mhurhangee/ep-ind-claims huggingface dataset:
A method of making a layer of a three-dimensional object (44, 78) from a solidifiable material, comprising: providing a rigid or semi-rigid translucent solidification substrate (79, 279, 379, 479, 679) and a translucent film layer (294, 394, 494, 694); providing a peeling member (292, 392, 492, 692); solidifying the solidifiable material in contact with the translucent film layer (294, 394, 494, 694) to create a solidified object (44, 78) section; providing the translucent film layer (294, 394, 494, 694) between the rigid or semi-rigid translucent solidification substrate (79, 279, 379, 479, 679) and the peeling member (292, 392, 492, 692); and moving the peeling member (292, 392, 492, 692) along the length of the translucent film layer (294, 394, 494, 694); characterized by maintaining a fixed distance between the rigid or semi-rigid translucent solidification substrate (79, 279, 379, 479, 679) and the peeling member (292, 392, 492, 692) and keeping the film layer between the substrate and the peeling member while solidifying the solidifiable material; and peeling the translucent film layer (294, 394, 494, 694) from the solidified object section while maintaining the fixed distance between the peeling member (292, 392, 492, 692) and the rigid or semirigid translucent solidification substrate (79, 279, 379, 479, 679). providing a rigid or semi-rigid translucent solidification substrate (79, 279, 379, 479, 679) and a translucent film layer (294, 394, 494, 694); providing a peeling member (292, 392, 492, 692); solidifying the solidifiable material in contact with the translucent film layer (294, 394, 494, 694) to create a solidified object (44, 78) section; providing the translucent film layer (294, 394, 494, 694) between the rigid or semi-rigid translucent solidification substrate (79, 279, 379, 479, 679) and the peeling member (292, 392, 492, 692); and moving the peeling member (292, 392, 492, 692) along the length of the translucent film layer (294, 394, 494, 694); characterized by maintaining a fixed distance between the rigid or semi-rigid translucent solidification substrate (79, 279, 379, 479, 679) and the peeling member (292, 392, 492, 692) and keeping the film layer between the substrate and the peeling member while solidifying the solidifiable material; and peeling the translucent film layer (294, 394, 494, 694) from the solidified object section while maintaining the fixed distance between the peeling member (292, 392, 492, 692) and the rigid or semirigid translucent solidification substrate (79, 279, 379, 479, 679).
A separation chip for separating an insoluble component from a suspension using centrifugal force produced by rotation, comprising: a suspension holding tank, a separation liquid holding tank, and an insoluble component holding tank which are arranged in this order from an inner circumferential side during rotation, wherein the suspension holding tank and the insoluble component holding tank are connected with each other, the insoluble component holding tank and the separation liquid holding tank are connected with each other by a portion having a cross-sectional short diameter of 5 to 5000 micrometers, characterized in that in the insoluble component holding tank, a connecting portion with the suspension holding tank is positioned further toward an outer circumferential side than the portion having a cross-sectional short diameter of 5 to 5000 micrometers. a suspension holding tank, a separation liquid holding tank, and an insoluble component holding tank which are arranged in this order from an inner circumferential side during rotation, wherein the suspension holding tank and the insoluble component holding tank are connected with each other, the insoluble component holding tank and the separation liquid holding tank are connected with each other by a portion having a cross-sectional short diameter of 5 to 5000 micrometers, characterized in that in the insoluble component holding tank, a connecting portion with the suspension holding tank is positioned further toward an outer circumferential side than the portion having a cross-sectional short diameter of 5 to 5000 micrometers.
