mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional object formation apparatus comprising: a head unit adapted to discharge liquid of a plurality of colors including a first color and a second color and to form dots having a plurality of sizes including a first dot having a first size and a second dot having a second size with the discharged liquid; and a curing unit adapted to cure the dots, wherein the three-dimensional object formation apparatus is adapted to form a three-dimensional object (Obj) by laminating formation layers having a predetermined uniform thickness (ΔZ) which are formed using the cured dots, and the three-dimensional object formation apparatus is adapted to form each of the formation layers by discharging the liquid to form dots including the first dot and the second dot, the three-dimensional object formation apparatus further comprising a control unit adapted to control discharge of the liquid from the head unit, characterized in that the head unit is adapted to form a third dot having a third size with the discharged liquid, the second size is smaller than the third size, the third size is smaller than the first size, and the control unit is adapted to control the discharge of the liquid from the head unit so as to form each formation layer as an assembly of unit structures each having the same predetermined volume, and to form each of the unit structures with one or a plurality of the second dots and one or a plurality of the third dots. a head unit adapted to discharge liquid of a plurality of colors including a first color and a second color and to form dots having a plurality of sizes including a first dot having a first size and a second dot having a second size with the discharged liquid; and a curing unit adapted to cure the dots, wherein the three-dimensional object formation apparatus is adapted to form a three-dimensional object (Obj) by laminating formation layers having a predetermined uniform thickness (ΔZ) which are formed using the cured dots, and the three-dimensional object formation apparatus is adapted to form each of the formation layers by discharging the liquid to form dots including the first dot and the second dot, the three-dimensional object formation apparatus further comprising a control unit adapted to control discharge of the liquid from the head unit, characterized in that the head unit is adapted to form a third dot having a third size with the discharged liquid, the second size is smaller than the third size, the third size is smaller than the first size, and the control unit is adapted to control the discharge of the liquid from the head unit so as to form each formation layer as an assembly of unit structures each having the same predetermined volume, and to form each of the unit structures with one or a plurality of the second dots and one or a plurality of the third dots.
A compound selected from a compound of formula 1: a compound of formula 2: a compound of formula 3: a compound of formula 4: and pharmaceutically acceptable salts thereof, for use in the therapeutic treatment of cancer that is positive for one or more mutations in a spliceosome gene or protein.
A polypeptide of SEQ ID NO:1 and alendronate for use in preventing or reducing non-vertebral bone fractures in a subject in need thereof, wherein said use comprises administering to the subject the polypeptide once daily by subcutaneous injection for a first period of time of 18 months, followed by an administration of alendronate for six months.
A switched optical star network having a plurality of distinct user communities, the network comprising a hub 102 and a plurality of end points 104, 214 optically connected to the hub 102 wherein the hub 102 comprises a network switch 102 and at least one quantum key distribution device 204 and each endpoint 104, 204 comprises a quantum key distribution device 212 in optical communication with a quantum key distribution device 204 at the hub 102 so as to, in use, derive a quantum key for that endpoint 104, 214, characterised in that the hub 102 further comprises a separate key transmitter 206, 208 for each community, each key transmitter 206, 208 being arranged to transmit only to endpoints 104, 214 within the respective community and to transmit to each endpoint 104, 214 in said community a community key encrypted using the quantum key for the particular endpoint 104, 214.
Solenoid valve, in particular servo valve, for a fuel injector for injecting fuel into a combustion chamber of an internal combustion engine, having a magnet armature which is adjustable relative to a magnet assembly which has a magnet core received in a carrier body, which magnet core has, in a coil recess, an electrical coil which has at least two coil contact pins (14, 15), wherein at least two passage openings (21, 22) are formed as fuel return ducts (23, 24), and wherein the passage openings (21, 22) extend radially outward as far as the outer circumference of the magnet core, in such a way that the fuel return ducts (23, 24) are delimited radially at the outside by the carrier body, characterized in that each coil contact pin (14, 15) is assigned to one of the passage openings (21, 22) extending axially through the magnet core.
