mhurhangee/ep-ind-claims huggingface dataset:
A process of compression molding an article from a thermoset charge containing a curable resin, comprising: opening a mold to an open position, said mold having an upper die having an upper mold surface and a lower die having a lower mold surface that upon full compression define a mold cavity complementary to the article; placing the charge on one of the lower mold surface or the upper mold surface; rapidly closing the upper die and the lower die from the open position to an intermediate start position of 5 to 10 cm at a rate of from 1 to 10 cm/sec; slowly closing the upper die and the lower die from the intermediate start position to a start position at a rate of between 25 and 60% of the rate of closure to the intermediate position; evacuating the mold cavity for at least 3 seconds to a reduced pressure of less than 16.2 kPa (0.16 atmospheres) while continuing to press the upper die and the lower die toward a volume of the mold cavity at a rate of between 12 and 30% of the rate of closure to the intermediate start; removing the reduced pressure as the full compression is applied; allowing the curable resin to cure in the mold cavity; and opening the mold cavity and removing the article. opening a mold to an open position, said mold having an upper die having an upper mold surface and a lower die having a lower mold surface that upon full compression define a mold cavity complementary to the article; placing the charge on one of the lower mold surface or the upper mold surface; rapidly closing the upper die and the lower die from the open position to an intermediate start position of 5 to 10 cm at a rate of from 1 to 10 cm/sec; slowly closing the upper die and the lower die from the intermediate start position to a start position at a rate of between 25 and 60% of the rate of closure to the intermediate position; evacuating the mold cavity for at least 3 seconds to a reduced pressure of less than 16.2 kPa (0.16 atmospheres) while continuing to press the upper die and the lower die toward a volume of the mold cavity at a rate of between 12 and 30% of the rate of closure to the intermediate start; removing the reduced pressure as the full compression is applied; allowing the curable resin to cure in the mold cavity; and opening the mold cavity and removing the article.
Method for carrying out closed-loop or open-loop control of the water pressure in a pressure zone, in which method the supply pressure is adapted to the respective extraction station (2, 2a) after detection of extraction of water by setting the maximum permissible supply pressure setpoint value for this extraction station (2, 2a), wherein the setting of the supply pressure is realized at least in each case as a function of the geodetic height of the extraction station (2, 2a) by means of open-loop or closed-loop control of the rotational speed of a pump drive whose pump supplies the extraction station (2, 2a) with water, wherein - if it is detected that water is being extracted at at least one further extraction station (2, 2a), the new supply pressure is set to the maximum permissible supply pressure setpoint value for this further extraction station (2, 2a) at which extraction of water is detected, characterized in that - if a fault is detected at at least one further extraction station (2, 2a) when previously no extraction of water was detected, the new supply pressure is set to the lowest supply pressure setpoint value for all the extraction stations (2, 2a) at which a fault is detected. - if it is detected that water is being extracted at at least one further extraction station (2, 2a), the new supply pressure is set to the maximum permissible supply pressure setpoint value for this further extraction station (2, 2a) at which extraction of water is detected, - if a fault is detected at at least one further extraction station (2, 2a) when previously no extraction of water was detected, the new supply pressure is set to the lowest supply pressure setpoint value for all the extraction stations (2, 2a) at which a fault is detected.
Freeze-dried composition containing a) at least one polymer based on polyacrylic acids and salts thereof b) at least one natural polymer selected from the group of alginates, c) at least one further natural polymer selected from the group of the carrageenan and its derivatives, the hyaluronic acid and its derivatives and / or the collagen and its derivatives, d) optionally at least one further of a), b) and c) different polymer as well e) optionally one or more active substance and/or excipients. a) at least one polymer based on polyacrylic acids and salts thereof b) at least one natural polymer selected from the group of alginates, c) at least one further natural polymer selected from the group of the carrageenan and its derivatives, the hyaluronic acid and its derivatives and / or the collagen and its derivatives, d) optionally at least one further of a), b) and c) different polymer as well e) optionally one or more active substance and/or excipients.
