mhurhangee/patent-ind-claim-en huggingface dataset:
A device for transmitting data in a network , the device comprising: a source subsystem configured to generate a first data packet that includes first timing information that is based on a time at which the first data packet is generated, wherein the source subsystem comprises a first timing generator configured to generate the first timing information ; and a communication subsystem coupled to the source subsystem via one or more abstraction layers, the communication subsystem configured to modify the first data packet to generate and transmit a modified data packet to the network, characterized in that the communication subsystem is configured to generate the modified data packet to include the first timing information and second timing information that is based on a time at which the modified data packet is transmitted to the network, and wherein the communication subsystem comprises a second timing generator that is synchronized with the first timing generator through the one or more abstraction layers to generate the second timing information. a source subsystem configured to generate a first data packet that includes first timing information that is based on a time at which the first data packet is generated, wherein the source subsystem comprises a first timing generator configured to generate the first timing information ; and a communication subsystem coupled to the source subsystem via one or more abstraction layers, the communication subsystem configured to modify the first data packet to generate and transmit a modified data packet to the network, characterized in that the communication subsystem is configured to generate the modified data packet to include the first timing information and second timing information that is based on a time at which the modified data packet is transmitted to the network, and wherein the communication subsystem comprises a second timing generator that is synchronized with the first timing generator through the one or more abstraction layers to generate the second timing information.
An exhaust-gas treatment arrangement for an exhaust gas system of an internal combustion engine, in particular diesel internal combustion engine, comprising at least one first exhaust-gas treatment unit and, downstream of the at least one first exhaust-gas treatment unit , an exhaust-gas treatment assembly , the at least one first exhaust-gas treatment unit and the exhaust-gas treatment assembly being arranged axially one after the other in the direction of a flow-path longitudinal axis (L 2 ) of a flow path comprising the at least one first exhaust-gas treatment unit and the exhaust-gas treatment assembly , a hydrocarbon introduction assembly for introducing hydrocarbon (K) into exhaust gas (A) flowing in the flow path being arranged in the flow path substantially axially between the at least one first exhaust-gas treatment unit and the exhaust-gas treatment assembly , characterized in that the hydrocarbon introduction assembly comprises an introduction ring flow channel which annularly surrounds the flow-path longitudinal axis (L 2 ), the introduction ring flow channel being open in an upstream flow-channel end region toward an outlet region of the at least one first exhaust-gas treatment unit and being open in a downstream flow-channel end region toward an inlet region of the exhaust-gas treatment assembly , and the hydrocarbon introduction assembly comprising a hydrocarbon discharging unit for discharging hydrocarbon (K) into the introduction ring flow channel .
An oil-based inkjet ink comprising: a pigment, a fatty acid ester-based solvent (A) having a viscosity of 5.0 mPa·s or lower and a boiling point of 300°C or higher but lower than 400°C, and a fatty acid ester-based solvent (B) having a viscosity of 10.0 mPa·s or higher and a boiling point of 400°C or higher. a pigment, a fatty acid ester-based solvent (A) having a viscosity of 5.0 mPa·s or lower and a boiling point of 300°C or higher but lower than 400°C, and a fatty acid ester-based solvent (B) having a viscosity of 10.0 mPa·s or higher and a boiling point of 400°C or higher.
A bell-shaped leak detection device for detecting a leak on a test zone of a sealing membrane of a tank, the bell-shaped leak detection device comprising: - a main body intended to be arranged on the test zone ; - a seal connected to the main body and configured to define a detection chamber between the main body and the test zone , the seal comprising a peripheral sealing lip having a closed contour for surrounding the test zone ; - a mechanical pressure means supported by the main body and comprising at least one pressure element configured to exert a pressure, on a portion of the sealing lip , directed toward the membrane when the main body is arranged on the test zone wherein the sealing lip comprises at least one indentation , the shape of which corresponds to that of a corrugation of the membrane , the indentation being intended to straddle the corrugation characterized in that the pressure element is adapted to locally press the sealing lip into a portion of said sealing lip which is located at a base of the indentation . - a main body intended to be arranged on the test zone ; - a seal connected to the main body and configured to define a detection chamber between the main body and the test zone , the seal comprising a peripheral sealing lip having a closed contour for surrounding the test zone ; - a mechanical pressure means supported by the main body and comprising at least one pressure element configured to exert a pressure, on a portion of the sealing lip , directed toward the membrane when the main body is arranged on the test zone wherein the sealing lip comprises at least one indentation , the shape of which corresponds to that of a corrugation of the membrane , the indentation being intended to straddle the corrugation characterized in that the pressure element is adapted to locally press the sealing lip into a portion of said sealing lip which is located at a base of the indentation .
