mhurhangee/ep-ind-claims huggingface dataset:
Device for the production of optical tweezers, comprising a laser beam source for generating a laser beam, and at least one acousto-optical deflector for generating an array of partial beams of the laser beam, wherein the array comprises rows, wherein the device has a staircase mirror unit comprising at least one first staircase mirror for reducing a row spacing of the partial beams of the array, wherein the first staircase mirror comprises mirrors, a staircase spacing between adjacent mirrors and a staircase height, wherein the staircase mirror unit comprises a second staircase mirror, wherein the second staircase mirror comprises mirrors, a staircase spacing between adjacent mirrors and a staircase height, characterized in that the staircase spacing of the second staircase mirror corresponds to the staircase height of the first staircase mirror, wherein all mirrors of the first staircase mirror have a parallel alignment and wherein all mirrors of the second staircase mirror have a parallel alignment. comprising a laser beam source for generating a laser beam, and at least one acousto-optical deflector for generating an array of partial beams of the laser beam, wherein the array comprises rows, wherein the device has a staircase mirror unit comprising at least one first staircase mirror for reducing a row spacing of the partial beams of the array, wherein the first staircase mirror comprises mirrors, a staircase spacing between adjacent mirrors and a staircase height, wherein the staircase mirror unit comprises a second staircase mirror, wherein the second staircase mirror comprises mirrors, a staircase spacing between adjacent mirrors and a staircase height, characterized in that the staircase spacing of the second staircase mirror corresponds to the staircase height of the first staircase mirror, wherein all mirrors of the first staircase mirror have a parallel alignment and wherein all mirrors of the second staircase mirror have a parallel alignment.
Device for cooling an exhaust gas stream, having an exhaust gas pipe receiving the exhaust gas stream, the exhaust gas pipe being surrounded at least in places by a heat shield arranged spaced therefrom, which together with the outside of the exhaust gas pipe forms a convection region for air supplied from the surrounding environment, characterized in that a mouth region of the exhaust gas pipe extended relative to the heat shield projects in such a way into an open end of an adjoining outlet port that a reduced pressure relative to the surrounding environment may be produced in a suction region between the mouth region of the exhaust gas pipe and the outlet port as the air heated in the convection region due to the exhaust gas stream rises, wherein the outlet port is arranged spaced from the heat shield in such a way that opposing end regions (50, 52) of the outlet port and of the heat shield form an annular suction opening connected with the suction region.
A movable body apparatus, comprising: a movable body arranged for holding an object and being movable relative to a base; and a drive device having a mover provided at the movable body and a stator provided at the base, wherein the movable body has a slider section, a support member, a frame, a holding member, and a vibration-damping section, the mover being attached to the slider section, the holding member being supported by the support member, the support member being kinematically supported via a plurality of rod members (23 1, 23 2, 23 3, 24 1, 24 2, 24 3) attached to the slider section, the frame being connected to a position of the slider section which is different from a position where the rod members are attached, the vibration-damping section being provided between the frame and the support member, the holding member being arranged for holding the object, and the vibration-damping section suppressing vibration of the support member. a movable body arranged for holding an object and being movable relative to a base; and a drive device having a mover provided at the movable body and a stator provided at the base, wherein the movable body has a slider section, a support member, a frame, a holding member, and a vibration-damping section, the mover being attached to the slider section, the holding member being supported by the support member, the support member being kinematically supported via a plurality of rod members (23 1, 23 2, 23 3, 24 1, 24 2, 24 3) attached to the slider section, the frame being connected to a position of the slider section which is different from a position where the rod members are attached, the vibration-damping section being provided between the frame and the support member, the holding member being arranged for holding the object, and the vibration-damping section suppressing vibration of the support member.
