mhurhangee/ep-ind-claims huggingface dataset:
A safety device comprising: a tool which performs a predetermined operation through an operation of an actuator; a mounting tool worn by a user operation the tool; a transmission unit which is provided in the mounting tool, and transmits a wireless signal in which a transmission direction is set to have high directional characteristic with respect to a certain direction; a reception unit which is provided in the tool, and receives the wireless signal transmitted by the transmission unit; and a controller which controls the tool on a condition that the reception unit recognizes the wireless signal, characterized in that the tool and the mounting tool are configured to be capable of setting individual identification information, and the controller controls the tool on a condition that it is recognized that a combination of the tool and the mounting tool is a preset combination. a tool which performs a predetermined operation through an operation of an actuator; a mounting tool worn by a user operation the tool; a transmission unit which is provided in the mounting tool, and transmits a wireless signal in which a transmission direction is set to have high directional characteristic with respect to a certain direction; a reception unit which is provided in the tool, and receives the wireless signal transmitted by the transmission unit; and a controller which controls the tool on a condition that the reception unit recognizes the wireless signal, characterized in that the tool and the mounting tool are configured to be capable of setting individual identification information, and the controller controls the tool on a condition that it is recognized that a combination of the tool and the mounting tool is a preset combination.
Projectile, comprising a projectile casing and an explosive charge (1, 11) that has a predetermined volume and a predetermined external form, is encapsulated by a potting compound in the projectile casing and is formed by a predetermined number of interconnected preformed explosive segments, which are in each case either an explosive segment (4a, 4b, 4c, 14a, 14b, 14c) containing explosive or an inert segment (5a, 5b, 15a, 15b, 15c) containing no explosive, wherein at least one segment is an explosive segment (4a, 4b, 4c, 14a, 14b, 14c), so that the amount of explosive that is incorporated in the explosive charge is adjustable on the basis of the number of explosive segments (4a, 4b, 4c, 14a, 14b, 14c).
An unmanned aerial vehicle -UAV- configured for hovering, the UAV comprising: a fan (7, 9); and a fan duct defining an inside duct wall having a substantially circular cross-section, and an outside duct wall cooperatively engaged with the inside duct wall to form an at least partially enclosed space; the fan duct including a plurality of enlarged areas of the at least partially enclosed space, characterized in that the plurality of enlarged areas extend outwardly in a direction perpendicular to an axis of rotation of the fan (7,9), forming duct corners, the fan duct further comprising duct side walls thinner than the duct corners, wherein a first cross-section of the fan duct taken at a duct corner defines a first air foil shape having a first leading edge and a second cross-section of the fan duct taken at a duct side wall defines a second air foil shape having a second leading edge, and wherein both the first leading edge and the second leading edge are tangent to one single plane that is perpendicular to the axis of rotation of the fan. a fan (7, 9); and a fan duct defining an inside duct wall having a substantially circular cross-section, and an outside duct wall cooperatively engaged with the inside duct wall to form an at least partially enclosed space; the fan duct including a plurality of enlarged areas of the at least partially enclosed space, characterized in that the plurality of enlarged areas extend outwardly in a direction perpendicular to an axis of rotation of the fan (7,9), forming duct corners, the fan duct further comprising duct side walls thinner than the duct corners, wherein a first cross-section of the fan duct taken at a duct corner defines a first air foil shape having a first leading edge and a second cross-section of the fan duct taken at a duct side wall defines a second air foil shape having a second leading edge, and wherein both the first leading edge and the second leading edge are tangent to one single plane that is perpendicular to the axis of rotation of the fan.
A method for the detection, monitoring and/or controlling of racing vehicles (V1, V2, Vn) on a racetrack, in which a respective racing vehicle (V1, V2, Vn) is monitored with at least one camera (7, 8, 9) when traversing a predetermined section of track, in particular the starting line and/or finishing line, and the images provided by the camera (7, 8) are recorded in a recording device, wherein the images provided by the camera (7, 8, 9) are only recorded during a defined time window, within which a traversing of the section of track is to be determined, wherein the actual traversing of the predetermined section of track is detected by means of a sensor device separate from the camera and a sensor signal is output when traversing the predetermined section of the track, wherein the image produced by the camera (7, 8, 9) when outputting the sensor signal of said sensor device is provided with a marker when the output sensor signal is within the determined time window, and the markers associated with the respective images are stored in an event list, wherein said marker is read out by a marker reader in order to select the image associated with the marker from the images provided by the camera (7, 8).
