mhurhangee/ep-ind-claims huggingface dataset:
A device for cleaning a swimming pool, the device comprising; a base member, the base member having a first base portion and a second base portion; a socket disposed on the base member; the first base portion and the second base portion each respectively having a hinge end and a distal end; the second base portion hinge end is attached to the first base portion hinge end forming a hinge of the base member; a microfibre cloth removably mountable to the base member; and wherein the second base portion is configured to move between a first position and a second position, in which the first position is an operating position and the second position is a cloth removal position; characterized in that the distal end of at least one of the first base portion and the second base portion is curved upwardly, wherein the at least one distal end curved upwardly preferably fits the contours of a swimming pool. a base member, the base member having a first base portion and a second base portion; a socket disposed on the base member; the first base portion and the second base portion each respectively having a hinge end and a distal end; the second base portion hinge end is attached to the first base portion hinge end forming a hinge of the base member; a microfibre cloth removably mountable to the base member; and wherein the second base portion is configured to move between a first position and a second position, in which the first position is an operating position and the second position is a cloth removal position; characterized in that the distal end of at least one of the first base portion and the second base portion is curved upwardly, wherein the at least one distal end curved upwardly preferably fits the contours of a swimming pool.
A unit for monitoring the oil level of an engine lubrication system, preferably that of an aircraft engine, the lubrication system comprising a tank, the unit comprising: a first input capable of receiving a high oil level signal from an oil level sensor in the tank; an output capable of generating an overfilling alarm signal when a first condition is satisfied comprising receiving a high oil level signal from the sensor on the first input; characterized in that the monitoring unit comprises at least a second input capable of receiving a signal indicating the engine is running, and is configured so that a second condition is satisfied to produce an overfilling alarm signal, the second condition comprising receiving from the second input a signal indicating the engine is running. a first input capable of receiving a high oil level signal from an oil level sensor in the tank; an output capable of generating an overfilling alarm signal when a first condition is satisfied comprising receiving a high oil level signal from the sensor on the first input; characterized in that the monitoring unit comprises at least a second input capable of receiving a signal indicating the engine is running, and is configured so that a second condition is satisfied to produce an overfilling alarm signal, the second condition comprising receiving from the second input a signal indicating the engine is running.
A method for lysing a bacterium of Streptococcus uberis or Streptococcus agalactiae contained in milk, which comprises the step of mixing a lysis agent containing lysozyme, labiase, and a nonionic surfactant with the milk to lyse the bacterium existing in the milk.
A device configured to be placed in contact with an eye of a user, the device comprising: at least one detector configured to measure at least one property, the at least one detector including a posture detector configured to detect a rotation direction and a rotation amount of the device in relation to the eyeball of the user; a signal processor configured to determine, based on the at least one property, whether the eye of the user is closed; and a display configured to display information to the eye of the user, wherein the display is located in a center portion of the device, wherein the signal processor is further configured to cause an image that is being displayed on the display to rotate by the rotation amount of the display device in the opposite direction from the rotation direction of the display device in relation to the eyeball. at least one detector configured to measure at least one property, the at least one detector including a posture detector configured to detect a rotation direction and a rotation amount of the device in relation to the eyeball of the user; a signal processor configured to determine, based on the at least one property, whether the eye of the user is closed; and a display configured to display information to the eye of the user, wherein the display is located in a center portion of the device, wherein the signal processor is further configured to cause an image that is being displayed on the display to rotate by the rotation amount of the display device in the opposite direction from the rotation direction of the display device in relation to the eyeball.
A zero point clamping system (10, 50), having a housing, having a clamping bolt; having a clamp receptacle, provided in the housing, for receiving the clamping bolt; having displaceable locking bodies guided in the housing in the radial direction to a center longitudinal axis, which locking bodies, in a radially inner locking position relative to the clamping bolt that is present in the clamp receptacle, act in such a way that a carrier part that can be located on the clamping bold is acted upon in the axial direction relative to the housing; and having an actuator that actuates the locking bodies, characterized in that the actuator is embodied as a driving ring located rotatably about the center longitudinal axis; that for rotating the driving ring, at least one positioning piston (36, 52) which is displaceable in its longitudinal direction and is coupled in terms of motion with the driving ring is provided, and the at least one positioning piston (36, 52) is spring-loaded in such a way that the locking bodies are forced into the locking position.
