mhurhangee/ep-ind-claims huggingface dataset:
A liquid-material discharge device, comprising: a discharging member having a rod-shaped body; a liquid chamber wider than the discharging member, in which a lower end portion of the discharging member is disposed; a discharge port communicating with the liquid chamber; a liquid feed path that makes the liquid chamber communicate with a liquid-material reservoir; and a driving device (17, 61) configured to drive the discharging member, characterized in that the liquid-material discharge device comprises a discharge amount adjustment member positioned at the liquid feed path to adjust resistance in the liquid feed path, and a member position adjustment mechanism (35, 42, 48, 49) configured to shift and fix a position of the discharge amount adjustment member within the liquid feed path, wherein the member position adjustment mechanism (35, 42, 48, 49) is configured to change the position of the discharge amount adjustment member so that a discharge amount is able to be adjusted. a discharging member having a rod-shaped body; a liquid chamber wider than the discharging member, in which a lower end portion of the discharging member is disposed; a discharge port communicating with the liquid chamber; a liquid feed path that makes the liquid chamber communicate with a liquid-material reservoir; and a driving device (17, 61) configured to drive the discharging member, characterized in that the liquid-material discharge device comprises a discharge amount adjustment member positioned at the liquid feed path to adjust resistance in the liquid feed path, and a member position adjustment mechanism (35, 42, 48, 49) configured to shift and fix a position of the discharge amount adjustment member within the liquid feed path, wherein the member position adjustment mechanism (35, 42, 48, 49) is configured to change the position of the discharge amount adjustment member so that a discharge amount is able to be adjusted.
A flame retardant composition comprising: a polymeric reaction product of a) a mono or polyhydroxyl functional phosphate ester compound formed from reacting a polyol with a source of phosphoric acid, b) dicyanodiamide and water, and c) a) an epoxy compound having an epoxy ring that is reactive with the hydroxyl group to form a covalent chemical bond between a methylene group of the ring and the oxygen of the hydroxyl group on the phosphate ester and/or b) an isocyanate compound having an isocyanate group that is reactive with the oxygen of the hydroxyl group of the phosphate ester to form a urethane linkage, wherein said phosphate ester compound is reacted with said epoxy compound and/or said isocyanate compound to form a polymeric reaction product with a covalent chemical bond between said phosphate ester compound and said epoxy and/or isocyanate compound. a polymeric reaction product of a) a mono or polyhydroxyl functional phosphate ester compound formed from reacting a polyol with a source of phosphoric acid, b) dicyanodiamide and water, and c) a) an epoxy compound having an epoxy ring that is reactive with the hydroxyl group to form a covalent chemical bond between a methylene group of the ring and the oxygen of the hydroxyl group on the phosphate ester and/or b) an isocyanate compound having an isocyanate group that is reactive with the oxygen of the hydroxyl group of the phosphate ester to form a urethane linkage, wherein said phosphate ester compound is reacted with said epoxy compound and/or said isocyanate compound to form a polymeric reaction product with a covalent chemical bond between said phosphate ester compound and said epoxy and/or isocyanate compound. a) a mono or polyhydroxyl functional phosphate ester compound formed from reacting a polyol with a source of phosphoric acid, b) dicyanodiamide and water, and c) a) an epoxy compound having an epoxy ring that is reactive with the hydroxyl group to form a covalent chemical bond between a methylene group of the ring and the oxygen of the hydroxyl group on the phosphate ester and/or b) an isocyanate compound having an isocyanate group that is reactive with the oxygen of the hydroxyl group of the phosphate ester to form a urethane linkage,
An apparatus comprising: processing circuitry to perform vector processing operations on vectors comprising a plurality of data elements; and an instruction decoder to decode program instructions to control the processing circuitry to perform the vector processing operations; wherein in response to a replicate partition instruction specifying partition information defining positions of a plurality of variable size partitions within a result vector, each partition comprising at least one data element of the result vector and at least one partition comprising a plurality of adjacent data elements of the result vector, the instruction decoder is configured to control the processing circuitry to generate the result vector in which each partition having more than one data element comprises data values of a sequence of data elements of a source vector starting or ending at a selected data element position or an incrementing sequence of element indices starting or ending with the element index indicating said selected data element position, wherein the encoding of the replicate partition instruction constrains the selected data element position to be the same for each of the partitions. processing circuitry to perform vector processing operations on vectors comprising a plurality of data elements; and an instruction decoder to decode program instructions to control the processing circuitry to perform the vector processing operations; wherein in response to a replicate partition instruction specifying partition information defining positions of a plurality of variable size partitions within a result vector, each partition comprising at least one data element of the result vector and at least one partition comprising a plurality of adjacent data elements of the result vector, the instruction decoder is configured to control the processing circuitry to generate the result vector in which each partition having more than one data element comprises data values of a sequence of data elements of a source vector starting or ending at a selected data element position or an incrementing sequence of element indices starting or ending with the element index indicating said selected data element position, wherein the encoding of the replicate partition instruction constrains the selected data element position to be the same for each of the partitions.
