mhurhangee/ep-ind-claims huggingface dataset:
An acid fast staining composition comprising a fuchsin, a weak base having a pKa ranging from between about 8 to about 20, a non-ionic surfactant, and an alcohol, wherein an amount of fuchsin in the composition ranges from between about 0.75 w/v% to about 2.75w/v% by total volume of the composition, wherein an amount of base in the composition ranges from between about 0.05 w/v% to about 0.5 w/v% by total volume of the composition, wherein an amount of surfactant in the composition ranges from between about 0.5 w/v% to about 4 w/v% by total volume of the composition, and wherein the acid fast staining composition is free from phenol.
Sanitary valve, having a main valve which has a movable diaphragm, and a pilot valve by which the main valve is actuatable, wherein a position of the diaphragm is predefinable by a setting of a valve tappet of the pilot valve, characterized in that the sanitary valve has a flowrate regulator arranged downstream from the main valve, wherein a nominal flowrate of the flowrate regulator is modifiable by a push-push mechanism, wherein a regulator core of the flowrate regulator is arranged to be adjustable, in particular displaceable, and is coupled to the push-push mechanism.
A method to virtually unpack luggage, comprising: a scanner obtaining three-dimensional volumetric data of a plurality of objects in a packed state inside the luggage; a processor processing the 3D volumetric data to segment the plurality of objects in the packed state into a plurality of 3D volume objects corresponding to the plurality of packed objects; and the processor rendering each of the plurality of 3D volume objects in an unpacked state to be simultaneously displayed on a display; wherein the objects in the packed state are unpacked in an order based on a state of occlusion of the packed objects relative to a view direction used to visualize the packed objects; wherein the unpacking is visualised by showing an animated transition of each object flying from its original position to an unpacking destination. a scanner obtaining three-dimensional volumetric data of a plurality of objects in a packed state inside the luggage; a processor processing the 3D volumetric data to segment the plurality of objects in the packed state into a plurality of 3D volume objects corresponding to the plurality of packed objects; and the processor rendering each of the plurality of 3D volume objects in an unpacked state to be simultaneously displayed on a display; wherein the objects in the packed state are unpacked in an order based on a state of occlusion of the packed objects relative to a view direction used to visualize the packed objects; wherein the unpacking is visualised by showing an animated transition of each object flying from its original position to an unpacking destination.
A control method of a water purifier using a control kit, the method comprising: the control kit receiving state information regarding the water purifier including operation history of the water purifier from the water purifier; the control kit generating usage patterns by dividing the operation history by a pre-set period unit, and storing in a storage unit operational patterns of the water purifier corresponding to the respective usage patterns; the control kit retrieving from the storage unit an operational pattern corresponding to a respective usage pattern according to a generated usage pattern, and displaying the state information, the usage pattern, and a recommended operational pattern through an interface unit; the control kit receiving a selection of an operational pattern of the water purifier through the interface unit; and the control kit transmitting the selected operational pattern to the water purifier to set the water purifier to operate according to the operational pattern, wherein the operational pattern comprises a sterilization pattern performing a sterilization operation to stabilize an interior of the water purifier by the water purifier itself. the control kit receiving state information regarding the water purifier including operation history of the water purifier from the water purifier; the control kit generating usage patterns by dividing the operation history by a pre-set period unit, and storing in a storage unit operational patterns of the water purifier corresponding to the respective usage patterns; the control kit retrieving from the storage unit an operational pattern corresponding to a respective usage pattern according to a generated usage pattern, and displaying the state information, the usage pattern, and a recommended operational pattern through an interface unit; the control kit receiving a selection of an operational pattern of the water purifier through the interface unit; and the control kit transmitting the selected operational pattern to the water purifier to set the water purifier to operate according to the operational pattern, wherein the operational pattern comprises a sterilization pattern performing a sterilization operation to stabilize an interior of the water purifier by the water purifier itself.