Dynamic protection barrier against rockfall or other natural hazards containing - a plurality of carrier supports which are fastened to a floor anchoring system - a mesh network which is suspended between the support carriers - an upper network carrying rope which runs along the upper edge of the mesh network and which has one contact point with each support carrier - a lower network carrying, rope which runs along the lower edge of the network and which has a contact point with each support carrier - at least one middle carrying rope and furtheron - tensioning elements which run essentially perpendicular to each middle carrying rope and which have a contact point with each middle carrying rope characterized in that each tensioning element is fastened with its upper and lower ends only to one support carrier, and in that each middle carrying rope is freely displaceable relative to the tensioning element. - a plurality of carrier supports which are fastened to a floor anchoring system - a mesh network which is suspended between the support carriers - an upper network carrying rope which runs along the upper edge of the mesh network and which has one contact point with each support carrier - a lower network carrying, rope which runs along the lower edge of the network and which has a contact point with each support carrier - at least one middle carrying rope and furtheron - tensioning elements which run essentially perpendicular to each middle carrying rope and which have a contact point with each middle carrying rope
A simulation system, comprising: a simulator configured to execute a simulation of an operation of a PLC and an operation of one or more factory automation devices controlled by the PLC; a data input unit configured to obtain in the simulation one or more execution times of a program installed in the PLC, positional information of each one of one or more objects in a 3D space in the simulation, and a value of each one of one or more variables referred to by the program to operate the one or more factory automation devices; a data recorder configured to store, as a first log, the positional information of the one or more objects and the value of the one or more variables for each of the one or more execution times in a manner that the positional information and the value are associated with each other; and a displayer configured to display the 3D space including the one or more objects reproduced based on the positional information, display the positional information of the one or more objects and display the value of the one or more variables for each of the one or more execution times included in the first log. a simulator configured to execute a simulation of an operation of a PLC and an operation of one or more factory automation devices controlled by the PLC; a data input unit configured to obtain in the simulation one or more execution times of a program installed in the PLC, positional information of each one of one or more objects in a 3D space in the simulation, and a value of each one of one or more variables referred to by the program to operate the one or more factory automation devices; a data recorder configured to store, as a first log, the positional information of the one or more objects and the value of the one or more variables for each of the one or more execution times in a manner that the positional information and the value are associated with each other; and a displayer configured to display the 3D space including the one or more objects reproduced based on the positional information, display the positional information of the one or more objects and display the value of the one or more variables for each of the one or more execution times included in the first log.
Actuating drive, having a drive element and an actuation element with an actuation connection point, wherein the drive element is provided for driving the actuation element indirectly about an actuation axis, wherein the actuation element has a shaft portion which is arranged centrically to the actuation axis and extends at least partially circumferentially in the tangential circumferential direction, wherein the actuating drive has, as a restoring spring, a wound flat spring for providing a restoring torque acting on the actuation element, which flat spring acts tangentially on the shaft portion, and wherein the wound flat spring has a spring axis and a free spring end which is tangentially fastened to the shaft portion, wherein - a free spring end of the wound flat spring which is radially externally disposed with respect to the spring axis is fastened tangentially to the shaft portion, - the wound flat spring is mounted rotatably such that the spring axis thereof is radially spaced apart from the actuation axis and aligned parallel to the actuation axis, and characterised in that - the actuation element is arranged such that it can be rotated about its actuation axis within a predefined angle of rotation range (α, β) between a rest position and an operating position. - a free spring end of the wound flat spring which is radially externally disposed with respect to the spring axis is fastened tangentially to the shaft portion, - the wound flat spring is mounted rotatably such that the spring axis thereof is radially spaced apart from the actuation axis and aligned parallel to the actuation axis, and characterised in that - the actuation element is arranged such that it can be rotated about its actuation axis within a predefined angle of rotation range (α, β) between a rest position and an operating position.
