to the second coolant circuit , - at least one parallel circuit , each comprising a heat exchanger , where each parallel circuit is connected to the second coolant circuit upstream of the bypass circuit relative to a normal direction of coolant flow when the thermostat is fully open; characterized in that it further comprises: - a flow controlling device (34; 60; 61, 62) arranged to direct a reversed partial coolant flow from the bypass circuit into the at least one parallel circuit when the thermostat is closed during engine warm-up, wherein the reversed partial coolant flow is caused over a portion of the second coolant circuit between the connection with the bypass circuit and the connection of each parallel circuit.
A coil unit comprising: a coil conductor formed of a plurality of element wires ; and a coil base having a groove configured to retain the coil conductor , characterized in that the coil conductor has a diameter in a range from 3 mm to 6 mm, inclusive, and wherein the groove has a straight portion , and an arc portion having a radius of curvature of at least 20 mm. a coil conductor formed of a plurality of element wires ; and a coil base having a groove configured to retain the coil conductor , characterized in that the coil conductor has a diameter in a range from 3 mm to 6 mm, inclusive, and wherein the groove has a straight portion , and an arc portion having a radius of curvature of at least 20 mm.
A cooking system , comprising: an electrolyser for producing hydrogen fuel from water; at least one heating element for using the hydrogen fuel; and a processor configured to control the at least one heating element such that the at least one heating element is adapted to use the hydrogen fuel under control of the processor; wherein the processor is connected to a network to enable communication to a server, the server having at least one module for providing at least one of remote monitoring and control of the operation of the cooking system ; and wherein the electrolyser is controlled by the processor and adapted to generate the hydrogen fuel under control of the processor and responsive to an indication of use of the hydrogen fuel. an electrolyser for producing hydrogen fuel from water; at least one heating element for using the hydrogen fuel; and a processor configured to control the at least one heating element such that the at least one heating element is adapted to use the hydrogen fuel under control of the processor; wherein the processor is connected to a network to enable communication to a server, the server having at least one module for providing at least one of remote monitoring and control of the operation of the cooking system ; and wherein the electrolyser is controlled by the processor and adapted to generate the hydrogen fuel under control of the processor and responsive to an indication of use of the hydrogen fuel.
A cable protection device comprising: a fixing ring , which has a through hole extending along a first direction, wherein the fixing ring includes an inner side surface and an outer side surface that are opposite along a radial direction of the fixing ring , the outer side surface comprises two or more attaching surfaces , and a vertical axis (x) is defined in the attaching surface ; and a clamping member , which is disposed on the attaching surface , wherein the clamping member is deflectable at least about the vertical axis (x), the clamping member has at least one penetration hole penetrating along the first direction, and a cable is clamped within the penetration hole and is deflected about the vertical axis (x) relative to the fixing ring within a preset range, characterized in that the clamping member has a contact plane , through which the clamping member is disposed facing the attaching surface and the clamping member is deflected about the vertical axis (x) on the attaching surface . a fixing ring , which has a through hole extending along a first direction, wherein the fixing ring includes an inner side surface and an outer side surface that are opposite along a radial direction of the fixing ring , the outer side surface comprises two or more attaching surfaces , and a vertical axis (x) is defined in the attaching surface ; and a clamping member , which is disposed on the attaching surface , wherein the clamping member is deflectable at least about the vertical axis (x), the clamping member has at least one penetration hole penetrating along the first direction, and a cable is clamped within the penetration hole and is deflected about the vertical axis (x) relative to the fixing ring within a preset range, characterized in that the clamping member has a contact plane , through which the clamping member is disposed facing the attaching surface and the clamping member is deflected about the vertical axis (x) on the attaching surface .
