mhurhangee/ep-ind-claims huggingface dataset:
A photosensitive resin composition comprising: an epoxy resin, a polyol compound, a cationic photopolymerization initiator, an epoxy group-containing silane compound, and a reactive epoxy monomer; the epoxy resin comprising an epoxy resin (a) obtained from reaction of a phenol derivative represented by the following Formula and epihalohydrin: and an epoxy resin (b) represented by the following Formula: wherein m is an average value, representing a real number in the range from 2 to 30, R 1 and R 2 each independently represent a hydrogen atom, an alkyl group having 1 to 4 carbon atoms, or a trifluoromethyl group, X each independently represents a hydrogen atom or a glycidyl group, and at least one of a plurality of X present is a glycidyl group; the polyol compound comprising a polyester polyol represented by the following Formula: wherein x is an average value, representing a real number in the range from 1 to 15, and R 3 represents a divalent aliphatic hydrocarbon group which may contain at least one ether bond within a carbon chain; and/or a polyester polyol represented by the following Formula: wherein y is an average value, representing a real number in the range from 1 to 6, and R 4 represents a trivalent aliphatic hydrocarbon group which may contain at least one ether bond within a carbon chain; and the reactive epoxy monomer comprising an epoxy compound represented by the following Formula and/or an epoxy compound represented by the following Formula: wherein R 5 represents a divalent aliphatic hydrocarbon group having 1 to 11 carbon atoms; wherein R 6 represents a trivalent aliphatic hydrocarbon group having 1 to 11 carbon atoms.
A system for recharging portable breathing apparatus, said system comprising a supply of high pressure air characterised in that the system further comprises a plurality of portable recharging stations, each recharging station being connected to the supply of air via an air delivery line, a valve portion mounted within a handle on each portable recharging station, said portion being connectable to a corresponding valve portion on a portable breathing apparatus in a push fit manner.
A hybrid ARQ method of operating a transmitter for transmitting a data unit on a radio channel in a communication system to a receiver, the method comprising the steps of: encoding the data unit into a sequence of at least a first code word using a first forward error correction, FEC parameter, encoding said data unit into a second code word using a second FEC parameter; the first FEC parameter and the second FEC parameter being coding rates; transmitting a first code word; receiving a positive, ACK or negative, NACK, acknowledgement message from the receiver indicating that the receiver was not able to decode the data unit; adapting the second FEC parameter for the second code word based on a measurement value indicating current channel conditions; if a negative acknowledgement message was received, transmitting (740, 720) the second code word of the sequence and continuing with the receiving step; the method further comprising the step of determining the measurement value indicating the current channel conditions, by counting negative acknowledgement messages and characterised by adapting the first FEC parameter for the first code word according to an average of the overall coding rate r tot determined from the coding rates r of each code word which has been transmitted until the positive acknowledgement message is received averaged over a number of data units. encoding the data unit into a sequence of at least a first code word using a first forward error correction, FEC parameter, encoding said data unit into a second code word using a second FEC parameter; the first FEC parameter and the second FEC parameter being coding rates; transmitting a first code word; receiving a positive, ACK or negative, NACK, acknowledgement message from the receiver indicating that the receiver was not able to decode the data unit; adapting the second FEC parameter for the second code word based on a measurement value indicating current channel conditions; if a negative acknowledgement message was received, transmitting (740, 720) the second code word of the sequence and continuing with the receiving step; the method further comprising the step of determining the measurement value indicating the current channel conditions, by counting negative acknowledgement messages and characterised by adapting the first FEC parameter for the first code word according to an average of the overall coding rate r tot determined from the coding rates r of each code word which has been transmitted until the positive acknowledgement message is received averaged over a number of data units.
Method for manufacturing an element for a hearing aid, wherein the element has a body and a component, wherein the method has the steps of: predetermining a relative position of the component on the element; predetermining shape and position of a holding means for the component in the predetermined relative position as an integral constituent part of the body; manufacturing a part of the element using an additive manufacturing method, wherein the part of the element includes a part of the body and a part of the holding means such that the component can be placed in the predetermined relative position in the part of the holding means; placing the component in the part of the holding means; finishing the body and/or the holding means using the additive manufacturing method. predetermining a relative position of the component on the element; predetermining shape and position of a holding means for the component in the predetermined relative position as an integral constituent part of the body; manufacturing a part of the element using an additive manufacturing method, wherein the part of the element includes a part of the body and a part of the holding means such that the component can be placed in the predetermined relative position in the part of the holding means; placing the component in the part of the holding means; finishing the body and/or the holding means using the additive manufacturing method.