A seal structure sealing between a case and a lid which are combined with each other so as to form a casing of an electronic equipment, the seal structure for the electronic equipment comprising: a gasket installable in a non-adhesion manner between said case and lid, and interposable in a compressed state when said case and lid are assembled; and said gasket has a non-compressed portion, in addition to a portion which is compressable between said case and lid when said case and lid are assembled, and a resin film is integrated with said non-compressed portion, characterized in that said resin film integrated with said gasket in order to enhance a shape retaining property of said gasket, a gasket installable in a non-adhesion manner between said case and lid, and interposable in a compressed state when said case and lid are assembled; and said gasket has a non-compressed portion, in addition to a portion which is compressable between said case and lid when said case and lid are assembled, and a resin film is integrated with said non-compressed portion, characterized in that said resin film integrated with said gasket in order to enhance a shape retaining property of said gasket,
A chemical protective garment, which comprises (a) a body formed of a chemically protective material and comprising: a torso portion; leg portions extending from the torso portion for covering either (i) the legs of the wearer; or (ii) part of each leg of the wearer; (b) removable arm sleeves also formed of chemically protective material and adapted to be fitted to the body; (c) where the leg portions of the body cover only part of each leg of the wearer, the garment further comprises removable leggings formed of chemically protective material and adapted to be fitted to a corresponding leg portion of the body; whereby the body, arms and legs of the wearer are protected by chemically protective material of the garment, characterized in that the chemically protective material of the garment body is a chemically protective fabric, which chemically protective fabric includes a layer of adsorptive carbon or other absorptive substance for absorbing noxious chemicals, or the chemically protective material is a barrier material such as an impermeable or semi-permeable membrane. (a) a body formed of a chemically protective material and comprising: a torso portion; leg portions extending from the torso portion for covering either (i) the legs of the wearer; or (ii) part of each leg of the wearer; (i) the legs of the wearer; or (ii) part of each leg of the wearer; (b) removable arm sleeves also formed of chemically protective material and adapted to be fitted to the body; (c) where the leg portions of the body cover only part of each leg of the wearer,
A method for dispensing a refrigerant in a cryosurgical system, the method comprising: providing a cryosurgical system with a container (110, 310, 410, 710) containing a refrigerant and a delivery tube (120, 320, 420, 720) having a first end (122, 322, 422) configured to be in flow communication with the container and a second end (124, 324, 424) opposite the first end, and a porous applicator bud (140, 340, 440, 740) disposed proximate the second end; adjusting a size of the porous applicator bud by at least partially removing compression forces of flexible finger portions on the porous applicator bud to increase the size of the contact surface (146, 346, 446, 746) of the porous applicator bud or engaging an adjustment ring (130, 330, 430, 730) with the flexible finger portions and thereby compressing a surface of the porous applicator bud to decrease the size of the contact surface of the porous applicator bud; and delivering refrigerant from the container to the applicator bud. providing a cryosurgical system with a container (110, 310, 410, 710) containing a refrigerant and a delivery tube (120, 320, 420, 720) having a first end (122, 322, 422) configured to be in flow communication with the container and a second end (124, 324, 424) opposite the first end, and a porous applicator bud (140, 340, 440, 740) disposed proximate the second end; adjusting a size of the porous applicator bud by at least partially removing compression forces of flexible finger portions on the porous applicator bud to increase the size of the contact surface (146, 346, 446, 746) of the porous applicator bud or engaging an adjustment ring (130, 330, 430, 730) with the flexible finger portions and thereby compressing a surface of the porous applicator bud to decrease the size of the contact surface of the porous applicator bud; and delivering refrigerant from the container to the applicator bud.
An adjustable tunnel of a mobile bagging machine, the tunnel comprising: an expandable base having first and second ends, the expandable base having collapsed and expanded configurations, wherein a distance between the first end and the second end is less in the collapsed configuration than in the expanded configuration; a central arch panel disposed above the expandable base, wherein the central arch panel is vertically movable between first and second positions; a first side panel having a first side panel base coupled to the expandable base at the first end; a second side panel having a second side panel base coupled to the expandable base at the second end; a first intermediate panel disposed between the central arch panel and the first side panel; a second intermediate panel assembly disposed between the central arch panel and the second panel; wherein a height of the central arch panel varies between the first and second position; characterized in that a surface tensioning assembly is disposed about the first and second side panels (324, 326), the first and second intermediate panel (308, 310), and the central arch panel; and an end panel assembly comprises a lower end panel coupled to a bulkhead and an upper end panel connected to the central arch panel, wherein the lower end panel and the upper end panel are vertically movable relative to one another. an expandable base having first and second ends, the expandable base having collapsed and expanded configurations, wherein a distance between the first end and the second end is less in the collapsed configuration than in the expanded configuration; a central arch panel disposed above the expandable base, wherein the central arch panel is vertically movable between first and second positions; a first side panel having a first side panel base coupled to the expandable base at the first end; a second side panel having a second side panel base coupled to the expandable base at the second end; a first intermediate panel disposed between the central arch panel and the first side panel; a second intermediate panel assembly disposed between the central arch panel and the second panel; wherein a height of the central arch panel varies between the first and second position; characterized in that a surface tensioning assembly is disposed about the first and second side panels (324, 326), the first and second intermediate panel (308, 310), and the central arch panel; and an end panel assembly comprises a lower end panel coupled to a bulkhead and an upper end panel connected to the central arch panel, wherein the lower end panel and the upper end panel are vertically movable relative to one another.
