mhurhangee/ep-ind-claims huggingface dataset:
Bellows for a processing machine for protection against soiling, wherein the bellows has a longitudinal direction, and the bellows is variable in length in the longitudinal direction, the bellows comprises at least one first bellows shank with first outer folds and an inner fold being arranged in a centered manner with respect to the first outer folds, and one second bellows shank with second outer folds into which the first outer folds continue and an inner fold arranged in a centered manner with respect to the second outer folds, wherein the first outer fold and the second outer fold, as seen in the longitudinal direction, form an angle (α) which is not equal to 90 degrees, characterized in that the bellows consists of a fabric which, in a stretched state of the bellows, comprises a first thread in the longitudinal direction and a second thread perpendicular with respect to the longitudinal direction, and that in the second bellows shank adjoining to the first bellows shank, a gusset limited by two gusset folds respectively extending, starting from an end of the inner fold, to junctions of the first outer folds and second outer folds, whereby a triangular shape is formed, is provided such that, when pulling and pressing together the bellows in the longitudinal direction, the individual thread (8,9) comprises a deformation, in particular of a combination of a twist and fold motion, in the area of the gusset.
Method for controlling a light pattern provided by an automotive lighting device of an automotive vehicle, wherein the light pattern comprises a matrix arrangement of light pixels, each light pixel being characterized by a luminous intensity value, the method comprising the steps of - receiving a bending light command from the automotive vehicle; the method being characterized by: - dividing the light pattern in at least a first portion and a second portion, wherein each portion (11, 12, 13) comprises at least a boundary column (3, 4) which is in contact with the boundary column of an adjacent portion; - modifying the width of the first portion and the width of the second portion by shifting the position of the boundary columns (3, 4) and interpolating the luminous intensity values of the pixels belonging to the first and second portion (11, 12), wherein the boundary columns (3, 4) that were adjacent before the shifting remain adjacent after the shifting; - each of the first and the second portion (11, 12) comprises an end column (5, 6) which is opposite to the corresponding boundary column (3, 4) and is not shifted during the shifting step; - the step of interpolating the luminous intensity values is performed by considering the luminous intensity values of the original width between the corresponding end column (5, 6) and the corresponding boundary column (3, 4) and interpolating new values for the new width of each portion; and - wherein the bending light command comprises a number of positions to shift and a shifting direction, and then the step of shifting the position of the boundary columns is carried out using this number of positions to shift in the shifting direction. - receiving a bending light command from the automotive vehicle; - dividing the light pattern in at least a first portion and a second portion, wherein each portion (11, 12, 13) comprises at least a boundary column (3, 4) which is in contact with the boundary column of an adjacent portion; - modifying the width of the first portion and the width of the second portion by shifting the position of the boundary columns (3, 4) and interpolating the luminous intensity values of the pixels belonging to the first and second portion (11, 12), wherein the boundary columns (3, 4) that were adjacent before the shifting remain adjacent after the shifting; - each of the first and the second portion (11, 12) comprises an end column (5, 6) which is opposite to the corresponding boundary column (3, 4) and is not shifted during the shifting step; - the step of interpolating the luminous intensity values is performed by considering the luminous intensity values of the original width between the corresponding end column (5, 6) and the corresponding boundary column (3, 4) and interpolating new values for the new width of each portion; and - wherein the bending light command comprises a number of positions to shift and a shifting direction, and then the step of shifting the position of the boundary columns is carried out using this number of positions to shift in the shifting direction.
A K ATP channel opener for use in reducing one or more aggressive behaviors in a subject having Prader-Willi syndrome, wherein the use comprises administering to said subject for at least 10 weeks a pharmaceutical formulation comprising an effective amount of a K ATP channel opener, wherein administration reduces one or more aggressive behaviors in the subject.
A method of providing endothelial cells by forward programming of pluripotent stem cells, comprising: providing the endothelial cells by culturing the pluripotent stem cells under conditions to increase the expression level of one or more endothelial programming factor genes capable of causing forward programming of the pluripotent cells into endothelial cells, thereby forward programming the pluripotent stem cells into endothelial cells, wherein at least one endothelial programming factor gene comprises v-ets erythroblastosis virus E26 oncogene homolog (avian), ets variant 2, or any isoform thereof, wherein the endothelial cells and the pluripotent stem cells are human cells. providing the endothelial cells by culturing the pluripotent stem cells under conditions to increase the expression level of one or more endothelial programming factor genes capable of causing forward programming of the pluripotent cells into endothelial cells, thereby forward programming the pluripotent stem cells into endothelial cells, wherein at least one endothelial programming factor gene comprises v-ets erythroblastosis virus E26 oncogene homolog (avian), ets variant 2, or any isoform thereof, wherein the endothelial cells and the pluripotent stem cells are human cells.
