mhurhangee/ep-ind-claims huggingface dataset:
A wet desulfurization method for removing hydrogen sulfide from gas comprising the following steps: (a) contacting and reacting the gaseous stream containing H 2 S with a suspension containing as desulfurizer a composition comprising iron oxide hydroxide in a desulfurization reactor; (b) leading the suspension containing waste agent produced by desulfurizing of desulfurizer after the reaction in step (a) to a regenerative reactor, and regenerating the waste agent by using an oxygen-containing gas; and (c) leading the suspension containing desulfurizer regenerated in step (b) to the desulfurization reactor in step (a), and contacting and reacting with the gaseous stream containing H 2 S, characterized in that said iron oxide hydroxide is non-crystalline; the pH value of said composition in said regeneration reactor ranges from 6.5 to 7.5 and the wet desulfurization method is conducted at room temperature of -5°C to 45°C and under normal pressure. (a) contacting and reacting the gaseous stream containing H 2 S with a suspension containing as desulfurizer a composition comprising iron oxide hydroxide in a desulfurization reactor; (b) leading the suspension containing waste agent produced by desulfurizing of desulfurizer after the reaction in step (a) to a regenerative reactor, and regenerating the waste agent by using an oxygen-containing gas; and (c) leading the suspension containing desulfurizer regenerated in step (b) to the desulfurization reactor in step (a), and contacting and reacting with the gaseous stream containing H 2 S,
Adapter device (100; 100') for connecting a plastics melt filtering device to a pipeline, having at least: - a housing connection element which has at least one inner flow duct in a pipe extension having a reduced outside diameter, said pipe extension being provided over at least part of the length thereof with an external thread; - an adjusting ring element (20; 20') having an internal thread for receiving the external thread of the pipe extension of the housing connection element; - a line connection element (30; 30') for connecting to the pipeline with a line ring flange and with a pipe extension having an inner flow duct, wherein the pipe extension of the line connection element is partially pushed into the flow duct of the housing connection element; and wherein the adapter device (100; 100') is length-adjustable, characterized in that the line ring flange of the line connection element is rotatable in a receiving groove of the adjusting ring element and is fixed in a form-fitting manner against axially acting forces. - a housing connection element which has at least one inner flow duct in a pipe extension having a reduced outside diameter, said pipe extension being provided over at least part of the length thereof with an external thread; - an adjusting ring element (20; 20') having an internal thread for receiving the external thread of the pipe extension of the housing connection element; - a line connection element (30; 30') for connecting to the pipeline with a line ring flange and with a pipe extension having an inner flow duct, wherein the pipe extension of the line connection element is partially pushed into the flow duct of the housing connection element;
Weapon station comprising a weapon carriage mounted on a carriage base with a side aligning member which can be rotated in an azimuth direction and with an equipment receptacle arranged in the carriage base and rotationally coupled with the side aligning member for receiving a piece of equipment for the weapon station, characterised in that the weapon carriage is arranged on the carriage base and that it can be tilted around a swivel axis and that the coupling between the equipment receptacle and the side aligning member is releaseble during tilting.
A method of producing a shrinkable starch membrane, by the electrospinning process, from a solution which is a mixture of starch and formic acid, characterized in that a solution having a concentration of 18-22% by weight is prepared from corn starch and concentrated formic acid, the concentration of which is 98-99% by weight, is mixed at a temperature of 20-25 °C at a speed of 100-200 rpm. for 0.5-10.0 hours, then the homogeneous solution is allowed to rest for 15-30 hours, after which it is subjected to electrospinning in the conditions of 50-70% relative humidity, with a potential difference between the needle and the collector of 15-17 kV, a distance between the needle and the collector of 8-12 cm, and a polymer solution flow rate of 0.50-0.70 ml/h, thus obtaining a membrane with a porosity of at least 60% and an average fibre diameter of 0.43-1.60 μm, which is stored at a temperature of 20-25 °C in a sealed container impermeable to humidity.
Method for determining soot in the exhaust gas of an internal combustion engine by means of a sensor element which has at least two measuring electrodes (14, 16) which are subjected to the exhaust gas, and a heating element, wherein a voltage (U IDE) is applied to the at least two measuring electrodes (14, 16) during a measuring phase, and the current flow (I IDE) which occurs between the measuring electrodes (14, 16) or the electrical resistance is determined and is output as a measure of the particle concentration or the particle mass flow, wherein the temperature of the sensor element is monitored during the measuring phase and the sensor element is heated by the heating element if the temperature of the sensor element drops below a limiting temperature (T G), characterized in that the internal combustion engine is part of a hybrid drive of a vehicle, and/or in that the internal combustion engine is part of a vehicle with a start/stop system, in that the limiting temperature (T G) is a constant temperature in the range from 50°C to 200°C, and in that the heating is also carried out when the limiting temperature (T G) is undershot while the vehicle is being driven electrically with the internal combustion engine deactivated and/or during a stop phase.
