mhurhangee/ep-ind-claims huggingface dataset:
Device for coupling an attachment, in particular a dozer blade, a mine-clearing plow or a mine roller, to a vehicle with a bolt, a bolt receptacle receiving the bolt and an explosive device for emergency decoupling, wherein the explosive device is arranged on that side of the bolt receptacle from which the bolt is plugged in during the coupling, and the explosive device is arranged in an explosion space, characterized in that, as a result of the explosion of the explosive, the bolt is pushable out of the bolt receptacle in the plug-in direction of the bolt in order to release the coupling.
An amusement park system, comprising: an augmented experience system configured to: track guest interactions of a plurality of guests of an amusement park with one or more employees of the amusement park, one or more mobile devices, one or more wearable devices, one or more themed devices, or one or more physical objects disposed within a real-world environment of the amusement park; and generate augmented reality images in the real-world environment based at least in part on data relating to the guest interactions of the plurality of guests. track guest interactions of a plurality of guests of an amusement park with one or more employees of the amusement park, one or more mobile devices, one or more wearable devices, one or more themed devices, or one or more physical objects disposed within a real-world environment of the amusement park; and generate augmented reality images in the real-world environment based at least in part on data relating to the guest interactions of the plurality of guests.
Process for the preparation of purified dicarboxylic acids from a mixture containing triglycerides of carboxylic acids having more than one acid functional group comprising the steps of: a) hydrolysing the said mixture containing triglycerides in the presence of water, obtaining a reaction product comprising dicarboxylic acids and glycerine; b) separating out an aqueous phase comprising at least a part of the glycerine from the remaining reaction product from step a) (organic phase); c) evaporating and/or distilling the organic phase obtained from step b), separating out a residue; d) recovering at least a part of the dicarboxylic acids from the organic phase evaporated and/or distilled in step c) by means of at least one crystallisation operation, the said step comprising at least one melt crystallisation of the said dicarboxylic acids carried out in fractional suspension. a) hydrolysing the said mixture containing triglycerides in the presence of water, obtaining a reaction product comprising dicarboxylic acids and glycerine; b) separating out an aqueous phase comprising at least a part of the glycerine from the remaining reaction product from step a) (organic phase); c) evaporating and/or distilling the organic phase obtained from step b), separating out a residue; d) recovering at least a part of the dicarboxylic acids from the organic phase evaporated and/or distilled in step c) by means of at least one crystallisation operation, the said step comprising at least one melt crystallisation of the said dicarboxylic acids carried out in fractional suspension.
One or more computer-readable media having stored thereon computer-executable instructions for causing a computing system, when programmed thereby, to perform video processing operations, the video processing operations comprising: adding to encoded video content custom data indicating a nominal range of samples of the encoded video content as video content type for input video to encoding, the samples of the encoded video content representing an intensity of brightness or an intensity of a color component of a pixel and having a sample depth that indicates an available range of values representing the samples of the encoded video content, wherein the nominal range is a range of values, within the available range for the sample depth of the samples of the encoded video content, for the video content type, and wherein the custom data indicates one of multiple possible options for the nominal range, the multiple possible options for the nominal range including: full range characterized by values from 0... 2 n -1 for samples of bit depth n; and a limited range characterized by values in a sub-range of the full range; and outputting the custom data and the encoded video content. full range characterized by values from 0... 2 n -1 for samples of bit depth n; and a limited range characterized by values in a sub-range of the full range; and outputting the custom data and the encoded video content.
An antibody reacting with a cancer-specific membrane antigen expressed in epithelial cancer cells, said antibody having antibody-dependent cell cytotoxicity, for use in the therapy of a living individual with epithelial cancer which is positive for the cancer-specific membrane antigen and positive for the KLRG1 ligand, wherein the time of initiation of administration of the antibody is during or after the period when KLRG1-positive immunocytes in the peripheral blood of the living individual is selectively reduced ex vivo.