A pair of adjacent aircraft seats, wherein each seat comprises: a seat bottom, a seat back, and a pair of arm rests (20, 22) positioned laterally with respect to the seat bottom, wherein the seat back is mounted to the seat bottom for pivotal movements between an upright position wherein the seat back extends vertically upwardly relative to the seat bottom and a reclined position wherein the seat back extends substantially horizontally relative to the seat bottom, wherein each of the arm rests is coupled to the seat back and the seat bottom so as to be moveable between raised and lowered positions in response to the seat back being pivoted from the upright position to the reclined position, respectively, wherein the pair of aircraft seats is convertible between a seating condition, wherein each of the seat backs is in the upright position to allow a passenger to be seated thereon, and a bedding condition, wherein each of the seat backs is in a reclined position such that upper ends of the seat backs are oriented in an end-to-end manner, wherein each of the seats comprises a base having a support plate for supporting the seat bottom, the support plate being adapted for swivel mounting to a floor of an aircraft and wherein the seats can swivel 180° such that they can be positioned in a back-to-back orientation to collectively provide said bedding condition for an individual passenger to be reclined thereon when each of the seat backs is in said reclined position. a seat bottom, a seat back, and a pair of arm rests (20, 22) positioned laterally with respect to the seat bottom, wherein the seat back is mounted to the seat bottom for pivotal movements between an upright position wherein the seat back extends vertically upwardly relative to the seat bottom and a reclined position wherein the seat back extends substantially horizontally relative to the seat bottom, wherein each of the arm rests is coupled to the seat back and the seat bottom so as to be moveable between raised and lowered positions in response to the seat back being pivoted from the upright position to the reclined position, respectively, wherein the pair of aircraft seats is convertible between a seating condition, wherein each of the seat backs is in the upright position to allow a passenger to be seated thereon, and a bedding condition, wherein each of the seat backs is in a reclined position such that upper ends of the seat backs are oriented in an end-to-end manner, wherein each of the seats comprises a base having a support plate for supporting the seat bottom, the support plate being adapted for swivel mounting to a floor of an aircraft and wherein the seats can swivel 180° such that they can be positioned in a back-to-back orientation to collectively provide said bedding condition for an individual passenger to be reclined thereon when each of the seat backs is in said reclined position.
Method for operating a self-propelled mobile platform (1; 20; 30) including at least one sensor (23; 33, 37) for detecting objects in the surroundings of the mobile platform, characterized in that the speed of the mobile platform (1; 20; 30) is reduced as a function of a distance between the mobile platform and lateral objects arranged along the travel route of the mobile platform, wherein one or more separate sensors are provided for the detection of objects arranged along the travel route, which are used independently of other protective distance sensors of the mobile platform which are possibly present.
A liquid crystal display, comprising: (a) a front frame having a body portion and a flange bent front the body portion; (b) a rear cover having a body portion and a flange bent from the body portion, wherein the rear cover and front fame spatially face each other to define a housing therebetween (c) a liquid crystal panel placed in the housing; (d) a backlight positioned between the LC panel and the rear cover; and (e) a backlight frame having a first engaging structure and a second engaging structure defining a frame body therebetween, characterized in that the first engaging structure has a first groove and a second groove for receiving the flanges (112, 122) of the front frame and the rear cover, respectively, and the second engaging structure is configured to retain the backlight and the LC panel in the housing, wherein the first engaging structure comprises a head portion, a shoulder portion extending from the frame body, and a neck portion vertically connected between the head portion and the shoulder portion, thereby defining the first groove and the second groove between the head portion and the shoulder portion, the first groove separated from the second groove by the neck portion, wherein the head portion is positioned outside the housing, while the shoulder portion is positioned inside the housing. (a) a front frame having a body portion and a flange bent front the body portion; (b) a rear cover having a body portion and a flange bent from the body portion, wherein the rear cover and front fame spatially face each other to define a housing therebetween (c) a liquid crystal panel placed in the housing; (d) a backlight positioned between the LC panel and the rear cover; and (e) a backlight frame having a first engaging structure and a second engaging structure defining a frame body therebetween, characterized in that the first engaging structure has a first groove and a second groove for receiving the flanges (112, 122) of the front frame and the rear cover, respectively, and the second engaging structure is configured to retain the backlight and the LC panel in the housing, wherein the first engaging structure comprises a head portion, a shoulder portion extending from the frame body, and a neck portion vertically connected between the head portion and the shoulder portion, thereby defining the first groove and the second groove between the head portion and the shoulder portion, the first groove separated from the second groove by the neck portion, wherein the head portion is positioned outside the housing, while the shoulder portion is positioned inside the housing.
