mhurhangee/ep-ind-claims huggingface dataset:
A vehicle door locking system that includes opening/closing detection means for detecting opening/closing of vehicle doors individually; communication means (12, 13) for sending to an electronic key a request signal to request the electronic key equipped with a radio communication unit to send a stored ID code signal and receiving the ID code signal sent from the electronic key; authentication means for authenticating the electronic key through the ID code signal; unlocking means (33, 15) for unlocking the doors when the electronic key is authenticated; and door locking means (32, 15) for locking the vehicle doors if the opening of any vehicle door is not detected within a first predetermined time after the doors have been unlocked by the unlocking means (33, 15), electronic key detection means (35, 38) for sending a request signal through the communication means (12, 13) to an interior of the vehicle to request the electronic key to send the ID code signal when the first predetermined time has elapsed and the opening/closing detection means has not detected the opening of any of the doors, and determining that the electronic key is in the vehicle interior if the ID code signal from the electronic key is received; door locking prohibition means for prohibiting the door locking means (32, 15) from locking the doors if the electronic key detection means (35, 38) determines that the electronic key is in the vehicle interior; the vehicle door locking system characterized by comprising: switch malfunction detection means for detecting a malfunction in the opening/closing detection means and recording information specifying the malfunction in the opening/closing detection means when the electronic key detection means (35, 38) determines that the electronic key is in the vehicle interior. switch malfunction detection means for detecting a malfunction in the opening/closing detection means and recording information specifying the malfunction in the opening/closing detection means when the electronic key detection means (35, 38) determines that the electronic key is in the vehicle interior.
Zero point clamping plate for assembling clamping apparatuses on machine tools, in particular on milling machines and/or lathes, having a plurality of assembly recesses which are configured to each receive a correspondingly sized assembly element of a clamping apparatus, and a securing mechanism which is recessed in the clamping plate and which is configured to fix the assembly elements in a reversibly releasable manner when they are in engagement with the assembly recesses, wherein the securing mechanism has a drive element and at least one clamping wedge which is operationally connected to the drive element and which is configured to extend as a function of a movement of the drive element into the assembly recesses, characterised in that in the force path between the drive element and the clamping wedge at least one lever arm (29, 31) is provided for force amplification. a securing mechanism which is recessed in the clamping plate and which is configured to fix the assembly elements in a reversibly releasable manner when they are in engagement with the assembly recesses, wherein the securing mechanism has a drive element and at least one clamping wedge which is operationally connected to the drive element and which is configured to extend as a function of a movement of the drive element into the assembly recesses, characterised in that in the force path between the drive element and the clamping wedge at least one lever arm (29, 31) is provided for force amplification.
A radio resource control, RRC, connection method in a wireless communication system, comprising: receiving, by a user equipment, UE, system information including information about a plurality of high speed-shared control channels, HS-SCCHs, from a network; transmitting, by the UE, a RRC connection request message to the network; selecting, by the UE, at least one of the plurality of HS-SCCHs based on a user equipment identity; monitoring the selected HS-SCCH transmitted periodically by the network; acquiring an indication message indicating the use of a high speed-downlink shared channel, HS-DSCH, through the selected HS-SCCH; and receiving a RRC connection setup message through the HS-DSCH according to the indication message; wherein the UE identity is masked to the selected HS-SCCH. receiving, by a user equipment, UE, system information including information about a plurality of high speed-shared control channels, HS-SCCHs, from a network; transmitting, by the UE, a RRC connection request message to the network; selecting, by the UE, at least one of the plurality of HS-SCCHs based on a user equipment identity; monitoring the selected HS-SCCH transmitted periodically by the network; acquiring an indication message indicating the use of a high speed-downlink shared channel, HS-DSCH, through the selected HS-SCCH; and receiving a RRC connection setup message through the HS-DSCH according to the indication message; wherein the UE identity is masked to the selected HS-SCCH.
