mhurhangee/ep-ind-claims huggingface dataset:
Door for a household cooking appliance having an outer pane, an inner pane, at least one intermediate pane (21, 22) that is arranged between the outer pane and the inner pane, at least one door beam (18, 19) that is fixedly or detachably connected to the outer pane, a pane checking facility that is mounted on the door so as to be rotatable about a pivot axis, wherein the pane checking facility is suitable for positioning and thus mounting the inner pane and the intermediate pane (21, 22) on the door, wherein as the at least one intermediate pane (21, 22) is being inserted in the direction of the outer pane the pane checking facility pivots about the pivot axis from a starting position into an end position, characterised by a locking facility that is mounted so as to be displaceable on the door and that can be displaced from an unlocked state, in which the locking facility is out of engagement with the inner pane, into a locked state, in which the locking facility engages around the inner pane at least in sections, wherein the locking facility can only be displaced from the unlocked state into the locked state if the pane checking facility is located in the end position, wherein the locking facility is mounted so as to be displaceable on the at least one door beam (18, 19), wherein the locking facility can be displaced along the at least one door beam (18, 19) from the unlocked state into the locked state and wherein the locking facility comprises a locking section that in the locked state engages in a positive-locking manner into the pane checking facility.
A display device comprising: a light engine; a projection lens; a spatial light modulator along an optical path from the light engine to the projection lens, wherein the spatial light modulator is a first digital micromirror device comprising a plurality of pixels; and a second digital micromirror device along the optical path between the spatial light modulator and the projection lens, wherein the second digital micromirror device has a plurality of individually-directable micromirrors; and an imaging lens arranged between the spatial light modulator and the second digital micromirror device, wherein the imaging lens is configured to image each pixel onto a respective micromirror. a light engine; a projection lens; a spatial light modulator along an optical path from the light engine to the projection lens, wherein the spatial light modulator is a first digital micromirror device comprising a plurality of pixels; and a second digital micromirror device along the optical path between the spatial light modulator and the projection lens, wherein the second digital micromirror device has a plurality of individually-directable micromirrors; and an imaging lens arranged between the spatial light modulator and the second digital micromirror device, wherein the imaging lens is configured to image each pixel onto a respective micromirror.
A cell evaluation device comprising: an image acquisition unit that acquires a cell image obtained by imaging a cell group including stem cells in an undifferentiated state and stem cells in a differentiated state; a boundary setting unit that sets a boundary between a region where stem cells in a differentiated state are distributed and a region where stem cells in an undifferentiated state are distributed; and a cell evaluation unit that recognizes individual cells in the cell group, specifies an evaluation target cell and peripheral cells around the evaluation target cell among the recognized individual cells, and fixes an evaluation of the evaluation target cell based on evaluation results of the peripheral cells and an evaluation result of the evaluation target cell, wherein the cell evaluation unit specifies only cells that are present in the region where the evaluation target cell is present among the regions divided by the boundary, as the peripheral cells wherein the cell evaluation unit evaluates an undifferentiated state or a differentiated sate of the evaluation target cell. an image acquisition unit that acquires a cell image obtained by imaging a cell group including stem cells in an undifferentiated state and stem cells in a differentiated state; a boundary setting unit that sets a boundary between a region where stem cells in a differentiated state are distributed and a region where stem cells in an undifferentiated state are distributed; and a cell evaluation unit that recognizes individual cells in the cell group, specifies an evaluation target cell and peripheral cells around the evaluation target cell among the recognized individual cells, and fixes an evaluation of the evaluation target cell based on evaluation results of the peripheral cells and an evaluation result of the evaluation target cell, wherein the cell evaluation unit specifies only cells that are present in the region where the evaluation target cell is present among the regions divided by the boundary, as the peripheral cells wherein the cell evaluation unit evaluates an undifferentiated state or a differentiated sate of the evaluation target cell.
A manufacturing method for flexible rolling of metal strips, in which a metal strip with predefinable material thickness is guided through a mill stand, containing several rolls characterized in being based on two operating steps, the first step being a learning phase based on controlling and storing parameter values during rolling in which thickness and flatness data of the strip are collected and the second step being a program loop for flexible rolling having the starting values from the first step for providing a strip having a defined profile with different thicknesses over the length of the strip, wherein the metallic strip is set to lead through a roll gap during the rolling operation where bending of the work rolls is steered to achieve the defined profile.