Lighting device (1, 1 a, 1 b, 1 c), especially for lighting an inside space such as a room, comprising at least one quasi-point light source of the light emitting diode type and a light deflection system placed in a predetermined position relative to the light source for guiding the light emitted thereby to a lighting zone, characterised in that the light deflection system comprises a one-piece optical component (39, 39a, 39b, 39c) which receives in the central axis an incident light beam emanating from the light emitting diode, the one-piece optical component (39, 39a, 39b, 39c) comprising a first optical element which is arranged so as to separate the incident light beam into at least one central light cone and a peripheral light cone, a second optical element which is arranged on the path of the central light cone, a third optical element which is arranged on the path of the peripheral light cone, and in that the optical component has an outlet surface which is adapted to effect a refraction of the central light flux and a refraction of the peripheral light flux, the third optical element and the outlet surface being arranged to make the peripheral light flux converge in the direction of the axis of the central light flux so that crossing of the resulting light fluxes takes place in the lighting zone, upstream of a plane perpendicular to the lighting axis in which the light fluxes produce two complementary and contiguous portions (67; 73) of a lit surface, over the totality of which substantially constant lighting is obtained.
A system comprising: a network comprising multiple network nodes each configured for free-space optical communication; wherein each network node comprises: one or more apertures through which optical beams are transmitted and received over optical links (112a, 112b), the optical links (112a, 112b) including (i) a traffic link that transports higher-rate traffic between nodes and (ii) an acquisition/tracking link that transports lower-rate signals used to establish and maintain location knowledge of other nodes; a network processor configured to determine a backup path through the network using the acquisition/tracking link; and a beam steering unit configured to redirect an optical beam from the traffic link onto the acquisition/tracking link to create a backup traffic link over the backup path. a network comprising multiple network nodes each configured for free-space optical communication; wherein each network node comprises: one or more apertures through which optical beams are transmitted and received over optical links (112a, 112b), the optical links (112a, 112b) including (i) a traffic link that transports higher-rate traffic between nodes and (ii) an acquisition/tracking link that transports lower-rate signals used to establish and maintain location knowledge of other nodes; a network processor configured to determine a backup path through the network using the acquisition/tracking link; and a beam steering unit configured to redirect an optical beam from the traffic link onto the acquisition/tracking link to create a backup traffic link over the backup path. one or more apertures through which optical beams are transmitted and received over optical links (112a, 112b), the optical links (112a, 112b) including (i) a traffic link that transports higher-rate traffic between nodes and (ii) an acquisition/tracking link that transports lower-rate signals used to establish and maintain location knowledge of other nodes; a network processor configured to determine a backup path through the network using the acquisition/tracking link; and a beam steering unit configured to redirect an optical beam from the traffic link onto the acquisition/tracking link to create a backup traffic link over the backup path.
Device for sealing a line feed-through through an opening in a wall region, having at least one sealing element which can be arranged around the line and which has an inner face for placing on the line and an outer face for bringing into contact with a wall which delimits the opening, and having a tensioning device for tensioning the sealing element so that the sealing element abuts with the inner face thereof in a sealing manner against the line and abuts with the outer face thereof in a sealing manner against the wall, wherein the tensioning device has two tensioning members (12, 12′) which are arranged at both sides of the sealing element and which are variable with respect to each other in terms of spacing, wherein at least one of the tensioning members (12, 12′) has a plurality of annular segments (16′, 16ʺ, 16′′′) which can be assembled to form an annular member, wherein each annular segment can be reversibly coupled in each case at the end side via a connection portion (18, 18′) to an adjacent annular segment (16′, 16ʺ, 16′′′), wherein the two ends of the annular segments (16′, 16ʺ, 16′′′) which can be coupled by means of the connection portion (18, 18') in each case form a plug type receiving member for the connection portion (18, 18'), characterised in that the plug type receiving member has an insertion opening which is open in a substantially radial direction, in particular in the direction of the outer periphery of the tensioning member (12, 12'). wherein at least one of the tensioning members (12, 12′) has a plurality of annular segments (16′, 16ʺ, 16′′′) which can be assembled to form an annular member, wherein each annular segment can be reversibly coupled in each case at the end side via a connection portion (18, 18′) to an adjacent annular segment (16′, 16ʺ, 16′′′), wherein the two ends of the annular segments (16′, 16ʺ, 16′′′) which can be coupled by means of the connection portion (18, 18') in each case form a plug type receiving member for the connection portion (18, 18'), characterised in that the plug type receiving member has an insertion opening which is open in a substantially radial direction, in particular in the direction of the outer periphery of the tensioning member (12, 12').
