mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a high purity isocyanatoorganosilane of the general formula (I) R 2 R 3 R 4 Si-R 1 -N=C=O (I), comprising: (A) feeding a carbamatoorganosilane of the general formula (II) R 2 R 3 R 4 Si-R 1 -NH-CO-OR (II), where R is a monovalent alkyl radical containing from 1 to 10 carbon atoms or an aromatic group of from 6 to 12 carbon atoms, R 1 is a divalent hydrocarbon radical containing from 1 to 6 carbon atoms, and R 2 , R 3 and R 4 are independently selected from the group consisting of methyl, ethyl, n-propyl, isopropyl, methoxy, ethoxy, n-propoxy and isopropoxy radicals, to a cracking device; (B) heating the fed carbamatoorganosilane to a temperature and pressure effective to thermally dissociate the carbamatoorganosilane to a reaction product mixture comprising isocyanatoorganosilane, alcohol, unreacted carbamatoorganosilane, and heavies, (C) separating isocyanatoorganosilane having a purity greater than 90% from the rest of the reaction product mixture in a distillation column having a bottom part and a top part, and (D) collecting the isocyanatoorganosilane having greater than 90% purity through a side stream which is located between the bottom part of the distillation column and the top part of the distillation column and wherein the ratio of the length of the bottom part of the distillation column to the length of the top part of the distillation column is from 2:1 to 10:1. (A) feeding a carbamatoorganosilane of the general formula (II) R 2 R 3 R 4 Si-R 1 -NH-CO-OR (II), where R is a monovalent alkyl radical containing from 1 to 10 carbon atoms or an aromatic group of from 6 to 12 carbon atoms, R 1 is a divalent hydrocarbon radical containing from 1 to 6 carbon atoms, and R 2 , R 3 and R 4 are independently selected from the group consisting of methyl, ethyl, n-propyl, isopropyl, methoxy, ethoxy, n-propoxy and isopropoxy radicals, to a cracking device; R is a monovalent alkyl radical containing from 1 to 10 carbon atoms or an aromatic group of from 6 to 12 carbon atoms, R 1 is a divalent hydrocarbon radical containing from 1 to 6 carbon atoms, and R 2 , R 3 and R 4 are independently selected from the group consisting of methyl, ethyl, n-propyl, isopropyl, methoxy, ethoxy, n-propoxy and isopropoxy radicals, to a cracking device; (B) heating the fed carbamatoorganosilane to a temperature and pressure effective to thermally dissociate the carbamatoorganosilane to a reaction product mixture comprising isocyanatoorganosilane, alcohol, unreacted carbamatoorganosilane, and heavies, (C) separating isocyanatoorganosilane having a purity greater than 90% from the rest of the reaction product mixture in a distillation column having a bottom part and a top part, and (D) collecting the isocyanatoorganosilane having greater than 90% purity through a side stream which is located between the bottom part of the distillation column and the top part of the distillation column and
A silica-based composite oxide powder comprising: a composite oxide of silicon and at least one metal selected from the group consisting of titanium and zirconium, the silica-based composite oxide powder having a volume-based cumulative 50% diameter measured by a laser diffraction scattering method in a range of 0.05 μm to 2.0 μm, and a coefficient of variation of 40% or less, wherein in a 5 mass% dispersion of the silica-based composite oxide powder obtained by ultrasonic irradiation (at an output of 40 W for 10 minutes), a content of particles having a particle diameter of 5 μm or more in a particle size distribution obtained by a Coulter counter method is 10 ppm or less on a number basis. a composite oxide of silicon and at least one metal selected from the group consisting of titanium and zirconium, the silica-based composite oxide powder having a volume-based cumulative 50% diameter measured by a laser diffraction scattering method in a range of 0.05 μm to 2.0 μm, and a coefficient of variation of 40% or less, wherein in a 5 mass% dispersion of the silica-based composite oxide powder obtained by ultrasonic irradiation (at an output of 40 W for 10 minutes), a content of particles having a particle diameter of 5 μm or more in a particle size distribution obtained by a Coulter counter method is 10 ppm or less on a number basis.