A table with a tilting tabletop and a pair of ground support legs (3a, 3b), comprising means adapted to cause, upon a tilting of said tabletop, also a rotation of said ground support legs (3a, 3b) with respect to the ground, and wherein each leg of said pair of ground support legs (3a, 3b) is composed of a vertical post (4a, 4b) which is connected at a lower end to a longitudinal member (5a, 5b) with pairs of wheels (6a, 6b, 6c, 6d) associated in a lower region with the ends, a tubular frame being associated below said tabletop and being composed of two crossmembers (8a, 8b), which are shorter than said tabletop and are connected at the ends by two mutually mirror-symmetrical first box-like plates (9a, 9b), which have a C-shaped cross-section a base (10a, 10b) of which is rectangular and is rendered integral in a lower region with said tabletop and first wings (11a, 11b) of which are directed toward the ground, characterized in that said means adapted to cause, upon the tilting of said tabletop to the vertical, also the rotation of said legs (3a, 3b) with respect to the ground comprises two mutually identical handles (12a, 12b), which are rotatably associated proximate to an end of said first wings (11a, 11b) and are keyed to a shaft which is adapted to transmit the rotary motion imparted to said handles (12a, 12b) by the user, between each of said first wings (11a, 11b) there being, in axial alignment with said shaft, a block (14a, 14b) which rotates integrally with said shaft and which has a first tooth (15a, 15b) which protrudes axially therefrom substantially parallel to said bases (10a, 10b) and in the opposite direction with respect to said handles (12a, 12b), and in that a second plate (16a, 16b) is associated at each one of said bases (10a, 10b), is also C-shaped, is shorter than said first box-like plates (9a, 9b), and extends substantially from a region underneath said first teeth (15a, 15b) in the opposite direction with respect to said handles (12a, 12b), each one of said second plates (16a, 16b) having a pair of second wings which protrude at the opposite end with respect to said handles (12a, 12b) and between which a rotation pivot (18a, 18b) is arranged for said second wings of said second plates (16a, 16b) with which the free ends of said vertical posts (4a, 4b) are rendered integral.
Method for processing transaction data, the method being implemented by means of a communications terminal having a touchscreen (Tac), method of the type comprising an entry, during a transaction, on said touchscreen (Tac) of said communications terminal, of a piece of personal data of a user, the method comprising, in the communications terminal, a step for detecting a necessity of entering a piece of personal identification data, said method being characterized in that it further comprises: - a step of transmission, to a card reader (LecC) connected to the communications terminal, of a request (RqP) for supporting the display of a virtual keypad, said request (RqP) comprising a piece of data representing a passage of said communications terminal from a mode of operation called a "master" mode to a mode of operation called a "slave" mode, said second mode of operation leading to the implementation of said method for processing transaction data under the exclusive control of the card reader; - a step of entry, by said user on said virtual keypad, of the piece of personal identification data; - a step of reception, from the card reader (LecC), of said piece of personal identification data. - a step of transmission, to a card reader (LecC) connected to the communications terminal, of a request (RqP) for supporting the display of a virtual keypad, said request (RqP) comprising a piece of data representing a passage of said communications terminal from a mode of operation called a "master" mode to a mode of operation called a "slave" mode, said second mode of operation leading to the implementation of said method for processing transaction data under the exclusive control of the card reader; - a step of entry, by said user on said virtual keypad, of the piece of personal identification data; - a step of reception, from the card reader (LecC), of said piece of personal identification data.
A system for controlling access to a network, comprising: means for receiving, from a multi-mode device, a request for authorization to employ unlicensed mobile access, the request including an Internet Protocol, IP, data packet associated with the multi-mode device, the IP data packet including a public originating IP address associated with an IP service provider; a lookup component for determining a geographic location associated with the public originating IP address; and a comparison component for comparing the determined geographic location with a geographic location stored within a data store, the data store including locations where the multi-mode device is authorized to employ unlicensed mobile access, and determining whether the multi-mode device is authorized to employ unlicensed mobile access based upon the comparison and, if it is determined that the multi-mode device is authorized to employ unlicensed mobile access, the multi-mode device is adapted to send or receive data by way of a unlicensed wireless network associated with an access point related to the public originating IP address and, if it is determined that the multi-mode device is not authorized to employ unlicensed mobile access, the multi-mode device is adapted to send or receive data by way of a cellular network. means for receiving, from a multi-mode device, a request for authorization to employ unlicensed mobile access, the request including an Internet Protocol, IP, data packet associated with the multi-mode device, the IP data packet including a public originating IP address associated with an IP service provider; a lookup component for determining a geographic location associated with the public originating IP address; and a comparison component for comparing the determined geographic location with a geographic location stored within a data store, the data store including locations where the multi-mode device is authorized to employ unlicensed mobile access, and determining whether the multi-mode device is authorized to employ unlicensed mobile access based upon the comparison and, if it is determined that the multi-mode device is authorized to employ unlicensed mobile access, the multi-mode device is adapted to send or receive data by way of a unlicensed wireless network associated with an access point related to the public originating IP address and, if it is determined that the multi-mode device is not authorized to employ unlicensed mobile access, the multi-mode device is adapted to send or receive data by way of a cellular network.