Distance element for mounting a dental model structure on an articulator , comprising: a distance block having a first surface with at least one protrusion , and a second surface with connection means for connecting the distance block with an articulator , the first surface of the distance block being inclined with respect to the second surface of the distance block ; and a mounting plate being configured to connect the dental model structure with the distance block , the mounting plate comprising: - fixation means for connecting a first surface of the mounting plate with complementary fixation means of the dental model structure ; - a reception for receiving a metal element; - at least one side recess being formed on a second surface of the mounting plate for enabling a split cast control, wherein the at least one side recess is configured and arranged such that the at least one side recess is engageable with the at least one protrusion of the distance block . - fixation means for connecting a first surface of the mounting plate with complementary fixation means of the dental model structure ; - a reception for receiving a metal element; - at least one side recess being formed on a second surface of the mounting plate for enabling a split cast control, wherein the at least one side recess is configured and arranged such that the at least one side recess is engageable with the at least one protrusion of the distance block .
Method for reducing the size of the lower construction chamber of a laser sintering installation, wherein additional or new side walls are introduced into the lower construction chamber in an existing laser sintering installation, characterized in that an attachment adapted to the additional and/or new side walls is applied to the existing construction platform of the installation, wherein temperature sensors, heating elements and cooling elements are installed on the side walls for the purpose of controlling the temperature along the z axis.
A method, comprising: determining that an audio stream is received from a HDMI/ARC interface of a display device ; determining a network load of a channel of a home wireless network, wherein the home wireless network is communicatively coupled to an administrative server on the Internet ; determining that the network load of the channel of the home wireless network exceeds a bandwidth threshold or a latency threshold; establishing an ad hoc wireless network; switching a media device and a speaker device from the channel of the home wireless network to the ad hoc wireless network based on the determination that the audio stream is received from the HDMI/ARC interface of the display device and the determination that the network load of the channel of the home wireless network exceeds the bandwidth threshold or the latency threshold; in response to the switch of the speaker device from the channel of the home wireless network to the ad hoc wireless network, transmitting, by a transceiver of the media device, the received audio stream over the ad hoc wireless network to the speaker device; determining that the media device needs to transmit a request to the administrative server over the channel of the home wireless network; and switching the media device and the speaker device from the ad hoc wireless network to the channel of the home wireless network in response to an absence of receiving the audio stream from the HDMI/ARC interface of the display device. determining that an audio stream is received from a HDMI/ARC interface of a display device ; determining a network load of a channel of a home wireless network, wherein the home wireless network is communicatively coupled to an administrative server on the Internet ; determining that the network load of the channel of the home wireless network exceeds a bandwidth threshold or a latency threshold; establishing an ad hoc wireless network; switching a media device and a speaker device from the channel of the home wireless network to the ad hoc wireless network based on the determination that the audio stream is received from the HDMI/ARC interface of the display device and the determination that the network load of the channel of the home wireless network exceeds the bandwidth threshold or the latency threshold; in response to the switch of the speaker device from the channel of the home wireless network to the ad hoc wireless network, transmitting, by a transceiver of the media device, the received audio stream over the ad hoc wireless network to the speaker device; determining that the media device needs to transmit a request to the administrative server over the channel of the home wireless network; and switching the media device and the speaker device from the ad hoc wireless network to the channel of the home wireless network in response to an absence of receiving the audio stream from the HDMI/ARC interface of the display device.
Method of transmitting a current from a first conductor to a second conductor which conductors are in contacting relationship along a contact interface wherein a liquid lubricant forming a colloidal suspension of graphite particles is introduced at the contact interface, characterized in that the contact interface forms a plane, the lubricant comprises a non-conducting oil with a viscosity between 1 and 10 mm 2 /s, the particle size being between 1 and 1000 nm, providing an insulating behavior at gap widths between the first and second conductor above 0.5 mm and becoming highly conductive at gap widths below 0.1 mm.
