mhurhangee/ep-ind-claims huggingface dataset:
Swing assembly (1, 1', 1", 1''') having an in particular stationary support device (20, 21, 22) on which a swing seat is suspended with at least one suspension means (11, 12) which is to be subjected to tension wherein the suspension means (11, 12) is coupled to the support device (20, 20a, 21, 21a, 22), in particular passively, via at least one lever or control rod (23, 24), wherein the at least one lever or control rod (23, 24) is coupled at one end, or via a suspension section (23a, 24a) located between its ends, to the support device (20, 20a, 21, 21a, 22) via a pivot bearing (25, 26, 23.3, 24.3) characterised in that the at least one lever or control rod (23, 24) is designed so that during the swing movement, just when deflecting from the rest position, the pendulum length of the swing suspension (10, 11, 12) is extended.
A housing for an electric machine, wherein the housing comprises: - a peripheral jacket, which surrounds a housing interior in the peripheral direction for accommodating the electric machine, - a bearing shield for supporting a rotor shaft of the machine, - channels (10, 20) for ducting cooling liquid through, wherein - the peripheral jacket and the bearing shield are connected to one another in one piece, - at least one channel (10, 20) for ducting cooling liquid through is provided on and/or in the peripheral jacket and also in the bearing shield, and - at least one point of transfer for liquid from a channel of the peripheral jacket to a channel of the bearing shield and/or vice versa is formed in the transition region of the peripheral jacket to the bearing shield, characterised in that the bearing shield comprises an inner wall, which forms an inner surface of the housing, and wherein on the outer side of the inner wall at least one additional channel wall (18, 19, 21, 26) for forming the at least one channel of the bearing shield is connected to the inner wall, such that the inner wall and the at least one additional channel wall (18, 19, 21, 26) and optionally further parts bound the one or more channels of the bearing shield. - a peripheral jacket, which surrounds a housing interior in the peripheral direction for accommodating the electric machine, - a bearing shield for supporting a rotor shaft of the machine, - channels (10, 20) for ducting cooling liquid through, - the peripheral jacket and the bearing shield are connected to one another in one piece, - at least one channel (10, 20) for ducting cooling liquid through is provided on and/or in the peripheral jacket and also in the bearing shield, and - at least one point of transfer for liquid from a channel of the peripheral jacket to a channel of the bearing shield and/or vice versa is formed in the transition region of the peripheral jacket to the bearing shield,
A method for confirming types and/or positions of nucleic acid probes immobilized on a nucleic acid array, comprising the steps of: (a) defining the number of zones to which the nucleic acid probes immobilized on the nucleic acid array belong and the number of the pieces of identification information, wherein the identification information is at least one selected from the group consisting of: a presence or an absence of a signal; the strength of the signal; and the type of labeling; (b) calculating X using the following formula: X = log N + 1 M + 1, defining a number of the integer portion of X as the number of nucleic acid arrays (X a) required for confirming the types and/or positions of nucleic acid probes, and allocating non-overlapping numerical values, which are expressed by notation system of base N+1, and which have the same digit number as X a, to the respective nucleic acid probes belonging to the zones; (c) preparing nucleic acid molecules complementary to the nucleic acid probes, preparing X a groups of nucleic acid samples by mixing the complementary nucleic acid molecules based on the number of every digit of each of the allocated numerical values, and preparing X a nucleic acid arrays; (d) contacting each of the X a nucleic acid arrays prepared in the step (c) with the corresponding group of the nucleic acid samples to detect signals derived from hybrids between the nucleic acid probes immobilized on the nucleic acid arrays and the complementary nucleic acid molecules; and (e) matching patterns of expression of the signals detected to patterns of the numerical values allocated. (a) defining the number of zones to which the nucleic acid probes immobilized on the nucleic acid array belong and the number of the pieces of identification information, wherein the identification information is at least one selected from the group consisting of: a presence or an absence of a signal; the strength of the signal; and the type of labeling; (b) calculating X using the following formula: X = log N + 1 M + 1, defining a number of the integer portion of X as the number of nucleic acid arrays (X a) required for confirming the types and/or positions of nucleic acid probes, and allocating non-overlapping numerical values, which are expressed by notation system of base N+1, and which have the same digit number as X a, to the respective nucleic acid probes belonging to the zones; (c) preparing nucleic acid molecules complementary to the nucleic acid probes, preparing X a groups of nucleic acid samples by mixing the complementary nucleic acid molecules based on the number of every digit of each of the allocated numerical values, and preparing X a nucleic acid arrays; (d) contacting each of the X a nucleic acid arrays prepared in the step (c) with the corresponding group of the nucleic acid samples to detect signals derived from hybrids between the nucleic acid probes immobilized on the nucleic acid arrays and the complementary nucleic acid molecules; and (e) matching patterns of expression of the signals detected to patterns of the numerical values allocated.