Driver (1 - 8) for scraper chain conveyors which has a middle portion having a chain member receptacle for attaching the driver (1 - 8) to chain members (12, 13) of a conveying chain, wherein scraper wings attach on both sides to the middle portion and each scraper wing has a web portion and an end portion which is broadened with respect to the web portion, wherein on the bottom side of the web portion is provided a wear plate (32 - 39) which, starting from a step on the bottom side of the middle portion covers the web portion in the direction towards the end portion, characterised in that in the bottom side of each scraper wing is provided a hollow space extending its longitudinal direction which is covered on the bottom side by the wear plate (32 - 39).
A cosmetic container having dual contents, comprising: a container body keeping a first material; and a pipette assembly combined with the container body, having a storage space for keeping a second material therein from the outside, including a piston, which presses the second material in the storage space into the container body when being operated by a user, and allowing the discharged second material and the first material to be mixed in the container body, wherein the pipette assembly includes a pipette communicating with the storage space and inserted in the container body, and a cap is coupled to an end of the pipette disposed in the container body, and wherein the container body includes: a container housing keeping the first material, having open upper and lower ends, and combined with the pipette assembly; a stripper coupled to the container housing, receiving the pipette, and having a body holder so that the cap is separated when the pipette is separated; and a container base receiving the stripper and combined with the container housing to close the lower end of the container housing. a container body keeping a first material; and a pipette assembly combined with the container body, having a storage space for keeping a second material therein from the outside, including a piston, which presses the second material in the storage space into the container body when being operated by a user, and allowing the discharged second material and the first material to be mixed in the container body, wherein the pipette assembly includes a pipette communicating with the storage space and inserted in the container body, and a cap is coupled to an end of the pipette disposed in the container body, and wherein the container body includes: a container housing keeping the first material, having open upper and lower ends, and combined with the pipette assembly; a stripper coupled to the container housing, receiving the pipette, and having a body holder so that the cap is separated when the pipette is separated; and a container base receiving the stripper and combined with the container housing to close the lower end of the container housing. a container housing keeping the first material, having open upper and lower ends, and combined with the pipette assembly; a stripper coupled to the container housing, receiving the pipette, and having a body holder so that the cap is separated when the pipette is separated; and a container base receiving the stripper and combined with the container housing to close the lower end of the container housing.
A bioassay device comprising: a porous hydrophilic medium capable of transporting fluids by capillary action; a fluid impervious barrier embedded in the porous hydrophilic medium, said barrier defining a channel constraining lateral fluid flow within the porous hydrophilic medium by capillary action terminating in one or more detection regions in the porous hydrophilic medium; and one or more assay reagents in one or more detection regions; wherein the one or more assay reagents can provide a visible indication of the presence of an analyte. a porous hydrophilic medium capable of transporting fluids by capillary action; a fluid impervious barrier embedded in the porous hydrophilic medium, said barrier defining a channel constraining lateral fluid flow within the porous hydrophilic medium by capillary action terminating in one or more detection regions in the porous hydrophilic medium; and one or more assay reagents in one or more detection regions; wherein the one or more assay reagents can provide a visible indication of the presence of an analyte.
A modified conjugated diene-based polymer, wherein a ratio of a coupling polymer, obtained by gel permeation chromatography, is 70% by mass or more based on a total amount of the modified conjugated diene-based polymer, and a modification ratio obtained by adsorption GPC is 70% by mass or more based on a total amount of the modified conjugated diene-based polymer, when Mooney viscosity ML 1+4 (100°C) measured at 100°C is represented by ML and a weight average molecular weight obtained by GPC is represented by Mw, ML ≤ 1.8 (Mw × 10 -4) - 31.5, Mooney viscosity ML 1+4 (100°C) measured at 100°C is 30 to 150, and when a peak top molecular weight, obtained by GPC, of a coupling polymer of the modified conjugated diene-based polymer is represented by Mp 1 and a peak top molecular weight of a non-coupling polymer of a conjugated diene-based polymer chain constituting the modified conjugated diene-based polymer is represented by Mp 2, (Mp 1 /Mp 2) ≥ 3.4.
