mhurhangee/ep-ind-claims huggingface dataset:
A reusable pad for protection during menstrual periods, comprising: an inner layer made of two layers of natural cellulose fabric, said layers of natural cellulose fiber bonded together by a biodegradable polyurethane film inserted between them; two or more intermediate layers of absorbent organic bamboo fabric; and said inner layer is inserted between said layers of absorbent organic bamboo fabric and a composite of said layers (1 and 2) inserted into an outer cover formed by a fabric made from conventional or organic cotton. an inner layer made of two layers of natural cellulose fabric, said layers of natural cellulose fiber bonded together by a biodegradable polyurethane film inserted between them; two or more intermediate layers of absorbent organic bamboo fabric; and said inner layer is inserted between said layers of absorbent organic bamboo fabric and a composite of said layers (1 and 2) inserted into an outer cover formed by a fabric made from conventional or organic cotton.
A hinge, in particular for plastic doors and windows, comprising a receiving element, which can be fastened to a door or window frame, a frame part, which is connected to the receiving element and a wing part, which is supported on the frame part in a pivotably movable manner, wherein an intermediate plate, which is linearly movably guided on the receiving element in depth direction of the door or window frame, is arranged between the frame part and the receiving element, and wherein the receiving element, the frame part, and the intermediate plate are connected by means of at least one screw, which engages through an opening in the intermediate plate and a vertically extending elongated hole of the frame part, characterized in that either the intermediate plate has protrusions, which engage with grooves of the receiving element, or the receiving element has at least one protrusion, which is linearly movably guided in a guide slot of the intermediate plate, and that the frame part is linearly guided in vertical direction on the intermediate plate, wherein the frame part or the intermediate plate has at least one cam, which engages with an assigned guide slot of the arrangement consisting of the frame part and the intermediate plate.
Switching device suitable for direct current operation comprising a gas-tight encapsulated, electrically insulated housing which is filled with an insulating gas, at least one contact pair (13, 14) arranged in the housing and having a first contact and a second contact, wherein at least one of the two contacts (13, 14) is movable and the two contacts (13, 14) are in contact with each other in an activated state of the switching device and are out of contact to each other in a deactivated state of the switching device, wherein the first contact is electrically connected to a fixed electrode and the second contact is electrically connected to a movable electrode, as well as an arc driver assembly (15, 16) which generates a magnetic field at least in the region of the contact pair (13, 14), wherein an extinguishing device (17, 18) is provided for extinguishing the arc, into which the arc is driven by the arc driver assembly (15, 16), wherein the housing comprises an insulator tube made of an electrically insulating material and two lids (7, 9) closing the insulator tube at its ends, and wherein the insulator tube, the lids (7, 9) and the electrodes (4, 5) are configured rotationally symmetrical with respect to a longitudinal axis, wherein the extinguishing device (17, 18) is made of an electrically insulating material and is formed such that the arc is expanded in a meander shaped way, wherein at least one arc guide assembly (24, 25) is provided for guiding an arc occurring between the contacts (13, 14) to the extinguishing device (17, 18), wherein each of the electrodes (4, 5) comprises a guide arrangement of the arc guide assembly in the form of a surface which expands, starting from the respective contact (13, 14), in the direction facing away from the respective other electrode.
Heat exchanger for a solidification and/or crystallization system for a semiconductor material, comprising a first member (2; 2a; 2b; 2c; 2d; 2e; 2f; 2g; 2h; 2i; 2j) and a second member (3; 3a; 3b; 3c; 3d; 3e; 3f; 3g; 3h; 3i; 3j), the first and second members being movable with respect to each other, characterized in that the first member comprises a first pattern of relief and the second member comprises a second pattern of relief, the first pattern of relief being designed to cooperate with the second pattern of relief and in that it comprises an element for displacement of the first member relative to the second member allowing an exchanged heat flux to be controlled, in that the displacement element comprises a regulator for modulating the distance between the first member and the second member according to the desired exchanged heat flux and in that: - the first pattern of relief comprises recesses and protrusions and the second pattern of relief comprises recesses and protrusions, in particular the pitch of the protrusions and of the recesses is variable along one dimension of the first member and of the second member; or - the height of the protrusions is variable along one dimension of at least one of the first and second members; and/or the first and second patterns of relief cooperate by nesting of protrusions into recesses. - the first pattern of relief comprises recesses and protrusions and the second pattern of relief comprises recesses and protrusions, in particular the pitch of the protrusions and of the recesses is variable along one dimension of the first member and of the second member; or - the height of the protrusions is variable along one dimension of at least one of the first and second members; and/or the first and second patterns of relief cooperate by nesting of protrusions into recesses.