A light curtain having a transmitter unit which has a series arrangement of transmitters emitting light beams, having a receiver unit which has a series arrangement of receivers receiving light beams, and having an evaluation unit in which an object detection signal is generated as a function of received signals from the receivers, the receivers being assigned an arrangement with amplifiers, since the individual receivers are assigned drive elements which are controlled by control means, characterised in that the amplifier or amplifiers obtain their voltage supply from a potential P1 and their earth reference from a potential P2, in that the control elements draw their voltage supply from a potential P3 and their earth reference from a potential P4, the potential P1 being higher than the potential P3 and the potential P3 being higher than the potential P2 and the potential P2 being higher than the potential P4.
A method of operating an automated machine for inserting wires into grommet cavity locations of an electrical connector to compensate for manufacturing tolerances associated with the electrical connector, the method comprising: storing in a data storage unit a plurality of pre-generated plug maps associated with the electrical connector; obtaining a measured plug map of the electrical connector; retrieving from the data storage unit one of the plurality of pre-generated plug maps which is the closest match to the measured plug map; and inserting wires into grommet cavity locations of the electrical connector based upon the retrieved one of the plurality of pre-generated plug maps to compensate for manufacturing tolerances associated with the electrical connector. storing in a data storage unit a plurality of pre-generated plug maps associated with the electrical connector; obtaining a measured plug map of the electrical connector; retrieving from the data storage unit one of the plurality of pre-generated plug maps which is the closest match to the measured plug map; and inserting wires into grommet cavity locations of the electrical connector based upon the retrieved one of the plurality of pre-generated plug maps to compensate for manufacturing tolerances associated with the electrical connector.
An ice crushing device, comprising a conveying mechanism, a guide mechanism and an ice crushing mechanism, wherein an upper end of the conveying mechanism is open and configured for receiving ice blocks, and a lower end of the conveying mechanism is communicated with an upper end of the guide mechanism; a lower end of the guide mechanism is communicated with an upper end of the ice crushing mechanism; the conveying mechanism is configured for guiding the ice blocks into the guide mechanism, and the ice blocks in the guide mechanism fall into the ice crushing mechanism through the upper end of the ice crushing mechanism; and the ice crushing mechanism is configured for crushing ice; wherein the conveying mechanism comprises a conveying shell, a spiral conveying piece and a driving piece for conveying; the driving piece for conveying is installed on an outer side wall of the conveying shell; the spiral conveying piece is located in the conveying shell; an output shaft of the driving piece for conveying extends into the conveying shell and is connected with an end of the spiral conveying piece; an other end of the spiral conveying piece extends to an opening in the upper end of the guide mechanism; and the driving piece for conveying is configured for driving the spiral conveying piece to rotate, and then the spiral conveying piece drives the ice blocks to move to the opening in the upper end of the guide mechanism; characterized in that the guide mechanism is a slide way, a height of the slide way is gradually reduced in a direction from close to the conveying mechanism to away from the conveying mechanism, and baffle plates are fixed to two long edges of the slide way respectively.
A composite panel suitable for heating an environment, the panel comprising: a face sheet abutting the environment and comprising a 3D woven structure, the 3D woven structure comprising: at least one z-fiber extending in a first direction, the first direction representing a thickness of the face sheet; a plurality of weft layers, each of the weft layers comprising a weft fiber extending in a second direction; a warp layer disposed between the plurality of weft layers, the warp layer comprising a warp fiber extending in a third direction; wherein the at least one z-fiber extends along the plurality of weft layers across a full extent of the 3D woven structure in the first direction; a first core layer positioned on a side of the face sheet opposite the environment; characterised in that the first core layer comprises a high-density honeycomb core formed from aluminum; and further comprising, a second core layer disposed on a side of the first core layer opposite the face sheet, wherein the second core layer comprises a polymer foam or polymer honeycomb. a face sheet abutting the environment and comprising a 3D woven structure, the 3D woven structure comprising: at least one z-fiber extending in a first direction, the first direction representing a thickness of the face sheet; a plurality of weft layers, each of the weft layers comprising a weft fiber extending in a second direction; a warp layer disposed between the plurality of weft layers, the warp layer comprising a warp fiber extending in a third direction; wherein the at least one z-fiber extends along the plurality of weft layers across a full extent of the 3D woven structure in the first direction; a first core layer positioned on a side of the face sheet opposite the environment; characterised in that the first core layer comprises a high-density honeycomb core formed from aluminum; and further comprising, a second core layer disposed on a side of the first core layer opposite the face sheet, wherein the second core layer comprises a polymer foam or polymer honeycomb. at least one z-fiber extending in a first direction, the first direction representing a thickness of the face sheet; a plurality of weft layers, each of the weft layers comprising a weft fiber extending in a second direction; a warp layer disposed between the plurality of weft layers, the warp layer comprising a warp fiber extending in a third direction; wherein the at least one z-fiber extends along the plurality of weft layers across a full extent of the 3D woven structure in the first direction; a first core layer positioned on a side of the face sheet opposite the environment; characterised in that the first core layer comprises a high-density honeycomb core formed from aluminum; and further comprising, a second core layer disposed on a side of the first core layer opposite the face sheet, wherein the second core layer comprises a polymer foam or polymer honeycomb.