A computer-implemented method for manufacturing an antenna, the method, comprising: receiving selection criteria for querying a database of configuration and performance information of a plurality of antennas and correlation criteria for performing machine learning on results returned from querying the database; in response to receiving, from the database, query results matching the selection criteria, performing machine learning on the query results according to the correlation criteria that includes a minimum correlation threshold indicating an effectiveness of one or more updates or changes to configuration of the plurality of antennas; receiving, from the machine learning, a proposed improvement to a process of manufacturing the antenna; deploying an improved process of manufacturing the antenna if the machine learning resulted in correlation of the results returned from querying the database to the correlation criteria meeting or exceeding the minimum correlation threshold. receiving selection criteria for querying a database of configuration and performance information of a plurality of antennas and correlation criteria for performing machine learning on results returned from querying the database; in response to receiving, from the database, query results matching the selection criteria, performing machine learning on the query results according to the correlation criteria that includes a minimum correlation threshold indicating an effectiveness of one or more updates or changes to configuration of the plurality of antennas; receiving, from the machine learning, a proposed improvement to a process of manufacturing the antenna; deploying an improved process of manufacturing the antenna if the machine learning resulted in correlation of the results returned from querying the database to the correlation criteria meeting or exceeding the minimum correlation threshold.
A method for preparing a polysiloxane resin - polyolefin copolymer comprising: 1) combining starting materials comprising: A) a polyolefin having a silicon bonded hydrogen functional group of formula where each R 1 is an independently selected monovalent hydrocarbon group and subscript a is 1 or 2; B) a polysiloxane resin having, per molecule, at least one silicon bonded group reactive with silicon bonded hydrogen of starting material A); and C) a catalyst. 1) combining starting materials comprising: A) a polyolefin having a silicon bonded hydrogen functional group of formula where each R 1 is an independently selected monovalent hydrocarbon group and subscript a is 1 or 2; B) a polysiloxane resin having, per molecule, at least one silicon bonded group reactive with silicon bonded hydrogen of starting material A); and C) a catalyst. A) a polyolefin having a silicon bonded hydrogen functional group of formula where each R 1 is an independently selected monovalent hydrocarbon group and subscript a is 1 or 2; B) a polysiloxane resin having, per molecule, at least one silicon bonded group reactive with silicon bonded hydrogen of starting material A); and C) a catalyst.
A liquid dispensing toothbrush comprising: a head supporting a plurality of tooth cleaning elements; a reservoir disposed in the toothbrush for storing an oral care fluid; at least one liquid outlet disposed in the head; a pump disposed in the head, the pump being in fluid communication with the reservoir and the liquid outlet, the pump including a housing defining a pump chamber and a flexible membrane operable to pump the liquid, the membrane having a generally thin flat structure defining a membrane reference plane; an actuator coupled to the membrane and operable to move the membrane between alternating intake and discharge positions; and an inlet flap valve and an outlet flap valve disposed in the pump, characterized in that the inlet flap valve and outlet flap valve are positioned to lie in the membrane reference plane. a head supporting a plurality of tooth cleaning elements; a reservoir disposed in the toothbrush for storing an oral care fluid; at least one liquid outlet disposed in the head; a pump disposed in the head, the pump being in fluid communication with the reservoir and the liquid outlet, the pump including a housing defining a pump chamber and a flexible membrane operable to pump the liquid, the membrane having a generally thin flat structure defining a membrane reference plane; an actuator coupled to the membrane and operable to move the membrane between alternating intake and discharge positions; and an inlet flap valve and an outlet flap valve disposed in the pump, characterized in that the inlet flap valve and outlet flap valve are positioned to lie in the membrane reference plane.
