mhurhangee/ep-ind-claims huggingface dataset:
A mineral fiber insulation product comprising a binder, a collection of mineral fibers, and a particulate selected from a group consisting of magnesia, alumina, and calcined gypsum, wherein the binder is disposed upon the collection of mineral fibers and the particulate is distributed within the mineral fiber insulation product, wherein the binder comprises a reaction product of a carbohydrate and an amine.
A system, including: an internal combustion engine operable to produce an exhaust gas flow; a reductant injector in use releasing a reductant into the exhaust gas flow; a catalyst located downstream of the reductant injector; a bend (304; 604; 804) located in a portion of an exhaust gas passageway, the exhaust gas passageway in fluid receiving communication with the exhaust gas flow, the exhaust gas passageway defining an inner surface (220, 622, 822), wherein the reductant injector is disposed at the bend (304; 604; 804), and wherein at least a portion of the bend (304; 604; 804) is downstream from the reductant injector the system being characterised in that it further comprises an orifice disposed within the portion of the exhaust passageway, the orifice disposed upstream of the reductant injector, the orifice defining a primary passageway (230; 512; 630; 830), an injector passageway (224; 608; 808), and a bypass passageway (222; 618; 818), wherein a portion of the exhaust gas flow is directed from the injector passageway (224; 608; 808) into the primary passageway (230; 512; 630; 830). an internal combustion engine operable to produce an exhaust gas flow; a reductant injector in use releasing a reductant into the exhaust gas flow; a catalyst located downstream of the reductant injector; a bend (304; 604; 804) located in a portion of an exhaust gas passageway, the exhaust gas passageway in fluid receiving communication with the exhaust gas flow, the exhaust gas passageway defining an inner surface (220, 622, 822), wherein the reductant injector is disposed at the bend (304; 604; 804), and wherein at least a portion of the bend (304; 604; 804) is downstream from the reductant injector an orifice disposed within the portion of the exhaust passageway, the orifice disposed upstream of the reductant injector, the orifice defining a primary passageway (230; 512; 630; 830), an injector passageway (224; 608; 808), and a bypass passageway (222; 618; 818), wherein a portion of the exhaust gas flow is directed from the injector passageway (224; 608; 808) into the primary passageway (230; 512; 630; 830).
An apparatus for the heating of plastics material pre-forms with a conveying device which conveys the plastics material pre-forms along a pre-set conveying path, with at least one heating element which is arranged along the conveying path of the plastics material pre-forms and which heats the plastics material pre-forms, wherein in addition a cooling device is provided which cools the plastics material pre-forms and/ or at least one element of the apparatus during the heating of the plastics material pre-forms by acting upon them with a gaseous medium, characterized in that a flow path of the gaseous medium is capable of being changed in such a way that in a first pre-set manner it is capable of being conveyed with respect to the outer surface of the plastics material pre-forms during the heating thereof and in a second pre-set manner, which differs from the first pre-set manner, it is capable of being conveyed with respect to the outer surface of the plastics material pre-forms, wherein the first and second pre-set manners differ at least with respect to the volume flow arriving at the outer surface of the plastics material pre-forms, wherein a change-over is possible in such a manner that in at least one state a striking of gas or air respectively onto the outer surface of the plastics material preforms can be entirely prevented.
A carbon isotope analyzer for determining the concentration of a carbon isotope in a gas, comprising: an isotopic carbon dioxide generator to generate isotopic carbon dioxide from a carbon isotope; and a spectrometer comprising an optical resonator having a pair of mirrors, and a photodetector to determine the intensity of light transmitted from the optical resonator; wherein the carbon isotope analyzer further comprises a light generator comprising a light source, a first optical fiber to transmit a light beam from the light source, a second optical fiber for wavelength conversion, the second optical fiber branching from the first optical fiber at a point and combining with the first optical fiber at another point downstream of the branching point, and a non-linear optical crystal at a point downstream of the combining point to generate light having the absorption wavelength of the isotopic carbon dioxide on the basis of the difference in frequency between light beams transmitted through the optical crystal, wherein the first optical fiber comprises a first optical fiber segment extending between the light source and the non-linear optical crystal and a first optical fiber segment for mid-infrared light extending between the non-linear optical crystal and the optical resonator. an isotopic carbon dioxide generator to generate isotopic carbon dioxide from a carbon isotope; and a spectrometer comprising an optical resonator having a pair of mirrors, and a photodetector to determine the intensity of light transmitted from the optical resonator; wherein the carbon isotope analyzer further comprises a light generator comprising a light source, a first optical fiber to transmit a light beam from the light source, a second optical fiber for wavelength conversion, the second optical fiber branching from the first optical fiber at a point and combining with the first optical fiber at another point downstream of the branching point, and a non-linear optical crystal at a point downstream of the combining point to generate light having the absorption wavelength of the isotopic carbon dioxide on the basis of the difference in frequency between light beams transmitted through the optical crystal, wherein the first optical fiber comprises a first optical fiber segment extending between the light source and the non-linear optical crystal and a first optical fiber segment for mid-infrared light extending between the non-linear optical crystal and the optical resonator.