A method for detecting a target nucleic acid, the method comprising amplifying the target nucleic acid in the presence of a DNA polymerase having proofreading activity, and an allele-specific reactive primer (ASRP) which comprises i) a nucleotide sequence complementary to the target nucleic acid and ii) a nucleotide substituted with a 3'-deoxynucleotide, wherein an amplification product of the target nucleic acid is produced, when the allele-specific reactive primer is complementary to the target nucleic acid, and when the allele-specific reactive primer is not complementary to the target nucleic acid, a non-complementary nucleotide to the target nucleic acid present at the 3' end of the primer is removed by the proofreading activity of the DNA polymerase, and an amplification product of the target nucleic acid is not produced due to the 3'-deoxynucleotide remaining at the 3' end of the primer.
A brake disc mounting hub for mounting a brake disc to a flange member on a vehicle axis, the hub member comprising: • a flange section comprising a plurality of first openings adapted to receive mounting members for mounting the flange section to a flange member; • a brake disc attachment section connected to the flange section, said brake disc attachment section circumferentially surrounding the flange section and comprising a plurality of circumferentially spaced, radially extending portions whereby the spaces between the portions define, respectively, a plurality of second openings arranged along an outside circumference of the attachment section, wherein the plurality of second openings are adapted to receive mounting members for mounting the attachment section to a brake disc, wherein the attachment section comprises at least one reinforcement rib (130, 140) extending from the flange section and connected to at least one of the plurality of second openings. • a flange section comprising a plurality of first openings adapted to receive mounting members for mounting the flange section to a flange member; • a brake disc attachment section connected to the flange section, said brake disc attachment section circumferentially surrounding the flange section and comprising a plurality of circumferentially spaced, radially extending portions whereby the spaces between the portions define, respectively, a plurality of second openings arranged along an outside circumference of the attachment section, wherein the plurality of second openings are adapted to receive mounting members for mounting the attachment section to a brake disc,
An image scanning apparatus, comprising: a scanning unit configured to scan a first document and a second document, the second document having a width that is smaller than a width of the first document; and a document transfer unit configured to automatically feed the first document and the second document, wherein the document transfer unit comprises: a frame including a feed tray on which the first document and the second document are to be stacked; a cover unit rotatably coupled with the frame, and configured to be opened or closed; and a pickup module configured to pick up the first document and the second document from the feed tray; characterised in that the document transfer unit comprises an auxiliary guide, installed on a rail member located in a lower part of a pickup module housing, the pickup module being coupled with and installed in the pickup module housing, the auxiliary guide including a support member fixed on the rail member, a guide arm and a rotating shaft to connect the support member to the guide arm, wherein the guide arm is rotatable with respect to the rotating shaft to change an angle of the guide arm according to a height of the first document stacked on the feed tray, wherein the auxiliary guide is configured to be located at a position corresponding to the width of the second document to support one side of the second document in a width direction of the second document. a scanning unit configured to scan a first document and a second document, the second document having a width that is smaller than a width of the first document; and a document transfer unit configured to automatically feed the first document and the second document, wherein the document transfer unit comprises: a frame including a feed tray on which the first document and the second document are to be stacked; a cover unit rotatably coupled with the frame, and configured to be opened or closed; and a pickup module configured to pick up the first document and the second document from the feed tray; a frame including a feed tray on which the first document and the second document are to be stacked; a cover unit rotatably coupled with the frame, and configured to be opened or closed; and a pickup module configured to pick up the first document and the second document from the feed tray; characterised in that the document transfer unit comprises an auxiliary guide, installed on a rail member located in a lower part of a pickup module housing, the pickup module being coupled with and installed in the pickup module housing, the auxiliary guide including a support member fixed on the rail member, a guide arm and a rotating shaft to connect the support member to the guide arm, wherein the guide arm is rotatable with respect to the rotating shaft to change an angle of the guide arm according to a height of the first document stacked on the feed tray, wherein the auxiliary guide is configured to be located at a position corresponding to the width of the second document to support one side of the second document in a width direction of the second document.