A pneumatic tyre comprising a carcass structure and a tread disposed in a radially outer position with respect to said carcass structure, wherein said tread comprises an inner tread and a plurality of spaced lugs outwardly projecting from said inner tread, wherein said spaced lugs extend in transverse direction from a central portion towards shoulder portions of the tread, wherein a portion of said inner tread comprised between two circumferentially consecutive lugs comprises at least a first and a second circumferentially adjacent surfaces (102a, 102b), wherein substantially at the adjacency thereof said first and second surfaces (102a, 102b) are at least partially disposed at different radial heights, so as to form at least one transversely extending step within said inner tread portion, wherein a dimension and/or a shape of said step is chosen so as to create a discontinuity in a rigidity of said portion of inner tread comprised between two circumferentially consecutive lugs, to create a hinge.
Pump apparatus for a systems housing of a vehicle, having a pump installation which is disposed in a pump housing and is able to be driven by means of a motor, the latter being dedicated to the pump apparatus or being external, wherein at least the pump housing of the pump apparatus is able to be incorporated in a pump receptacle opening of the systems housing in such a manner that a liquid directed through at least one line configured in the systems housing is able to be pumped by means of the pump installation driven by the motor; characterized by a suction filter which is disposed either in the pump housing or in a filter housing mechanically fastened to the pump housing; wherein the pump apparatus is additionally configured having at least: a closure lid by means of which the pump receptacle opening of the systems housing is able to be sealed in a liquid-tight manner in relation to an adjacent external environment of the systems housing; and the electric motor which is disposed between an inside of the closure lid and the pump installation and is disposed either in the pump housing or in a motor housing mechanically fastened to the pump housing. a closure lid by means of which the pump receptacle opening of the systems housing is able to be sealed in a liquid-tight manner in relation to an adjacent external environment of the systems housing; and the electric motor which is disposed between an inside of the closure lid and the pump installation and is disposed either in the pump housing or in a motor housing mechanically fastened to the pump housing.
A composition comprising 35 to 75% by weight of glass, 20 to 65% by weight of mica and 0 to 15% by weight of a mineral filler with a Tg above 600°C, characterized in that said glass comprises: - 10 to 30 mol% of SiO 2 - more than 20% and up to 40 mol% of BaO - 15 to 30 mol% of B 2 O 3, the sum of the concentrations of zinc oxide, alkali metal oxide and alkaline earth oxide in the glass extending up to 65 mol%. - 10 to 30 mol% of SiO 2 - more than 20% and up to 40 mol% of BaO - 15 to 30 mol% of B 2 O 3,
A booth module for exhibition configured to construct a booth for exhibition, the booth module comprising: a frame; a main body dowel; a bolt detachably coupled to the main body dowel; and a cap dowel detachably coupled to the bolt, characterised in that: the main body dowel comprises a body having a bolt insertion hole formed therein, a button, a part of which is inserted into the body to be installed therein through a button installation hole formed in the body, and a spring installed inside the body so as to push one end of the button; and wherein the cap dowel includes a cap dowel body having a cap dowel bolt insertion hole formed therein, a cap dowel button, a part of which is inserted into the cap dowel body to be installed therein through a cap dowel button installation hole formed in the cap dowel body, and a cap dowel spring installed inside the cap dowel body so as to push one end of the cap dowel button, wherein the buttons (11, 31) are provided with bolt through holes (111, 311) communicating with the bolt insertion holes (121, 321), and wherein the main body dowel is adhered to the frame. a frame; a main body dowel; a bolt detachably coupled to the main body dowel; and a cap dowel detachably coupled to the bolt, characterised in that: the main body dowel comprises a body having a bolt insertion hole formed therein, a button, a part of which is inserted into the body to be installed therein through a button installation hole formed in the body, and a spring installed inside the body so as to push one end of the button; and wherein the cap dowel includes a cap dowel body having a cap dowel bolt insertion hole formed therein, a cap dowel button, a part of which is inserted into the cap dowel body to be installed therein through a cap dowel button installation hole formed in the cap dowel body, and a cap dowel spring installed inside the cap dowel body so as to push one end of the cap dowel button, wherein the buttons (11, 31) are provided with bolt through holes (111, 311) communicating with the bolt insertion holes (121, 321), and wherein the main body dowel is adhered to the frame. the main body dowel comprises a body having a bolt insertion hole formed therein, a button, a part of which is inserted into the body to be installed therein through a button installation hole formed in the body, and a spring installed inside the body so as to push one end of the button; and wherein the cap dowel includes a cap dowel body having a cap dowel bolt insertion hole formed therein, a cap dowel button, a part of which is inserted into the cap dowel body to be installed therein through a cap dowel button installation hole formed in the cap dowel body, and a cap dowel spring installed inside the cap dowel body so as to push one end of the cap dowel button, wherein the buttons (11, 31) are provided with bolt through holes (111, 311) communicating with the bolt insertion holes (121, 321), and wherein the main body dowel is adhered to the frame.
