mhurhangee/ep-ind-claims huggingface dataset:
A kit for use in cleaning and/or debridement and/or conditioning of an implant having a metal containing surface, comprising a) a cleaning device, said cleaning device comprising: an elongated base member formed of at least two wires being twisted with each other, and a plurality of bristles fixed between said twisted wires and extending away from said twisted wires, whereby said bristles are positioned in a cleaning section at a first end of said base member; wherein said bristles consist of titanium or a titanium alloy; and b) a container comprising a composition comprising ethylene diaminotetraacetic acid (EDTA). a) a cleaning device, said cleaning device comprising: an elongated base member formed of at least two wires being twisted with each other, and a plurality of bristles fixed between said twisted wires and extending away from said twisted wires, whereby said bristles are positioned in a cleaning section at a first end of said base member; wherein said bristles consist of titanium or a titanium alloy; and an elongated base member formed of at least two wires being twisted with each other, and a plurality of bristles fixed between said twisted wires and extending away from said twisted wires, whereby said bristles are positioned in a cleaning section at a first end of said base member; b) a container comprising a composition comprising ethylene diaminotetraacetic acid (EDTA).
A round baler having a direction of travel, the round baler comprising a baler mechanism and a carriage assembly coupled to the baler mechanism, the carriage assembly comprising: a bale carriage coupled to the baler mechanism; and a platform coupled to the baler mechanism, the platform configured to move a bale from the baler mechanism to the bale carriage, the platform further configured to remain tilted until the bale is moved onto the bale carriage being at least substantially out of contact with the platform, and the platform is situated as being in a substantially flat orientation and is in position for a bale to be dropped thereon by the baler mechanism, wherein, when the platform receiving the bale and when a back portion of baler mechanism opens, the platform tilts the bale in a generally aft direction to move the bale onto the bale carriage, the bale carriage being tiltable, characterized in that the platform is configured to remain tilted, if the bale carriage has a full load of bales, until the bale carriage is tilted and the load of bales is discharged from the baler. a bale carriage coupled to the baler mechanism; and a platform coupled to the baler mechanism, the platform configured to move a bale from the baler mechanism to the bale carriage, the platform further configured to remain tilted until the bale is moved onto the bale carriage being at least substantially out of contact with the platform, and the platform is situated as being in a substantially flat orientation and is in position for a bale to be dropped thereon by the baler mechanism, wherein, when the platform receiving the bale and when a back portion of baler mechanism opens, the platform tilts the bale in a generally aft direction to move the bale onto the bale carriage, the bale carriage being tiltable, characterized in that the platform is configured to remain tilted, if the bale carriage has a full load of bales, until the bale carriage is tilted and the load of bales is discharged from the baler.
Fan arrangement comprising a diffuser and a fan of axial, radial or diagonal construction, wherein the diffuser is fastened to at least one static part of the fan by fastening means or by means of frictionally locking or positively locking connections, wherein the diffuser comprises an inlet opening and an outlet opening for a gaseous medium which flows through a diffuser interior which is enclosed by an outer housing in an axially oriented main flow direction from the inlet opening to the outlet opening, wherein the cross-section of the outlet opening is larger than the cross-section of the inlet opening and the cross-section of the diffuser interior increases from the cross-section of the inlet opening to the cross-section of the outlet opening, wherein the outer housing forms an outer diffuser part which delimits the diffuser interior on the outside, wherein concentrically with respect to the outer diffuser part there is arranged an inner diffuser part which, with an inner housing, delimits the diffuser interior to the inside, wherein the outer diffuser part and/or the inner diffuser part is/are designed such that the cross-section of the diffuser interior is non-rotationally symmetrical at at least one point, wherein along the main flow direction, the cross-section of the outer diffuser changes from a circular cross-section at the inlet opening to a non-circular cross-section at the outlet opening, characterized in that the diffuser is composed of bent and interconnected originally planar plates or of a tarpaulin which is/are stiffened with the aid of bearing and shaped rings which comprise the inlet opening and the outlet opening.
A driver-assistance system for a vehicle, comprising a smartphone and a remote interface device which are connectable to each other and which have means (14, 17) able to deliver a message in a visual and/or audio form, wherein the remote interface device includes means able to receive information to be taken into account from the smartphone, characterised in that the smartphone or remote interface device includes means able to prioritise this information to be taken into account, according to a priority order which is a function of the value of a level of importance assigned to each piece of the information to be taken into account, and the remote interface device is able to sequentially deliver it as messages, according to said priority order.