A controller for a hemodialysis system, the hemodialysis system comprising actuators that cooperate to perform dialysis functions and sensors that cooperate to monitor dialysis functions, the controller comprising: a user interface model layer configured to manage the state of a graphical user interface and receive inputs from a graphical user interface; a therapy layer , below the user interface model layer , configured to run state machines that generate therapy commands based at least in part on the inputs from the graphical user interface; and a machine layer , below the therapy layer , configured to provide commands for the actuators based on the therapy commands, wherein the therapy layer is configured to receive command requests from the user interface model layer , wherein some commands are state specific and other commands are valid in any state, wherein the therapy layer is configured to decide if the current command request will be acted upon or not, and wherein the therapy layer is configured to reject the command request and to return to a user an appropriate reason for the rejection, if the current state is not valid for the command. a user interface model layer configured to manage the state of a graphical user interface and receive inputs from a graphical user interface; a therapy layer , below the user interface model layer , configured to run state machines that generate therapy commands based at least in part on the inputs from the graphical user interface; and a machine layer , below the therapy layer , configured to provide commands for the actuators based on the therapy commands, wherein the therapy layer is configured to receive command requests from the user interface model layer , wherein some commands are state specific and other commands are valid in any state, wherein the therapy layer is configured to decide if the current command request will be acted upon or not, and wherein the therapy layer is configured to reject the command request and to return to a user an appropriate reason for the rejection, if the current state is not valid for the command.
Assembly comprising a communication system and at least one contactless medium , the communication system comprising a first communication device adapted to read data on the contactless medium and a second communication device adapted to read data on the contactless medium , the first communication device comprising a first coupler and a first antenna defining a first communication region with the contactless medium such that, when the contactless medium is placed in the first communication region , the first communication device is able to establish communication with the contactless medium , and the second communication device comprising a second coupler and a second antenna defining a second communication region with the contactless medium such that, when the contactless medium is placed in the second communication region , the second communication device is able to establish communication with the contactless medium , the first and second communication regions overlapping, the communication system comprises an external controller , separate from the first and second communication devices , configured to selectively activate the first and the second communication device , characterised in that each of the first and second antennas is capable of converting an electrical signal into a modulable high-frequency magnetic field in order to transmit information to the contactless medium , and in that the contactless medium is constituted by a contactless payment card or a mobile telephone capable of near field communication, and the second communication device belongs to a contactless payment unit.
A freshening composition comprising: a) at least 85% by weight of the freshening composition of water; b) a perfume, wherein the perfume comprises at least 60% by weight of the perfume, Perfume Raw Materials having ClogP greater than 1.0; and c) at least 0.0015% of by weight of the freshening composition of an alkoxylated phenol; wherein the alkoxylated phenol is according to Formula (I): wherein a is a value selected from 3 to 15; b is a value selected from 0 to 12; wherein the value of a + b, degree of alkoxylation is from 3 to 15. a) at least 85% by weight of the freshening composition of water; b) a perfume, wherein the perfume comprises at least 60% by weight of the perfume, Perfume Raw Materials having ClogP greater than 1.0; and c) at least 0.0015% of by weight of the freshening composition of an alkoxylated phenol; wherein the alkoxylated phenol is according to Formula (I): wherein a is a value selected from 3 to 15; b is a value selected from 0 to 12; wherein the value of a + b, degree of alkoxylation is from 3 to 15.
A method for determining if an implanted pacemaker set in asynchronous mode is present, said method being carried out with an ECG monitor , comprising the steps of: - before an MRI examination, automatically detecting emitted spikes of the pacemaker with the ECG monitor , characterized in that the method comprises the further steps of - checking for spikes with a regularly pattern when the patient is in a MRI tube but before the MRI examination starts by determining by the ECG monitor if the monitored spikes fulfil a predetermined regularity pattern, - informing an operator, preferably visually and/or acoustically, if the spikes fulfil the predetermined regularity pattern with a prompting device . - before an MRI examination, automatically detecting emitted spikes of the pacemaker with the ECG monitor , - checking for spikes with a regularly pattern when the patient is in a MRI tube but before the MRI examination starts by determining by the ECG monitor if the monitored spikes fulfil a predetermined regularity pattern, - informing an operator, preferably visually and/or acoustically, if the spikes fulfil the predetermined regularity pattern with a prompting device .