Lighting system for walls, ceilings or floors comprising: - a support structure extending in a longitudinal direction and forming an internal space; - at least one functional unit extending in a longitudinal direction which can be accommodated in the internal space of the support structure, provided with a lower surface comprising electrical contacts; - at least one lighting device (6, 8) provided with lighting means (106, 108) and comprising electrical contacts coupled to the electrical contacts of the functional unit to maintain the lighting device (6, 8) connected to the functional unit; characterized in that the lower surface of the functional unit comprises a screen-printed graphite coating, wherein the electrical contacts of the at least one lighting device (6, 8) are intended to be slid on the screen-printed graphite coating which hides the electrical contacts of the lower surface of the functional unit. - a support structure extending in a longitudinal direction and forming an internal space; - at least one functional unit extending in a longitudinal direction which can be accommodated in the internal space of the support structure, provided with a lower surface comprising electrical contacts; - at least one lighting device (6, 8) provided with lighting means (106, 108) and comprising electrical contacts coupled to the electrical contacts of the functional unit to maintain the lighting device (6, 8) connected to the functional unit;
A user equipment (102, 1602, 1802), comprising: a processor; and memory in electronic communication with the processor, wherein instructions stored in the memory are executable to: obtain configuration of downlink, DL, shortened transmission time intervals, sTTIs, and uplink, UL, sTTIs, each of the DL sTTIs being shorter than any of the UL sTTIs; and report, in a single UL sTTI of the UL sTTIs, Hybrid Automatic Repeat Request Acknowledgement/Negative Acknowledgement, HARQ-ACK, for each shortened Physical Downlink Shared CHannel, sPDSCH, in a set of two or more of the DL sTTIs; wherein the set of two or more of the DL sTTIs is mapped to the single UL sTTI, at least one DL sTTI of the set of two or more of the DL sTTIs has a length different from that of one or more remaining DL sTTIs of the set of two or more of the DL sTTIs, a sum total of lengths of the two or more of the DL sTTIs in the set of two or more of the DL sTTIs is 7 symbols, and a length of the single UL sTTI is 7 symbols. a processor; and memory in electronic communication with the processor, wherein instructions stored in the memory are executable to: obtain configuration of downlink, DL, shortened transmission time intervals, sTTIs, and uplink, UL, sTTIs, each of the DL sTTIs being shorter than any of the UL sTTIs; and report, in a single UL sTTI of the UL sTTIs, Hybrid Automatic Repeat Request Acknowledgement/Negative Acknowledgement, HARQ-ACK, for each shortened Physical Downlink Shared CHannel, sPDSCH, in a set of two or more of the DL sTTIs; wherein the set of two or more of the DL sTTIs is mapped to the single UL sTTI, at least one DL sTTI of the set of two or more of the DL sTTIs has a length different from that of one or more remaining DL sTTIs of the set of two or more of the DL sTTIs, a sum total of lengths of the two or more of the DL sTTIs in the set of two or more of the DL sTTIs is 7 symbols, and a length of the single UL sTTI is 7 symbols. obtain configuration of downlink, DL, shortened transmission time intervals, sTTIs, and uplink, UL, sTTIs, each of the DL sTTIs being shorter than any of the UL sTTIs; and report, in a single UL sTTI of the UL sTTIs, Hybrid Automatic Repeat Request Acknowledgement/Negative Acknowledgement, HARQ-ACK, for each shortened Physical Downlink Shared CHannel, sPDSCH, in a set of two or more of the DL sTTIs; wherein the set of two or more of the DL sTTIs is mapped to the single UL sTTI, at least one DL sTTI of the set of two or more of the DL sTTIs has a length different from that of one or more remaining DL sTTIs of the set of two or more of the DL sTTIs, a sum total of lengths of the two or more of the DL sTTIs in the set of two or more of the DL sTTIs is 7 symbols, and a length of the single UL sTTI is 7 symbols.
A method for use in an alarm system comprising: sensing an alarm at a monitored premises; initiating a telephone call from an alarm panel to a defined number through an interface, in response to sensing the alarm; receiving called number information for the telephone call at the interface at the premises; determining, at the interface, if a primary telephone network is available; in response to determining that a primary telephone network is not available, performing the following steps at the interface: selecting one of a plurality of available secondary networks, based on the called number information; placing a communication from the interface at the premises over the one of the plurality of available networks, wherein the called number information identifying a telephone number used to signal the alarm and stored at the interface results in a communication over a specific one of the secondary networks to signal the alarm; and wherein the called number information identifying a telephone number that is not stored at the interface results in a communication placed over a default one of the secondary networks. sensing an alarm at a monitored premises; initiating a telephone call from an alarm panel to a defined number through an interface, in response to sensing the alarm; receiving called number information for the telephone call at the interface at the premises; determining, at the interface, if a primary telephone network is available; in response to determining that a primary telephone network is not available, performing the following steps at the interface: selecting one of a plurality of available secondary networks, based on the called number information; placing a communication from the interface at the premises over the one of the plurality of available networks, wherein the called number information identifying a telephone number used to signal the alarm and stored at the interface results in a communication over a specific one of the secondary networks to signal the alarm; and wherein the called number information identifying a telephone number that is not stored at the interface results in a communication placed over a default one of the secondary networks. selecting one of a plurality of available secondary networks, based on the called number information; placing a communication from the interface at the premises over the one of the plurality of available networks, wherein the called number information identifying a telephone number used to signal the alarm and stored at the interface results in a communication over a specific one of the secondary networks to signal the alarm; and wherein the called number information identifying a telephone number that is not stored at the interface results in a communication placed over a default one of the secondary networks.