Method for operating a high-pressure discharge lamp outside the nominal power range thereof, characterized in that: (i) at a lamp power of greater than 110% of the nominal power (P nominal) one or more of the parameters - lamp frequency, - lamp current in a commutation pulse, - length of the commutation pulse, are/is varied relative to operation at nominal power, and/or the commutation of large pulses is shifted to small pulses or even to regions of the lamp current curve without a pulse, (ii) and at a lamp power (P L) of less than 85% of the nominal power (P nominal) the lamp frequency (f L) corresponds to 1.3 times to 5 times the lamp frequency (f nominal) at nominal power, and/or one or more of the parameters - lamp current in a commutation pulse, - length of the commutation pulse are/is varied relative to operation at nominal power, and/or the commutation of small pulses is shifted to large pulses. (i) at a lamp power of greater than 110% of the nominal power (P nominal) one or more of the parameters - lamp frequency, - lamp current in a commutation pulse, - length of the commutation pulse, are/is varied relative to operation at nominal power, and/or the commutation of large pulses is shifted to small pulses or even to regions of the lamp current curve without a pulse, - lamp frequency, - lamp current in a commutation pulse, - length of the commutation pulse, (ii) and at a lamp power (P L) of less than 85% of the nominal power (P nominal) the lamp frequency (f L) corresponds to 1.3 times to 5 times the lamp frequency (f nominal) at nominal power, and/or one or more of the parameters - lamp current in a commutation pulse, - length of the commutation pulse are/is varied relative to operation at nominal power, and/or the commutation of small pulses is shifted to large pulses. - lamp current in a commutation pulse, - length of the commutation pulse
A method for collecting hexachlorodisilane, comprising the steps of: - reacting a source gas containing vaporized tetrachlorosilane and hydrogen at a temperature ranging from 700 to 1400 °C to obtain a reaction product gas; - cooling the reaction product gas to a temperature range of 30 to 60 °C to obtain a cooled condensate liquid containing hexachlorodisilane; and - concentrating and collecting a high boiling material containing hexachlorodisilane from the cooled condensate liquid. - reacting a source gas containing vaporized tetrachlorosilane and hydrogen at a temperature ranging from 700 to 1400 °C to obtain a reaction product gas; - cooling the reaction product gas to a temperature range of 30 to 60 °C to obtain a cooled condensate liquid containing hexachlorodisilane; and - concentrating and collecting a high boiling material containing hexachlorodisilane from the cooled condensate liquid.
A heat shrinkable multilayer film, where the outer layer of the film comprises a polyester with melting point of more than 220°C and the film comprises a core layer comprising PVDC, wherein the polyester used in the outer layer is PBT, wherein the outer layer does not comprise a blend of PBT with a polyester elastomer.
A method for forming a fuel cell comprising: providing a membrane electrode assembly comprising a gas diffusion layer (18, 26); providing a mold having a cavity; positioning the mold so that the cavity is in fluid communication with the membrane electrode assembly; applying a curable liquid sealant composition into the cavity; and, curing the composition, wherein the curable sealant composition comprises: an alkenyl terminated hydrocarbon oligomer; a polyfunctional alkenyl monomer; a silyl hardener having at least two silicon hydride functional groups; and, a hydrosilylation catalyst. providing a membrane electrode assembly comprising a gas diffusion layer (18, 26); providing a mold having a cavity; positioning the mold so that the cavity is in fluid communication with the membrane electrode assembly; applying a curable liquid sealant composition into the cavity; and, curing the composition, an alkenyl terminated hydrocarbon oligomer; a polyfunctional alkenyl monomer; a silyl hardener having at least two silicon hydride functional groups; and, a hydrosilylation catalyst.