A method of producing a baked product having reduced crumb elasticity, said method comprising a) adding a raw starch degrading alpha-amylase, a lipase and a phospholipase to dough ingredients comprising flour, water, and yeast and mixing to prepare a dough; b) leavening the dough, and c) baking the dough, and wherein the raw starch degrading alpha-amylase has an amino acid sequence having at least 70% identity to SEQ ID NO:1. a) adding a raw starch degrading alpha-amylase, a lipase and a phospholipase to dough ingredients comprising flour, water, and yeast and mixing to prepare a dough; b) leavening the dough, and c) baking the dough, and
An apparatus for improving directivity performance of a speaker assembly comprising: a speaker assembly having a diaphragm; an acoustic lens configured to cover the diaphragm, the acoustic lens comprising a first surface and a second surface, opposite to the first surface, to face the diaphragm assembly, an orifice formed approximately in a center portion of the acoustic lens and positioned over the diaphragm, an outer edge spaced from the central portion to define an outer solid portion about the central portion, a plurality of auxiliary apertures (3630, 3632, 3634,3636) formed in the central portion and distributed about the orifice, a mounting feature depending from the second surface along the outer edge, the mounting feature configured to attach to the speaker assembly to form a substantially air tight seal with the speaker assembly, wherein the orifice is defined by a plurality of internal lips (3620, 3622, 3624, 3626, 3628) distributed about the orifice, the internal lips (3620, 3622, 3624, 3626, 3628) further defining a plurality of protrusions (3640, 3642, 3644, 3646, 3648) surrounding the orifice, where at least one of the auxiliary apertures (3630, 3632, 3634,3636, 3638) is located in a portion of one of the protrusions (3640, 3642, 3644, 3646, 3648) characterized in that the central portion of said internal lips (3620, 3622, 3624, 3626, 3628) includes a stiffening portion. a speaker assembly having a diaphragm; an acoustic lens configured to cover the diaphragm, the acoustic lens comprising a first surface and a second surface, opposite to the first surface, to face the diaphragm assembly, an orifice formed approximately in a center portion of the acoustic lens and positioned over the diaphragm, an outer edge spaced from the central portion to define an outer solid portion about the central portion, a plurality of auxiliary apertures (3630, 3632, 3634,3636) formed in the central portion and distributed about the orifice, a mounting feature depending from the second surface along the outer edge, the mounting feature configured to attach to the speaker assembly to form a substantially air tight seal with the speaker assembly, wherein the orifice is defined by a plurality of internal lips (3620, 3622, 3624, 3626, 3628) distributed about the orifice, the internal lips (3620, 3622, 3624, 3626, 3628) further defining a plurality of protrusions (3640, 3642, 3644, 3646, 3648) surrounding the orifice, where at least one of the auxiliary apertures (3630, 3632, 3634,3636, 3638) is located in a portion of one of the protrusions (3640, 3642, 3644, 3646, 3648)
A method for locally controlling delivery of electrical power along a distribution feeder line of an electricity grid, the distribution feeder line comprising a substation and a plurality of nodes, and the plurality of nodes comprising at least a first node having at least one controllable real power resource and a second node having at least one controllable reactive power resource, the method comprising: (a) monitoring an actual phasor value at each node, a real power value at the first node and a reactive power value at the second node, wherein the actual phasor value for each node includes an actual voltage magnitude and an actual phase angle relative to the substation; the method being characterized by the following steps: (b) setting a target phasor value at each node that maintains a specified power delivery at a specified voltage to the feeder line, and wherein the power is delivered with a feeder line loss at or below a defined threshold, and wherein the target phasor value for each node includes a target voltage magnitude and a target phase angle relative to the substation; (c) adjusting operation of the at least one controllable reactive power resource so that the actual voltage magnitude moves towards the target voltage magnitude at each node; and (d) adjusting operation of the at least one controllable real power resource so that the actual phase angle moves towards the target phase angle at each node. (a) monitoring an actual phasor value at each node, a real power value at the first node and a reactive power value at the second node, wherein the actual phasor value for each node includes an actual voltage magnitude and an actual phase angle relative to the substation; (b) setting a target phasor value at each node that maintains a specified power delivery at a specified voltage to the feeder line, and wherein the power is delivered with a feeder line loss at or below a defined threshold, and wherein the target phasor value for each node includes a target voltage magnitude and a target phase angle relative to the substation; (c) adjusting operation of the at least one controllable reactive power resource so that the actual voltage magnitude moves towards the target voltage magnitude at each node; and (d) adjusting operation of the at least one controllable real power resource so that the actual phase angle moves towards the target phase angle at each node.