A method, comprising: receiving, by a virtual machine installed on a server device, a data flow from a network device; processing, by the virtual machine installed on the server device, the data flow to form a processed data flow; providing, by the server device, the processed data flow to the network device; identifying, by the server device, that the virtual machine is overloaded; generating, by the server device, a service installation instruction based on identifying that the virtual machine is overloaded; installing, by the server device and on the server device, and based on identifying that the virtual machine is overloaded, a service based on the generated service installation instruction; receiving, by the server device, routing protocol update information; generating, by the server device and based on receiving the routing protocol update information, an update instruction; communicating, by the server device, the update instruction to the network device; and wherein the update instruction contains instruction to direct the network device to update a routing table implemented by the network device to provide the data flow to the service installed on the server device rather than the overloaded virtual machine, wherein the service installed on the server device provides the service for the data flow to form the processed data flow and provides the processed data flow to the network device. receiving, by a virtual machine installed on a server device, a data flow from a network device; processing, by the virtual machine installed on the server device, the data flow to form a processed data flow; providing, by the server device, the processed data flow to the network device; identifying, by the server device, that the virtual machine is overloaded; generating, by the server device, a service installation instruction based on identifying that the virtual machine is overloaded; installing, by the server device and on the server device, and based on identifying that the virtual machine is overloaded, a service based on the generated service installation instruction; receiving, by the server device, routing protocol update information; generating, by the server device and based on receiving the routing protocol update information, an update instruction; communicating, by the server device, the update instruction to the network device; and wherein the update instruction contains instruction to direct the network device to update a routing table implemented by the network device to provide the data flow to the service installed on the server device rather than the overloaded virtual machine, wherein the service installed on the server device provides the service for the data flow to form the processed data flow and provides the processed data flow to the network device.
A blood treatment device having a heat exchanger which comprises a first space and a second space, wherein, in the operation of the blood treatment device, the first space is flowed through by a first fluid and the second space is flowed through by a second fluid, and wherein the heat exchanger comprises a membrane which separates the first space from the second space, characterized in that the membrane forms a component of a capacitor which comprises capacitor plates between which the membrane is located, and in that monitoring means are provided which are connected to the capacitor, and which are configured such that they detect an electrical or physical property of the capacitor for the purpose of detecting a leak from the first space to the second space.
A wireless power transfer system comprising an apparatus for determining alignment information of a vehicle with respect to the wireless power transfer system, the apparatus comprising: a plurality of sensor circuits configured to generate a plurality of magnetic fields, at least one sensor circuit of the plurality of sensor circuits configured to sense a modulated electrical characteristic of a beacon antenna on the vehicle, that is modulated by a beacon circuit on the vehicle, when the beacon antenna couples to the at least one sensor circuit via one of the plurality of magnetic fields; wherein the modulated electrical characteristics have a distinctive modulation pattern that uniquely identifies the beacon antenna, and wherein the at least one sensor circuit is configured to sense the distinctive modulation pattern based on a distinct change of the disturbance in a magnetic field of the at least one sensor circuit in response to a degree of coupling to the beacon antenna; and a controller circuit configured to determine alignment information of the vehicle based on the sensed modulated electrical characteristic. a plurality of sensor circuits configured to generate a plurality of magnetic fields, at least one sensor circuit of the plurality of sensor circuits configured to sense a modulated electrical characteristic of a beacon antenna on the vehicle, that is modulated by a beacon circuit on the vehicle, when the beacon antenna couples to the at least one sensor circuit via one of the plurality of magnetic fields; wherein the modulated electrical characteristics have a distinctive modulation pattern that uniquely identifies the beacon antenna, and wherein the at least one sensor circuit is configured to sense the distinctive modulation pattern based on a distinct change of the disturbance in a magnetic field of the at least one sensor circuit in response to a degree of coupling to the beacon antenna; and a controller circuit configured to determine alignment information of the vehicle based on the sensed modulated electrical characteristic.
An L-valine producing strain transformed to enhance expression of L-valine operon by entirely deleting or partially deleting or substituting a nucleotide sequence encoding a leader peptide in a regulatory region of ilvBN operon, wherein the leader peptide is represented by an amino acid sequence of SEQ ID No: 1.