A glass composition consisting essentially of, in atomic percent: 0-40 Ge; 0-40 As, Sb, or As+Sb; 0-15 Ga, In, or Ga+In; 0-15 P; 0-40 Te; greater than 0 B, in an amount up to 25; 50-75 S, Se, or S+Se; 0-15 Tl, Pb, Bi, Sn, or combinations thereof; and 0-20 of an alkali metal, alkaline earth metal, rare earth metal, transition metals, or combinations thereof. 0-40 Ge; 0-40 As, Sb, or As+Sb; 0-15 Ga, In, or Ga+In; 0-15 P; 0-40 Te; greater than 0 B, in an amount up to 25; 50-75 S, Se, or S+Se; 0-15 Tl, Pb, Bi, Sn, or combinations thereof; and 0-20 of an alkali metal, alkaline earth metal, rare earth metal, transition metals, or combinations thereof.
A sprinkler system comprising - a first main line, - a second main line, - a number of string lines, each string line fluidically connecting the first main line to the second main line, and wherein at least one sprinkler head is attached to each string line, - a sprinkler valve station connected to the first main line, - a circulating unit; - at least one flow line fluidically connecting an outlet of the circulating unit to at least one partial quantity supply point of the first main line, and - at least one return line (27, 28, 29) which fluidically connects at least one partial quantity discharge point (25, 26) of the second main line with an inlet of the circulation unit wherein the sprinkler system comprises at least one temperature sensor (32, 33) and a control unit characterized in that the at least one temperature sensor (32, 33) detects the instantaneous water temperature of the water in the sprinkler system, and that a control unit is designed to compare the measured water temperature of the water in the sprinkler system with a temperature limit value and to activate the circulation unit, if the temperature falls below the temperature limit value. - a first main line, - a second main line, - a number of string lines, each string line fluidically connecting the first main line to the second main line, and wherein at least one sprinkler head is attached to each string line, - a sprinkler valve station connected to the first main line, - a circulating unit; - at least one flow line fluidically connecting an outlet of the circulating unit to at least one partial quantity supply point of the first main line, and - at least one return line (27, 28, 29) which fluidically connects at least one partial quantity discharge point (25, 26) of the second main line with an inlet of the circulation unit wherein the sprinkler system comprises at least one temperature sensor (32, 33) and a control unit characterized in that the at least one temperature sensor (32, 33) detects the instantaneous water temperature of the water in the sprinkler system, and that a control unit is designed to compare the measured water temperature of the water in the sprinkler system with a temperature limit value and to activate the circulation unit, if the temperature falls below the temperature limit value.
A device for dressing spot welding electrodes, comprising: a milling head that is adapted for dressing spot welding electrodes; a guide device that is adapted to guide the milling head relative to at least one spot welding electrode and/or to at least one spot welding electrode shaft, characterized in that the guide device comprises spacers in the form of bulges and/or ribs and/or knobs for guiding the spot welding electrode and/or the spot welding electrode shaft. a milling head that is adapted for dressing spot welding electrodes; a guide device that is adapted to guide the milling head relative to at least one spot welding electrode and/or to at least one spot welding electrode shaft, characterized in that the guide device comprises spacers in the form of bulges and/or ribs and/or knobs for guiding the spot welding electrode and/or the spot welding electrode shaft.
Method for producing transition metal compounds of the general composition of Me a C b N c H d, wherein Me = transition metal or transition metal mixture, a = 1 - 4, b = 6 - 9, c = 8 - 14, d = 0 - 8, wherein a reaction mixture consisting of transition metals and/or transition metal compounds and non-condensed or slightly condensed C-N-H compounds is subjected to a multi-stage heat treatment, wherein as non-condensed or slightly condensed C-N-H compounds cyanamide and/or ammonium dicyandiamide and/or dicyandiamide and/or melamine are employed and the content of transition metals and/or transition metal compounds is at least 6 mole percent related to the reaction mixture, and the multi-stage heat treatment comprises a pre-treatment and one or several main treatments, wherein the pre-treatment is performed in a first temperature range between 150 °C and 400 °C and a first main treatment is performed in a second temperature range between 300 °C and 570 °C.