A shock absorbing device for use in a cosmetic compact between a base of the compact and a pan received in the base, the pan adapted to contain a solid or semi-solid cosmetic product, the device comprising: an inner plate having an outer edge; an outer plate having a central clearance defined by an inner edge, the outer plate adapted to connect to one of the base or the pan, said inner plate having an outer edge, the inner plate dimensioned to be received in the central clearance such that a gap is defined between the outer edge of the inner plate and the inner edge of the outer plate, the inner plate adapted to connect to the other of the base or the pan; a first arcuate portion extending across the gap to connect the outer plate to the inner plate, the first arcuate portion positioned along a first axis; and a second arcuate portion extending across the gap to connect the outer plate to the inner plate, the second arcuate portion positioned along a second axis transverse to the first axis; wherein each of the first arcuate portion and the second arcuate portion are sufficiently resilient to permit movement of the inner plate relative to the outer plate thereby reducing transmission of shock or vibration from the base to the pan; and characterized in that said device further comprises: a channel in at least one of the outer plate or the inner plate, the channel dimensioned to accommodate at least a part of one of the first arcuate portion or the second arcuate portion. an inner plate having an outer edge; an outer plate having a central clearance defined by an inner edge, the outer plate adapted to connect to one of the base or the pan, said inner plate having an outer edge, the inner plate dimensioned to be received in the central clearance such that a gap is defined between the outer edge of the inner plate and the inner edge of the outer plate, the inner plate adapted to connect to the other of the base or the pan; a first arcuate portion extending across the gap to connect the outer plate to the inner plate, the first arcuate portion positioned along a first axis; and a second arcuate portion extending across the gap to connect the outer plate to the inner plate, the second arcuate portion positioned along a second axis transverse to the first axis; a channel in at least one of the outer plate or the inner plate, the channel dimensioned to accommodate at least a part of one of the first arcuate portion or the second arcuate portion.
A process for preparing pimaric type resin acids, wherein the process includes the following steps: step 1: add refined resin acids, pine resin or rosin, and maleic anhydride at the mass ration of 1:0.3∼1.5 into a reaction bulb, dissolve them in C 1 ∼C 10 lower fatty acid solvent, the mass ratio between C 1 ∼C 10 lower fatty acid solvent and refined resin acids is 0.05∼30:1, and then perform additive reaction under microwave-assisted heating or direct heating, after the reaction, let the solution cool down and crystallize, then filter and wash; step 2: combine the filtrate collected in step 1, then perform a reduced pressure distillation to remove the solvent to obtain the crude product of pimaric type resin acids, dissolve the crude product of pimaric type resin acids in sodium hydroxide solution to produce saline solution of pimaric type resin acids, then, adjust the pH to 6∼14 with mineral acid or organic acid while agitating, purify the obtained precipitate to obtain the final product of pimaric type resin acids, wherein the final product of pimaric type resin acids comprises a mixture of pimaric type resin acids. step 1: add refined resin acids, pine resin or rosin, and maleic anhydride at the mass ration of 1:0.3∼1.5 into a reaction bulb, dissolve them in C 1 ∼C 10 lower fatty acid solvent, the mass ratio between C 1 ∼C 10 lower fatty acid solvent and refined resin acids is 0.05∼30:1, and then perform additive reaction under microwave-assisted heating or direct heating, after the reaction, let the solution cool down and crystallize, then filter and wash; step 2: combine the filtrate collected in step 1, then perform a reduced pressure distillation to remove the solvent to obtain the crude product of pimaric type resin acids, dissolve the crude product of pimaric type resin acids in sodium hydroxide solution to produce saline solution of pimaric type resin acids, then, adjust the pH to 6∼14 with mineral acid or organic acid while agitating, purify the obtained precipitate to obtain the final product of pimaric type resin acids, wherein the final product of pimaric type resin acids comprises a mixture of pimaric type resin acids.
Container made of plastic, having a rectangular base and four side walls (3, 4), the base having a first stacking contour on its underside at its outer edge, the side walls (3, 4) having a second stacking contour (30, 40) on their upper edge region and wherein, when containers are stacked one above the other, the first stacking contour of an upper container and the second stacking contour (30, 40) of a lower container enter into centering engagement with one another, wherein the upper edge region of at least two opposing side walls (3, 4) being reinforced by in each case at least one reinforcing profile attached in a form-fitting and/or force-fitting manner to the remaining side wall (3, 4), the reinforcing profile not being made of the same material as the remaining side wall (3, 4), and the/each reinforcing profile having on its upper side facing away from the container at least one reinforcing profile running in the longitudinal direction of the reinforcing profile, forming a slide track for a further container to be placed on top, wherein the base having grooves which are open at the bottom and are arranged congruently with the profile webs, wherein sections of the stacking contour of the base lying below the side walls (3, 4) having the slide tracks each being designed with a groove, characterized in that the slide tracks and grooves are each designed in such a way that when an upper container is placed on a lower container in a position offset relative to one another in the longitudinal direction of the slidetracks and grooves, the upper container is displaced in an elevated, displaceable position on the slidetracks of the lower container, and in that, during or after displacement of the upper container into a position congruent with the lower container, the slidetracks enter the grooves while the upper container is lowered into an end-of-stack position.