Stirring apparatus, in particular for a liquid container, having a monitoring apparatus for monitoring the stirring apparatus, wherein the monitoring apparatus comprises a temperature recording unit, which is designed to record a temperature in a region of the stirring apparatus, and an evaluation unit, which is designed to take the recorded temperature as a basis for outputting a signal, having an electric drive, wherein the region in which the temperature is recorded is an outer surface region of the electric drive, in particular of a housing and/or of a cooling surface of the electric drive, characterized in that the signal signals a fault and/or wear and/or a need for repair and/or a need for maintenance of the stirring apparatus.
A medical balloon or a parison for forming a medical balloon and a mandrel including a lattice comprising a radiopaque material and configured for insertion into and expanding within the medical balloon or the parison.
A method of synthesizing methanol, the method comprising: introducing a syngas reactor feed stream from a feed gas source comprising hydrogen gas (H 2) and carbon oxides of CO and CO 2 into a methanol synthesis reactor to form a reactor product stream comprising methanol, water, and unreacted carbon oxides of CO and CO 2 and hydrogen gas; separating methanol and water from the reactor product stream leaving an unreacted gas stream; providing at least one water gas shift unit for converting CO and water to a WGS product stream of CO 2 and hydrogen gas and performing operation A and optionally operation B, wherein: A is introducing at least a portion of fresh syngas reactor feed from the feed gas source into the at least one WGS unit to provide a WGS product stream of CO 2 and hydrogen gas; and B is introducing at least a portion of the unreacted gas stream and steam into the at least one WGS unit for converting unreacted CO and water to a WGS product stream of CO 2 and hydrogen gas; and introducing at least a portion of the WGS product stream from operation A and optionally operation B into a hydrogen recovery unit for producing a hydrogen-rich stream, at least a portion of the hydrogen-rich stream being recycled and introduced into the methanol synthesis reactor as part of the reactor feed stream wherein said feed gas source comprises the product of catalytic partial oxidation of natural gas. introducing a syngas reactor feed stream from a feed gas source comprising hydrogen gas (H 2) and carbon oxides of CO and CO 2 into a methanol synthesis reactor to form a reactor product stream comprising methanol, water, and unreacted carbon oxides of CO and CO 2 and hydrogen gas; separating methanol and water from the reactor product stream leaving an unreacted gas stream; providing at least one water gas shift unit for converting CO and water to a WGS product stream of CO 2 and hydrogen gas and performing operation A and optionally operation B, wherein: A is introducing at least a portion of fresh syngas reactor feed from the feed gas source into the at least one WGS unit to provide a WGS product stream of CO 2 and hydrogen gas; and B is introducing at least a portion of the unreacted gas stream and steam into the at least one WGS unit for converting unreacted CO and water to a WGS product stream of CO 2 and hydrogen gas; and A is introducing at least a portion of fresh syngas reactor feed from the feed gas source into the at least one WGS unit to provide a WGS product stream of CO 2 and hydrogen gas; and B is introducing at least a portion of the unreacted gas stream and steam into the at least one WGS unit for converting unreacted CO and water to a WGS product stream of CO 2 and hydrogen gas; and introducing at least a portion of the WGS product stream from operation A and optionally operation B into a hydrogen recovery unit for producing a hydrogen-rich stream, at least a portion of the hydrogen-rich stream being recycled and introduced into the methanol synthesis reactor as part of the reactor feed stream wherein said feed gas source comprises the product of catalytic partial oxidation of natural gas.