A mobile terminal for receiving a specified mobile reception service selectively from Orthogonal Frequency Division Multiplexing, OFDM, signals transmitting data in bursts, the mobile terminal comprising: a tuner operable to select a specific channel; a demodulator operable to demodulate the OFDM signal; an FFT section operable to convert a signal output from the demodulator to a signal in frequency domain; an equalization section operable to equalize the signal in frequency domain output from the FFT section; an error correction section operable to apply error correction to the data from the equalization section, characterized in that the mobile terminal receives a specific time slot carrying the specified mobile reception service within one superframe, wherein, by time division multiplexing, TDM, services for Digital Video Broadcasting-Terrestrial, DVB-T, terminals and for mobile terminals are received time-multiplexed in a superframe transmitted in DVB-T format, wherein the superframe is divided into time slots and each time slot contains a specific number of OFDM symbols, wherein scattered pilot, SP, signals are provided, in specific subcarriers of the OFDM signals, at every four symbols, wherein, after a mobile reception service to be received is specified, transmission channel decoding is only performed for the slot in the superframe carrying the specified mobile reception service to be decoded, and for three symbols prior to the slot carrying the specified mobile reception service, the transmission channel decoding including each process applied by the FFT section, the equalization section, and the error correction section. a tuner operable to select a specific channel; a demodulator operable to demodulate the OFDM signal; an FFT section operable to convert a signal output from the demodulator to a signal in frequency domain; an equalization section operable to equalize the signal in frequency domain output from the FFT section; an error correction section operable to apply error correction to the data from the equalization section, characterized in that the mobile terminal receives a specific time slot carrying the specified mobile reception service within one superframe, wherein, by time division multiplexing, TDM, services for Digital Video Broadcasting-Terrestrial, DVB-T, terminals and for mobile terminals are received time-multiplexed in a superframe transmitted in DVB-T format, wherein the superframe is divided into time slots and each time slot contains a specific number of OFDM symbols, wherein scattered pilot, SP, signals are provided, in specific subcarriers of the OFDM signals, at every four symbols, wherein, after a mobile reception service to be received is specified, transmission channel decoding is only performed for the slot in the superframe carrying the specified mobile reception service to be decoded, and for three symbols prior to the slot carrying the specified mobile reception service, the transmission channel decoding including each process applied by the FFT section, the equalization section, and the error correction section.
A user interface control system, comprising: landmark logic to determine locations of a plurality of landmarks (302, 304, 306, 308, 312, 314) associated with a Portion of a body of a user of a computing system, each landmark of the plurality of landmarks being associated with a weight; pointer logic, coupled with the landmark logic, to determine a pointer based at least in part on the plurality of landmark locations; and identification logic, coupled with the pointer logic, to identify a UI element from a plurality of Ul elements of a UI of the computing system, based at least in part on the pointer, wherein the identification logic is to identify a UI element from a plurality of UI elements through: identification of a plurality of areas in the UI corresponding to respective ones of the plurality of UI elements; and identification of an amount of overlap between the area corresponding to the UI element and the pointer, characterised in that the amount of overlap between the area corresponding to the UI element and the pointer is based on the associated weight of a landmark. landmark logic to determine locations of a plurality of landmarks (302, 304, 306, 308, 312, 314) associated with a Portion of a body of a user of a computing system, each landmark of the plurality of landmarks being associated with a weight; pointer logic, coupled with the landmark logic, to determine a pointer based at least in part on the plurality of landmark locations; and identification logic, coupled with the pointer logic, to identify a UI element from a plurality of Ul elements of a UI of the computing system, based at least in part on the pointer, wherein the identification logic is to identify a UI element from a plurality of UI elements through: identification of a plurality of areas in the UI corresponding to respective ones of the plurality of UI elements; and identification of an amount of overlap between the area corresponding to the UI element and the pointer, characterised in that the amount of overlap between the area corresponding to the UI element and the pointer is based on the associated weight of a landmark. identification of a plurality of areas in the UI corresponding to respective ones of the plurality of UI elements; and identification of an amount of overlap between the area corresponding to the UI element and the pointer, characterised in that the amount of overlap between the area corresponding to the UI element and the pointer is based on the associated weight of a landmark.
A curable composition comprising (a) an amorphous fluorinated polymer capable of being dehydrofluorinated, and (b) a compound of Formula wherein each Rf is independently selected from a perfluorinated divalent group comprising 2 to 12 carbon atoms; and m is an integer independently selected from 1 to 3.
A securement assembly for securing a medical device to a skin surface, the securement assembly comprising: an adhering element comprising: a first surface comprising a first mechanical fastener; a second surface, opposite the first surface, comprising an adhesive for securing the adhering element to the surface; a securing element comprising: a first surface; a second surface, opposite the first surface; a second mechanical fastener on at least the first surface or second surface of the securing element, wherein the second mechanical fastener is configured to secure with the first mechanical fastener; wherein the first surface of the securing element covers and releasably secures to the adhesive of the second surface of the adhering element and wherein the adhesive is a pressure-sensitive adhesive. an adhering element comprising: a first surface comprising a first mechanical fastener; a second surface, opposite the first surface, comprising an adhesive for securing the adhering element to the surface; a first surface comprising a first mechanical fastener; a second surface, opposite the first surface, comprising an adhesive for securing the adhering element to the surface; a securing element comprising: a first surface; a second surface, opposite the first surface; a second mechanical fastener on at least the first surface or second surface of the securing element, wherein the second mechanical fastener is configured to secure with the first mechanical fastener; a first surface; a second surface, opposite the first surface; a second mechanical fastener on at least the first surface or second surface of the securing element, wherein the second mechanical fastener is configured to secure with the first mechanical fastener; wherein the first surface of the securing element covers and releasably secures to the adhesive of the second surface of the adhering element and wherein the adhesive is a pressure-sensitive adhesive.