Storage tank for storing a liquid, wherein the storage tank comprising: a main storage chamber; an internal sub chamber located within the storage tank; and a reclosable filling opening for enabling filling of liquid into the main storage chamber and internal sub chamber; wherein an overflow level of the internal sub chamber is located substantially at or above a predetermined fill level of the main storage chamber, and wherein the reclosable filling opening and the internal sub chamber are arranged in a substantially superposed relationship in a vertical direction, such that a substantially or entirely vertical stream of liquid filling the storage tank via the reclosable filling opening is configured to enter the internal sub chamber. a main storage chamber; an internal sub chamber located within the storage tank; and a reclosable filling opening for enabling filling of liquid into the main storage chamber and internal sub chamber; wherein an overflow level of the internal sub chamber is located substantially at or above a predetermined fill level of the main storage chamber, and wherein the reclosable filling opening and the internal sub chamber are arranged in a substantially superposed relationship in a vertical direction, such that a substantially or entirely vertical stream of liquid filling the storage tank via the reclosable filling opening is configured to enter the internal sub chamber.
Method for diagnosing an electronic display device having a screen and a graphics memory in which image data relating to an image displayed by the screen are stored or changed, wherein, for the displayed image, a check is carried out in which a value characterizing the power consumption or the change in the power consumption of the screen or of the display device is measured, and, on the basis of the image data or the change in the image data, a reference value characterizing the power consumption or the change in the power consumption of the screen or of the display device is determined and is compared with the measured value, characterized in that at least two partial images are assigned to a character to be displayed by the screen, a first partial image of which forms the image whose image data are stored in the graphics memory, in that the partial images are selected in such a manner that their power consumptions differ from a respective previously displayed image, and in that, after the check of the first partial image, the remaining image data for the character are loaded into the graphics memory in order to fully display the character.
An artificial immune system to permit the assessment of agents in vitro without administration to animal subjects, comprising a cell culture comprising: a two- or three-dimensional matrix, comprising lymphoid tissue; and diseased cells, wherein said diseased cells are immune system cells, selected from the group consisting of PBMCs, monocytes, macrophages, dendritic cells, lymphocytes, and antigen-presenting cells, and wherein said immune system cells are virally-infected cells, bacterially-infected cells, tumor cells, or autoimmune disease-afflicted cells. a two- or three-dimensional matrix, comprising lymphoid tissue; and diseased cells, wherein said diseased cells are immune system cells, selected from the group consisting of PBMCs, monocytes, macrophages, dendritic cells, lymphocytes, and antigen-presenting cells, and wherein said immune system cells are virally-infected cells, bacterially-infected cells, tumor cells, or autoimmune disease-afflicted cells.
A profile strip arrangement comprising a profile strip having a first connecting area that serves to establish a connection to an edge area of a windshield of a motor vehicle and having a second connecting area that serves to establish a connection to a vehicle part that is adjacent to the windshield, also comprising a reinforcement strip that is connected to the profile strip, wherein the reinforcement strip has an insertion section that is to be inserted into and remain permanently in the second connecting area, and it also has a connecting section that serves to establish a connection to the adjacent vehicle part, characterized in that the reinforcement strip is detachably connected to the profile strip, in that the adjacent vehicle part is a water trough cover, in that, when the profile strip arrangement is in an unassembled state, the insertion section of the reinforcement strip, in the state in which it is inserted into the second connecting area, constitutes a transport protection for the second connecting area of the profile strip, and in that, when the profile strip arrangement is in an assembled state on the motor vehicle, the reinforcement strip forms an arrangement that serves to establish a connection of the water trough cover to the profile strip.
The use of a substituted highly-branched polycarbonate which is substituted completely or partly with linear or branched C 4 -C 40 -alkyl or alkenyl radicals, in cosmetic and/or dermatological formulations as thickeners.
