mhurhangee/ep-ind-claims huggingface dataset:
Rotary evaporator comprising a rotary drive having a hub, and comprising a clamping insert having a sleeve-like basic shape for clamping a damping passage, formed as a hollow glass shaft, in the hub of the rotary drive, wherein the clamping insert has two clamping portions (K1, K2) which are spaced apart from one another in the longitudinal direction and which each have at least one clamping incline (63, 64) which is inclined relative to the longitudinal axis of the clamping insert and which cooperate with counter inclines (65, 66) of the rotary drive which are allocated thereto, in such a way that the clamping portions (K1, K2) are pressed against the hollow glass shaft by axial pressing of the clamping insert, wherein the clamping insert has support webs oriented in the longitudinal direction thereof, which are connected to one another via connecting webs (61, 62) oriented in the peripheral direction of the clamping insert, and wherein the support webs and the connecting webs (61, 62) are in this way connected to the sleeve-like basic shape of the clamping insert, characterised in that the connecting webs (61, 62) alternately connect the web end regions of adjacent support webs, which are disposed on one side or which are disposed on the other side of the clamping insert, and that the mutually spaced clamping portions (K1, K2) are formed by the connecting webs (61, 62) which are provided on the opposite ends of the clamping insert and which support the clamping inclines (63, 64).
A bacteria test apparatus that identifies bacteria and conducts an antibacterial susceptibility test, the bacteria test apparatus comprising: a microscope optical system (103, 104) which captures, for each of a plurality of wells each holding a culture solution containing an antibacterial drug and the bacteria undergoing the antibacterial susceptibility test, a plurality of images of the well including the bacteria at a plurality of time points; an arithmetic unit which calculates, for each well, a feature of luminance value for each of the images; a determination unit which determines, for each well, whether growth of the bacteria has occurred in the well based on a temporal change in the feature of luminance value; and a display device which displays a determination result output from the determination unit, wherein the arithmetic unit calculates, as the feature of luminance value, a feature including at least one of a mean, a median, or a mode of the luminance values of the entire image of the well. a microscope optical system (103, 104) which captures, for each of a plurality of wells each holding a culture solution containing an antibacterial drug and the bacteria undergoing the antibacterial susceptibility test, a plurality of images of the well including the bacteria at a plurality of time points; an arithmetic unit which calculates, for each well, a feature of luminance value for each of the images; a determination unit which determines, for each well, whether growth of the bacteria has occurred in the well based on a temporal change in the feature of luminance value; and a display device which displays a determination result output from the determination unit, wherein the arithmetic unit calculates, as the feature of luminance value, a feature including at least one of a mean, a median, or a mode of the luminance values of the entire image of the well.
A filter (103") for a smoking article, the filter comprising: a filter segment of filter material, the filter segment having a diameter measured perpendicular to a longitudinal direction of the filter; and a flow restrictor embedded in the filter segment and surrounded on all sides by the filter material, wherein the flow restrictor is solid and non compressible such that the restrictor is not deformable or destructible in the normal handling of a smoking article during manufacturing and use, wherein the compressive yield strength of the flow restrictor is greater than about 8 kPa, wherein a cross sectional dimension of the flow restrictor measured perpendicular to a longitudinal direction of the filter (103") is between about 60% and about 95% of the diameter of the filter segment, and wherein the flow restrictor is substantially spherical, the cross sectional dimension of the flow restrictor measured perpendicular to a longitudinal direction of the filter (103") being a diameter of the flow restrictor. a filter segment of filter material, the filter segment having a diameter measured perpendicular to a longitudinal direction of the filter; and a flow restrictor embedded in the filter segment and surrounded on all sides by the filter material, wherein the flow restrictor is solid and non compressible such that the restrictor is not deformable or destructible in the normal handling of a smoking article during manufacturing and use, wherein the compressive yield strength of the flow restrictor is greater than about 8 kPa, wherein a cross sectional dimension of the flow restrictor measured perpendicular to a longitudinal direction of the filter (103") is between about 60% and about 95% of the diameter of the filter segment, and wherein the flow restrictor is substantially spherical, the cross sectional dimension of the flow restrictor measured perpendicular to a longitudinal direction of the filter (103") being a diameter of the flow restrictor.