User terminal for communication over a telecommunications network, the user terminal comprising at least a telephony device for processing telephony signals (CS1, CS2), the user terminal being arranged for receiving an additional answer-related signal, the additional answer-related signal being associated with an incoming alert signal informing the telephony device of an incoming call; the user terminal being arranged for transmitting a response signal or answer signal in response to information comprised in, or derived from, the additional answer-related signal, characterised in that the telephony device is arranged for processing the telephony signals being received and transmitted over a circuit switched, CS, bearer service; the additional answer-related signal comprises an additional packet switched signal over a packet switched bearer service; and the telephony device comprises a finite state machine arranged to derive from the alert signal that an additional packet switched signal is to be expected by the user terminal, and the user terminal being arranged for transmitting the response signal or a CS-answer signal over the circuit switched bearer service in response to the information.
A process device (12;100), comprising; loop current output circuitry configured to apply a current-regulated output to a two wire process control loop; loop current verification circuitry coupled to the two wire process control loop to detect errors in the applied current-regulated output, including a resistor (76;110) coupled in series with the two wire process control loop; plus (204;404) and minus (206;406) terminals; and a common return (208;408); whereby the loop current output circuitry comprises a voltage or current reference (D1-D4) configured to be used to generate the current-regulated output, and in that at least a portion of the loop current verification circuitry is independent from the loop current output circuitry by comprising a voltage or current reference (D1-D4) that is independent of the reference used to generate the current-regulated output; and wherein: the loop current verification circuitry further includes: a comparator (74;104,106) configured to sense a voltage drop across the resistor and hence compare a signal level and provide an output (67;102;202;413) related to electrical current in the two wire process control loop wherein the comparator comprises multiple comparators configured to detect current excursions beyond an upper and a lower error threshold and whereby the process device also comprises: a sense resistance configured to conduct the loop current (214;414) from the common return to the minus terminal; and an amplifier having a signal return coupled to the minus terminal and an amplified output. a comparator (74;104,106) configured to sense a voltage drop across the resistor and hence compare a signal level and provide an output (67;102;202;413) related to electrical current in the two wire process control loop wherein the comparator comprises multiple comparators configured to detect current excursions beyond an upper and a lower error threshold and whereby the process device also comprises: a sense resistance configured to conduct the loop current (214;414) from the common return to the minus terminal; and an amplifier having a signal return coupled to the minus terminal and an amplified output. a sense resistance configured to conduct the loop current (214;414) from the common return to the minus terminal; and an amplifier having a signal return coupled to the minus terminal and an amplified output.
A system comprising: (a) a capacitive micromachined ultrasonic transducer CMUT; (b) a first alternating current voltage source; (c) a first inductor electrically coupled to the first voltage source; (d) a second inductor electrically coupled to the CMUT, wherein the second inductor is physically electrically decoupled from, and configured to be wirelessly coupled to, the first inductor; (e) a first antenna electrically coupled to the first inductor; and (f) a second antenna; the system characterized in that the second antenna is electrically coupled to the second inductor, wherein first and second inductors (122, 124) are wirelessly coupled via the first and second antennas (114, 116). (a) a capacitive micromachined ultrasonic transducer CMUT; (b) a first alternating current voltage source; (c) a first inductor electrically coupled to the first voltage source; (d) a second inductor electrically coupled to the CMUT, wherein the second inductor is physically electrically decoupled from, and configured to be wirelessly coupled to, the first inductor; (e) a first antenna electrically coupled to the first inductor; and (f) a second antenna;
A method of selecting a plurality of wireless relay nodes to convey traffic data from a source node to a destination node, the method characterized by: executing a forward pass from the source node to the destination node to define two or more layers of relay nodes to convey the traffic data from the source node to the destination node, the forward pass comprising: defining a first layer (L 1) of first relay nodes to include one or more of the plurality of wireless relay nodes that receive a test signal from the source node having a signal quality exceeding a first forward threshold; and defining a second layer (L 2) of second relay nodes to include one or more of the plurality of wireless relay nodes not part of any other layer that receive a test signal from at least one of the first relay nodes having a signal quality exceeding a second forward threshold; and transmitting the traffic data to each of the first relay nodes via one or more antennas. executing a forward pass from the source node to the destination node to define two or more layers of relay nodes to convey the traffic data from the source node to the destination node, the forward pass comprising: defining a first layer (L 1) of first relay nodes to include one or more of the plurality of wireless relay nodes that receive a test signal from the source node having a signal quality exceeding a first forward threshold; and defining a second layer (L 2) of second relay nodes to include one or more of the plurality of wireless relay nodes not part of any other layer that receive a test signal from at least one of the first relay nodes having a signal quality exceeding a second forward threshold; and defining a first layer (L 1) of first relay nodes to include one or more of the plurality of wireless relay nodes that receive a test signal from the source node having a signal quality exceeding a first forward threshold; and defining a second layer (L 2) of second relay nodes to include one or more of the plurality of wireless relay nodes not part of any other layer that receive a test signal from at least one of the first relay nodes having a signal quality exceeding a second forward threshold; and transmitting the traffic data to each of the first relay nodes via one or more antennas.