Device for adhering brick slips to a panel, which device comprises: - a horizontal transport surface with an infeed side and an outfeed side for transporting the panel from the infeed side, over the transport surface and to the outfeed side, the transport surface having a longitudinal dimension extending along the direction of transporting from the infeed side to the outfeed side and having a transverse dimension perpendicular to the longitudinal dimension; - a buffer arranged adjacently of the transport surface for buffering at least one row of brick slips; and - engaging means (8, 9) displaceable between a position above the buffer and a position above the transport surface capable of picking up from the buffer the at least one row of brick slips and placing the row of brick slips on the panel, characterized in that the engaging means (8, 9) 1) comprise a plurality of brick slip grippers, wherein a brick slip gripper is a gripper capable of holding a brick slip; 2) are displaceable above the horizontal transport surface in the transverse dimension of the horizontal transport surface so that the device is capable of placing a first row of brick slips on the panel and also capable of placing at least a second row of brick slips on the panel, wherein the second row is adjacent to the first row; wherein the device comprises means for adjusting the joint widths of the brick slips in a row of brick slips from a first joint width to a second joint width. - a horizontal transport surface with an infeed side and an outfeed side for transporting the panel from the infeed side, over the transport surface and to the outfeed side, the transport surface having a longitudinal dimension extending along the direction of transporting from the infeed side to the outfeed side and having a transverse dimension perpendicular to the longitudinal dimension; - a buffer arranged adjacently of the transport surface for buffering at least one row of brick slips; and - engaging means (8, 9) displaceable between a position above the buffer and a position above the transport surface capable of picking up from the buffer the at least one row of brick slips and placing the row of brick slips on the panel, characterized in that the engaging means (8, 9) 1) comprise a plurality of brick slip grippers, wherein a brick slip gripper is a gripper capable of holding a brick slip; 2) are displaceable above the horizontal transport surface in the transverse dimension of the horizontal transport surface so that the device is capable of placing a first row of brick slips on the panel and also capable of placing at least a second row of brick slips on the panel, wherein the second row is adjacent to the first row; 1) comprise a plurality of brick slip grippers, wherein a brick slip gripper is a gripper capable of holding a brick slip; 2) are displaceable above the horizontal transport surface in the transverse dimension of the horizontal transport surface so that the device is capable of placing a first row of brick slips on the panel and also capable of placing at least a second row of brick slips on the panel,
An array substrate comprising: a display region, a plurality of control lines, second common electrode lines and data lines, the display region being divided into a plurality of sub-regions, each sub-region comprising a plurality of pixels, each pixel comprising an individual, separated common electrode, the plurality of sub-regions are in one-to-one correspondence with the plurality of control lines, wherein: in each sub-region, common electrodes are electrically connected together by the second common electrode lines, and the second common electrode lines are parallel to the data lines along a second direction; common electrodes in two different sub-regions of the plurality of sub-regions are connected by one switching unit in the display region; and each control line is connected with the common electrodes in the sub-region to provide a common voltage signal to the common electrodes. in each sub-region, common electrodes are electrically connected together by the second common electrode lines, and the second common electrode lines are parallel to the data lines along a second direction; common electrodes in two different sub-regions of the plurality of sub-regions are connected by one switching unit in the display region; and each control line is connected with the common electrodes in the sub-region to provide a common voltage signal to the common electrodes.
Device for supplying preforms, in particular preforms made of thermoplastic material intended to be shaped into containers, suitable for preforms comprising a collar, the device comprising a file-forming slide for the preforms, comprising two sliding tracks intended to support the preforms upright by their collar, the slide comprising: - a fixed frame; - elements for guiding the preforms, which elements are mounted so as to be adjustable in terms of position on the frame so as to be adapted to different formats of preform; characterized in that the guiding elements are mounted so as to be adjustable on the frame by means of associated support plates, the support plates being fixed in a reference position on the frame by removable fastening means in order that the guiding elements can be detached from the frame by removing the support plates while keeping their adjustment in terms of position relative to the support plates. - a fixed frame; - elements for guiding the preforms, which elements are mounted so as to be adjustable in terms of position on the frame so as to be adapted to different formats of preform;
Safety brake for braking or holding a lift cage at a brake web, comprising: - a brake eccentric with a cylindrical bearing bore, and - a brake housing with a bearing axle for mounting the brake eccentric, characterised in that the bearing axle is arranged in the brake housing to be pivotable or displaceable so that the brake eccentric, which is arranged on the bearing axle, in a first position can be kept at a spacing from the brake web and in a second position can be brought into contact with the brake web. - a brake eccentric with a cylindrical bearing bore, and - a brake housing with a bearing axle for mounting the brake eccentric, characterised in that the bearing axle is arranged in the brake housing to be pivotable or displaceable so that the brake eccentric, which is arranged on the bearing axle, in a first position can be kept at a spacing from the brake web and in a second position can be brought into contact with the brake web.
Agricultural spraying device for spraying liquids, in particular for agricultural purposes, comprising at least one storage tank for a carrier liquid, in particular water, comprising a plurality of separately controllable spray nozzles for spraying the carrier liquid, and comprising at least one pump device for conveying the carrier liquid from the at least one storage tank to the spray nozzles through at least one liquid line (15, 32), wherein, in the region of the spray nozzles, at least one feed device is provided for mixing at least one active substance from an active substance tank with the carrier liquid, wherein the at least one active substance is mixed with carrier liquid for dilution, and wherein the at least one pre-diluted active substance is mixed in at least one line section, in particular the at least one liquid line, characterized in that a circuit for the at least one pre-diluted active substance and at least one pump, in particular a circulating pump, is provided for circulating the at least one pre-diluted active substance in the circuit.