Battery system comprising a multiplicity of cells in a battery housing, having an absorber device which is arranged in the battery housing and by means of which fluid that has escaped in the battery housing can be bound, the absorber device comprising absorbing elements that are accommodated between the inner faces of a first and a second material ply (2.1, 2.2), characterized in that the material plies (2.1, 2.2) form pockets for receiving the absorbing elements, the battery system comprising at least one support element (3, 4), the support element (3, 4) being designed both to form the pockets and to fasten the absorber device to the battery housing.
Process for preparing TMP by reaction of butyraldehyde with formaldehyde in the presence of an inorganic base to give a TMP-containing reaction mixture and subsequent work-up of the TMP-containing reaction mixture, characterized in that the work-up comprises setting the pH of the TMP-containing reaction mixture to a value of from 4.50 to 5.45 based on a temperature of 50°C, wherein formic acid is used as organic carboxylic acid for setting the pH, and the work-up further comprises at least the following steps: a) removal of water and optionally formaldehyde from the TMP-containing, adjusted reaction mixture, b) separation of solid constituents from the TMP-containing, adjusted reaction mixture to give a TMP-containing crude solution, c) separation of high boilers from the TMP-containing crude solution to give a crude TMP, d) distillation of the crude TMP obtained according to step c) to give TMP having a low color number. a) removal of water and optionally formaldehyde from the TMP-containing, adjusted reaction mixture, b) separation of solid constituents from the TMP-containing, adjusted reaction mixture to give a TMP-containing crude solution, c) separation of high boilers from the TMP-containing crude solution to give a crude TMP, d) distillation of the crude TMP obtained according to step c) to give TMP having a low color number.
A method of proactively allocating network resources, comprising: receiving information associated with a network event, the network event generated at an event generation element and being publication of content of interest that may be expected to increase end user network traffic at a server, wherein the information associated with the network event is identified through a search engine element configured to monitor network traffic and to assess the strength of the network event, wherein the strength of the network event involves one or more of a number of hits being seen by the search engine, a frequency of the keywords and a closeness of words identified by the search engine; predicting, based on the received information, load surges of end user network traffic at the server likely to be associated with the network event; determining a level of network resources that can accommodate the predicted load surges of end user network traffic at the server likely to be associated with the network event; evaluating currently deployed network resources; and allocating new network resources based on the predicted load surges of end user network traffic before the predicted load surges of end user network traffic occur, wherein the new network resources includes a virtual machine configured to interact with the server to distribute a load associated with the network event. receiving information associated with a network event, the network event generated at an event generation element and being publication of content of interest that may be expected to increase end user network traffic at a server, wherein the information associated with the network event is identified through a search engine element configured to monitor network traffic and to assess the strength of the network event, wherein the strength of the network event involves one or more of a number of hits being seen by the search engine, a frequency of the keywords and a closeness of words identified by the search engine; predicting, based on the received information, load surges of end user network traffic at the server likely to be associated with the network event; determining a level of network resources that can accommodate the predicted load surges of end user network traffic at the server likely to be associated with the network event; evaluating currently deployed network resources; and allocating new network resources based on the predicted load surges of end user network traffic before the predicted load surges of end user network traffic occur, wherein the new network resources includes a virtual machine configured to interact with the server to distribute a load associated with the network event.
A method for a trick mode play of an encrypted transport stream containing audio/video/data information comprising: - splitting the encrypted transport stream into an encrypted first path transport stream, an encrypted second path transport stream and an encrypted third path transport stream; - delaying the encrypted second path transport stream; - extracting and decrypting data used as metadata for programs in said encrypted transport stream from said encrypted third path transport stream; - creating trick mode pointers from said metadata; - storing said trick mode pointers and said delayed encrypted second path transport stream on a storage medium; and - selecting between the encrypted first path transport stream or the delayed second path transport stream for decrypting the transport stream and demuxing the decrypted transport stream. - splitting the encrypted transport stream into an encrypted first path transport stream, an encrypted second path transport stream and an encrypted third path transport stream; - delaying the encrypted second path transport stream; - extracting and decrypting data used as metadata for programs in said encrypted transport stream from said encrypted third path transport stream; - creating trick mode pointers from said metadata; - storing said trick mode pointers and said delayed encrypted second path transport stream on a storage medium; and - selecting between the encrypted first path transport stream or the delayed second path transport stream for decrypting the transport stream and demuxing the decrypted transport stream.