A developing unit for an image forming apparatus using an electrophotographic process, the developing unit comprising: a chamber that holds a developer material therein and includes a receiving opening for receiving the developer material from an external device; a guide member disposed in the chamber and directly under the receiving opening and supporting the developer material thereon, the guide member extending in a first direction and being configured to guide the developer material in the first direction; a transporting member disposed between the receiving opening and the guide member, the transporting member extending in a second direction parallel to the first direction and being configured to transport the developer material in the second direction, the transporting member including a rotational shaft and spiral screws (64b, 64c) formed on the rotational shaft and being configured to transport the developer in mutually opposite directions; an agitating member provided on the transporting member between the spiral screws (64b, 64c), the agitating member including a middle portion disposed in an area facing the receiving opening and slanted portions (65b, 65c) provided on both sides of the middle portion, the middle portion and the slanted portions (65b, 65c) being configured to cooperate with each other to push the developer material, wherein a distance between each of the slanted portions (65b, 65c) and the rotational shaft of the transporting member decreases with increase in distance along the second direction from a center of the transporting member. a chamber that holds a developer material therein and includes a receiving opening for receiving the developer material from an external device; a guide member disposed in the chamber and directly under the receiving opening and supporting the developer material thereon, the guide member extending in a first direction and being configured to guide the developer material in the first direction; a transporting member disposed between the receiving opening and the guide member, the transporting member extending in a second direction parallel to the first direction and being configured to transport the developer material in the second direction, the transporting member including a rotational shaft and spiral screws (64b, 64c) formed on the rotational shaft and being configured to transport the developer in mutually opposite directions; an agitating member provided on the transporting member between the spiral screws (64b, 64c), the agitating member including a middle portion disposed in an area facing the receiving opening and slanted portions (65b, 65c) provided on both sides of the middle portion, the middle portion and the slanted portions (65b, 65c) being configured to cooperate with each other to push the developer material, wherein a distance between each of the slanted portions (65b, 65c) and the rotational shaft of the transporting member decreases with increase in distance along the second direction from a center of the transporting member.
Liquid treatment filter characterised in that it comprises a support made of a polymeric fibers which has at least one functional group from the group made up of carboxyl and thiol, on which surface SuperParamagnetic Iron Oxide Nanoparticles (SPION) are fixed, wherein said support are fibres of hydrolysed polyacrylonitrile of general formula wherein n has a value comprised between 0.01 and 1.
A system comprising a plurality of interconnected counting units (100, 200, 300), each counting unit being configured to count an amount of traffic events of a data packet traffic, each counting unit comprising: - a counting element (131, 231, 331) configured to store a value representing the amount of traffic events, - a processing unit (120, 220, 320) configured to detect an arrival of each data packet of the data packet traffic at the processing unit, to process each data packet and to determine whether the value at the counting element (131, 231, 331) should be increased each time the arrival of one data packet is detected at the processing unit, wherein the processing unit (120, 220, 320) is configured to store a probability value p c <1 indicating a probability that the processing unit increases the value at the counting element each time the arrival of one data packet is detected at the processing unit, wherein each counting unit uses a different probability value p c, wherein the processing unit is configured such that when it detects the arrival of one data packet at the processing unit, it increases the value at the counting element only with the probability p c, wherein a decision to increase the value at the counting element is not done at each counting unit, but when the processing unit of one of the plurality of counting units detects the arrival of one data packet it increases the values at the counting elements (231, 331) of all the other counting units of the system only with the probability p c, wherein the processing unit of said one of the plurality of counting units is configured to generate a random number Q and to count each data packet arriving at the processing unit of said one of the plurality of counting units, wherein the processing unit of said one of the plurality of counting units is configured not to increase the values at the counting elements (231, 331) of the other counting units for the next Q arriving packets and to only increase the values of the other counting elements (231, 331) of the system when data packet Q+1 arrives at said one processing unit. - a counting element (131, 231, 331) configured to store a value representing the amount of traffic events, - a processing unit (120, 220, 320) configured to detect an arrival of each data packet of the data packet traffic at the processing unit, to process each data packet and to determine whether the value at the counting element (131, 231, 331) should be increased each time the arrival of one data packet is detected at the processing unit, wherein the processing unit (120, 220, 320) is configured to store a probability value p c <1 indicating a probability that the processing unit increases the value at the counting element each time the arrival of one data packet is detected at the processing unit, wherein each counting unit uses a different probability value p c,