A method for utilising lithium batteries containing the steps: (a) decomposition of comminuted material, which contains comminuted components of electrodes of lithium batteries, using concentrated sulphuric acid at a decomposition temperature (T A) of at least 100°C, in particular at least 140°C, so that waste gas and a decomposition material are produced, (b) discharging of the waste gas and (c) the wet chemical extraction of at least one metallic component of the decomposition material. (a) decomposition of comminuted material, which contains comminuted components of electrodes of lithium batteries, using concentrated sulphuric acid at a decomposition temperature (T A) of at least 100°C, in particular at least 140°C, so that waste gas and a decomposition material are produced, (b) discharging of the waste gas and (c) the wet chemical extraction of at least one metallic component of the decomposition material.
A precision guided munition system, comprising: a body including a nose portion, wherein the nose portion includes an aperture; a window attached, secured, or adhered to the body at the nose portion; one or more antenna substrates attached, secured, or adhered to the window; a plurality of radiating elements, wherein each respective one of the plurality of radiating elements is attached, secured, or adhered to the one or more antenna substrates; and an image sensor configured to capture an image in front of the body, wherein the image sensor is behind the aperture, wherein the image sensor is configured to focus at an infinity focus in front of the body, the precision guided munition system being characterized in that: the one or more antenna substrates include a plurality of holes arranged in a grid pattern configured to let photons, which are parallel or collimated, pass through the antenna substrates from the window to the image sensor, so that the captured image does not include features of the antenna substrates, and in that the plurality of radiating elements are placed at the intersections of the grid pattern. a body including a nose portion, wherein the nose portion includes an aperture; a window attached, secured, or adhered to the body at the nose portion; one or more antenna substrates attached, secured, or adhered to the window; a plurality of radiating elements, wherein each respective one of the plurality of radiating elements is attached, secured, or adhered to the one or more antenna substrates; and an image sensor configured to capture an image in front of the body, wherein the image sensor is behind the aperture, wherein the image sensor is configured to focus at an infinity focus in front of the body, the precision guided munition system being characterized in that: the one or more antenna substrates include a plurality of holes arranged in a grid pattern configured to let photons, which are parallel or collimated, pass through the antenna substrates from the window to the image sensor, so that the captured image does not include features of the antenna substrates, and in that the plurality of radiating elements are placed at the intersections of the grid pattern. the one or more antenna substrates include a plurality of holes arranged in a grid pattern configured to let photons, which are parallel or collimated, pass through the antenna substrates from the window to the image sensor, so that the captured image does not include features of the antenna substrates, and in that the plurality of radiating elements are placed at the intersections of the grid pattern.
A catalyst system for olefin polymerization comprising the product obtained by contacting (a) a solid catalyst component containing Mg, Ti, halogen and at least an electron donor compound selected from phenylene aromatic diesters; (b) an alkylaluminum cocatalyst and (c) an ester formula R'OOC-(CR" 2) m -COOR' in which m is an integer from 2 to 7, the R' groups, equal to or different from each other, are C 1 -C 10 alkyl groups and the R" groups, independently, are hydrogen or C 1 -C 15 hydrocarbon groups. (a) a solid catalyst component containing Mg, Ti, halogen and at least an electron donor compound selected from phenylene aromatic diesters; (b) an alkylaluminum cocatalyst and (c) an ester formula R'OOC-(CR" 2) m -COOR' in which m is an integer from 2 to 7, the R' groups, equal to or different from each other, are C 1 -C 10 alkyl groups and the R" groups, independently, are hydrogen or C 1 -C 15 hydrocarbon groups.
A pre-assembled coupling assembly comprising: a coupling, the coupling defining a coupling bore extending through the coupling, the coupling comprising a gasket disposed within the coupling bore, the gasket being relaxed and uncompressed when the coupling is in a relaxed position; and a pipe fitting, the pipe fitting defining a first end and a second end disposed opposite from the first end, the pipe fitting defining a raised lip that is spaced inwards and away from the first end towards the second end, the pipe fitting defining a groove between the raised lip and the second end, the pipe fitting defining a sealing surface between the raised lip and the groove, the first end inserted into the coupling bore, a first sealing ridge of the gasket in contact with the sealing surface of the pipe fitting, and the coupling retained on the first end of the pipe fitting when the coupling is in the relaxed position. a coupling, the coupling defining a coupling bore extending through the coupling, the coupling comprising a gasket disposed within the coupling bore, the gasket being relaxed and uncompressed when the coupling is in a relaxed position; and a pipe fitting, the pipe fitting defining a first end and a second end disposed opposite from the first end, the pipe fitting defining a raised lip that is spaced inwards and away from the first end towards the second end, the pipe fitting defining a groove between the raised lip and the second end, the pipe fitting defining a sealing surface between the raised lip and the groove, the first end inserted into the coupling bore, a first sealing ridge of the gasket in contact with the sealing surface of the pipe fitting, and the coupling retained on the first end of the pipe fitting when the coupling is in the relaxed position.