A fire system for a building, the fire system comprising: a fire panel for monitoring the building and activating an alarm; and a plurality of remote units (14, 16, 18) electrically connected to the fire panel in a circuit having a loop configuration, at least some of the plurality of remote units (14, 16, 18) comprising an indicating device for modulating a current in the circuit; characterised in that: the plurality of remote units (14, 16, 18) are in communication with the fire panel in a master-slave relationship; the fire panel comprises a calibration module for polling each indicating device to obtain a current response value and for storing said current response values, the current response value of an indicating device being based on the amplitude of the current when modulated by that indicating device; and the calibration module is configured to adjust a current threshold value based on an input from a user and the current response values, the current threshold value being the current response value at which the fire panel triggers an alarm, and the adjusted current threshold value being determined to be equal to the lowest current response value plus or minus a predetermined error threshold. a fire panel for monitoring the building and activating an alarm; and a plurality of remote units (14, 16, 18) electrically connected to the fire panel in a circuit having a loop configuration, at least some of the plurality of remote units (14, 16, 18) comprising an indicating device for modulating a current in the circuit; characterised in that: the plurality of remote units (14, 16, 18) are in communication with the fire panel in a master-slave relationship; the fire panel comprises a calibration module for polling each indicating device to obtain a current response value and for storing said current response values, the current response value of an indicating device being based on the amplitude of the current when modulated by that indicating device; and the calibration module is configured to adjust a current threshold value based on an input from a user and the current response values, the current threshold value being the current response value at which the fire panel triggers an alarm, and the adjusted current threshold value being determined to be equal to the lowest current response value plus or minus a predetermined error threshold. the plurality of remote units (14, 16, 18) are in communication with the fire panel in a master-slave relationship; the fire panel comprises a calibration module for polling each indicating device to obtain a current response value and for storing said current response values, the current response value of an indicating device being based on the amplitude of the current when modulated by that indicating device; and the calibration module is configured to adjust a current threshold value based on an input from a user and the current response values, the current threshold value being the current response value at which the fire panel triggers an alarm, and the adjusted current threshold value being determined to be equal to the lowest current response value plus or minus a predetermined error threshold.
A computer-implemented method executed by a mobile computing device, the method comprising: determining a decreasing sequence of scan ratios (502, 504, 506, 508, 510), each scan ratio indicating a proportion of time over which the mobile computing device (130, 132, 134, 136, 138, 210, 800) scans one or more frequencies to attempt connection with a wireless network during a disconnected time window when the mobile computing device is disconnected from the wireless network; determining a connected time window (522, 524, 526, 528) when the mobile computing device is connected to the wireless network, the connected time window occurring after the disconnected time window; determining a ping-pong rate for the mobile computing device based at least on a duration of the connected time window, wherein the ping-pong rate is representative of a rate at which the mobile computing device changes between being connected to, and being disconnected from, the wireless network; selecting a scan ratio from the decreasing sequence of scan ratios based on the ping-pong rate, wherein the ping-pong rate determines how far back in the sequence to reset the scan ratio; and scanning the one or more frequencies in accordance with the decreasing sequence of scan ratios and starting from the selected scan ratio to cause the mobile computing device to attempt connection with the wireless network. determining a decreasing sequence of scan ratios (502, 504, 506, 508, 510), each scan ratio indicating a proportion of time over which the mobile computing device (130, 132, 134, 136, 138, 210, 800) scans one or more frequencies to attempt connection with a wireless network during a disconnected time window when the mobile computing device is disconnected from the wireless network; determining a connected time window (522, 524, 526, 528) when the mobile computing device is connected to the wireless network, the connected time window occurring after the disconnected time window; determining a ping-pong rate for the mobile computing device based at least on a duration of the connected time window, wherein the ping-pong rate is representative of a rate at which the mobile computing device changes between being connected to, and being disconnected from, the wireless network; selecting a scan ratio from the decreasing sequence of scan ratios based on the ping-pong rate, wherein the ping-pong rate determines how far back in the sequence to reset the scan ratio; and scanning the one or more frequencies in accordance with the decreasing sequence of scan ratios and starting from the selected scan ratio to cause the mobile computing device to attempt connection with the wireless network.