A concentrator for concentrating one or more constituents of a fluid, comprising: two or more first interactive elements (40, 42, 44, 46) spaced along in a first channel and exposed to the fluid in the first channel, each of the interactive elements having an interactive substance that adsorbs and desorbs selected constituents of the fluid depending on the temperature of the interactive element, wherein at least two of the interactive elements include the same interactive substance; characterised by two or more second interactive elements (140, 142, 144, 146) spaced along in a second channel and exposed to the fluid in the second channel, each of the interactive elements having an interactive substance that adsorbs and desorbs selected constituents of the fluid depending on the temperature of the interactive element, wherein at least two of the interactive elements include the same interactive substance; a coating of non-adsorbing, thermal insulating material disposed on inside walls of the first and second channels, except where there is one of said interactive substances; two or more heater elements (20, 22, 24, 26), each heater element in thermal communication with a corresponding first interactive element in the first channel and a corresponding second interactive element in the second channel; and controller means (14, 130) coupled to the two or more heater elements for allowing the two or more first and second interactive elements in the first channel and in the second channel to become exposed to the fluid in the first and second channels before energizing the heater elements in a time phased sequence. two or more first interactive elements (40, 42, 44, 46) spaced along in a first channel and exposed to the fluid in the first channel, each of the interactive elements having an interactive substance that adsorbs and desorbs selected constituents of the fluid depending on the temperature of the interactive element, wherein at least two of the interactive elements include the same interactive substance; characterised by two or more second interactive elements (140, 142, 144, 146) spaced along in a second channel and exposed to the fluid in the second channel, each of the interactive elements having an interactive substance that adsorbs and desorbs selected constituents of the fluid depending on the temperature of the interactive element, wherein at least two of the interactive elements include the same interactive substance; a coating of non-adsorbing, thermal insulating material disposed on inside walls of the first and second channels, except where there is one of said interactive substances; two or more heater elements (20, 22, 24, 26), each heater element in thermal communication with a corresponding first interactive element in the first channel and a corresponding second interactive element in the second channel; and controller means (14, 130) coupled to the two or more heater elements for allowing the two or more first and second interactive elements in the first channel and in the second channel to become exposed to the fluid in the first and second channels before energizing the heater elements in a time phased sequence.
An isolated oligonucleotide, comprising a first strand and a second strand, wherein a first terminal nucleotide at the 5'-end of the first strand has a phosphate group, and a second terminal nucleotide at the 3'-end of the first strand is dideoxynucleotide and a third terminal nucleotide at the 5'-end of the second strand has no phosphate group, and a fourth terminal nucleotide at the 3'-end of the second strand is dideoxynucleotide, wherein the first strand is of a length longer than that of the second strand, and a double-stranded structure is formed between the first strand and the second strand and a first overhang is located at the 3'-end of the first strand and optionally a second overhang is located at the 5'-end of the second strand, the first overhang is of a length longer than that of the second overhang if present, the length of the first overhang being about 6 nt to 12 nt, and the length of the second overhang if present being up to 4 nt.
A communication apparatus for performing wireless communication with a terminal apparatus, wherein the communication apparatus supports a plurality of component carriers, wherein one of the plurality of component carriers is designated as a current primary component carrier providing uplink and downlink communication and at least one of the plurality of component carriers is designated as a current secondary component carrier providing at least downlink communication, the communication apparatus comprising control circuitry for controlling a component carrier testing procedure for one or more component carriers, the component carrier testing procedure comprising, for each component carrier: establishing an uplink connection to receive uplink traffic from the terminal apparatus to the communication apparatus using the component carrier; and determining a quality of the uplink connection for the component carrier, wherein in the component carrier testing procedure the component carrier is designated as a secondary uplink component carrier in order to carry out the component carrier testing procedure, and the control circuitry is responsive to completion of the component carrier testing procedure to designate an updated primary component carrier on the basis of the qualities of the uplink connections determined for the component carriers. wherein the communication apparatus supports a plurality of component carriers, wherein one of the plurality of component carriers is designated as a current primary component carrier providing uplink and downlink communication and at least one of the plurality of component carriers is designated as a current secondary component carrier providing at least downlink communication, the communication apparatus comprising control circuitry for controlling a component carrier testing procedure for one or more component carriers, the component carrier testing procedure comprising, for each component carrier: establishing an uplink connection to receive uplink traffic from the terminal apparatus to the communication apparatus using the component carrier; and determining a quality of the uplink connection for the component carrier, wherein in the component carrier testing procedure the component carrier is designated as a secondary uplink component carrier in order to carry out the component carrier testing procedure, establishing an uplink connection to receive uplink traffic from the terminal apparatus to the communication apparatus using the component carrier; and determining a quality of the uplink connection for the component carrier, wherein in the component carrier testing procedure the component carrier is designated as a secondary uplink component carrier in order to carry out the component carrier testing procedure, and the control circuitry is responsive to completion of the component carrier testing procedure to designate an updated primary component carrier on the basis of the qualities of the uplink connections determined for the component carriers.
Composition for use in providing immunity against Piscirickettsia in a fish, comprising a purified preparation of outer membrane vesicles of a Piscirickettsia spp.