A method for operating a communications controller, the method comprising: determining, by the communications controller, communications requirements for a machine-type device, MTD; assigning, by the communications controller, a first signal waveform selected from a plurality of signal waveforms to the MTD in accordance with the determined communications requirements, wherein each signal waveform has an associated characteristic signal bandwidth, and wherein the plurality of signal waveforms include waveforms having different characteristic signal bandwidths; and transmitting , by the communications controller, information about the first signal waveform to the MTD. determining, by the communications controller, communications requirements for a machine-type device, MTD; assigning, by the communications controller, a first signal waveform selected from a plurality of signal waveforms to the MTD in accordance with the determined communications requirements, wherein each signal waveform has an associated characteristic signal bandwidth, and wherein the plurality of signal waveforms include waveforms having different characteristic signal bandwidths; and transmitting , by the communications controller, information about the first signal waveform to the MTD.
A film comprising at least 50 wt% xyloglucan, based on the dry weight of the film, characterized in that the xyloglucan comprises 9-11 mol% of galactose residues, and that the oxygen permeability of the film at 80 %RH and 23 °C is not more than 7 cm 3 μm 1 m -2 day -1 kPa -1 .
A data carrier , in particular a plastic card, having an authenticity feature which is provided in the data carrier and which can be personalized by changing physical and/or chemical properties when irradiated with a high-energy beam, characterized in that a magnetizable feature is provided in a functional layer as the personalizable authenticity feature, the magnetizable feature having an optomagnetic effect which allows information to be written, so that a magnetic second stage feature having a macroscopically measurable magnetism is formed at an irradiated location .
A device for measuring the radioactivity of a material during its transport by a conveyor, the device for measuring radioactivity comprising a gamma spectrometric device having at least one gamma spectrometry detector and provided so as to be positioned on the path of the conveyor in order to conduct spectrometric measurements on the material during its transport by the conveyor , these measurements being conducted by detecting photons emerging from the flow of transported material, and a processing unit for processing measurement signals provided by the gamma spectrometric device , the device for measuring radioactivity being configured for carrying out spectrometric measurments on the material during its transport by the conveyor , each spectrometric measurement being carried out over a spectrometry period, during which the photons are detected by associating with each detected photon an energy, in order to determine the population of photons versus their energy, and for carrying out, during a spectrometric measurement, several gamma counting measurements on the material during its transport by the conveyor , by means of the gamma spectrometric device , each gamma counting measurement being conducted over a counting period, at the end of which is determined the total number of detected photons during the counting period, independently of the energy of the photons.
A method of forming a part , the method comprising: inserting a blank into a die , the die comprising a mold mounted above a sealing counterpart ; clamping the blank between the mold and the sealing counterpart ; applying a first pressure on the blank from the sealing counterpart so the blank is pressed upward to form a shaped part corresponding to the mold , the first pressure being applied through a diffuser on the sealing counterpart , the method being characterized in that : the diffuser comprises multiple levels in which a gas passes through a convoluted pathway before moving to a next level; the method further comprising: applying a vacuum to the shaped part to hold it against the mold ; separating the mold and the sealing counterpart wherein the vacuum holds the shaped part against the mold ; and discontinuing the vacuum to allow the shaped part to be released from the mold . inserting a blank into a die , the die comprising a mold mounted above a sealing counterpart ; clamping the blank between the mold and the sealing counterpart ; applying a first pressure on the blank from the sealing counterpart so the blank is pressed upward to form a shaped part corresponding to the mold , the first pressure being applied through a diffuser on the sealing counterpart , the method being characterized in that : the diffuser comprises multiple levels in which a gas passes through a convoluted pathway before moving to a next level; the method further comprising: applying a vacuum to the shaped part to hold it against the mold ; separating the mold and the sealing counterpart wherein the vacuum holds the shaped part against the mold ; and discontinuing the vacuum to allow the shaped part to be released from the mold . applying a vacuum to the shaped part to hold it against the mold ; separating the mold and the sealing counterpart wherein the vacuum holds the shaped part against the mold ; and discontinuing the vacuum to allow the shaped part to be released from the mold .
Dialysis machine having a dialyzate circuit and having a dialyzer, wherein the dialysis machine has an apparatus for identifying the dialyzer; wherein the apparatus has means for filling the dialyzer with fluid and has means for determining the filling amount of fluid that is filled into the dialyzer; and wherein the apparatus furthermore has means for determining the pressure that is characteristic for the pressure in the filled region of the dialyzer, characterized in that the dialysis machine has an evaluation device that is configured to put the measured filling amount into relationship with the measured value and to compare it with a predefined characteristic curve or with a predefined characteristic value, with the evaluation device furthermore being configured to output a signal that depends on whether the relationship determined coincides with the predefined characteristic curve or with the predefined characteristic value.