An underwater analysis device for analyzing absorption capacity of water, characterized by comprising a body having a sealed first casing which accommodates a sealed illumination window; a sealed second casing which accommodates a sealed measurement window; a prismatic hollow water chamber provided between said first casing and said second casing and arranged such that a first opening thereof faces said illumination window and such that a second opening thereof faces said measurement window for allowing light emitted from the illumination window to reach to the measurement window; lateral surfaces of said water chamber comprises pluralities water transfer openings for allowing water to enter to and exit from the water chamber; said first casing comprises a light emitting unit arranged to emit test light from the illumination window towards the measurement window; said second casing comprises a light sensing unit arranged to at least partially receive the test light passing through the water in the water chamber and to embody in a manner generating a signal in accordance with the density of the received test light components, an outer jacket is provided in a manner encircling said water chamber; at least one connection wall is provided for connecting the water chamber and the outer jacket in a manner defining a water passage channel which provides connection of the outer medium and the water transfer openings in between. said first casing comprises a light emitting unit arranged to emit test light from the illumination window towards the measurement window; said second casing comprises a light sensing unit arranged to at least partially receive the test light passing through the water in the water chamber and to embody in a manner generating a signal in accordance with the density of the received test light components, an outer jacket is provided in a manner encircling said water chamber; at least one connection wall is provided for connecting the water chamber and the outer jacket in a manner defining a water passage channel which provides connection of the outer medium and the water transfer openings in between.
A composition of matter, consisting of in combination, in atomic percent contents: a content of nickel as a largest content; 19.0-21.0 percent cobalt; 9.0-13.0 percent chromium; 1.0-3.0 percent tantalum; 0.9-1.5 percent tungsten; 7.0-9.5 percent aluminum; 0.10-0.25 percent boron; 0.09-0.20 percent carbon; 1.5-2.0 percent molybdenum; 1.1-1.5 percent niobium; 3.0-3.6 percent titanium; 0.02-0.09 percent zirconium; and unavoidable impurities. a content of nickel as a largest content; 19.0-21.0 percent cobalt; 9.0-13.0 percent chromium; 1.0-3.0 percent tantalum; 0.9-1.5 percent tungsten; 7.0-9.5 percent aluminum; 0.10-0.25 percent boron; 0.09-0.20 percent carbon; 1.5-2.0 percent molybdenum; 1.1-1.5 percent niobium; 3.0-3.6 percent titanium; 0.02-0.09 percent zirconium; and unavoidable impurities.
A method for realizing hot backup in a centralized network node, in which a main control module and a standby control module are arranged, comprising: establishing a Resource Reservation Protocol-Traffic Engineering (RSVP-TE) tunnel, which contains two Label Switched Paths (LSPs): a main LSP and a standby LSP, for services, and further comprising: acquiring, by the main control module, control information of the main LSP and that of the standby LSP, setting identification information of the control information of the main LSP and that of the standby LSP as Active or Inactive according to current statuses of the main and standby LSPs, and synchronizing the control information of the main LSP and that of the standby LSP to the standby control module; and after switching is performed between the main and standby control modules, generating, by a current main control module, forwarding information according to control information of an LSP whose identification information is Active, and forwarding, by the current main control module, a service. acquiring, by the main control module, control information of the main LSP and that of the standby LSP, setting identification information of the control information of the main LSP and that of the standby LSP as Active or Inactive according to current statuses of the main and standby LSPs, and synchronizing the control information of the main LSP and that of the standby LSP to the standby control module; and after switching is performed between the main and standby control modules, generating, by a current main control module, forwarding information according to control information of an LSP whose identification information is Active, and forwarding, by the current main control module, a service.