Food packaging unit (2, 22, 50, 102, 202, 302, 402, 502, 602, 702) from a moulded or fluff pulp material, the packaging unit comprising a food receiving and/or carrying compartment that comprises a biodegradable laminated multi-layer (10, 30, 52, 101, 201, 301, 401, 501, 601, 701), with the multi-layer comprising: - an inner cover layer comprising an amount of a biodegradable aliphatic polyester; - a first intermediate layer of a biodegradable material for connecting and/or sealing adjacent layers; - a functional layer comprising a vinyl alcohol polymer; - a second intermediate layer of a biodegradable material for connecting and/or sealing adjacent layers; and - an outer cover layer comprising an amount of a biodegradable aliphatic polyester, and wherein the food packaging unit is a compostable food packaging unit. - an inner cover layer comprising an amount of a biodegradable aliphatic polyester; - a first intermediate layer of a biodegradable material for connecting and/or sealing adjacent layers; - a functional layer comprising a vinyl alcohol polymer; - a second intermediate layer of a biodegradable material for connecting and/or sealing adjacent layers; and - an outer cover layer comprising an amount of a biodegradable aliphatic polyester, and
Router (20a, 20b, 20c, 20d) which is connected between at least two communication, system and/or computer networks (N1. N2) and is equipped with login functionality and configured for logging in a user in order to grant the user access to predetermined network zones and/or network devices connected thereto after inputting login data recognized as permissible, characterised in that an activation/deactivation device interacting with the login functionality is provided on the router for temporarily activating and/or deactivating a login data input device required for inputting login data by the user.
An organic light-emitting diode comprising a light-emitting structure designed to emit light when it is powered, and a delay structure designed to delay a propagation of at least two power signal pulses (4a_left, 4b_right, 4a_top, 4b_bottom) having a temporal relation ship with one another and such a signal strength that a part of the light-emitting structure is driven in dependence on coincidence of the power signal pulses at said part of the light-emitting structure, wherein the delay structure comprises a capacitive element realized by means of the light-emitting structure of the organic light-emitting diode and an inductive element; and a terminal structure designed to receive the at least two power signal pulses (4a_left, 4b_ringt, 4a_top, 4b_bottom) and to feed the delay structure at its different positions with the at least two power signal pulses (4a_left, 4b_right, 4a_top, 4b_bottom), wherein the delay structure forms a delay plane for delaying the propagation of the power signal pulses in both dimensions of the delay plane.
A method of forming a baffle or reinforcement comprises molding an expandable material in a first cavity of a mold and molding a carrier material onto the expandable material in a second cavity of the mold, wherein the first cavity defines the shape of the expandable material, and the second cavity defines the shape of the baffle or reinforcement and wherein the carrier material is overmolded onto the expandable material in the second cavity of the mold, wherein the mold having a first side and a second side partially defining the first cavity, and a plate disposed therebetween, rotating the plate to move the expandable material to a second cavity defined by the mold, and overmolding the carrier material onto the expandable material in the second cavity of the mold partially defined by the first side and the second side, wherein the carrier material is molded onto the expandable material at a temperature that is higher than the temperature that starts the expansion of the expandable material and the carrier material is injected into the cavity of the mold at a temperature that causes the expandable material to react on a surface and chemically bond to said carrier material, wherein the the first cavity and the second cavity are defined by flat surfaces of the first side and the second side of the mold, wherein the baffle or reinforcement includes the carrier and the expandable material in a sandwich configuration and the carrier at least partially sandwiches two different expandable materials (180 and 190) or one expandable material and a non-expandable material.
A device comprising: (a) an absorbent element, the lower surface of which is a fluid-contacting surface, (b) an opposing non-fluid contacting surface, (c) a pH indication zone which is located at or adjacent to the opposing non fluid-contacting surface comprising a pH indicator covalently bound therein, which indicates the pH of a fluid, wherein the colour of the pH indicator changes in response to a change in the pH of the fluid; and, (d) at least one conduit for directing wound exudate towards the pH indication zone. (a) an absorbent element, the lower surface of which is a fluid-contacting surface, (b) an opposing non-fluid contacting surface, (c) a pH indication zone which is located at or adjacent to the opposing non fluid-contacting surface comprising a pH indicator covalently bound therein, which indicates the pH of a fluid, wherein the colour of the pH indicator changes in response to a change in the pH of the fluid; and, (d) at least one conduit for directing wound exudate towards the pH indication zone.
A method of operating a communication network, the method comprising determining strong neighbor access points, APs, for each of a plurality of APs, the strong neighbor APs determined as those other APs with signal strength measurements at the respective AP that are above a predetermined signal strength threshold; determining a difference between a fraction of airtime available for use at an AP of the plurality of APs and a fraction of airtime collectively provided by the strong neighbor APs of the AP; and inhibiting transmission by the AP based on the difference. determining strong neighbor access points, APs, for each of a plurality of APs, the strong neighbor APs determined as those other APs with signal strength measurements at the respective AP that are above a predetermined signal strength threshold; determining a difference between a fraction of airtime available for use at an AP of the plurality of APs and a fraction of airtime collectively provided by the strong neighbor APs of the AP; and inhibiting transmission by the AP based on the difference.