A video display device comprising: a display panel that displays an image based on an input image signal; a light source substrate that includes a plurality of light sources on a main surface which is a front side of the light source substrate , and emits, toward a rear side of the display panel , light emitted from the plurality of light sources ; a reflection sheet that is provided on the main surface of the light source substrate ; and an optical member that has a plate shape, is provided between the display panel and the light source substrate , and uniformizes luminance distribution of the light emitted from the light source substrate , wherein the reflection sheet extends to an outside of an outer peripheral edge of the optical member as viewed from the front side, the outer peripheral edge of the optical member is disposed inside an effective area of the display panel as viewed from the front side, and an outer peripheral portion of the reflection sheet is disposed outside the effective area as viewed from the front side, characterized in that hollow partitioning walls are formed in the reflection sheet each partitioning wall separating adjacent two light sources of the plurality of light sources , and the end of the optical member and the outer peripheral portion of the reflection sheet are disposed so as to face each other in a state that a clearance (d1) is left between the optical member and the reflection sheet . a display panel that displays an image based on an input image signal; a light source substrate that includes a plurality of light sources on a main surface which is a front side of the light source substrate , and emits, toward a rear side of the display panel , light emitted from the plurality of light sources ; a reflection sheet that is provided on the main surface of the light source substrate ; and an optical member that has a plate shape, is provided between the display panel and the light source substrate , and uniformizes luminance distribution of the light emitted from the light source substrate , wherein the reflection sheet extends to an outside of an outer peripheral edge of the optical member as viewed from the front side, the outer peripheral edge of the optical member is disposed inside an effective area of the display panel as viewed from the front side, and an outer peripheral portion of the reflection sheet is disposed outside the effective area as viewed from the front side, characterized in that hollow partitioning walls are formed in the reflection sheet each partitioning wall separating adjacent two light sources of the plurality of light sources , and the end of the optical member and the outer peripheral portion of the reflection sheet are disposed so as to face each other in a state that a clearance (d1) is left between the optical member and the reflection sheet .
A method of enabling media recording compatibility between client devices , comprising: provisioning a first client device associated with a subscriber identifier with a household key also associated with said subscriber identifier ; receiving a media content stream at said first client device , said media content stream having been encrypted by a content provider; decrypting said media content stream at said first client device ; creating a recording with said first client device by digitally recording a portion of said media content stream ; encrypting said recording with said household key at said first client device ; saving said recording to a memory device ; and loading said recording onto a second client device that has also been provisioned with said household key , said second client device also being associated with said subscriber identifier , such that said second client device uses said household key to decrypt and play back said recording, wherein the household key is for use to encrypt and decrypt content stored on all client devices associated with said subscriber identifier, wherein when one of said client devices associated with said subscriber identifier has content encrypted with the household key the content can be played back after being received from another one of said client devices associated with said subscriber identifier and decrypted, and wherein the household key is provided from an update server to all of said client devices associated with said subscriber identifier , the update server being operated by the manufacturer of said client devices . provisioning a first client device associated with a subscriber identifier with a household key also associated with said subscriber identifier ; receiving a media content stream at said first client device , said media content stream having been encrypted by a content provider; decrypting said media content stream at said first client device ; creating a recording with said first client device by digitally recording a portion of said media content stream ; encrypting said recording with said household key at said first client device ; saving said recording to a memory device ; and loading said recording onto a second client device that has also been provisioned with said household key , said second client device also being associated with said subscriber identifier , such that said second client device uses said household key to decrypt and play back said recording, wherein the household key is for use to encrypt and decrypt content stored on all client devices associated with said subscriber identifier, wherein when one of said client devices associated with said subscriber identifier has content encrypted with the household key the content can be played back after being received from another one of said client devices associated with said subscriber identifier and decrypted, and wherein the household key is provided from an update server to all of said client devices associated with said subscriber identifier , the update server being operated by the manufacturer of said client devices .