Use of a coating agent for surface-coating and protective caps for pencils for writing, drawing or colouring, wherein the pencils are constructed as extruded pencils with shanks on the basis of WPC (wood/plastic compounds) and/or of plastics materials, wherein the coating agent is formed so as to at least consist of at least one cellulose component, at least one binder and at least one softener, wherein the WPC and/or plastics material comprises or comprise at least one basic polymer, wherein the at least one basic polymer in the WPC and/or plastics material is formed as polypropylene, polyethylene, polyamide, polyacrylate, polyurethane, thermoplastic polymers and/or polyvinylchloride, wherein the agent comprises at least one coupling agent, wherein the coupling agent is formed as a silane with functional groups, wherein the silane is formed as organo-functional silane, particularly as epoxy-functional silane, and wherein the silane content in the coating agent is 1 to 8 weight percent. wherein the WPC and/or plastics material comprises or comprise at least one basic polymer, wherein the at least one basic polymer in the WPC and/or plastics material is formed as polypropylene, polyethylene, polyamide, polyacrylate, polyurethane, thermoplastic polymers and/or polyvinylchloride, wherein the agent comprises at least one coupling agent, wherein the coupling agent is formed as a silane with functional groups, wherein the silane is formed as organo-functional silane, particularly as epoxy-functional silane, and wherein the silane content in the coating agent is 1 to 8 weight percent.
Length measuring device comprising - a carrier elongated in the measuring direction and having a scale arranged thereon; - a scanning carriage for scanning a measuring graduation of the scale, the scanning carriage being guided longitudinally in the measuring direction on at least one guide surface (12, 13); - a coupling, with which the scanning carriage is coupled to a driver so as to be stiff in the measuring direction and flexible transversely thereto, the coupling comprising a connecting element which extends in the measuring direction and which is rotatably mounted on a first rotary joint on the scanning carriage and on a second rotary joint on the driver at a distance from the first rotary joint in the measuring direction (x), and the scanning carriage being pressed onto the at least one guide surface (12, 13), characterized by - a first spring means between the connecting element and the driver, which at a first position exerts a pressing force on the scanning carriage and presses the latter onto the at least one guide surface (12, 13), and - a second spring means between the connecting element and the scanning carriage, which is arranged at a distance from the first spring means in the measuring direction and which, at a second position at a distance from the first position in the measuring direction, exerts a pressing force on the scanning carriage and presses the latter onto the at least one guide surface (12, 13). - a carrier elongated in the measuring direction and having a scale arranged thereon; - a scanning carriage for scanning a measuring graduation of the scale, the scanning carriage being guided longitudinally in the measuring direction on at least one guide surface (12, 13); - a coupling, with which the scanning carriage is coupled to a driver so as to be stiff in the measuring direction and flexible transversely thereto, the coupling comprising a connecting element which extends in the measuring direction and which is rotatably mounted on a first rotary joint on the scanning carriage and on a second rotary joint on the driver at a distance from the first rotary joint in the measuring direction (x), and the scanning carriage being pressed onto the at least one guide surface (12, 13), - a first spring means between the connecting element and the driver, which at a first position exerts a pressing force on the scanning carriage and presses the latter onto the at least one guide surface (12, 13), and - a second spring means between the connecting element and the scanning carriage, which is arranged at a distance from the first spring means in the measuring direction and which, at a second position at a distance from the first position in the measuring direction, exerts a pressing force on the scanning carriage and presses the latter onto the at least one guide surface (12, 13).