A method for managing household devices using a mobile terminal comprising: locating by the household devices current position coordinates of the mobile terminal with wireless gateway function; computing by the household devices their respective distances to the mobile terminal using the current position coordinates of the mobile terminal to acquire a plurality of pieces of distance information, and transmitting the plurality of pieces of distance information to a control center; selecting by the control center the smallest distance based on the plurality of pieces of distance information, and transmitting feedback information to the household device at the smallest distance; receiving by the household device at the smallest distance the feedback information; characterized by: setting a signal strength threshold for an operation to be performed by the household device; comparing a signal strength of the feedback information against the signal strength threshold for the operation to be performed; when the signal strength of the feedback information is greater than or equal to the signal strength threshold for the operation to be performed, performing by the house hold device one of the operations of turning on, turning off or regulating. locating by the household devices current position coordinates of the mobile terminal with wireless gateway function; computing by the household devices their respective distances to the mobile terminal using the current position coordinates of the mobile terminal to acquire a plurality of pieces of distance information, and transmitting the plurality of pieces of distance information to a control center; selecting by the control center the smallest distance based on the plurality of pieces of distance information, and transmitting feedback information to the household device at the smallest distance; receiving by the household device at the smallest distance the feedback information; characterized by: setting a signal strength threshold for an operation to be performed by the household device; comparing a signal strength of the feedback information against the signal strength threshold for the operation to be performed; when the signal strength of the feedback information is greater than or equal to the signal strength threshold for the operation to be performed, performing by the house hold device one of the operations of turning on, turning off or regulating. setting a signal strength threshold for an operation to be performed by the household device; comparing a signal strength of the feedback information against the signal strength threshold for the operation to be performed; when the signal strength of the feedback information is greater than or equal to the signal strength threshold for the operation to be performed, performing by the house hold device one of the operations of turning on, turning off or regulating.
A granulating method for granulating powder containing a water-soluble component, the method being characterized by: supplying only water into a channel upstream of a nozzle and then heating the water in the channel in order to obtain a dispersion element composed of fine water droplets dispersed in superheated steam; expelling the dispersion element from the nozzle; and, causing the dispersion element to contact the powder in a flowing state to achieve granulation. supplying only water into a channel upstream of a nozzle and then heating the water in the channel in order to obtain a dispersion element composed of fine water droplets dispersed in superheated steam; expelling the dispersion element from the nozzle; and, causing the dispersion element to contact the powder in a flowing state to achieve granulation.
Method for recovery of phosphorous, comprising the steps of: providing a feed solution containing phosphate ions; exposing (214; 215) a scavenger having affinity for phosphate ions for said feed solution, whereby said phosphate ions are absorbed into said scavenger; and regenerating said scavenger by exposing said scavenger to a regeneration solution, said regeneration solution having a basic pH, whereby said phosphate ions are eluated into an eluate formed from said regeneration solution, characterized by the further steps of: adding ammonium ions to said eluate to exceed a solubility concentration of tri-ammonium phosphate; precipitating tri-ammonium phosphate crystals from said eluate; extracting said tri-ammonium phosphate crystals from said eluate; and recycling at least a part of remaining eluate solution after precipitation as said regeneration solution for a subsequent regenerating step. providing a feed solution containing phosphate ions; exposing (214; 215) a scavenger having affinity for phosphate ions for said feed solution, whereby said phosphate ions are absorbed into said scavenger; and regenerating said scavenger by exposing said scavenger to a regeneration solution, said regeneration solution having a basic pH, whereby said phosphate ions are eluated into an eluate formed from said regeneration solution, characterized by the further steps of: adding ammonium ions to said eluate to exceed a solubility concentration of tri-ammonium phosphate; precipitating tri-ammonium phosphate crystals from said eluate; extracting said tri-ammonium phosphate crystals from said eluate; and recycling at least a part of remaining eluate solution after precipitation as said regeneration solution for a subsequent regenerating step.