Apparatus for mass spectrometry, comprising a portion generator for creating localized analyte portions in synchronization with trigger pulses; a transfer system coupled to the portion generator for transporting the localized analyte portions; a plasma ionizer unit coupled to the transfer system for vaporizing, atomizing and ionizing received analyte portions with plasma; a mass analyzer coupled to the plasma ionizer unit for analyzing elemental content of received analyte portions, the mass analyzer comprising at least one detector; a data acquisition electronics connected to the at least one detector for acquiring signals generated by the at least one detector; characterized by a signal delay device for receiving the trigger pulses and delivering delayed signals corresponding to the trigger pulses to account for a delay experienced by the analyte portions to be analyzed between portion generation and detection, wherein the signal delay device is an overlapping signal delay device capable of simultaneously processing a plurality of trigger pulses. a portion generator for creating localized analyte portions in synchronization with trigger pulses; a transfer system coupled to the portion generator for transporting the localized analyte portions; a plasma ionizer unit coupled to the transfer system for vaporizing, atomizing and ionizing received analyte portions with plasma; a mass analyzer coupled to the plasma ionizer unit for analyzing elemental content of received analyte portions, the mass analyzer comprising at least one detector; a data acquisition electronics connected to the at least one detector for acquiring signals generated by the at least one detector; characterized by a signal delay device for receiving the trigger pulses and delivering delayed signals corresponding to the trigger pulses to account for a delay experienced by the analyte portions to be analyzed between portion generation and detection, wherein the signal delay device is an overlapping signal delay device capable of simultaneously processing a plurality of trigger pulses.
An antibody or fragment thereof that binds both wild type Aβ42 protofibrils and Aβ42 arc protofibrils and with low Aβ42 monomer cross-reactivity, wherein said antibody or fragment thereof is obtainable by use of Aβ42Arc or Aβ42wt protofibrils with greater than 95% purity for immunisation and screening.
Thermoplastic styrene copolymer resin composition comprising: at least one styrene-acrylonitrile copolymer component A1, at least one acrylonitrile styrene acrylate graft copolymer A2 as impact modifier, optionally at least one thermoplastic polymer A3 other than components A1 and A2, (b) at least one transition metal oxide pigment B, at least one hindered amine UV light stabilizer C1, optionally at least one UV absorber C2 different from C1, (d) optionally further polymer additives D, other than components B, C1, C2, and E, and (e) optionally one metal scavenger component E, wherein at least 99.0 wt.-% of the transition metal oxide pigment B consist of transition metal atoms and oxygen atoms. at least one styrene-acrylonitrile copolymer component A1, at least one acrylonitrile styrene acrylate graft copolymer A2 as impact modifier, optionally at least one thermoplastic polymer A3 other than components A1 and A2, (b) at least one transition metal oxide pigment B, at least one hindered amine UV light stabilizer C1, optionally at least one UV absorber C2 different from C1, (d) optionally further polymer additives D, other than components B, C1, C2, and E, and (e) optionally one metal scavenger component E,
A feeder breaker comprising: a frame; a first crusher coupled to the frame and configured to receive a material; a second crusher coupled to the frame; a conveyor extending between the first crusher and the second crusher, the conveyor configured to convey the material exiting the first crusher to the second crusher; and an output conveyor configured to receive the material exiting the second crusher; characterized in that: at least a portion of the material exiting the first crusher that is below a predetermined size threshold moves to the output conveyor without passing through the second crusher; and the output conveyor is positioned underneath the first crusher, the conveyor, and the second crusher. a frame; a first crusher coupled to the frame and configured to receive a material; a second crusher coupled to the frame; a conveyor extending between the first crusher and the second crusher, the conveyor configured to convey the material exiting the first crusher to the second crusher; and an output conveyor configured to receive the material exiting the second crusher; characterized in that: at least a portion of the material exiting the first crusher that is below a predetermined size threshold moves to the output conveyor without passing through the second crusher; and the output conveyor is positioned underneath the first crusher, the conveyor, and the second crusher. at least a portion of the material exiting the first crusher that is below a predetermined size threshold moves to the output conveyor without passing through the second crusher; and the output conveyor is positioned underneath the first crusher, the conveyor, and the second crusher.