Water pressure valve (10, 10', 200, 300) for a toilet facility including: • The valve housing with an inlet sleeve and an outlet sleeve; • The valve seat and valve body which are arranged between the inlet sleeve and the outlet sleeve in such a way that, by actuating the valve, a defined volume of water for flushing, passing through the outlet sleeve into a toilet bowl is controllable; • The actuating device by means of which the valve can be actuated and the valve body can be removed from the valve seat; • The resetting device which moves the valve body back to the valve seat; • The adjusting element, by means of which the volume of water can be adjusted, which can be directed into the toilet bowl for flushing; • The cover nozzle, arranged in the stroke direction of the valve body with a cover chamber, where the cover chamber is fluidically connected to the outlet sleeve and / or the valve sleeve, and therefore it is possible, by means of an actuating device to open or by means of at least one part of the resetting device to close this connection; • The valve sleeve, extending in the same direction as the outlet sleeve, characterized in that • The cover chamber is fluidically connected to the inlet sleeve only by means of connecting grooves, • The valve sleeve is axially shorter than the outlet sleeve, • The outlet sleeve and the valve sleeve, radially encircling a circular hollow space, representing a ventilation duct, where the ventilation duct has a flow connection with ventilation openings and is arranged in the area of the cover nozzle. • The valve housing with an inlet sleeve and an outlet sleeve; • The valve seat and valve body which are arranged between the inlet sleeve and the outlet sleeve in such a way that, by actuating the valve, a defined volume of water for flushing, passing through the outlet sleeve into a toilet bowl is controllable; • The actuating device by means of which the valve can be actuated and the valve body can be removed from the valve seat; • The resetting device which moves the valve body back to the valve seat; • The adjusting element, by means of which the volume of water can be adjusted, which can be directed into the toilet bowl for flushing; • The cover nozzle, arranged in the stroke direction of the valve body with a cover chamber, where the cover chamber is fluidically connected to the outlet sleeve and / or the valve sleeve, and therefore it is possible, by means of an actuating device to open or by means of at least one part of the resetting device to close this connection; • The valve sleeve, extending in the same direction as the outlet sleeve, characterized in that • The cover chamber is fluidically connected to the inlet sleeve only by means of connecting grooves, • The valve sleeve is axially shorter than the outlet sleeve, • The outlet sleeve and the valve sleeve, radially encircling a circular hollow space, representing a ventilation duct, where the ventilation duct has a flow connection with ventilation openings and is arranged in the area of the cover nozzle.
A urea water supply system including: a urea water injection valve; a tank; and a pump; and including: a temperature raising device configured to raise a temperature of urea water; a state acquisition device (22, 25, 27) configured to acquire a state related to freezing of the urea water; a control device which is connected to the urea water injection valve, the temperature raising device, and the state acquisition device (22, 25, 27), wherein the temperature of the urea water is raised by the temperature raising device when the control device is activated and wherein injection by the urea water injection valve is started if a result of determination whether the injection of the urea water by the urea water injection valve is permitted is positive in the control device based on a state of the urea water acquired from the state acquisition device (22, 25, 27), the urea water supply system comprising a heat generation temperature acquisition device, configured to acquire a heat generation temperature of the temperature raising device, wherein the control device is configured to be able to store the determination result, characterized in that after the system control on the urea water supply system including the temperature raising by the temperature raising device, the determination of the permission, and injection by the urea water injection valve is stopped and then a stop period is elapsed, when a system control is restarted from temperature raising by the temperature raising device, a shortening setting to shorten a time required for the determination of the permission is performed by the control device based on the determination result, which is stored in a time when the system control is stopped, and the heat generation temperature, which is acquired by the heat generation temperature acquisition device immediately after restarting.
A method for fabricating a hat stiffener having a hat portion and flanges extending from opposing sides of the hat portion, comprising steps of: positioning two or more reinforcement fiber layers about a mandrel and positioning the mandrel (26, 30) and the two or more reinforcement fiber layers into supporting tool; cutting through the two or more reinforcement fiber layers forming a first stack of first end portions of the two or more reinforcement fiber layers and a second stack of second end portions of the two or more reinforcement fiber layers wherein the first and second stacks are in overlying relationship with respect to the mandrel; and moving the first stack of the first end portions and the second stack of the second end portions of the two or more reinforcement fiber layers out of overlying relationship with respect to the mandrel and into overlying relationship with respect to first and second portions (58, 68) and angular walls (71, 77) of the supporting tool such that the flanges are formed, wherein the flanges are chamfered and under-cut such that edges of the cut two or more reinforcement fiber layers are enclosed within completed flanges. positioning two or more reinforcement fiber layers about a mandrel and positioning the mandrel (26, 30) and the two or more reinforcement fiber layers into supporting tool; cutting through the two or more reinforcement fiber layers forming a first stack of first end portions of the two or more reinforcement fiber layers and a second stack of second end portions of the two or more reinforcement fiber layers wherein the first and second stacks are in overlying relationship with respect to the mandrel; and moving the first stack of the first end portions and the second stack of the second end portions of the two or more reinforcement fiber layers out of overlying relationship with respect to the mandrel and into overlying relationship with respect to first and second portions (58, 68) and angular walls (71, 77) of the supporting tool such that the flanges are formed, wherein the flanges are chamfered and under-cut such that edges of the cut two or more reinforcement fiber layers are enclosed within completed flanges.