Measuring sleeve for measuring a force in an anchor pile which has at least two anchor rods, wherein the measuring sleeve comprises a sleeve-shaped base body with a receiving hole, wherein - a first internal thread extends from one side and a second internal thread extends from a second side into the base body, - the internal threads (16, 18) are each designed for screwing in a threaded section of an anchor rod, - between the first internal thread and the second internal thread an annular central section is designed which is free from a thread, and - on the central section at least one force measuring element is arranged which is axially spaced apart from the internal threads (16, 18), characterized in that on its external side and its internal side the central section is of smoothsurfaced design and is designed with the same wall thickness. - a first internal thread extends from one side and a second internal thread extends from a second side into the base body, - the internal threads (16, 18) are each designed for screwing in a threaded section of an anchor rod, - between the first internal thread and the second internal thread an annular central section is designed which is free from a thread, and - on the central section at least one force measuring element is arranged which is axially spaced apart from the internal threads (16, 18),
Method for transforming measurement data obtained in the frequency domain to the time domain, in which prior to the transformation the frequency range of the measurement data is increased by extrapolation, in particular by linear prediction, characterised in that for measurement data which are based on a harmonic frequency raster, the measurement data are extrapolated to higher frequencies, and in that for measurement data which are not based on any harmonic frequency raster, the measurement data are extrapolated to lower frequencies and optionally to higher frequencies as well, and in that these measurement data are then subjected to a low pass transformation prior to the transformation to the time domain.
An article comprising a body portion or an end portion of a food or beverage can and a coating composition disposed thereon wherein the coating composition comprises an aqueous dispersion that comprises the reaction product of: (a) a hydrophobic vinyl addition polymer containing pendant or terminal ethylenically unsaturated groups, prepared from a mixture of vinyl monomers including vinyl monomers containing two or more ethylenically unsaturated groups of different reactivity; (b) a mixture of vinyl monomers including a vinyl monomer containing carboxylic acid groups the reaction product containing active hydrogen groups and being at least partially neutralized with a base and dispersed in aqueous medium; the aqueous dispersion being substantially free of bisphenol A and derivatives thereof. (a) a hydrophobic vinyl addition polymer containing pendant or terminal ethylenically unsaturated groups, prepared from a mixture of vinyl monomers including vinyl monomers containing two or more ethylenically unsaturated groups of different reactivity; (b) a mixture of vinyl monomers including a vinyl monomer containing carboxylic acid groups
An array of speaker modules, comprising a first speaker module and a second speaker module stacked and attached to each other so that a top of the first speaker module is parallel to a bottom of the second speaker module, the first and second speaker modules having different geometries, the first speaker module having at least one electroacoustic driver (20;22) and a housing that together define a first acoustic cavity having a first cavity volume; the second speaker module having at least one electroacoustic driver (20;22) and a housing that together define a first enclosed volume that is greater than the first cavity volume by a first volume difference, the second speaker module further including a first internal enclosure having a first internal volume that is substantially equal to the first volume difference, wherein a portion of the first enclosed volume that is outside of the first internal volume defines a second acoustic cavity having a second cavity volume that is substantially equal to the first cavity volume.