An envelope or bag for food use comprising an envelope wall extending around a prevailing extension axis to delimit an inner compartment, said compartment being delimited on one axial end by an envelope bottom and being accessible on the opposite end (2") by means of an access opening; further comprising a lifting handle of said envelope having at least a pair of foot portions (12, 14) divided by a first scoring or creasing line so that said handle is foldable, a first foot portion being affixed to a first outer surface of the envelope wall, a second foot portion being free, rotatable around the first foot portion and joinable to an opposite, second outer surface of said wall through a geometrical coupling and/or force coupling with the latter, characterized in that the first foot portion comprises at least a second creasing line substantially parallel to the first creasing line, which forms the axis of rotation of the second foot portion around the first foot portion. further comprising a lifting handle of said envelope having at least a pair of foot portions (12, 14) divided by a first scoring or creasing line so that said handle is foldable, a first foot portion being affixed to a first outer surface of the envelope wall, a second foot portion being free, rotatable around the first foot portion and joinable to an opposite, second outer surface of said wall through a geometrical coupling and/or force coupling with the latter, characterized in that the first foot portion comprises at least a second creasing line substantially parallel to the first creasing line, which forms the axis of rotation of the second foot portion around the first foot portion.
A method for operating a head mounted computing device, the method comprising: determining a user's gaze direction based on a gaze input; determining an intersection between the user's gaze direction and an identified environmental surface in a real world 3-dimensional environment; generating a first drawing surface, based on the intersection, within a user interface on a see through holographic display configured to present holographic images, wherein the first drawing surface is arranged at a predetermined angle relative to the user's gaze direction and the first drawing surface is planar, wherein the predetermined angle is determined at least in part based on a geometric characteristic of the identified environmental surface; receiving a first drawing surface input that includes a path drawn by a user;; and in response to receiving the first drawing surface input, rendering a first drawing indicia on the first drawing surface within the user interface on the see through holographic display, the first drawing indicia including one or more lines that denote the path drawn by the user based on the first drawing surface input. determining a user's gaze direction based on a gaze input; determining an intersection between the user's gaze direction and an identified environmental surface in a real world 3-dimensional environment; generating a first drawing surface, based on the intersection, within a user interface on a see through holographic display configured to present holographic images, wherein the first drawing surface is arranged at a predetermined angle relative to the user's gaze direction and the first drawing surface is planar, wherein the predetermined angle is determined at least in part based on a geometric characteristic of the identified environmental surface; receiving a first drawing surface input that includes a path drawn by a user;; and in response to receiving the first drawing surface input, rendering a first drawing indicia on the first drawing surface within the user interface on the see through holographic display, the first drawing indicia including one or more lines that denote the path drawn by the user based on the first drawing surface input.
An ophthalmic apparatus (1, 1a), comprising: a refraction measurement unit configured to acquire a dioptric power in a first region including a fovea of a subject's eye; an OCT unit configured to acquire OCT data of a fundus (Ef) of the subject's eye using optical coherence tomography; an analyzer configured to specify a shape of the fundus (Ef) by analyzing the OCT data; and a calculator configured to calculate a dioptric power in a peripheral region of the first region of the fundus (Ef) based on the dioptric power in the first region and the shape of the fundus (Ef). a refraction measurement unit configured to acquire a dioptric power in a first region including a fovea of a subject's eye; an OCT unit configured to acquire OCT data of a fundus (Ef) of the subject's eye using optical coherence tomography; an analyzer configured to specify a shape of the fundus (Ef) by analyzing the OCT data; and a calculator configured to calculate a dioptric power in a peripheral region of the first region of the fundus (Ef) based on the dioptric power in the first region and the shape of the fundus (Ef).