Arrangement made up of a master controller and a slave controller for a motor vehicle, wherein the master controller includes a first transceiver unit and the slave controller includes a second transceiver unit, and a communication line connecting the transceiver units (14, 24), wherein the master controller operates at a first reference voltage and the slave controller operates at a second reference voltage, the voltages being different, characterized in that a diode is provided in the communication line which prevents a current flow from the second transceiver unit in the direction of the first transceiver unit.
A method for production of single-stranded nucleic acids, comprising the steps: a. provision of a desired single-stranded target nucleic acid sequence (target ss), which contains at least one monomer, wherein the sequence of each monomer encodes for at least the desired nucleic acid sequence, b. extension of the desired nucleic acid sequence by additional functional or non-functional nucleic acid sequences at one or both flanking ends of the 5'-terminus and/or 3'-terminus to obtain an extended single-stranded target nucleic acid sequence (target ss), c. amplification of the extended monomeric single-stranded target nucleic acid sequence (target ss) into a double-stranded target nucleic acid sequence (target ds), d. ligation of the amplified double-stranded target nucleic acid sequence (target ds) to produce a repetitive cluster of the double-stranded target nucleic acid sequence (aptagene), e. cloning of the aptagene produced in step d. into a vector (aptagene vector), f. transformation of the aptagene vector into host cells for replication of the aptagene, g. isolation of the aptagene from the host cells to obtain multiple copies of the double-stranded target sequence (target ds), h. degradation of the double-stranded target sequence (target ds) to single-stranded target sequences (target ss). a. provision of a desired single-stranded target nucleic acid sequence (target ss), which contains at least one monomer, wherein the sequence of each monomer encodes for at least the desired nucleic acid sequence, b. extension of the desired nucleic acid sequence by additional functional or non-functional nucleic acid sequences at one or both flanking ends of the 5'-terminus and/or 3'-terminus to obtain an extended single-stranded target nucleic acid sequence (target ss), c. amplification of the extended monomeric single-stranded target nucleic acid sequence (target ss) into a double-stranded target nucleic acid sequence (target ds), d. ligation of the amplified double-stranded target nucleic acid sequence (target ds) to produce a repetitive cluster of the double-stranded target nucleic acid sequence (aptagene), e. cloning of the aptagene produced in step d. into a vector (aptagene vector), f. transformation of the aptagene vector into host cells for replication of the aptagene, g. isolation of the aptagene from the host cells to obtain multiple copies of the double-stranded target sequence (target ds), h. degradation of the double-stranded target sequence (target ds) to single-stranded target sequences (target ss).
A vibration suppression suspension system, comprising: a base; a platform suspended relative to the base and supported by a plurality of bi-directional spring struts, wherein each of the bi-directional spring struts comprises: a non-linear spring having a spring rate that increases symmetrically in each of compression and tension as a function of displacement of the non-linear spring, the non-linear spring comprising at least one compliant planar member (10, 51) having a center portion; and a linear spring coupled in series with the non-linear spring, wherein a longitudinal axis of the linear spring is coaxial with a longitudinal axis of the nonlinear spring and passes through the center portion of the at least one compliant planar member. a base; a platform suspended relative to the base and supported by a plurality of bi-directional spring struts, wherein each of the bi-directional spring struts comprises: a non-linear spring having a spring rate that increases symmetrically in each of compression and tension as a function of displacement of the non-linear spring, the non-linear spring comprising at least one compliant planar member (10, 51) having a center portion; and a linear spring coupled in series with the non-linear spring, wherein a longitudinal axis of the linear spring is coaxial with a longitudinal axis of the nonlinear spring and passes through the center portion of the at least one compliant planar member. a non-linear spring having a spring rate that increases symmetrically in each of compression and tension as a function of displacement of the non-linear spring, the non-linear spring comprising at least one compliant planar member (10, 51) having a center portion; and a linear spring coupled in series with the non-linear spring, wherein a longitudinal axis of the linear spring is coaxial with a longitudinal axis of the nonlinear spring and passes through the center portion of the at least one compliant planar member.