Concrete component with an anchor element set in concrete, wherein the anchor element has an anchor body made of a plastic material which has wood-like properties so that it can receive connecting elements from wood technology, and wherein the anchor member comprises a fabric with which at least a portion of the outer surface of the anchor body is reinforced to form an outer reinforcement configured to enhance a bond with the concrete of the concrete component, wherein at least one side surface of the anchor member is disposed on a surface of the concrete component and at least one side surface of the anchor member having the outer reinforcement is bonded to concrete. wherein the anchor element has an anchor body made of a plastic material which has wood-like properties so that it can receive connecting elements from wood technology, and wherein the anchor member comprises a fabric with which at least a portion of the outer surface of the anchor body is reinforced to form an outer reinforcement configured to enhance a bond with the concrete of the concrete component, wherein at least one side surface of the anchor member is disposed on a surface of the concrete component and at least one side surface of the anchor member having the outer reinforcement is bonded to concrete.
A method, on a network entity of a first wireless network , the method comprising: communicating with a first User Equipment , UE, that is connected to the first wireless network ; receiving, from a second wireless network via a backhaul network , information regarding the location of a second UE connected to the second wireless network ; determining the distance between the first UE and the second UE based on the received location information and location information for the first UE ; based on the determined distance, determining the level of interference that the first UE would cause to the second UE if the first UE transmits at a first power level; determining an amount by which the first UE needs to reduce its transmit power in order to bring the determined interference to a predetermined level; and signalling , to the first UE , the determined amount for granting the first UE permission to reduce its transmit power by the determined amount. communicating with a first User Equipment , UE, that is connected to the first wireless network ; receiving, from a second wireless network via a backhaul network , information regarding the location of a second UE connected to the second wireless network ; determining the distance between the first UE and the second UE based on the received location information and location information for the first UE ; based on the determined distance, determining the level of interference that the first UE would cause to the second UE if the first UE transmits at a first power level; determining an amount by which the first UE needs to reduce its transmit power in order to bring the determined interference to a predetermined level; and signalling , to the first UE , the determined amount for granting the first UE permission to reduce its transmit power by the determined amount.
An aerosol-generating device comprising: a body configured to receive an aerosol-generating substrate; a heating element configured to heat the aerosol-generating substrate; a power source operatively connected to the heating element; a controller configured to control the power source and the heating element; and a switch comprising a sensor to detect presence of an actuator, the switch operatively connected to the controller, characterized in that the controller is configured to establish a stand-by mode of the heating element when the presence of the actuator is detected. a body configured to receive an aerosol-generating substrate; a heating element configured to heat the aerosol-generating substrate; a power source operatively connected to the heating element; a controller configured to control the power source and the heating element; and a switch comprising a sensor to detect presence of an actuator, the switch operatively connected to the controller, characterized in that the controller is configured to establish a stand-by mode of the heating element when the presence of the actuator is detected.
A component mounting line configured from multiple component mounting machines on which a component supply unit is detachably set that are configured to mount components supplied by the component supply unit on a mounting target (S), the multiple component mounting machines being arranged along a conveyance direction of the mounting target (S), the component mounting line comprising: a unit storage container configured to store multiple of the component supply units , a unit exchanging device configured to exchange the component supply unit attached to the multiple component mounting machines with the component supply unit stored in the unit storage container ; and a control device configured to control the unit exchanging device , wherein the unit storage container is installed at an upstream position that is further upstream than all the component mounting machines in an arrangement direction of the multiple component mounting machines or at a downstream position that is further downstream than all of the component mounting machines in the arrangement direction of the multiple component mounting machines or at an intermediate position that is between any two of the multiple component mounting machines , and the control device is configured to control the unit exchanging device so as to move in a predetermined movement range along the conveyance direction to exchange the component supply unit . a unit storage container configured to store multiple of the component supply units , a unit exchanging device configured to exchange the component supply unit attached to the multiple component mounting machines with the component supply unit stored in the unit storage container ; and a control device configured to control the unit exchanging device , wherein the unit storage container is installed at an upstream position that is further upstream than all the component mounting machines in an arrangement direction of the multiple component mounting machines or at a downstream position that is further downstream than all of the component mounting machines in the arrangement direction of the multiple component mounting machines or at an intermediate position that is between any two of the multiple component mounting machines , and the control device is configured to control the unit exchanging device so as to move in a predetermined movement range along the conveyance direction to exchange the component supply unit .