A component for mechanical connection to a handling device to form a medical instrument, comprising: a shaft; a transmission device which can be moved in the shaft for transmitting a force from a handling device coupled to the proximal end of the component to a tool at the distal end of the component; an abutment surface on the shaft; an abutment surface on the transmission device, wherein the abutment surface of the shaft and the abutment surface of the transmission device are arranged such that a mechanical contact between the abutment surface of the transmission device and the abutment surface of the shaft proximally limits a movement of the transmission device relative to the shaft, characterised in that the transmission device has its minimum cross-sectional area in a section distal to the abutment surface of the transmission device, all cross-sectional areas of the transmission device proximal to the abutment surface of the transmission device are greater than the minimum cross-sectional area of the transmission device. a shaft; a transmission device which can be moved in the shaft for transmitting a force from a handling device coupled to the proximal end of the component to a tool at the distal end of the component; an abutment surface on the shaft; an abutment surface on the transmission device, wherein the abutment surface of the shaft and the abutment surface of the transmission device are arranged such that a mechanical contact between the abutment surface of the transmission device and the abutment surface of the shaft proximally limits a movement of the transmission device relative to the shaft, characterised in that the transmission device has its minimum cross-sectional area in a section distal to the abutment surface of the transmission device, all cross-sectional areas of the transmission device proximal to the abutment surface of the transmission device are greater than the minimum cross-sectional area of the transmission device.
A process for preparing a compound represented by the following general formula or a salt thereof: (wherein, in the above-described general formula, one of R 1 and R 2 is -CH 2 CH 2 CH 2 CH(NH 2)COOH group, and the other is hydrogen atom. And wherein, in the above-described general formula, one, or two or more of hydrogen atom, one, or two or more of carbon atom, or one, or two or more of nitrogen atom may be substituted with their isotope.) the process comprising: reacting a compound represented by the following general formula or a salt thereof with a compound represented by the following general formula (XIII) in the presence of a compound represented by the following general formula, to create a compound represented by the following general formula or a salt thereof. (Wherein, in the above-described general formula, X 1 is an amino group that may be protected, and Y 1 is a carboxylic group that may be protected. And wherein, in the above-described general formula, one, or two or more of hydrogen atom, one, or two or more of carbon atom, or one, or two or more of nitrogen atom may be substituted with their isotope.) (Wherein, in the above-described general formula (XIII), X 2 is an amino group that may be protected, and Y 2 is a carboxylic group that may be protected. And wherein, in also the above-described general formula (XIII), one, or two or more of hydrogen atom, one, or two or more of carbon atom, or one, or two or more of nitrogen atom may be substituted with their isotope.) M(OTf) 3 (Wherein, in the above-described general formula, M is a trivalent metallic atom, and Tf is trifluoromethyl sulphonyl group.) (Wherein, in the above-described general formula, X 1 and Y 1 are identical to X 1 and Y 1 in the general formula, respectively, and X 2 and Y 2 are identical to X 2 and Y 2 in the general formula (XIII) respectively. And wherein one of R 17 and R 18 is a -CH 2 CH 2 CH 2 CHX 2 Y 2 group, and the other is hydrogen atom, and X 2 and Y 2 are identical to X 2 and Y 2 in the general formula (XIII), respectively. And wherein, in the above-described general formula, one, or two or more of hydrogen atom, one, or two or more of carbon atom, or one, or two or more of nitrogen atom may be substituted with their isotope.) reacting a compound represented by the following general formula or a salt thereof with a compound represented by the following general formula (XIII) in the presence of a compound represented by the following general formula, to create a compound represented by the following general formula or a salt thereof.
Propulsion system for cartridge ammunition comprising a cartridge case and a high-pressure chamber, wherein the high-pressure chamber receives a propellant powder and a primer cap in the base area, having at least one overflow bore, characterized in that the high-pressure chamber furthermore has a cover, a diaphragm and a body, the diaphragm is embedded in the body and fixed by the cover and the diaphragm covers a gap which is formed by an outer diameter of the cover and an inner diameter of the body.