Plate heat exchanger having a plurality of plates stacked one upon the other, which each alternately span a first and a second flow space for a first and second medium respectively, wherein each plate has a circumferential edge and has an essentially basin-shaped design, and wherein two adjacent plates are in each case connected to each other via the circumferential edges, and wherein an end plate is fixedly connected to at least one adjacent plate at at least one end of the stack, wherein the circumferential edge of the adjacent plate is supported on the end plate by means of a wall face of the end plate formed parallel to the said edge and is fixedly connected to the said wall face, whereby - the end plate consists of an aluminium alloy, wherein the wall face is preferably formed between two essentially flat, parallel surfaces (7', 7") of the end plate, - the wall face is formed by an inner lateral face of an essentially basin-like receptacle in the end plate for the adjacent plate, characterised in that the depth (t) of the receptacle corresponds to at least the height (h) of the edge of the plate. - the end plate consists of an aluminium alloy, wherein the wall face is preferably formed between two essentially flat, parallel surfaces (7', 7") of the end plate, - the wall face is formed by an inner lateral face of an essentially basin-like receptacle in the end plate for the adjacent plate,
Hollow particles with an average particle diameter (d 1) of 1 to 20 μm having a balloon structure which includes a cavity inside a shell, the particles having a true specific gravity of 0.3 to 3.0 g/cm 3, having a specific surface area per unit volume obtained by a BET method of not less than 0.5 m 2 /cm 3 and less than 60 m 2 /cm 3, and including convex portions with a height of 3 to 100 nm on an outer surface of the particles, wherein the shell and the convex portions contains silica as an ingredient. the particles having a true specific gravity of 0.3 to 3.0 g/cm 3, having a specific surface area per unit volume obtained by a BET method of not less than 0.5 m 2 /cm 3 and less than 60 m 2 /cm 3, and including convex portions with a height of 3 to 100 nm on an outer surface of the particles, having a true specific gravity of 0.3 to 3.0 g/cm 3, having a specific surface area per unit volume obtained by a BET method of not less than 0.5 m 2 /cm 3 and less than 60 m 2 /cm 3, and including convex portions with a height of 3 to 100 nm on an outer surface of the particles, wherein the shell and the convex portions contains silica as an ingredient.
Conveyor system for workpieces, having a conveyor section, a drive system and a carriage, wherein the drive system has a drive unit for driving the carriage forward along the conveyor section, wherein the carriage has a device for holding a workpiece, wherein a guide unit which has at least two guide elements is assigned to the drive system and the carriage, wherein one guide element is designed as a guide section (31a, 31a', 31a", 31a′′′, 31b, 31c, 31d, 31e) assigned to the drive system, and one guide element is designed as a guided element (32', 32", 32′′′, 32"") assigned to the carriage, wherein the guide section and the guided element are in engagement with one another, at least in some sections, characterized in that at least one guide element is adjustable between at least two working positions, wherein there is an adjusting device for adjusting the guide element between the working positions, which has a drive element, a unit for transmitting force and/or a section for guiding the guide element. the drive system has a drive unit for driving the carriage forward along the conveyor section, wherein the carriage has a device for holding a workpiece, wherein a guide unit which has at least two guide elements is assigned to the drive system and the carriage, wherein one guide element is designed as a guide section (31a, 31a', 31a", 31a′′′, 31b, 31c, 31d, 31e) assigned to the drive system, and one guide element is designed as a guided element (32', 32", 32′′′, 32"") assigned to the carriage, wherein the guide section and the guided element are in engagement with one another, at least in some sections, characterized in that at least one guide element is adjustable between at least two working positions, wherein there is an adjusting device for adjusting the guide element between the working positions, which has a drive element, a unit for transmitting force and/or a section for guiding the guide element.