An apparatus, comprising: a set of first access lines (110, 115, 210, 210-a, 210-b, 215, 215-a, 310, 310-a...310-f, 315, 315-a...315-f, 505, 515) for a memory array (102, 200, 405, 405-a...405-d) that extend in a first direction; a set of second access lines (110, 115, 210, 210-a, 210-b, 215, 215-a, 310, 310-a...310-f, 315, 315-a...315-f, 505, 515) for the memory array (102, 200, 405, 405-a... 405-d) that extend in a second direction; a set of first sockets (510, 520) each coupled with an end of a respective first access line (505, 515) of the set (110, 115, 210, 210-a, 210-b, 215, 215-a, 310, 310-a...310-f, 315, 315-a...315-f, 505, 515) and with a respective first driver of a set of first drivers, the set of first sockets (510, 520) arranged in a first row (530, 530-a... 530-c) that extends in a third direction; and a set of second sockets (510, 520) each coupled with an end of a respective second access line (505, 515) of the set (110, 115, 210, 210-a, 210-b, 215, 215-a, 310, 310-a...310-f, 315, 315-a...315-f, 505, 515) and with a respective second driver of a set of second drivers, the set of second sockets (510, 520) arranged in a second row (530, 530-a... 530-c) that is parallel to the first row and extends in the third direction, the third direction non-parallel to both the first direction and the second direction. a set of first access lines (110, 115, 210, 210-a, 210-b, 215, 215-a, 310, 310-a...310-f, 315, 315-a...315-f, 505, 515) for a memory array (102, 200, 405, 405-a...405-d) that extend in a first direction; a set of second access lines (110, 115, 210, 210-a, 210-b, 215, 215-a, 310, 310-a...310-f, 315, 315-a...315-f, 505, 515) for the memory array (102, 200, 405, 405-a... 405-d) that extend in a second direction; a set of first sockets (510, 520) each coupled with an end of a respective first access line (505, 515) of the set (110, 115, 210, 210-a, 210-b, 215, 215-a, 310, 310-a...310-f, 315, 315-a...315-f, 505, 515) and with a respective first driver of a set of first drivers, the set of first sockets (510, 520) arranged in a first row (530, 530-a... 530-c) that extends in a third direction; and a set of second sockets (510, 520) each coupled with an end of a respective second access line (505, 515) of the set (110, 115, 210, 210-a, 210-b, 215, 215-a, 310, 310-a...310-f, 315, 315-a...315-f, 505, 515) and with a respective second driver of a set of second drivers, the set of second sockets (510, 520) arranged in a second row (530, 530-a... 530-c) that is parallel to the first row and extends in the third direction, the third direction non-parallel to both the first direction and the second direction.
An on-vehicle display apparatus, comprising: a flat display (21 b) configured to display various types of information; a light-transmitting substrate disposed on a front-face side of the flat display; a pointer disposed on the light-transmitting substrate (21 a), wherein the light-transmitting substrate is configured to rotatably hold the pointer; a pointer drive means disposed on a back-face side of the flat display configured to rotate the pointer; a movement mechanism configured to move the light-transmitting substrate (21 a) to inside or outside of a display range; and a first magnet provided for the pointer and a second magnet provided for the pointer drive means to be opposite to the first magnet, characterized in that, when the light-transmitting substrate is positioned on the front-face side of the flat display inside of the display range, the pointer is rotated in association with rotation drive of the pointer drive means by an attraction force of the first and second magnets (22c, 25a), and when the light-transmitting substrate is positioned outside of the display range, the pointer is released from the attraction force between the first and second magnets (22c, 25a). a flat display (21 b) configured to display various types of information; a light-transmitting substrate disposed on a front-face side of the flat display; a pointer disposed on the light-transmitting substrate (21 a), wherein the light-transmitting substrate is configured to rotatably hold the pointer; a pointer drive means disposed on a back-face side of the flat display configured to rotate the pointer; a movement mechanism configured to move the light-transmitting substrate (21 a) to inside or outside of a display range; and a first magnet provided for the pointer and a second magnet provided for the pointer drive means to be opposite to the first magnet, characterized in that, when the light-transmitting substrate is positioned on the front-face side of the flat display inside of the display range, the pointer is rotated in association with rotation drive of the pointer drive means by an attraction force of the first and second magnets (22c, 25a), and when the light-transmitting substrate is positioned outside of the display range, the pointer is released from the attraction force between the first and second magnets (22c, 25a).