A method of producing a milk-related product, the method comprising the steps of: a) providing a milk-related product comprising lactose; b) oxidising 0.1- 5% of the lactose in the said milk-related product to lactobionic acid; c) subjecting the milk-related product obtained in step (b) to high-temperature -treatment comprising: (i) heating the milk-related product to a temperature in the range of from +135°C to +180°C; (ii) maintaining the said temperature for a time period of from 25 milliseconds to 10 seconds; and (iii) cooling the milk-related product. a) providing a milk-related product comprising lactose; b) oxidising 0.1- 5% of the lactose in the said milk-related product to lactobionic acid; c) subjecting the milk-related product obtained in step (b) to high-temperature -treatment comprising: (i) heating the milk-related product to a temperature in the range of from +135°C to +180°C; (ii) maintaining the said temperature for a time period of from 25 milliseconds to 10 seconds; and (iii) cooling the milk-related product. (i) heating the milk-related product to a temperature in the range of from +135°C to +180°C; (ii) maintaining the said temperature for a time period of from 25 milliseconds to 10 seconds; and (iii) cooling the milk-related product.
A floor element for constructing hollow floors with heating tubes of a space heating system or with heating and cooling tubes of a combined space heating and space cooling system, the floor element comprising support elements formed integrally on the upper side for laying the tube coils of tube circuits of a space heating system or a combined space heating and space cooling system, the tube circuits being operable as heating or cooling circuits, and comprising a hollow space through which a fresh-air and/or circulating-air stream is conducted into a building space for the purpose of heating or cooling by means of the floor heating system or floor cooling system, the floor element being realized as an air duct having an inlet opening and an outlet opening (14, 15) for fresh air and/or circulating air, characterized in that the floor element is made of metal sheet and comprises two side walls (10, 11), an upper wall and a lower wall, the two side walls, the upper wall and the lower wall forming a rectangular cross-section, and the upper wall of the air duct having a top-side structure comprising deep-drawn and/or pressed support elements for fixing tube coils.
A cardiac mapping catheter comprising: an array of electrodes (13, 14, 15) including a plurality of bipolar electrode (13, 14, 15) pairs for first and second electrodes (13, 14, 15), with said bipolar electrode (13, 14, 15) pairs located with respect to one another such that said electrodes (13, 14, 15) of said bipolar electrode (13, 14, 15) pairs together define a perimeter surrounding an area; and wherein said first and second electrodes (13, 14, 15) of each bipolar electrode (13, 14, 15) pair are opposed to one another across said area wherein said array of electrodes (13, 14 15) comprises an electrode (13, 14, 15) configuration wired for wide cross-perimeter electrode (13, 14, 15) pairing for compass mapping, and wired for narrow-adjacent bipolar and unipolar recordings from said electrodes (13, 14, 15), characterized in that the cardiac mapping catheter further comprises an apparatus configured for simultaneously measuring and recording compass map readings, narrow-adjacent bipolar readings, and unipolar readings from electrical signals from said electrodes (13, 14, 15). an array of electrodes (13, 14, 15) including a plurality of bipolar electrode (13, 14, 15) pairs for first and second electrodes (13, 14, 15), with said bipolar electrode (13, 14, 15) pairs located with respect to one another such that said electrodes (13, 14, 15) of said bipolar electrode (13, 14, 15) pairs together define a perimeter surrounding an area; and wherein said first and second electrodes (13, 14, 15) of each bipolar electrode (13, 14, 15) pair are opposed to one another across said area wherein said array of electrodes (13, 14 15) comprises an electrode (13, 14, 15) configuration wired for wide cross-perimeter electrode (13, 14, 15) pairing for compass mapping, and wired for narrow-adjacent bipolar and unipolar recordings from said electrodes (13, 14, 15), characterized in that the cardiac mapping catheter further comprises an apparatus configured for simultaneously measuring and recording compass map readings, narrow-adjacent bipolar readings, and unipolar readings from electrical signals from said electrodes (13, 14, 15).