A neurostimulation system (100, 400), comprising: a storage device (318, 618) configured to store a stimulation waveform representing a pattern of neurostimulation pulses during a stimulation period, the neurostimulation pulses each including a charge injection phase; a programming control circuit (316, 616) configured to generate a plurality of stimulation parameters controlling delivery of the neurostimulation pulses according to the stimulation waveform; and a waveform definition circuit (320, 620) coupled to the storage device and the control circuit and configured to adjust the stimulation waveform, the waveform definition circuit including a charge recovery module (622, 722), characterized in that the charge recovery module (622, 722) includes a charge recovery scheme input configured to receive a charge recovery scheme; and a waveform adjuster configured to identify a need for adding charge recovery phases to recover charges injected during the charge injection phases and adjust the stimulation waveform by automatically inserting the needed charge recovery phases into the stimulation waveform according to the received charge recovery scheme. a storage device (318, 618) configured to store a stimulation waveform representing a pattern of neurostimulation pulses during a stimulation period, the neurostimulation pulses each including a charge injection phase; a programming control circuit (316, 616) configured to generate a plurality of stimulation parameters controlling delivery of the neurostimulation pulses according to the stimulation waveform; and a waveform definition circuit (320, 620) coupled to the storage device and the control circuit and configured to adjust the stimulation waveform, the waveform definition circuit including a charge recovery module (622, 722), characterized in that the charge recovery module (622, 722) includes a charge recovery scheme input configured to receive a charge recovery scheme; and a waveform adjuster configured to identify a need for adding charge recovery phases to recover charges injected during the charge injection phases and adjust the stimulation waveform by automatically inserting the needed charge recovery phases into the stimulation waveform according to the received charge recovery scheme.
A cleaning kit for an aerosol generating device, comprising: a power supplier; a cleaner configured to clean the aerosol generating device by moving while contacting at least one of an accommodation unit and a heater of the aerosol generating device, and a driver configured to operate the cleaner according to power from the power supplier, and including a gear unit, characterized in that the gear unit is configured to change an operating torque of the cleaner. a power supplier; a cleaner configured to clean the aerosol generating device by moving while contacting at least one of an accommodation unit and a heater of the aerosol generating device, and a driver configured to operate the cleaner according to power from the power supplier, and including a gear unit, characterized in that the gear unit is configured to change an operating torque of the cleaner.
A semi-submersible offshore aquaculture platform based on liquid cargo ship modification, wherein a plurality of aquaculture cabins are arranged at the bottom of a deck, a plurality of light inlet holes communicating with the aquaculture cabins are formed in the deck, water exchanging holes communicating with the aquaculture cabins are formed in a ship board on the side part of the deck, ballast tanks are further arranged at the bottom of the deck and are connected with a seawater main pipe through ballast water pipelines, characterised in that the semi-submersible offshore platform further comprises an ultrasonic vibration head arranged on the seawater main pipe; lighting devices arranged on the deck, wherein the lighting devices are connected to diffusers positioned in the aquaculture cabins through light guide tubes running through the deck; and in that a seedling aquaculture cabin is further arranged below the deck, wherein a filter cabin is arranged on the seedling aquaculture cabin, a water inlet pipe is arranged on the filter cabin, the water inlet pipe is connected with a filter device, and the water outlet end of the filter device communicates with the seedling aquaculture cabin; the filter device comprising a water inlet cavity communicating with the water inlet pipe, wherein water leakage holes are formed in the lower surface of the water inlet cavity, a filter belt is arranged at the outer bottom of the water inlet cavity, an obliquely arranged water receiving tank is formed below a top section of the filter belt, and the water receiving tank communicates with the seedling aquaculture cabin through a water outlet pipe. an ultrasonic vibration head arranged on the seawater main pipe; lighting devices arranged on the deck, wherein the lighting devices are connected to diffusers positioned in the aquaculture cabins through light guide tubes running through the deck; and in that a seedling aquaculture cabin is further arranged below the deck, wherein a filter cabin is arranged on the seedling aquaculture cabin, a water inlet pipe is arranged on the filter cabin, the water inlet pipe is connected with a filter device, and the water outlet end of the filter device communicates with the seedling aquaculture cabin; the filter device comprising a water inlet cavity communicating with the water inlet pipe, wherein water leakage holes are formed in the lower surface of the water inlet cavity, a filter belt is arranged at the outer bottom of the water inlet cavity, an obliquely arranged water receiving tank is formed below a top section of the filter belt, and the water receiving tank communicates with the seedling aquaculture cabin through a water outlet pipe.