A method of restoring a landfill site comprising covering the surface of the landfill site with a substantially uninterrupted layer of a composition including pulverised fly ash mixed with lime, the layer creating a pozzolanic pan, tapping the pozzolanic pan to extract methane gas from said landfill site, and laying at least one soil horizon over the pozzolanic pan, characterised by prior to covering the surface of the landfill site, grading the surface of the landfill site in one or more slopes for the resultant pozzolanic pan to slope, and pyrolysing biomass using said methane gas extracted from said landfill site to produce biochar, and forming part of the at least one soil horizon from said biochar.
Connecting device for transmitting electric signals to and/or from a steering wheel of a motor vehicle, with a positionally fixed component for the positionally fixed installation in the motor vehicle, with a hub part, which is mounted rotatably on the positionally fixed component, for connection to the steering wheel, and with a locking element which is mounted pivotably on a bearing part and, when the hub part is connected to the steering wheel, is pivotable from an installation position, in which a blocking bolt of the locking element blocks the rotation of the hub part, counter to a spring force of a spring element into an operating position, in which the rotation of the hub part is released, characterized in that the spring element is designed as a leg spring which is wound around a basic body of the locking element, wherein a first leg of the leg spring is supported on the locking element and a second leg of the leg spring is supported on the bearing part, wherein the bearing part has a receptacle into which the basic body of the locking element is inserted, and the bearing part has a holding arm which is of resilient design, bears against the basic body of the locking element and by means of which the basic body is held in the receptacle.
A method for making a Nicotiana plant or Nicotiana plant cell line that comprises a deletion in each of a plurality of XylT1 and XylT2 alleles and a deletion in each of a plurality of FucT1 and FucT2 alleles, said method comprising: (a) contacting a population of Nicotiana plant cells comprising functional XylT1 and XylT2 alleles and functional FucT1 and FucT2 alleles with a first TAL effector endonuclease (TALEN) pair that binds to nucleic acid sequences selected from the group consisting of: SEQ ID NOs: 47 and 48; SEQ ID NOs: 49 and 50; and SEQ ID NOs: 51 and 52, and a second TAL effector endonuclease (TALEN) pair that binds to nucleic acid sequences selected from the group consisting of: SEQ ID NOs: 53 and 54; SEQ ID NOs: 55 and 56; SEQ ID NOs: 57 and 58; SEQ ID NOs: 58 and 59; and SEQ ID NOs: 62 and 63, (b) selecting, from said population, a cell in which each of said plurality of XylT1 and XylT2 alleles and each of said plurality of FucT1 and FucT2 alleles have been inactivated, and (c) regenerating said selected plant cell into said Nicotiana plant or Nicotiana plant cell line, wherein said Nicotiana plant or Nicotiana plant cell line comprises said deletion in each of said plurality of XylT1 and XylT2 alleles and said deletion in each of said plurality of FucT1 and FucT2 alleles, and wherein levels of beta-1,2-xylosyl- and core alpha-1,3-fucosyl-sugars on N-glycan structures of glycoproteins produced in said plant or plant cell line are decreased as compared to a corresponding plant or plant cell line that does not contain said deletions. (a) contacting a population of Nicotiana plant cells comprising functional XylT1 and XylT2 alleles and functional FucT1 and FucT2 alleles with a first TAL effector endonuclease (TALEN) pair that binds to nucleic acid sequences selected from the group consisting of: SEQ ID NOs: 47 and 48; SEQ ID NOs: 49 and 50; and SEQ ID NOs: 51 and 52, and a second TAL effector endonuclease (TALEN) pair that binds to nucleic acid sequences selected from the group consisting of: SEQ ID NOs: 53 and 54; SEQ ID NOs: 55 and 56; SEQ ID NOs: 57 and 58; SEQ ID NOs: 58 and 59; and SEQ ID NOs: 62 and 63, (b) selecting, from said population, a cell in which each of said plurality of XylT1 and XylT2 alleles and each of said plurality of FucT1 and FucT2 alleles have been inactivated, and (c) regenerating said selected plant cell into said Nicotiana plant or Nicotiana plant cell line, wherein said Nicotiana plant or Nicotiana plant cell line comprises said deletion in each of said plurality of XylT1 and XylT2 alleles and said deletion in each of said plurality of FucT1 and FucT2 alleles, and wherein levels of beta-1,2-xylosyl- and core alpha-1,3-fucosyl-sugars on N-glycan structures of glycoproteins produced in said plant or plant cell line are decreased as compared to a corresponding plant or plant cell line that does not contain said deletions.