A method for collecting information regarding a network, the method comprising: accepting signals to initialize a wiretap tunnel interface between a network device and a wire-tapping device, wherein the accepting signals to initialize the wiretap tunnel interface between the network device and the wire-tapping device comprises: coupling the wire-tapping device to the network device through the wiretap tunnel interface; and executing an authentication mechanism, wherein the authentication mechanism is executed to authenticate the wire-tapping device to receive encapsulated information related to the routing protocol; receiving the encapsulated information through the wiretap tunnel interface, wherein the information is received at the wire-tapping device from the network device; collating the received information at the wire-tapping device; determining a network topology at the wire-tapping device using the collated received information; and based on the network topology, determining, at the wire-tapping device, a shortest path for forwarding data in the network, wherein the received encapsulated information comprises information related to a routing protocol, the routing protocol including information regarding forwarding data in the network. accepting signals to initialize a wiretap tunnel interface between a network device and a wire-tapping device, wherein the accepting signals to initialize the wiretap tunnel interface between the network device and the wire-tapping device comprises: coupling the wire-tapping device to the network device through the wiretap tunnel interface; and executing an authentication mechanism, wherein the authentication mechanism is executed to authenticate the wire-tapping device to receive encapsulated information related to the routing protocol; receiving the encapsulated information through the wiretap tunnel interface, wherein the information is received at the wire-tapping device from the network device; collating the received information at the wire-tapping device; determining a network topology at the wire-tapping device using the collated received information; and based on the network topology, determining, at the wire-tapping device, a shortest path for forwarding data in the network, wherein the received encapsulated information comprises information related to a routing protocol, the routing protocol including information regarding forwarding data in the network. coupling the wire-tapping device to the network device through the wiretap tunnel interface; and executing an authentication mechanism, wherein the authentication mechanism is executed to authenticate the wire-tapping device to receive encapsulated information related to the routing protocol; receiving the encapsulated information through the wiretap tunnel interface, wherein the information is received at the wire-tapping device from the network device; collating the received information at the wire-tapping device; determining a network topology at the wire-tapping device using the collated received information; and
A process for dehydrogenating a hydrocarbon selected from at least one of paraffinic hydrocarbons selected from ethane, propane, and butane, comprising: contacting a gaseous stream containing at least one of the hydrocarbons with a dehydrogenation catalyst comprising gallium and carried by an alumina or alumina silica support, at reaction temperature and in concurrent rising flow, with a catalyst flux in a range of from 50 to 590 kg.m -2.s -1 (10 to 120 lbs/ft 2 -sec) with a catalyst to feed ratio of 5 to 100 on a weight to weight basis, through a dehydrogenation reactor wherein the average contact time between the hydrocarbon and catalyst within the dehydrogenation reactor is from 1 to 4 seconds; and the temperature and pressure in the dehydrogenation reactor is from 570 to 750°C, and from 4.14 x 10 4 to 30.82 x 10 4 N/m 2 absolute (6.0 to 44.7 psia); and transferring the hydrocarbon and catalyst from the dehydrogenation reactor to a separation device wherein the average contact time between the hydrocarbon and catalyst while at reaction temperature in the separation device is less than 5 seconds and the total average contact time between the hydrocarbon, catalyst and resulting hydrocarbons while at reaction temperature is less than 10 seconds; and transferring catalyst from the separation device to a regenerator where the catalyst is contacted with an oxygen-containing gas. contacting a gaseous stream containing at least one of the hydrocarbons with a dehydrogenation catalyst comprising gallium and carried by an alumina or alumina silica support, at reaction temperature and in concurrent rising flow, with a catalyst flux in a range of from 50 to 590 kg.m -2.s -1 (10 to 120 lbs/ft 2 -sec) with a catalyst to feed ratio of 5 to 100 on a weight to weight basis, through a dehydrogenation reactor wherein the average contact time between the hydrocarbon and catalyst within the dehydrogenation reactor is from 1 to 4 seconds; and the temperature and pressure in the dehydrogenation reactor is from 570 to 750°C, and from 4.14 x 10 4 to 30.82 x 10 4 N/m 2 absolute (6.0 to 44.7 psia); and transferring the hydrocarbon and catalyst from the dehydrogenation reactor to a separation device wherein the average contact time between the hydrocarbon and catalyst while at reaction temperature in the separation device is less than 5 seconds and the total average contact time between the hydrocarbon, catalyst and resulting hydrocarbons while at reaction temperature is less than 10 seconds; and transferring catalyst from the separation device to a regenerator where the catalyst is contacted with an oxygen-containing gas.
A game controller comprising a trigger button having a throw length, said trigger button comprising a rotatable member that is user accessible from outside the game controller, said trigger button comprising a translatable member that is disposed within the game controller, wherein the rotatable member is threadably engaged with the translatable member, wherein rotation of the rotatable member causes the translatable member to translate within the trigger button, thereby adjusting the throw length of the trigger button.