An Al-Fe alloy plated steel sheet for hot press forming having excellent TWB welding characteristics, the Al-Fe alloy plated steel sheet comprising: a base steel sheet comprising, by weight percentage (wt%), carbon: 0.1 to 0.5%, silicon (Si): 0.01 to 2.0%, manganese (Mn): 0.1 to 10%, phosphorus: 0.001 to 0.05%, sulfur: 0.0001 to 0.02%, aluminum: 0.001 to 1.0%, nitrogen: 0.001 to 0.02%, a balance of iron (Fe), and unavoidable impurities; an Al-Fe alloy layer disposed on the base steel sheet, and an oxide layer having a thickness of 2 μm or less and disposed on the Al-Fe alloy layer, wherein the Al-Fe alloy layer comprises, by wt%, aluminum: 40 to 60%, silicon (Si): 2 to 10%, a balance of iron (Fe), and unavoidable impurities, and a fraction of an unalloyed phase is 1 area% or less, wherein the Al-Fe alloy layer comprises: a diffusion layer disposed on the base steel sheet and constituting a layer while including Si in an amount of 0.5 to 12.0 wt%; and an intermediate layer disposed in the Al-Fe alloy layer and constituting a layer while including Si in an amount of 3.0 to 20.0 wt%, and wherein a sum of average thicknesses of the diffusion layer and the intermediate layer may be 1.0 to 10 μm, and wherein the base steel sheet optionally further comprises, by weight percentage (wt%), one or more of chromium (Cr) and molybdenum (Mo) in total amount of 0.01 to 4.0 wt%; one or more of titanium (Ti), niobium (Nb), and vanadium in total amount of 0.001 to 0.4 wt%; and boron in amount of 0.0001 to 0.01 wt%. a base steel sheet comprising, by weight percentage (wt%), carbon: 0.1 to 0.5%, silicon (Si): 0.01 to 2.0%, manganese (Mn): 0.1 to 10%, phosphorus: 0.001 to 0.05%, sulfur: 0.0001 to 0.02%, aluminum: 0.001 to 1.0%, nitrogen: 0.001 to 0.02%, a balance of iron (Fe), and unavoidable impurities; an Al-Fe alloy layer disposed on the base steel sheet, and an oxide layer having a thickness of 2 μm or less and disposed on the Al-Fe alloy layer, wherein the Al-Fe alloy layer comprises, by wt%, aluminum: 40 to 60%, silicon (Si): 2 to 10%, a balance of iron (Fe), and unavoidable impurities, and a fraction of an unalloyed phase is 1 area% or less, wherein the Al-Fe alloy layer comprises: a diffusion layer disposed on the base steel sheet and constituting a layer while including Si in an amount of 0.5 to 12.0 wt%; and an intermediate layer disposed in the Al-Fe alloy layer and constituting a layer while including Si in an amount of 3.0 to 20.0 wt%, and wherein a sum of average thicknesses of the diffusion layer and the intermediate layer may be 1.0 to 10 μm, and wherein the base steel sheet optionally further comprises, by weight percentage (wt%), one or more of chromium (Cr) and molybdenum (Mo) in total amount of 0.01 to 4.0 wt%; one or more of titanium (Ti), niobium (Nb), and vanadium in total amount of 0.001 to 0.4 wt%; and boron in amount of 0.0001 to 0.01 wt%.