A method comprising: determining , by use of a processor, a number of Transmission Time Intervals, TTI, in a scheduled transmission of a plurality of TTI; and determining one or more reference signal locations based on the number of TTI, wherein the one or more reference signal locations are further determined from the number of TTI and one or more of a parameter received from a higher layer wherein the higher layer is higher than a physical layer, a subframe index, a subband size, or a Time Division Duplex, TDD, configuration for the scheduled transmission; wherein the one or more reference signal locations are further determined to be in one or more predetermined subband instances of one or more predetermined TTI instances. determining , by use of a processor, a number of Transmission Time Intervals, TTI, in a scheduled transmission of a plurality of TTI; and determining one or more reference signal locations based on the number of TTI, wherein the one or more reference signal locations are further determined from the number of TTI and one or more of a parameter received from a higher layer wherein the higher layer is higher than a physical layer, a subframe index, a subband size, or a Time Division Duplex, TDD, configuration for the scheduled transmission; wherein the one or more reference signal locations are further determined to be in one or more predetermined subband instances of one or more predetermined TTI instances.
A wound dressing composition comprising: (a) oxidized regenerated cellulose (ORC); and (b) poly(hexamyethylene biguanide) (PHMB), at a level of from about 0.005wt% to about 0.02wt% by weight of the composition, preferably from about 0.008wt% to about 0.012wt% by weight of the composition. (a) oxidized regenerated cellulose (ORC); and (b) poly(hexamyethylene biguanide) (PHMB), at a level of from about 0.005wt% to about 0.02wt% by weight of the composition, preferably from about 0.008wt% to about 0.012wt% by weight of the composition.
Radio sensor module for detecting material containers in a warehouse or transport system, having a transmission device for a wireless transmission of signals, wherein the radio sensor module has a holder and a rocker mounted pivotably therein, characterized in that a sensor for detecting a position of the rocker and the transmission device are arranged in the rocker .
A switching rocker arm assembly comprising: an outer arm having a first outer side arm and a second outer side arm , the outer arm further including first and second torsional spring mounts ; an inner arm disposed between the first and second outer side arms; a pivot axle that supports the inner and outer arms for relative pivotal movement therearound; a bearing axle that supports a bearing ; a first torsional bearing axle spring mounted around the first torsional spring mount and having a first end engaged to the bearing axle and a second end engaged to the outer arm; and a second torsional bearing axle spring mounted around the second torsional spring mount and having a first end engaged to the bearing axle and a second end engaged to the outer arm,; characterized in that the first end of the first torsional bearing axle spring extends inboard relative to the second end of the first torsional bearing axle spring and the first end of the second torsional bearing axle spring extends inboard relative to the second end of the second torsional bearing axle spring; wherein the second end of the first torsional bearing axle spring engages a first tang extending from the outer arm and the second end of the second torsional bearing axle spring engages a second tang extending from the outer arm; and wherein the first and second tangs extend outboard of the respective first and second torsional bearing axle springs. an outer arm having a first outer side arm and a second outer side arm , the outer arm further including first and second torsional spring mounts ; an inner arm disposed between the first and second outer side arms; a pivot axle that supports the inner and outer arms for relative pivotal movement therearound; a bearing axle that supports a bearing ; a first torsional bearing axle spring mounted around the first torsional spring mount and having a first end engaged to the bearing axle and a second end engaged to the outer arm; and a second torsional bearing axle spring mounted around the second torsional spring mount and having a first end engaged to the bearing axle and a second end engaged to the outer arm,; characterized in that the first end of the first torsional bearing axle spring extends inboard relative to the second end of the first torsional bearing axle spring and the first end of the second torsional bearing axle spring extends inboard relative to the second end of the second torsional bearing axle spring; wherein the second end of the first torsional bearing axle spring engages a first tang extending from the outer arm and the second end of the second torsional bearing axle spring engages a second tang extending from the outer arm; and wherein the first and second tangs extend outboard of the respective first and second torsional bearing axle springs.