A fixing device comprising: an annular belt; a heating member provided on an inner peripheral surface's side of the annular belt; a facing member provided on a facing surface of the heating member facing the inner peripheral surface; and a pressing member that is provided on an outer peripheral surface's side of the annular belt and forms a nip region between the pressing member and the facing member via the annular belt, wherein the facing member includes resin and carbon, and wherein a relationship t > 0.198R w is satisfied in regard to a thickness t [μm] of the facing member and a weight compound ratio R w [wt%] of the carbon. an annular belt; a heating member provided on an inner peripheral surface's side of the annular belt; a facing member provided on a facing surface of the heating member facing the inner peripheral surface; and a pressing member that is provided on an outer peripheral surface's side of the annular belt and forms a nip region between the pressing member and the facing member via the annular belt, wherein the facing member includes resin and carbon, and wherein a relationship t > 0.198R w is satisfied in regard to a thickness t [μm] of the facing member and a weight compound ratio R w [wt%] of the carbon.
Electrical switching arrangement having - a first switching contact piece and a second switching contact piece, which are movable in relation to one another, - a kinematic chain (11, 12, 13, 14) for coupling a movement onto at least one of the switching contact pieces (7, 8) and - a blocking device with a blocking element for blocking a relative movement of the switching contact pieces (7, 8), characterized in that, when one and the same switching state of the switching contact pieces (7, 8) that remains the same applies, the blocking element blocks at least one machine element to be blocked of the kinematic chain (11, 12, 13, 14) in various positions, while securing the relative position of the switching contact pieces (7, 8) in the switched-on state and/or in the switched-off state of the switching contact pieces (7, 8). - a first switching contact piece and a second switching contact piece, which are movable in relation to one another, - a kinematic chain (11, 12, 13, 14) for coupling a movement onto at least one of the switching contact pieces (7, 8) and - a blocking device with a blocking element for blocking a relative movement of the switching contact pieces (7, 8),
Apparatus for producing inserts for steam generator tubes, having a winding head with a wire guiding pin, a guiding opening for a former shaft provided with a number of spiral slots, and a pressure roller, wherein the wire guiding pin, guiding opening and pressure roller are disposed such that a tangent of pressure roller and a slot in the former shaft as well as the guiding axis of the wire guiding pin essentially coincide, characterised in that the apparatus also comprises a rotary drive assigned to the former shaft and a guide nut disposed coaxially with respect to the guiding opening.
A method for receiving, by a user equipment, UE, control information in a wireless communication system, the method comprising: receiving search space information on a self-contained subframe having all of a downlink control symbol, a data symbol, and an uplink control symbol; determining control channel candidates in the downlink control symbol of the self-contained subframe based on the search space information; and searching for downlink control information of the UE from the determined control channel candidates, wherein the determined control channel candidates constitute at least two search spaces on the downlink control symbol, and wherein the UE searches for the downlink control information by assuming a transmission scheme that is specific to a search space to which each control channel candidate belongs. receiving search space information on a self-contained subframe having all of a downlink control symbol, a data symbol, and an uplink control symbol; determining control channel candidates in the downlink control symbol of the self-contained subframe based on the search space information; and searching for downlink control information of the UE from the determined control channel candidates, wherein the determined control channel candidates constitute at least two search spaces on the downlink control symbol, and wherein the UE searches for the downlink control information by assuming a transmission scheme that is specific to a search space to which each control channel candidate belongs.
Method for reducing intermediate nodes in a polygonal chain with one or more intermediate nodes of a set of intermediate nodes (Z1, Z2,..., Z8) between a starting node and an end node, wherein the starting node, the end node and each intermediate node of the set of intermediate nodes, in addition to the attributes longitude and latitude, is assigned at least one further attribute having an attribute value and an attribute direction of a set of further attributes, wherein the at least one further attribute is a gradient or a height or a curve radius, the method comprising: in one or more processors, for each intermediate node, beginning from the starting node: comparing the attribute direction of the at least one further attribute of an intermediate node with the attribute direction of the at least one further attribute of the immediate predecessor node; marking the intermediate node as a significant node when the comparison reveals a change of direction of the attribute direction; and applying a line generalization method in relation to the attributes longitude and latitude, wherein the intermediate nodes marked as significant nodes are not allowed to be removed. comparing the attribute direction of the at least one further attribute of an intermediate node with the attribute direction of the at least one further attribute of the immediate predecessor node; marking the intermediate node as a significant node when the comparison reveals a change of direction of the attribute direction; and applying a line generalization method in relation to the attributes longitude and latitude, wherein the intermediate nodes marked as significant nodes are not allowed to be removed.