An energy management system comprising (a) one or more power measurement device each of which comprises a plug, one or more power measurement module, a memory module, one or more AC sockets each of which is coupled with an AC switch, one or more communication modules and a microcontroller, wherein said microcontroller is adapted to control the AC switches; (b) a Master Device comprising a plug, a docking space and one or more detachable Dongle wherein said Dongle comprises a microcontroller, one or more communication modules, charging circuitry and battery; and (c) one or more computer or mobile device, wherein said computers or mobile devices comprise a software for analyzing energy consumption measurement and providing control instructions for controlling the energy consumption of the AC sockets, wherein energy consumption from the AC sockets are measured by the one or more power measurement device and communicated to the computer or mobile devices via the Dongle of the Master Device, wherein control instructions from the computers or mobile devices are communicated to the microcontroller in the one or more power measurement device via the Dongle of the Master Device. (a) one or more power measurement device each of which comprises a plug, one or more power measurement module, a memory module, one or more AC sockets each of which is coupled with an AC switch, one or more communication modules and a microcontroller, wherein said microcontroller is adapted to control the AC switches; (b) a Master Device comprising a plug, a docking space and one or more detachable Dongle wherein said Dongle comprises a microcontroller, one or more communication modules, charging circuitry and battery; and (c) one or more computer or mobile device, wherein said computers or mobile devices comprise a software for analyzing energy consumption measurement and providing control instructions for controlling the energy consumption of the AC sockets,
Blocking device which is suitable for use on a terminal block, wherein a terminal block of this kind has a housing and a plurality of connection terminals (3, 4, 5), wherein each connection terminal (3, 4, 5) comprises at least one clamping unit for making contact with at least one conductor which can be received at the connection terminal (3, 4, 5), and comprises at least one associated operating unit for operating the clamping unit in order to selectively move the clamping unit between at least two positions (9, 10), wherein at least one of the positions is an open position and at least one of the positions is a contact position, characterized in that the blocking device is of comb-like design and comprises a plurality of blocking units in order to prevent the operation of the operating units of at least two connection terminals (3, 4, 5) of the plurality of connection terminals jointly, wherein the blocking units of the blocking device are each received in separate blocking receptacles of the terminal block in the blocking position, so that the corresponding operating units of the connection terminals (3, 4, 5) are blocked in the blocking position.
A fuel injection controller for an engine, the engine including a plurality of cylinders (#1 to #4) and a plurality of fuel injection valves provided respectively in the cylinders (#1 to #4), wherein the fuel injection controller is configured to control each of fuel injection amounts of the fuel injection valves, the fuel injection controller is configured to have, as correction values for fuel injection amounts of the fuel injection valves, an air-fuel ratio feedback correction value, which is updated such that a difference between an exhaust air-fuel ratio, which is detected by an air-fuel ratio sensor installed in an exhaust passage, and a target air-fuel ratio approaches zero, an air-fuel ratio learning value, which is updated based on the air-fuel ratio feedback correction value such that an amount of correction of the fuel injection amount according to the air-fuel ratio feedback correction value approaches zero, and respective-cylinder correction values, which are set for the respective cylinders to differentiate the air fuel ratios of the cylinders (#1 to #4), and the fuel injection controller is configured to make an update rate of the air-fuel ratio learning value lower when a variation among the respective-cylinder correction values of the cylinders (#1 to #4) is great than when the variation among the respective-cylinder correction values of the cylinders (#1 to #4) is small. an air-fuel ratio feedback correction value, which is updated such that a difference between an exhaust air-fuel ratio, which is detected by an air-fuel ratio sensor installed in an exhaust passage, and a target air-fuel ratio approaches zero, an air-fuel ratio learning value, which is updated based on the air-fuel ratio feedback correction value such that an amount of correction of the fuel injection amount according to the air-fuel ratio feedback correction value approaches zero, and respective-cylinder correction values, which are set for the respective cylinders to differentiate the air fuel ratios of the cylinders (#1 to #4), and
Method for operating an image processing control device, wherein a output datum is determined from at least one input datum by means of an algorithm provided for image processing, wherein the input datum is an image of a camera, wherein it is checked whether the output datum is contained in a first group which does not contain all possible output data, after which a second determination of the output datum occurs to check the output datum only in the case of an output datum contained in the first group, wherein the first group which does not contain all possible output data comprises output data describing an intervention by an actuator and/or leading to an intervention by an actuator as well as security-critical output data.