A measurement device for investigating particles which are suspended in a carrier liquid, comprising: - at least a first pair of measurement electrodes (24a, 24b) for carrying out an electrical measurement of the particles, wherein at least one electrode of the pair of measurement electrodes is a fingered electrode having a plurality of parallel fingers (figs. 3-5, 8-11), characterized in that said at least one electrode has in the flow direction of the carrier liquid a variable electrode finger width and/or variable spacing width. - at least a first pair of measurement electrodes (24a, 24b) for carrying out an electrical measurement of the particles, wherein at least one electrode of the pair of measurement electrodes is a fingered electrode having a plurality of parallel fingers (figs. 3-5, 8-11), wherein at least one electrode of the pair of measurement electrodes is a fingered electrode having a plurality of parallel fingers (figs. 3-5, 8-11),
Battery module, comprising a plurality of aligned battery cells, each of the battery cells comprising an electrode assembly accommodated in a battery case, a cap assembly placed on the battery case, a gas exhaust vent in the cap assembly, and cell terminals (11, 12) protruding over the cap assembly; a plurality of busbars (50,60,70) disposed on top of the cap assemblies, each of the busbars (50,60,70) being configured for electrically connecting at least two battery cells via their cell terminals (11, 12) and the plurality of busbars (50,60,70) being configured for conducting the current of the battery module; a plurality of inlays (40, 41, 42) each being positively molded to at least one busbar (50,60,70) and having at most the height of the at least one busbar (50,60,70); and a top cover disposed on top of the busbars (50, 70, 75) and covering the cap assemblies of the battery cells, the cell terminals (11, 12), the busbars (50,60,70), and the plurality of inlays (40, 41, 42), wherein the plurality of busbars (50,60,70) and the plurality of inlays (40, 41, 42) form a continuous support surface extending along the plurality of battery cells in an alignment direction of the plurality of battery cells and facing towards the top cover for supporting the top cover. a plurality of aligned battery cells, each of the battery cells comprising an electrode assembly accommodated in a battery case, a cap assembly placed on the battery case, a gas exhaust vent in the cap assembly, and cell terminals (11, 12) protruding over the cap assembly; a plurality of busbars (50,60,70) disposed on top of the cap assemblies, each of the busbars (50,60,70) being configured for electrically connecting at least two battery cells via their cell terminals (11, 12) and the plurality of busbars (50,60,70) being configured for conducting the current of the battery module; a plurality of inlays (40, 41, 42) each being positively molded to at least one busbar (50,60,70) and having at most the height of the at least one busbar (50,60,70); and a top cover disposed on top of the busbars (50, 70, 75) and covering the cap assemblies of the battery cells, the cell terminals (11, 12), the busbars (50,60,70), and the plurality of inlays (40, 41, 42), wherein the plurality of busbars (50,60,70) and the plurality of inlays (40, 41, 42) form a continuous support surface extending along the plurality of battery cells in an alignment direction of the plurality of battery cells and facing towards the top cover for supporting the top cover.
A system for joining biological elements, comprising: a plate defining a first longitudinal side, and wherein the plate includes: a first portion comprising at least one hole (110, 112); and a second portion comprising at least one hole (118, 120) and a dowel hole with internal threads, the second portion defining a lateral width measured from the first longitudinal side that is greater than a lateral width of the first portion; a dowel, said dowel having a receiving chamber disposed at one end, said dowel extending from the dowel hole and including a top side; and a locking screw mating with the top side of the dowel, inserted into the receiving chamber and engaged with the internal threads of the dowel hole to lock the dowel in place, characterised in that the dowel is at least partially cannulated, and the dowel hole is configured to orient the dowel such that the dowel is angled longitudinally toward the first portion, angled laterally toward the first longitudinal side of the plate, and extends across a midline of the lateral width of the second portion to cross a joining plane of a first segment and a second segment. a plate defining a first longitudinal side, and wherein the plate includes: a first portion comprising at least one hole (110, 112); and a second portion comprising at least one hole (118, 120) and a dowel hole with internal threads, the second portion defining a lateral width measured from the first longitudinal side that is greater than a lateral width of the first portion; a first portion comprising at least one hole (110, 112); and a second portion comprising at least one hole (118, 120) and a dowel hole with internal threads, the second portion defining a lateral width measured from the first longitudinal side that is greater than a lateral width of the first portion; a dowel, said dowel having a receiving chamber disposed at one end, said dowel extending from the dowel hole and including a top side; and a locking screw mating with the top side of the dowel, inserted into the receiving chamber and engaged with the internal threads of the dowel hole to lock the dowel in place, characterised in that the dowel is at least partially cannulated, and the dowel hole is configured to orient the dowel such that the dowel is angled longitudinally toward the first portion, angled laterally toward the first longitudinal side of the plate, and extends across a midline of the lateral width of the second portion to cross a joining plane of a first segment and a second segment.