Battery module for a motor vehicle, having a battery compartment for accommodating a plurality of battery cells, having a closed frame which is formed from side wall profiles and surrounds the battery compartment, and having a base that closes off the battery compartment at the bottom, wherein the base comprises an extruded aluminium alloy cooling profile having magnesium and silicon as main alloying elements, wherein the cooling profile comprises at least one flat multi-chamber hollow profile with several chambers arranged next to each other (17, 17'), which are separated from each other by separating webs (18, 19), wherein a cooling medium can flow in at one end of the cooling profile through an inlet, flow through a number of initial chambers of the cooling profile, change its flow direction at the other end of the cooling profile and, after the flow reversal, flow back through a further number of secondary chambers of the cooling profile to an outlet, wherein the one divider which is disposed between a first chamber and a second chamber has a greater width than the other dividers which are respectively provided between the first chambers and which are provided between the second chambers, wherein the width of one divider is at least several times the width of the other divider. wherein the base comprises an extruded aluminium alloy cooling profile having magnesium and silicon as main alloying elements, wherein the cooling profile comprises at least one flat multi-chamber hollow profile with several chambers arranged next to each other (17, 17'), which are separated from each other by separating webs (18, 19), wherein a cooling medium can flow in at one end of the cooling profile through an inlet, flow through a number of initial chambers of the cooling profile, change its flow direction at the other end of the cooling profile and, after the flow reversal, flow back through a further number of secondary chambers of the cooling profile to an outlet, wherein the one divider which is disposed between a first chamber and a second chamber has a greater width than the other dividers which are respectively provided between the first chambers and which are provided between the second chambers, wherein the width of one divider is at least several times the width of the other divider.
An air turbine starter for starting an engine, comprising: at least one turbine member (72, 74) that is rotatable about a rotational axis, wherein the at least one turbine member (72, 74) includes two rotors forming a first stage and a second stage, respectively; a housing including a peripheral wall defining an interior and an exterior and having a portion thereof radially surrounding the at least one turbine member (72, 74) and defining a pathway along which a flow of gas passes there through to interact with the at least one turbine member (72, 74), and a set of outlets formed in the peripheral wall of the housing and located downstream of the at least one turbine member (72, 74); characterised by a screen located within the interior between the at least one turbine member (72, 74) and the set of outlets and adapted to mitigate ejection of ignited particles from within the housing. at least one turbine member (72, 74) that is rotatable about a rotational axis, wherein the at least one turbine member (72, 74) includes two rotors forming a first stage and a second stage, respectively; a housing including a peripheral wall defining an interior and an exterior and having a portion thereof radially surrounding the at least one turbine member (72, 74) and defining a pathway along which a flow of gas passes there through to interact with the at least one turbine member (72, 74), and a set of outlets formed in the peripheral wall of the housing and located downstream of the at least one turbine member (72, 74); characterised by a screen located within the interior between the at least one turbine member (72, 74) and the set of outlets and adapted to mitigate ejection of ignited particles from within the housing.
A hair care apparatus having a handle, a function head with hair treatment means, which preferably comprise a bristle and/or tooth field and/or air blower outlet means, as well as an ion discharge device for releasing ions, which has at least one ion outlet and which can be actuated by an actuating switch, characterized in that a closure device is provided for closing the ion outlet, which can be actuated by the actuating switch.
A gas sensor for detecting a gas component comprising: • a sensing layer comprising 20 to 95 wt.% tungsten oxide and 5 to 80 wt.% elemental tungsten, the combination of tungsten oxide and elemental tungsten constituting at least 60 wt.% of the sensing layer; • a first electrode and a second electrode, said first and second electrode being coupled electronically across the sensing layer; • a heating element capable of heating the sensing layer to a temperature of at least 150°C. • a sensing layer comprising 20 to 95 wt.% tungsten oxide and 5 to 80 wt.% elemental tungsten, the combination of tungsten oxide and elemental tungsten constituting at least 60 wt.% of the sensing layer; • a first electrode and a second electrode, said first and second electrode being coupled electronically across the sensing layer; • a heating element capable of heating the sensing layer to a temperature of at least 150°C.