A method of controlling adaptation of a feedback suppression filter in a hearing aid, comprising the steps of: • converting an input sound into a microphone output signal, • deriving an input signal from the microphone output signal; • subtracting a feedback suppression signal from the input signal hereby providing a hearing aid processor input signal, • adapting filter coefficients of a feedback suppression filter using the hearing aid processor input signal as control signal, • forming a hearing aid processor output signal by applying an amplification gain to the hearing aid processor input signal, • deriving the feedback suppression signal from the hearing aid processor output signal by filtering the hearing aid processor output signal in the feedback suppression filter, • suspending the adaptation of the feedback suppression filter when the level of a hearing aid reference signal is below a predetermined threshold, wherein the hearing aid processor output signal is selected as the hearing aid reference signal. • converting an input sound into a microphone output signal, • deriving an input signal from the microphone output signal; • subtracting a feedback suppression signal from the input signal hereby providing a hearing aid processor input signal, • adapting filter coefficients of a feedback suppression filter using the hearing aid processor input signal as control signal, • forming a hearing aid processor output signal by applying an amplification gain to the hearing aid processor input signal, • deriving the feedback suppression signal from the hearing aid processor output signal by filtering the hearing aid processor output signal in the feedback suppression filter, • suspending the adaptation of the feedback suppression filter when the level of a hearing aid reference signal is below a predetermined threshold, wherein the hearing aid processor output signal is selected as the hearing aid reference signal.
A protective garment comprising: a heat, flame and abrasion resistant outer shell configured to be worn on at least part of a body of a wearer, wherein the outer shell includes an opening formed therein; a moisture barrier configured to be positioned between the outer shell and a wearer of the garment, wherein the moisture barrier is generally liquid moisture impermeable and generally moisture vapor permeable; and a heat and flame resistant material, of a different type of material than the outer shell, positioned in the opening; characterised in that the garment further comprises a protective flap positioned over the opening and the material. a heat, flame and abrasion resistant outer shell configured to be worn on at least part of a body of a wearer, wherein the outer shell includes an opening formed therein; a moisture barrier configured to be positioned between the outer shell and a wearer of the garment, wherein the moisture barrier is generally liquid moisture impermeable and generally moisture vapor permeable; and a heat and flame resistant material, of a different type of material than the outer shell, positioned in the opening; characterised in that the garment further comprises a protective flap positioned over the opening and the material.
Processing unit for processing an electrical signal generated by a photon detector of an x-ray examination device; wherein the processing unit is configured to determine a baseline shift of the electrical signal by determining a change (309, 310) of a first rate of exceeding a first pulse height threshold by the electrical signal; and wherein the first pulse height threshold is a pulse height at a first edge of a noise peak in a pulse height spectrum of the electrical signal; characterized in that the first edge is a rising edge of the noise peak.
A method for hydrolytic cleavage of zearalenone and/or at least one zearalenone derivative by means of a hydrolytically cleaving polypeptide, characterized in that the zearalenone and/or at least one zearalenone derivative is hydrolysed by the polypeptide, which is a hydrolase having an amino acid sequence selected from the group of sequence ID numbers 7, 8 14 and 15, in particular sequence ID No. 14 or a functional variant thereof, wherein a sequence identity of at least 70 % exists between the functional variant and the amino acid sequence.
Use of a glycosaminoglycan derivative for inhibiting heparanase, wherein the glycosaminoglycan derivative contains di/tricarboxylated residues and/or is obtained by a process comprising: a) oxidation of 10% to 100%, of 2-O-, and optionally 2N-, 3-O-, non-sulfated residues of a glycosaminoglycan, under conditions effective to convert adjacent diols and optionally adjacent OH/NH 2 to dialdehydes; b) oxidation of the oxidized glycosaminoglycan under conditions effective to convert said dialdehydes to carboxylate groups; wherein the glycosaminoglycan is a natural or synthetic glycosaminoglycan selected from heparin, low molecular weight heparins, heparan sulfate, optionally 2-O- and/or 2-N-desulfated, wherein the use does not comprise the treatment of the human or animal body. a) oxidation of 10% to 100%, of 2-O-, and optionally 2N-, 3-O-, non-sulfated residues of a glycosaminoglycan, under conditions effective to convert adjacent diols and optionally adjacent OH/NH 2 to dialdehydes; b) oxidation of the oxidized glycosaminoglycan under conditions effective to convert said dialdehydes to carboxylate groups; wherein the glycosaminoglycan is a natural or synthetic glycosaminoglycan selected from heparin, low molecular weight heparins, heparan sulfate, optionally 2-O- and/or 2-N-desulfated, wherein the use does not comprise the treatment of the human or animal body.