Method for testing a stretch film, comprising of: - unwinding a spool of stretch film in an unwinding station with a driven unwinding device; - throughfeed through a first stretching station, wherein a predetermined first stretch is imparted to the stretch film between a first driven stretch roller and a second driven stretch roller; - throughfeed through a second stretching station, wherein a predetermined second stretch is imparted to the stretch film by a third driven stretch roller; - determining a first force on the film during the predetermined first stretch; and - determining a second force on the film during the predetermined second stretch; wherein the first force and the second force are determined on the basis of a measurement of an unwinding torque on the unwinding device, measuring a first, second and third torque on respectively the first, second and third driven stretch roller, and a measurement of a release parameter in the unwinding device which is indicative of the difference between a tangential reference plane of the spool and the effective plane in which the film which is pulled loose from the spool lies, wherein the release parameter is determined by moving a sensor reciprocally about at least a part of the spool, wherein an angular position of the sensor at which the sensor performs a predetermined measurement forms the release parameter. - unwinding a spool of stretch film in an unwinding station with a driven unwinding device; - throughfeed through a first stretching station, wherein a predetermined first stretch is imparted to the stretch film between a first driven stretch roller and a second driven stretch roller; - throughfeed through a second stretching station, wherein a predetermined second stretch is imparted to the stretch film by a third driven stretch roller; - determining a first force on the film during the predetermined first stretch; and - determining a second force on the film during the predetermined second stretch; wherein the first force and the second force are determined on the basis of a measurement of an unwinding torque on the unwinding device, measuring a first, second and third torque on respectively the first, second and third driven stretch roller, and a measurement of a release parameter in the unwinding device which is indicative of the difference between a tangential reference plane of the spool and the effective plane in which the film which is pulled loose from the spool lies, wherein the release parameter is determined by moving a sensor reciprocally about at least a part of the spool, wherein an angular position of the sensor at which the sensor performs a predetermined measurement forms the release parameter.
An all-solid-state secondary battery comprising: a pair of collectors (11, 21); a laminate; and a plate-shaped insulating member, wherein the laminate and the insulating member are arranged between the pair of collectors (11, 21), the laminate includes a positive electrode layer, a solid electrolyte layer, and a negative electrode layer stacked together, the insulating member, which includes an opening portion capable of guiding the positive electrode layer or the negative electrode layer, is arranged around the laminate and contacts at least with the solid electrolyte layer to electrically insulate the positive electrode layer and the negative electrode layer from each other, characterized in that in the insulating member, a contact inner edge portion contacted with the laminate has a larger thickness than a plate-shaped portion on an outer side, the insulating member is arranged between the pair of collectors (11, 21) via a positive electrode-side adhesive layer and a negative electrode-side adhesive layer, and each adhesive layer (51, 52) is arranged distant from an inner end of the contact inner edge portion of the insulating member so as to provide a distortion absorbing region (L1, L2) to each of the collectors (11, 21). a pair of collectors (11, 21); a laminate; and a plate-shaped insulating member, wherein the laminate and the insulating member are arranged between the pair of collectors (11, 21), the laminate includes a positive electrode layer, a solid electrolyte layer, and a negative electrode layer stacked together, the insulating member, which includes an opening portion capable of guiding the positive electrode layer or the negative electrode layer, is arranged around the laminate and contacts at least with the solid electrolyte layer to electrically insulate the positive electrode layer and the negative electrode layer from each other, characterized in that in the insulating member, a contact inner edge portion contacted with the laminate has a larger thickness than a plate-shaped portion on an outer side, the insulating member is arranged between the pair of collectors (11, 21) via a positive electrode-side adhesive layer and a negative electrode-side adhesive layer, and each adhesive layer (51, 52) is arranged distant from an inner end of the contact inner edge portion of the insulating member so as to provide a distortion absorbing region (L1, L2) to each of the collectors (11, 21).
A method for controlling an agricultural implement comprising a feed device (13, 14) for feeding granular or powdery material, comprising: generating an air flow, feeding the material with the aid of the air flow, measuring a first parameter relating to the air flow while the material is fed with the aid of the air flow, and controlling the generation of the air flow on the basis of the first parameter characterized in that the first parameter is a pressure, and the first parameter is measured in a distributor (144a, 144b, 144c), in which material-entraining air flow is distributed from an inlet to at least two outlets. generating an air flow, feeding the material with the aid of the air flow, measuring a first parameter relating to the air flow while the material is fed with the aid of the air flow, and controlling the generation of the air flow on the basis of the first parameter characterized in that the first parameter is a pressure, and the first parameter is measured in a distributor (144a, 144b, 144c), in which material-entraining air flow is distributed from an inlet to at least two outlets.