A method of deprotection in solid phase peptide synthesis in which the improvement comprises: adding an organic base deprotection composition to a mixture of a coupling solution, a growing peptide chain, and any excess activated amino acid from a preceding coupling step; wherein the deprotection composition has a concentration of at least 50% base by volume of the deprotection composition and is added to the mixture of the coupling solution, the growing peptide chain, and any excess activated amino acid from the preceding coupling step in an amount that is less than 1/3 of the volume of the coupling solution; without any draining step between the coupling step of the preceding coupling cycle and the addition of the deprotection composition for the successive cycle; and with the coupling solution at a temperature of at least 30°C. adding an organic base deprotection composition to a mixture of a coupling solution, a growing peptide chain, and any excess activated amino acid from a preceding coupling step; wherein the deprotection composition has a concentration of at least 50% base by volume of the deprotection composition and is added to the mixture of the coupling solution, the growing peptide chain, and any excess activated amino acid from the preceding coupling step in an amount that is less than 1/3 of the volume of the coupling solution; without any draining step between the coupling step of the preceding coupling cycle and the addition of the deprotection composition for the successive cycle; and with the coupling solution at a temperature of at least 30°C.
An acoustic structure comprising: a core comprising a plurality of cells, wherein each cell has an inner surface and at least one septum ; characterised in that : the inner surface has a hole forming an engaging structure to receive a corresponding engaging structure of the septum, wherein the engaging structure of the septum protrudes through the hole in the inner surface thereby positioning the septum with respect to the core. a core comprising a plurality of cells, wherein each cell has an inner surface and at least one septum ; characterised in that : the inner surface has a hole forming an engaging structure to receive a corresponding engaging structure of the septum, wherein the engaging structure of the septum protrudes through the hole in the inner surface thereby positioning the septum with respect to the core.
Process for collectively curving a set of electronic chips (P), including the steps of: a) providing the set of electronic chips (P), including a stack comprising: - a set of matrix arrays of pixels , - an interconnect layer , electrically connected to the set of matrix arrays of pixels , - a first layer , comprising vias electrically connected to the interconnect layer ; the stack having a first thickness and a first coefficient of thermal expansion; b) forming metal pillars on the first layer , said pillars being electrically connected to the vias ; c) forming a material integrally with the first layer , around the metal pillars ; the material having a second thickness, a second coefficient of thermal expansion strictly higher than the first coefficient of thermal expansion, and a forming temperature; d) dicing the electronic chips (P) so as to release the thermomechanical stresses to which the stack is subjected; the process being characterized in that the forming temperature, the ratio between the first and second coefficients of thermal expansion and the ratio between the first and second thicknesses are adapted such that, at the end of step d), the stack is curved with a predefined convex shape that is oriented towards the set of matrix arrays of pixels , at a given operating temperature of the electronic chips (P); and in that it includes the step of: e) making the metal pillars coplanar after step d). a) providing the set of electronic chips (P), including a stack comprising: - a set of matrix arrays of pixels , - an interconnect layer , electrically connected to the set of matrix arrays of pixels , - a first layer , comprising vias electrically connected to the interconnect layer ; the stack having a first thickness and a first coefficient of thermal expansion; - a set of matrix arrays of pixels , - an interconnect layer , electrically connected to the set of matrix arrays of pixels , - a first layer , comprising vias electrically connected to the interconnect layer ; b) forming metal pillars on the first layer , said pillars being electrically connected to the vias ; c) forming a material integrally with the first layer , around the metal pillars ; the material having a second thickness, a second coefficient of thermal expansion strictly higher than the first coefficient of thermal expansion, and a forming temperature; d) dicing the electronic chips (P) so as to release the thermomechanical stresses to which the stack is subjected; the process being characterized in that the forming temperature, the ratio between the first and second coefficients of thermal expansion and the ratio between the first and second thicknesses are adapted such that, at the end of step d), the stack is curved with a predefined convex shape that is oriented towards the set of matrix arrays of pixels , at a given operating temperature of the electronic chips (P); and in that it includes the step of: e) making the metal pillars coplanar after step d).