A heavy duty pneumatic tire comprising a tread portion provided with a plurality of circumferentially and continuously extending main grooves that include a pair of shoulder main grooves disposed axially outermost side, and at least one center main groove disposed between the shoulder main grooves, the tread portion including a pair of middle portions each of which is between the shoulder main groove and the center main groove, each middle portion provided with a circumferentially and continuously extending middle sub groove, a plurality of axially outer middle lateral grooves extending from the middle sub groove to the shoulder main groove, and a plurality of axially inner middle lateral grooves extending from the middle sub groove toward the center main groove, and the outer middle lateral grooves and the inner middle lateral grooves inclined at angle with respect to an axial direction of the tire with the same direction, characterized by the respective number of outer middle lateral grooves and the inner middle lateral grooves being in a range of from 40 to 50 in each middle portion, each of the outer middle lateral grooves and the inner middle lateral grooves including a shallow bottom part having a depth smaller than that of the shoulder main grooves and the center main groove, the shallow bottom part being provided with a groove bottom sipe extending along a longitudinal direction of each lateral groove (21, 22), and the groove bottom sipe including a first portion and a second portion, the first portion having a depth from a top surface of the middle portion to its bottom in a range of from 0.85 to 1.0 times in relation to a depth of the center main groove, the second portion having a depth from a top surface of the shallow bottom part to its bottom in a range of from 0.30 to 0.70 times in relation to a depth from a top surface of the shallow bottom part to a bottom of the first portion.
An information processing apparatus comprising: obtaining means for obtaining a work history of work performed by a plurality of types of work machines; and characterized in that the information processing apparatus comprises specifying means for specifying a type of work machine for which an idling time is shortest from among work machines used in a reference work area that has terrain information similar to terrain information of an area to be subjected to work, the terrain information including information regarding a gradient of the area; and determination means for determining a number or ratio of work machines that are to perform work in the area to be subjected to work, based on the specified type of the work machine and a work history of work performed by a work machine in the reference work area, wherein the information regarding a gradient of the area includes a portion of the area in which an inclination angle is larger than or equal to a threshold and the threshold is set based on the inclination angle for which a ride-on lawn mower cannot perform work, and that the information processing apparatus comprises at least one of an output unit configured to output the determined number or ratio of work machines to a user, and a communication unit configured to transmit the determined number or ratio of work machines to another apparatus. obtaining means for obtaining a work history of work performed by a plurality of types of work machines; and specifying means for specifying a type of work machine for which an idling time is shortest from among work machines used in a reference work area that has terrain information similar to terrain information of an area to be subjected to work, the terrain information including information regarding a gradient of the area; and determination means for determining a number or ratio of work machines that are to perform work in the area to be subjected to work, based on the specified type of the work machine and a work history of work performed by a work machine in the reference work area, wherein the information regarding a gradient of the area includes a portion of the area in which an inclination angle is larger than or equal to a threshold and the threshold is set based on the inclination angle for which a ride-on lawn mower cannot perform work, and that the information processing apparatus comprises at least one of an output unit configured to output the determined number or ratio of work machines to a user, and a communication unit configured to transmit the determined number or ratio of work machines to another apparatus.
A rotor of an electric motor with a rotor housing and a permanent magnet that is arranged on the inside of the rotor housing in a form-fitting manner without adhesion, wherein the rotor housing has at least one axially open side via which the permanent magnet can be inserted into the rotor housing, wherein a functional element that is to be driven via the rotor is arranged on the outside of the rotor housing and, on the at least one axially open side of the rotor housing, has at least one fixing lug that extends in the radial direction relative to an axis of rotation of the rotor, locally reduces an inner diameter of the rotor housing and, as seen in axial projection, extends over the permanent magnet over a fixing length, the at least one fixing lug being embodied as an undercut on an axial outer edge of the functional element that is to be driven.
Method for biological purification of water, characterisd by leading water containing substrate to be removed into a reactor through one or more inlet pipes or inlet zones and leading the water and substrate through carrier elements for a biofilm said elements having a protected surface of > 200 m 2 /m 3 carrier elements, and a pore volume of >60%, wherein the degree of filling for the elements at normal operation constitutes an amount corresponding to 90 % - 100 %, more preferred 92 % - 100 %, and most preferred 92 % - 99 % of the reactor liquid volume, so that the carrier elements are held approximately stationary or prevented from moving during normal operation, and wherein the elements have a specific weight that is in the area 0.8 - 1.4, more preferred 0.9 - 1.1 and most preferred 0.93-0.97, and leading the treated water to one or more outlet pipes - and further comprising temporarily raising the water level in the reactor and fluidising the carrier elements for removal of excess sludge. - and further comprising temporarily raising the water level in the reactor and fluidising the carrier elements for removal of excess sludge.