An airbag unit, in particular an airbag unit comprising a gas generator, a module carrier and a damping element being positioned between the gas generator and the module carrier, the damping element including at least one engaging means and the gas generator at least one receiving means so that the damping element and the gas generator are positively connectable to each other, preferably in the form of a bayonet lock, the damping element including at least one aligning means through which the gas generator and the module carrier can be aligned relative to each other in the rotational direction, characterized in that a through-hole for receiving the aligning means is formed on the gas generator and a through-hole for receiving the aligning means is formed on the module carrier.
An upper turning body for a mobile crane including a lower traveling body, a turn support attached to the lower traveling body, and the upper turning body that is to be mounted to turn freely on the lower traveling body with the turn support therebetween, the upper turning body comprising: a turning frame to be mounted on the lower traveling body to turn freely; and a boom provided to the turning frame to be raised and lowered freely, wherein the turning frame includes a pair of attachment brackets to which a base end section of the boom is attached such that the boom is free to be raised and lowered, and a main frame to which the pair of attachment brackets are provided with an interval in a left-right direction of the upper turning body, and a dimension (L FF) of the main frame in a front-rear direction of the upper turning body orthogonal to the left-right direction is smaller than a dimension (W FF) of the main frame in the left-right direction, wherein the turning frame further includes a subframe arranged on a rear side of the main frame and separably joined to the main frame, a dimension (W RF) of the subframe in the left-right direction is smaller than the dimension (W FF) of the main frame in the left-right direction, a dimension of the subframe in the front-rear direction is larger than the dimension (W RF) of the subframe in the left-right direction, and the main frame and the subframe are arranged in a T-shape when seen from above. a turning frame to be mounted on the lower traveling body to turn freely; and a boom provided to the turning frame to be raised and lowered freely, wherein the turning frame includes a pair of attachment brackets to which a base end section of the boom is attached such that the boom is free to be raised and lowered, and a main frame to which the pair of attachment brackets are provided with an interval in a left-right direction of the upper turning body, and a dimension (L FF) of the main frame in a front-rear direction of the upper turning body orthogonal to the left-right direction is smaller than a dimension (W FF) of the main frame in the left-right direction, wherein the turning frame further includes a subframe arranged on a rear side of the main frame and separably joined to the main frame, a dimension (W RF) of the subframe in the left-right direction is smaller than the dimension (W FF) of the main frame in the left-right direction, a dimension of the subframe in the front-rear direction is larger than the dimension (W RF) of the subframe in the left-right direction, and the main frame and the subframe are arranged in a T-shape when seen from above.
An integrated circuit for transmitting or receiving data in subframes of a wireless communication system, the wireless communication system supporting aggregation of a plurality of component carriers and an additional carrier accessible by a listen before talk approach, the integrated circuit comprising an apparatus adapted to monitor a search space on a cross-scheduling component carrier for detecting downlink control information having a carrier identification field indicating the cross-scheduling component carrier as well as for detecting downlink control information having a carrier identification field indicating the additional carrier, transmit or receive data on the carriers in accordance with the detected downlink control information, characterized in that the search space is specified by a subset of resources, is associated with carrier identification of the cross-scheduling component carrier, is not associated with carrier identification of the additional carrier, and is the single user-specific search space on the cross-scheduling component carrier configured for both scheduling the cross-scheduling component carrier as well as the additional carrier. monitor a search space on a cross-scheduling component carrier for detecting downlink control information having a carrier identification field indicating the cross-scheduling component carrier as well as for detecting downlink control information having a carrier identification field indicating the additional carrier, transmit or receive data on the carriers in accordance with the detected downlink control information, characterized in that the search space is specified by a subset of resources, is associated with carrier identification of the cross-scheduling component carrier, is not associated with carrier identification of the additional carrier, and is the single user-specific search space on the cross-scheduling component carrier configured for both scheduling the cross-scheduling component carrier as well as the additional carrier.