An apparatus for ventral/dorsal alignment of fish comprising a first conveying device configured for conveying of fish head-first on their side with a feed-in channel configured for guiding the fish in the conveying direction, said feed-in channel having a channel floor forming a first conveying plane, at least one guide roller (14, 28) arranged at a distance from the channel floor and configured for transversely positioning the fish in the feed-in channel, said guide roller extending across the width of the feed-in channel and having at least one section with reduced cross-sectional diameter, wherein the channel floor in the centre of the channel comprises a transfer recess, widening in the conveying direction, which is designed to transfer the fish by the effect of gravity to a guiding channel arranged below the first conveying plane by aligning in a predetermined ventral/dorsal position, wherein the guiding channel comprises lateral guide surfaces (18, 19) each arranged inclined with respect to the first conveying plane, and a second conveying device forming a second conveying plane and configured to convey the fish on their side, said second conveying device being arranged downstream of the guiding channel for taking over the fish at the end of said guiding channel. a first conveying device configured for conveying of fish head-first on their side with a feed-in channel configured for guiding the fish in the conveying direction, said feed-in channel having a channel floor forming a first conveying plane, at least one guide roller (14, 28) arranged at a distance from the channel floor and configured for transversely positioning the fish in the feed-in channel, said guide roller extending across the width of the feed-in channel and having at least one section with reduced cross-sectional diameter, wherein the channel floor in the centre of the channel comprises a transfer recess, widening in the conveying direction, which is designed to transfer the fish by the effect of gravity to a guiding channel arranged below the first conveying plane by aligning in a predetermined ventral/dorsal position, wherein the guiding channel comprises lateral guide surfaces (18, 19) each arranged inclined with respect to the first conveying plane, and a second conveying device forming a second conveying plane and configured to convey the fish on their side, said second conveying device being arranged downstream of the guiding channel for taking over the fish at the end of said guiding channel.
Drive for a casement of a window or the like, having a scissor stay, which is arranged on a push rod of the drive, wherein the scissor stay comprises a link bearing, which is securable in a fixed position on the frame of the window and on which a stay link having a guide slot is mounted in a rotatable manner, a lock element, which is provided with a clamping element, is positionable on the push rod and is securable with the clamping element, and a stay arm, which is mounted in a rotationally articulated manner in a pivot bearing, is connectable at the end in an articulated manner to the casement, and is guided on the push rod with the pivot bearing, wherein the pivot bearing is passed through freely by the push rod, wherein at least one pin is arranged in the guide slot for supporting the forces that arise, said pin being arranged on the lock element or on a supporting link arranged on the lock element, wherein the stay arm is connected to the stay link in an articulated manner via a lock pin, wherein the lock element is arranged between the pivot bearing and the link bearing, wherein, in order to open and close the scissor stay, the push rod is displaceable over an actuating travel, and wherein a setting device for setting a distance (s) between the link bearing in a fixed position and the lock element is arranged on the link bearing or on the lock element, characterized in that the setting device has a threaded stem or a threaded sleeve, which is received in a thread in the link bearing, or in that the setting device has a threaded stem or a threaded sleeve, which is received in a thread in the lock element, or in that the setting device is a spacer arranged on the link bearing or on the lock element.
A filter assembly for an air cleaner, the filter assembly comprising: a first filter; a second filter disposed at a rear side of the first filter to accommodate the first filter; and a third filter disposed at a rear side of the second filter to accommodate the second filter, wherein the first filter comprises: a circular filter frame; a support rib disposed inside the filter frame; and a superfine filter attached to the filter frame and the support rib to filter foreign substances, wherein the second filter comprises: a ring-shaped filter cover having open front and rear surfaces; and a filter member accommodated in the filter cover, wherein the filter member comprises a HEPA filter to filter fine dust, wherein the third filter comprises: a filter case; at least one deodorization filter (831, 832) seated on the filter case, wherein a first surface of the circular filter frame, a first surface of the ring-shaped filter cover, and a first surface of the filter case are flush with each other in a state in which the first to third filters (81, 82, 83) are coupled to each other, and wherein the first to third filters (81, 82, 83) are removable from the filter assembly. a first filter; a second filter disposed at a rear side of the first filter to accommodate the first filter; and a third filter disposed at a rear side of the second filter to accommodate the second filter, a circular filter frame; a support rib disposed inside the filter frame; and a superfine filter attached to the filter frame and the support rib to filter foreign substances, a ring-shaped filter cover having open front and rear surfaces; and a filter member accommodated in the filter cover, wherein the filter member comprises a HEPA filter to filter fine dust, a filter case; at least one deodorization filter (831, 832) seated on the filter case, wherein a first surface of the circular filter frame, a first surface of the ring-shaped filter cover, and a first surface of the filter case are flush with each other in a state in which the first to third filters (81, 82, 83) are coupled to each other, and wherein the first to third filters (81, 82, 83) are removable from the filter assembly.