An electrical isolation device for isolating the electrical supply (1, 2) of a fuel burning appliance in response to an audio alarm, the device comprising: a microphone circuit operable to detect audio signals; a lock-in amplifier connected to the output of the microphone circuit and operable to lock on to the alarm frequency and recover the modulated signal pattern of a potential alarm signal within the audio signals detected by the microphone circuit; a processing unit operable to monitor the output of the lock-in amplifier for valid output signals through comparison of the potential alarm signal with a stored reference to determine whether it is an alarm signal and output an alarm indication in response thereto; and a switch operable in response to said alarm indication to disconnect the electrical supply (1, 2) of the fuel burning apparatus.
Apparatus for clamping a component on a rotating machine part, in particular a balancing machine, having a base body, a clamping mandrel arranged to be axially displaceable within the base body and several clamping devices which can be moved between a releaseposition and a clampedposition by axial displacement of the clamping mandrel, wherein the clamping devices are clamping segments which can be displaced above the base body radially to its central axis, characterised in that the clampingsegments are connected to one another by flexible connecting crosspieces (22; 31).
Fog-generating system comprising: - at least one tank containing fog-generating fluid; - at least one pump connected to said at least one tank and designed to withdraw said fog-generating fluid therefrom; - at least one serpentine connected to said at least one pump and designed to receive said fog-generating fluid pumped by said pump, said serpentine being divided into a first section connected to said pump and a second section connected to said first section and designed to emit dry fog as output; and - at least one battery operatively connected to said at least one serpentine and designed to pass electric current inside said serpentine and to supply said pump, characterised in that a supply of said pump is taken from a resistive divider obtained from said second section of the serpentine, and, till the serpentine remains dry, it is uniformly heated and its resistance proportionally increases, while, when the fog-generating fluid gets in contact with said first section, its heating and the following status change prevent the first section from being overheated, limiting its resistance increase, and the second section, instead, is affected only by its vapour phase, and will be heated more, increasing the voltage at its terminals, so that the pump has a supply voltage as higher as the second section is more "dry", and consequently increases the flow-rate till a balance point is found between temperature distribution and flow-rate. - at least one tank containing fog-generating fluid; - at least one pump connected to said at least one tank and designed to withdraw said fog-generating fluid therefrom; - at least one serpentine connected to said at least one pump and designed to receive said fog-generating fluid pumped by said pump, said serpentine being divided into a first section connected to said pump and a second section connected to said first section and designed to emit dry fog as output; and - at least one battery operatively connected to said at least one serpentine and designed to pass electric current inside said serpentine and to supply said pump,
A composite for an anode active material comprising: a (semi) metal oxide; and an amorphous carbon layer on a surface of the (semi) metal oxide, wherein the amorphous carbon layer comprises a conductive agent inside the amorphous carbon layer, wherein the amorphous carbon layer is derived from an organic polymer, wherein the conductive agent is selected from the group consisting of a line-type conductive agent, a point-type conductive agent, and a mixture thereof, wherein the line-type conductive agent has an aspect ratio of 1.5 or more, and wherein the point-type conductive agent has an aspect ratio less than 1.5, wherein an amount of the conductive agent is in a range of 1 wt% to 20 wt% based on a total weight of the (semi) metal oxide, wherein the line-type conductive agent comprises one or more selected from the group consisting of carbon nanotubes, carbon nanofibers, and graphene, and wherein the point-type conductive agent comprises one or more selected from the group consisting of carbon black, acetylene black, Ketjen black, channel black, furnace black, lamp black, and thermal black a (semi) metal oxide; and an amorphous carbon layer on a surface of the (semi) metal oxide, wherein the amorphous carbon layer comprises a conductive agent inside the amorphous carbon layer, wherein the amorphous carbon layer is derived from an organic polymer, wherein the conductive agent is selected from the group consisting of a line-type conductive agent, a point-type conductive agent, and a mixture thereof, wherein the line-type conductive agent has an aspect ratio of 1.5 or more, and wherein the point-type conductive agent has an aspect ratio less than 1.5, wherein an amount of the conductive agent is in a range of 1 wt% to 20 wt% based on a total weight of the (semi) metal oxide, wherein the line-type conductive agent comprises one or more selected from the group consisting of carbon nanotubes, carbon nanofibers, and graphene, and wherein the point-type conductive agent comprises one or more selected from the group consisting of carbon black, acetylene black, Ketjen black, channel black, furnace black, lamp black, and thermal black