A radio control apparatus used in a CDMA communication system where each radio slot has a plurality of short slots and allowing a plurality of radio mobile stations connected to a radio base station apparatus and using a single channelization code to share the same radio slot by allocating different short slots to the plurality of radio mobile stations for communication with the radio base station apparatus, the radio control apparatus comprising: short slot storage means for storing a usage status of a short slot allocated to a radio link between a first radio mobile station and the radio base station apparatus, and short slot selection means for selecting an unoccupied short slot for a radio link between a second radio mobile station and the radio base station apparatus, in accordance with the usage status stored in the short slot storage means; characterized by comprising transmission timing determination means for randomly determining the radio transmission timing of radio frames used for communication between the second radio mobile station and the radio base station apparatus, in accordance with the short slot selected by the short slot selection means, such that the timing does not overlap with the radio transmission timing of radio frames used for communication between the first radio mobile station and the radio base station apparatus, wherein the radio transmission timing is a time lag between the reference timing of the cell formed by the radio base station apparatus and the start timing of a series of radio frames destined for a radio mobile station. short slot storage means for storing a usage status of a short slot allocated to a radio link between a first radio mobile station and the radio base station apparatus, and short slot selection means for selecting an unoccupied short slot for a radio link between a second radio mobile station and the radio base station apparatus, in accordance with the usage status stored in the short slot storage means; characterized by comprising transmission timing determination means for randomly determining the radio transmission timing of radio frames used for communication between the second radio mobile station and the radio base station apparatus, in accordance with the short slot selected by the short slot selection means, such that the timing does not overlap with the radio transmission timing of radio frames used for communication between the first radio mobile station and the radio base station apparatus,
A method, comprising: transmitting a plurality of files from a server to a first client through a first communication link; and transmitting the files from the first client to a second client through a second communication link while transmitting at least one of the files from the server to the first client; wherein the second communication link has at least some bandwidth independent of the first communication link; wherein the first client and the second client are part of a series of at least two clients receiving the files from the server serially through corresponding communication links; and wherein the method further comprises reorganizing, by the server, the communication links in such a way that a slow client is placed after a faster client or at the end of a series of clients, wherein the slow client has a lower bandwidth than the faster client. transmitting a plurality of files from a server to a first client through a first communication link; and transmitting the files from the first client to a second client through a second communication link while transmitting at least one of the files from the server to the first client; wherein the second communication link has at least some bandwidth independent of the first communication link; wherein the first client and the second client are part of a series of at least two clients receiving the files from the server serially through corresponding communication links; and wherein the method further comprises reorganizing, by the server, the communication links in such a way that a slow client is placed after a faster client or at the end of a series of clients, wherein the slow client has a lower bandwidth than the faster client.
A cold-rolled steel strip manufacturing facility comprising: a joining device configured to join a trailing end of a preceding steel strip and a leading end of a following steel strip to form a joined steel strip; a looper configured to store the joined steel strip; a heating device configured to heat a joint portion between the preceding steel strip and the following steel strip over an entire width direction; and a cold rolling mill configured to cold-roll the joined steel strip for which the joint portion was heated by the heating device, wherein the heating device is controlled to be switchable between an output state and a non-output state, and during a period in which the joint portion passes through the heating device, is switched to the output state, and the heating device is switched to the non-output state in the period in which the joint portion does not pass through the heating device, characterized in that a pickling device configured to pickle the joined steel strip is arranged between the looper and the heating device, and a distance between the heating device and the cold rolling mill is closer than a distance between the looper or the pickling device and the heating device. a joining device configured to join a trailing end of a preceding steel strip and a leading end of a following steel strip to form a joined steel strip; a looper configured to store the joined steel strip; a heating device configured to heat a joint portion between the preceding steel strip and the following steel strip over an entire width direction; and a cold rolling mill configured to cold-roll the joined steel strip for which the joint portion was heated by the heating device, wherein the heating device is controlled to be switchable between an output state and a non-output state, and during a period in which the joint portion passes through the heating device, is switched to the output state, and the heating device is switched to the non-output state in the period in which the joint portion does not pass through the heating device, characterized in that a pickling device configured to pickle the joined steel strip is arranged between the looper and the heating device, and a distance between the heating device and the cold rolling mill is closer than a distance between the looper or the pickling device and the heating device.