A control panel apparatus having reconfigurable input buttons, said apparatus comprising: a tactile sensor (10 and 11), said tactile sensor (10 and 11) comprises a conductive foam elastomer; a plurality of input buttons reconfigurable by a user, a representation of said plurality of input buttons placed on said tactile sensor (10 and 11); a flexible protective outer surface over the tactile sensor (10 and 11); and electronics, coupled to said tactile sensor (10 and 11), for measuring a location of a touch to an input button on said tactile sensor (10 and 11) and an existence of and a level of pressure of said touch and for storing a plurality of functions, wherein each of said plurality of functions is associated with a corresponding location and a different level of pressure of said touch of one of said plurality of input buttons; and wherein, in response to said touch on one of said plurality of input buttons on said tactile sensor (10 and 11), said electronics measures said location and said level of pressure of said touch, and causes an occurrence of one of said plurality of functions associated with said location and said level of pressure of said touch. a tactile sensor (10 and 11), said tactile sensor (10 and 11) comprises a conductive foam elastomer; a plurality of input buttons reconfigurable by a user, a representation of said plurality of input buttons placed on said tactile sensor (10 and 11); a flexible protective outer surface over the tactile sensor (10 and 11); and electronics, coupled to said tactile sensor (10 and 11), for measuring a location of a touch to an input button on said tactile sensor (10 and 11) and an existence of and a level of pressure of said touch and for storing a plurality of functions, wherein each of said plurality of functions is associated with a corresponding location and a different level of pressure of said touch of one of said plurality of input buttons; and wherein, in response to said touch on one of said plurality of input buttons on said tactile sensor (10 and 11), said electronics measures said location and said level of pressure of said touch, and causes an occurrence of one of said plurality of functions associated with said location and said level of pressure of said touch.
A method comprising: providing a light source and directing light through a body that both transmits and scatters the light, the transmitted light not being absorbed, scattered or reflected by the body; via a first optical system, directing the transmitted light onto a light detector, the first optical system blocking the scattered light from the body such that the blocked light does not reach the light detector; measuring the transmitted light from the body in a wavelength band via the first optical system; via a second optical system, directing the transmitted light and a portion of the scattered light onto the light detector; measuring the portion of the scattered light from the body in the wavelength band via the second optical system; and determining a substance concentration in the body based on a predetermined correlation between measurement data and the substance concentration, the measurement data being associated with the measured transmitted light and the measured scattered light. providing a light source and directing light through a body that both transmits and scatters the light, the transmitted light not being absorbed, scattered or reflected by the body; via a first optical system, directing the transmitted light onto a light detector, the first optical system blocking the scattered light from the body such that the blocked light does not reach the light detector; measuring the transmitted light from the body in a wavelength band via the first optical system; via a second optical system, directing the transmitted light and a portion of the scattered light onto the light detector; measuring the portion of the scattered light from the body in the wavelength band via the second optical system; and determining a substance concentration in the body based on a predetermined correlation between measurement data and the substance concentration, the measurement data being associated with the measured transmitted light and the measured scattered light.
A map information display apparatus for displaying map information, configured to display, when the map information to be displayed includes a specific facility, which has been searched as a destination, and a peripheral facility having a relationship to the specific facility and existing in the vicinity of the specific facility within a predetermined distance from the specific facility, a single integrated mark combining at least a specific facility mark indicating the specific facility and a peripheral facility mark indicating the peripheral facility on the map information, wherein the map information display apparatus comprises: an input device, a retrieval function configured to retrieve a destination and a peripheral facility existing within the predetermined distance from the destination, and a database including retrieval subject facilities such that when a facility retrieval condition is set from the input device, a facility matching the retrieval condition is extracted from the database as the destination, wherein a type of the peripheral facility is specified by associating peripheral facility types with possible retrieval subject facilities in advance in the database, wherein the map information display apparatus is configured to perform retrieval processing using the retrieval function, wherein in the retrieval processing, a specific facility matching the retrieval condition set using the input device is retrieved as the destination and a peripheral facility existing within the predetermined distance of the destination is retrieved as the peripheral facility wherein the map information display apparatus further comprises a display function configured to display the integrated mark on the map information without displaying the specific facility mark and the peripheral facility mark, characterized in that the display function is configured to delete the integrated mark, and to display the specific facility mark on the position of the specific facility in the map information, and the peripheral facility mark on a position of the peripheral facility in the map information, when the integrated mark is selected through the input device.
An impingement tube and locking means for location within a hollow aerofoil of a turbine component, said impingement tube comprising at least two separate sections (2, 3) each for extending span wise through the hollow aerofoil, wherein adjacent sections (2, 3) of said impingement tube are connected together by the locking means, said locking means being insertable into the hollow aerofoil is provided for locking said impingement tube into place in the hollow aerofoil, characterized in that said locking means is a roll pin being located in an axial direction between said sections (2, 3) and has a main extension which extends in a radial direction of the hollow aerofoil.