A method of controlling D2D communication in a wireless communication network, the method comprising: a wireless communication device (10; 700; 1000) configuring a resource pool for selection of radio resources for D2D transmissions by the wireless communication device (10; 700; 1000), the resource pool being divided into multiple subsets (S1, S2, S3) of radio resources which are each associated with at least one of multiple types of selection mechanisms; depending on which of the multiple types of selection mechanisms is applied by the wireless communication device (10; 700; 1000) for selection of radio resources for D2D transmissions, the wireless communication device (10; 700; 1000) performing prioritization of the subsets (S1, S2, S3) of radio resources; based on the prioritization of the subsets (S1, S2, S3) and using the applied type of selection mechanism, the wireless communication device (10; 700; 1000) selecting at least one radio resource from the resource pool; and the wireless communication device (10; 700; 1000) performing one or more D2D transmissions on the selected at least one radio resource. a wireless communication device (10; 700; 1000) configuring a resource pool for selection of radio resources for D2D transmissions by the wireless communication device (10; 700; 1000), the resource pool being divided into multiple subsets (S1, S2, S3) of radio resources which are each associated with at least one of multiple types of selection mechanisms; depending on which of the multiple types of selection mechanisms is applied by the wireless communication device (10; 700; 1000) for selection of radio resources for D2D transmissions, the wireless communication device (10; 700; 1000) performing prioritization of the subsets (S1, S2, S3) of radio resources; based on the prioritization of the subsets (S1, S2, S3) and using the applied type of selection mechanism, the wireless communication device (10; 700; 1000) selecting at least one radio resource from the resource pool; and the wireless communication device (10; 700; 1000) performing one or more D2D transmissions on the selected at least one radio resource.
A composition comprising at least one fluoroolefin and 10 to 2,000 ppm by weight of at least one inhibitor selected from the group consisting of limonene, α-terpinene and α-tocopherol which reduces conversion of the fluoroolefin into oligomers or polymers, and wherein the composition contains less than 1 wt.% of oligomeric, homopolymers or other polymeric products derived from the fluoroolefin, wherein the fluoroolefin comprises at least one member of HFO-1234yf and HFO-1234ze, and wherein the composition further comprises at least one member selected from the group consisting of HCC-40, HCFC-22, CFC-115, HCFC-124, HCFC-1122, and CFC-1113. wherein the fluoroolefin comprises at least one member of HFO-1234yf and HFO-1234ze, and wherein the composition further comprises at least one member selected from the group consisting of HCC-40, HCFC-22, CFC-115, HCFC-124, HCFC-1122, and CFC-1113.
A system for automatically initializing or initiating a motion compensation algorithm for compensating respiration, cardiac activity and/or other cardiac motion artifacts, comprising a medical device adapted for a commanded movement including a catheter comprising one or more positioning sensors for determining raw uncompensated location coordinates of the catheter; a processing apparatus configured to: acquire data representing information relating to a commanded movement of the catheter disposed within an anatomic structure; determine whether said catheter is in an anatomically stable position based on said information represented by said acquired data; and automatically initiate the execution of the motion compensation algorithm in response to a determination that said catheter is in an anatomically stable position for correcting the raw uncompensated location coordinates. acquire data representing information relating to a commanded movement of the catheter disposed within an anatomic structure; determine whether said catheter is in an anatomically stable position based on said information represented by said acquired data; and automatically initiate the execution of the motion compensation algorithm in response to a determination that said catheter is in an anatomically stable position for correcting the raw uncompensated location coordinates.
A turbine shroud adapted to be mounted outward of blades included in a turbine wheel assembly, the turbine shroud comprising: a blade track segment comprising ceramic matrix composite materials, the blade track segment including a runner that extends partway around a central axis to face a primary gas path of a gas turbine engine and an attachment feature, characterized in that the shroud comprises a multi-piece carrier having a forward body and an aft body comprising metallic materials and configured to be mounted to other metallic components within the gas turbine engine and coupled together at mating faces (29, 27) of each of the forward and aft bodies (24, 26), and a mount assembly configured to couple with the attachment feature, and having an axial stop pin that is fitted in a closed-face receiver of the aft body of the multi-piece carrier and contacts a wall of the attachment feature, wherein the attachment feature includes an eyelet formed therethrough, the axial stop pin abuts the wall of the attachment feature located radially exterior to the eyelet, and the axial stop pin has a length to maintain appropriate axial spacing between the fore body, the aft body and the blade track segment. a blade track segment comprising ceramic matrix composite materials, the blade track segment including a runner that extends partway around a central axis to face a primary gas path of a gas turbine engine and an attachment feature, characterized in that the shroud comprises a multi-piece carrier having a forward body and an aft body comprising metallic materials and configured to be mounted to other metallic components within the gas turbine engine and coupled together at mating faces (29, 27) of each of the forward and aft bodies (24, 26), and a mount assembly configured to couple with the attachment feature, and having an axial stop pin that is fitted in a closed-face receiver of the aft body of the multi-piece carrier and contacts a wall of the attachment feature, wherein the attachment feature includes an eyelet formed therethrough, the axial stop pin abuts the wall of the attachment feature located radially exterior to the eyelet, and the axial stop pin has a length to maintain appropriate axial spacing between the fore body, the aft body and the blade track segment.
Milling blank for producing an indirect dental restoration, composed of resin or a resin-based composite, containing water in an amount of at least 25% of the water sorption W sp characterized in that the milling blank is sealed or enclosed in a water-tight manner.