A method for controlling access to a device, the method comprising: receiving a request for access to the device from a host; forwarding the request for access from said device to an authentication, authorization and accounting, AAA, server; initiating a posture validation session between the AAA server and a posture validation server, said posture validation session utilizing a host credentials authorization protocol, HCAP; wherein the posture validation session includes a posture validation request message and a posture validation response message, the posture validation response message including at least one type-length-value field, wherein the value field comprises at least one attribute value pair, the attribute value pair comprising evaluation results; determining whether to allow access by said host to said device by said AAA server based on said evaluation results from said posture validation session; and when access is allowed then allowing access by said host to said device and when access is not allowed then disabling access by said host to said device, wherein said HCAP includes a version negotiation request message and a version negotiation response message. receiving a request for access to the device from a host; forwarding the request for access from said device to an authentication, authorization and accounting, AAA, server; initiating a posture validation session between the AAA server and a posture validation server, said posture validation session utilizing a host credentials authorization protocol, HCAP; wherein the posture validation session includes a posture validation request message and a posture validation response message, the posture validation response message including at least one type-length-value field, wherein the value field comprises at least one attribute value pair, the attribute value pair comprising evaluation results; determining whether to allow access by said host to said device by said AAA server based on said evaluation results from said posture validation session; and when access is allowed then allowing access by said host to said device and when access is not allowed then disabling access by said host to said device, wherein said HCAP includes a version negotiation request message and a version negotiation response message.
A sealing system (100, 200, 300) suitable for forming the seal at the periphery of the pinning opening of a membrane pinned onto a rod section extending in an axial direction and provided at the periphery thereof with a plurality of primary ribs, said sealing system comprising at least one first jaw (120, 220, 320) suitable for being inserted onto said rod section via an insertion opening (121, 221, 321), and means for locking said jaw in contact with said membrane, the sealing system being characterised in that the edge (122, 222, 322) of the insertion opening is suitable for matching the shape of said rod section.
A method for the sterilization of foodstuffs using the inherent moisture content of the foodstuffs, especially foodstuffs containing volatile substances as for instance whole spices, spice powders and spice pastes, characterized by the following process steps: a) Filling of a sterilizing vessel with the foodstuffs at their inherent moisture content, b) Heating of foodstuffs in the sterilizing vessel until a temperature of T 1 is achieved and pressurizing the foodstuffs until a pressure of P 1 is achieved, wherein the moisture content inherent to the foodstuffs is released in the atmosphere of the sterilizing vessel as steam without condensing in doing so, c)Extraction of the steam out of the sterilizing vessel, d) Condensation of the steam to produce a condensate, e) Heating of the condensate up to a temperature T 2 suitable for the sterilization of the foodstuffs, f) Returning the heated condensate to the sterilizing vessel to carry out the sterilization of the foodstuffs, g) Removal of the sterilized foodstuffs out of the sterilizing vessel. a) Filling of a sterilizing vessel with the foodstuffs at their inherent moisture content, b) Heating of foodstuffs in the sterilizing vessel until a temperature of T 1 is achieved and pressurizing the foodstuffs until a pressure of P 1 is achieved, wherein the moisture content inherent to the foodstuffs is released in the atmosphere of the sterilizing vessel as steam without condensing in doing so, c)Extraction of the steam out of the sterilizing vessel, d) Condensation of the steam to produce a condensate, e) Heating of the condensate up to a temperature T 2 suitable for the sterilization of the foodstuffs, f) Returning the heated condensate to the sterilizing vessel to carry out the sterilization of the foodstuffs, g) Removal of the sterilized foodstuffs out of the sterilizing vessel.