A subsea production unit for subsea treatment of oil, the unit comprising a frame that supports: an onboard multiphase separation system for separating gas and water from a wellstream containing oil; and an onboard water treatment system for cleaning oil from water that is produced by the separation system, the unit being characterised in that : the water treatment system comprises a gas inlet communicating with the separation system and is arranged to mix the produced water with gas separated from the oil; the water treatment system has a further input to receive water settling in a produced oil storage tank , wherein the produced oil storage tank is an onboard tank also supported by the frame ; and the water treatment system further comprises at least one flotation unit having: a water inlet for water to be cleaned of oil; a water outlet for water cleaned of oil; and a reject outlet for gas mixed with oil cleaned from the water. an onboard multiphase separation system for separating gas and water from a wellstream containing oil; and an onboard water treatment system for cleaning oil from water that is produced by the separation system, the unit being characterised in that : the water treatment system comprises a gas inlet communicating with the separation system and is arranged to mix the produced water with gas separated from the oil; the water treatment system has a further input to receive water settling in a produced oil storage tank , wherein the produced oil storage tank is an onboard tank also supported by the frame ; and the water treatment system further comprises at least one flotation unit having: a water inlet for water to be cleaned of oil; a water outlet for water cleaned of oil; and a reject outlet for gas mixed with oil cleaned from the water. the water treatment system comprises a gas inlet communicating with the separation system and is arranged to mix the produced water with gas separated from the oil; the water treatment system has a further input to receive water settling in a produced oil storage tank , wherein the produced oil storage tank is an onboard tank also supported by the frame ; and the water treatment system further comprises at least one flotation unit having: a water inlet for water to be cleaned of oil; a water outlet for water cleaned of oil; and a reject outlet for gas mixed with oil cleaned from the water.
Method for operating a coiling installation of a paper machine, wherein the coiling installation has a roll having a variable diameter (d) and a motor , wherein the motor serves for driving the roll , wherein the motor is supplied with a motor current by a frequency inverter , wherein a first rotating speed (D1) of the roll or of the motor and a second rotating speed (D2) of the roll or of the motor are determined, wherein the first rotating speed (D1) is determined by a first encoder and wherein the second rotating speed (D2) is provided by the frequency inverter , and wherein a first speed (v1) of the material web is determined by means of the first rotating speed (D1), wherein a second speed (v2) of the material web is determined by means of the second rotating speed (D2), and wherein in the event of an unforeseen deviation of the first rotating speed (V1) of the material web from the second speed (V2) of the material web the coiling installation is converted to a safe state.
Device for medical analyses with cellular impedance signal processing, comprising a memory arranged to receive pulse data sets, each pulse data set comprising impedance value data that are associated each time with a time marker, these data together representing a curve of cellular impedance values that are measured as a cell passes through a polarised opening, characterised in that it further comprises a calculator arranged to process a pulse data set by determining a rotation value indicating whether the cell from which this pulse data set has been obtained has undergone a rotation during its passage through the polarised opening, and a classifier arranged to provide the calculator with a given pulse data set, and to use the resulting rotation value to classify the given pulse data set in a rotation pulse data set group or a rotationless pulse data set group .
An electrowetting optical device comprising: a conductive liquid; a non-conductive liquid comprising from 5 % w/w to 40 % w/w of a transmission recovery agent having Formula (I) and/or Formula (II): wherein R 1 is an alkyl, fluoroalkyl, or alkoxy group; and a dielectric surface in contact with both the conductive and non-conductive liquids, wherein the conductive and non-conductive liquids are non-miscible. a conductive liquid; a non-conductive liquid comprising from 5 % w/w to 40 % w/w of a transmission recovery agent having Formula (I) and/or Formula (II): wherein R 1 is an alkyl, fluoroalkyl, or alkoxy group; and a dielectric surface in contact with both the conductive and non-conductive liquids, wherein the conductive and non-conductive liquids are non-miscible.
Filling device for filling reusable coffee capsules , preferably with a gripping element for holding the filling device and with at least one first guide element which is suitable and intended to arrange and/or to accommodate at least a section of a coffee capsule , wherein the filling device has at least one locking device which is suitable and intended for fixing a coffee capsule arranged and/or accommodated on the at least first guide element with respect to a direction (F) of the coffee capsule or with respect to the longitudinal direction (L) of this coffee capsule , characterised in that the locking device is suitable and intended to create a force-fitting and in particular frictionally and/or positively engaged connection between the capsule to be filled and the filling device.