A computer-implemented method for estimating a value of a given transient tire load of at least one wheel of a vehicle at a given time frame, the method comprising the steps of: acquiring a value of a given equilibrium tire load of the at least one wheel of the vehicle at the given time frame; obtaining at least one value of the equilibrium tire load of the at least one wheel of the vehicle at at least one time frame before the given time frame; obtaining at least one value of the transient tire load of the at least one wheel of the vehicle at the at least one time frame before the given time frame; and determining the value of the given transient tire load of the at least one wheel of the vehicle based on: the value of the given equilibrium tire load of the at least one wheel of the vehicle at the given time frame, the at least one value of the equilibrium tire load of the at least one wheel of the vehicle at the at least one time frame before the given time frame, and the at least one value of the transient tire load of the at least one wheel of the vehicle at the at least one time frame before the given time frame. acquiring a value of a given equilibrium tire load of the at least one wheel of the vehicle at the given time frame; obtaining at least one value of the equilibrium tire load of the at least one wheel of the vehicle at at least one time frame before the given time frame; obtaining at least one value of the transient tire load of the at least one wheel of the vehicle at the at least one time frame before the given time frame; and determining the value of the given transient tire load of the at least one wheel of the vehicle based on: the value of the given equilibrium tire load of the at least one wheel of the vehicle at the given time frame, the at least one value of the equilibrium tire load of the at least one wheel of the vehicle at the at least one time frame before the given time frame, and the at least one value of the transient tire load of the at least one wheel of the vehicle at the at least one time frame before the given time frame. the value of the given equilibrium tire load of the at least one wheel of the vehicle at the given time frame, the at least one value of the equilibrium tire load of the at least one wheel of the vehicle at the at least one time frame before the given time frame, and the at least one value of the transient tire load of the at least one wheel of the vehicle at the at least one time frame before the given time frame.
An apparatus, comprising: a blanket having a length and a width, said blanket being structured and arranged for flexible accommodation to permit wrapping said blanket around at least a portion of the exterior of a container of flammable liquid, said blanket comprising a plurality of pockets disposed in a first layer, said blanket further being characterized by: fire suppression compound disposed in the plurality of said pockets, the fire suppression compound comprising a plurality of sub-portions of fire suppression compound, each such sub-portion being individually packaged in a respective pouch comprising an inner layer essentially surrounded by an outer layer.
A method for transmitting a sounding reference signal, SRS, comprising: • receiving, by a terminal device, an instruction message sent by a network device, wherein the instruction message is used to instruct the terminal device to send an SRS on a second symbol in first symbols, the first symbols are symbols in uplink pilot slots UpPTSs of two special subframes in a radio frame, and the second symbol is a symbol in an UpPTS of at least one of the two special subframes (step 210); • receiving, by the terminal device, more than two SRS configurations sent by the network device, wherein the more than two SRS configurations comprise more than two SRS configuration indexes I SRS, and the more than two I SRS are corresponding to the first symbols (step 220); • determining, by the terminal device, the first symbols based on the more than two SRS configurations; • sending, by the terminal device, the SRS to the network device on the second symbol (step 230). • receiving, by a terminal device, an instruction message sent by a network device, wherein the instruction message is used to instruct the terminal device to send an SRS on a second symbol in first symbols, the first symbols are symbols in uplink pilot slots UpPTSs of two special subframes in a radio frame, and the second symbol is a symbol in an UpPTS of at least one of the two special subframes (step 210); • receiving, by the terminal device, more than two SRS configurations sent by the network device, wherein the more than two SRS configurations comprise more than two SRS configuration indexes I SRS, and the more than two I SRS are corresponding to the first symbols (step 220); • determining, by the terminal device, the first symbols based on the more than two SRS configurations; • sending, by the terminal device, the SRS to the network device on the second symbol (step 230).
A hand operated pallet truck including lifting forks for carrying a load, wheels for engaging the ground and a handle by which the pallet truck can be pulled or pushed over the ground, the handle being mounted for movement between an upright position and a lowered position in which it is inclined at an angle of less than 45 degrees to the horizontal, and a mechanism connected between the handle and at least one wheel to convert movement of the handle into rotation of said at least one wheel, wherein the mechanism includes a coupling which has a first state representing a first condition of the mechanism in which the handle is not drivingly coupled to said at least one wheel and a second state representing a second condition of the mechanism in which the handle is drivingly coupled to said at least one wheel characterised in that the coupling comprises one or more pads (64A, 64B) frictionally engaging the inside of a cylindrical surface concentric with the axis of rotation of said at least one wheel in said second state of the coupling.
A system for controlling a weld-current in a direct current arc welding apparatus for short arc welding comprising a current regulator included in a voltage feedback loop from a power supply to a welding electrode and a ramp generator arranged to provide current ramps during a short circuit phase at said welding electrode, characterized in that said current regulator and ramp generator are connected in parallel and provides a reference current (Iref) for said power supply to the welding electrode.