mhurhangee/ep-ind-claims huggingface dataset:
A coat removing method of removing a coat of a coated optical fiber having a glass fiber covered by a coat, the coat made of polyimide resin thinner than a diameter of the glass fiber, comprising: (a) arranging only one coat removal blade having a wedge shape with an edge having a sharp sectional shape, the coat removal blade being wide and elongated in a direction orthogonal to a length direction of the coated optical fiber; (b) holding the coated optical fiber with a pair of holders (5, 7) at two locations spaced by a predetermined distance in the length direction; wherein the coat removing method further comprises: (c) applying tension in the length direction to the coated optical fiber held with the holders (5, 7) by a tension applying unit, by biasing one of the holders (5, 7) to a direction away from the other of the holders (5, 7); (d) pressing the coat removal blade, which is tilted to form an acute angle with respect to the coated optical fiber, to the coated optical fiber in a tension-applied state by the tension applying unit in a direction intersecting the length direction, to bend the coated optical fiber; (e) moving the coat removal blade in the length direction along the coated optical fiber in a bent state, thereby removing the coat; and (f) repeating all of the steps (a) to (e), to remove the coat from a whole circumference of the coated optical fiber. (a) arranging only one coat removal blade having a wedge shape with an edge having a sharp sectional shape, the coat removal blade being wide and elongated in a direction orthogonal to a length direction of the coated optical fiber; (b) holding the coated optical fiber with a pair of holders (5, 7) at two locations spaced by a predetermined distance in the length direction; (c) applying tension in the length direction to the coated optical fiber held with the holders (5, 7) by a tension applying unit, by biasing one of the holders (5, 7) to a direction away from the other of the holders (5, 7); (d) pressing the coat removal blade, which is tilted to form an acute angle with respect to the coated optical fiber, to the coated optical fiber in a tension-applied state by the tension applying unit in a direction intersecting the length direction, to bend the coated optical fiber; (e) moving the coat removal blade in the length direction along the coated optical fiber in a bent state, thereby removing the coat; and (f) repeating all of the steps (a) to (e), to remove the coat from a whole circumference of the coated optical fiber.
An adjustable hinge assembly for use in a refrigerator comprising a main body which includes one or more refrigeration compartments; one or more pivotable doors each for accessing the respective refrigeration compartment, wherein the adjustable hinge assembly comprises a first bracket which is adapted to be movably mounted to the main body, a vertical pivot which is adapted to bear the counterpart vertical pivot of the respective pivotable door, wherein the vertical pivot is vertically movably connected to the first bracket; a second bracket which is adapted to be movably mounted to the main body, wherein the second bracket is adapted to be relatively movably connected to the first bracket; a first adjustment mechanism which is adapted to move the first bracket relative to the second bracket in the horizontal direction that is parallel to the front of the main body and a second adjustment mechanism which is adapted to move the vertical pivot relative to the first bracket in the vertical direction.
Method for the virtual post-processing of a first virtual three-dimensional dental model of a dental prosthesis part, said model having been created during the planning of the dental prosthesis part, wherein the first virtual dental model, after the planning stage, is processed virtually in an additional method step (18, 31) by adapting at least one three-dimensional aesthetic surface structure already in existence to the first dental model by means of a virtual tool with the aid of a computer and a display device, and by subsequently inserting said structure into the first dental model, wherein the aesthetic surface structure has a predetermined impression depth, wherein a tooth surface of the dental model is at least partially replaced by the adapted aesthetic surface structure (15, 17), wherein the aesthetic surface structure to be adapted is virtually processed in that a specific, selected parameter of the aesthetic surface structure is varied between a first value and a second value of this selected parameter by adjusting the virtual tool (10, 20) between a first end position and a second end position, wherein the parameter of the aesthetic surface structure (15, 17) is an impression depth of the aesthetic surface structure relative to an original smooth surface of the original first dental model.
Running shoe including medial and lateral eyelets (2, 21, 22, 23) arranged in the longitudinal direction, from the forefoot region of the running shoe to the heel portion, on the medial and lateral sides, wherein a respective medial eyelet (2, 21, 22, 23) and a lateral eyelet (2, 21, 22, 23) located at the same height as said medial eyelet (2, 21, 22, 23) in the longitudinal direction, as seen in relation to counting of the eyelets beginning in the forefoot region of the running shoe, form an eyelet pair; and also including an individual lace having lace portions (41, 411, 412, 413) for lacing, wherein the lace is guided through the eyelets (2, 21, 22, 23) such that the lace portions (411, 412) extending in each case from the eyelets of the first eyelet pair, as seen in relation to the forefoot region, run at an oblique lacing angle in relation to the longitudinal direction in each case to at least one further eyelet, which is closer to the heel portion, wherein in each case two lace portions (411, 412) which enclose an acute opening angle extend from the eyelets of the first eyelet pair, characterized in that reinforcing ribs are arranged in the forefoot region, on the medial and lateral sides, wherein the reinforcing ribs are arranged at an oblique rib angle in relation to the longitudinal direction of the running shoe, and wherein the eyelets of the first eyelet pair are sewn into the reinforcing ribs.
A pharmaceutical composition comprising a nucleoside analogue loaded into liposomes of a liposomal delivery system, wherein the nucleoside analogue is a pyrimidine analogue chosen from 4-amino-1-(4-hydroxyquinazolin-2-yl)-1,2-dihydropyrimidin-2-one or N-[1-(4-hydroxyquinazolin-2-yl)-2-oxo-1,2-dihydropyrimidin-4-yl]acetamide; or a purine analogue chosen from {[2-(6-amino-9H-purin-9-yl)quinazolin-4-yl]oxy}phosphonic acid or 2-(6-amino-9H-purin-9-yl) quinazolin-4-ol.
A method for sensing an analyte using tethered particle motion, the method comprising: bringing a matrix containing the analyte into contact with a sensor device having a surface and a tether molecule bound at a first end to the surface and bound at a second end to a functionalized particle, wherein the functionalized particle is functionalized with a first moiety and the surface is functionalized with a second moiety, such that the functionalized particle has a first state in which the functionalized particle is bound to the surface via the first moiety and the second moiety and a second state in which the functionalized particle is not bound to the surface via the first moiety and the second moiety, wherein the functionalized particle switches between the first and second states depending on the presence and absence of the analyte, thereby changing motion characteristics of the functionalized particle depending on the presence of the analyte; measuring a spatial coordinate parameter of the functionalized particle relative to the surface; and determining the presence/concentration of the analyte from changes in the measured spatial coordinate parameter. bringing a matrix containing the analyte into contact with a sensor device having a surface and a tether molecule bound at a first end to the surface and bound at a second end to a functionalized particle, wherein the functionalized particle is functionalized with a first moiety and the surface is functionalized with a second moiety, such that the functionalized particle has a first state in which the functionalized particle is bound to the surface via the first moiety and the second moiety and a second state in which the functionalized particle is not bound to the surface via the first moiety and the second moiety, wherein the functionalized particle switches between the first and second states depending on the presence and absence of the analyte, thereby changing motion characteristics of the functionalized particle depending on the presence of the analyte; measuring a spatial coordinate parameter of the functionalized particle relative to the surface; and determining the presence/concentration of the analyte from changes in the measured spatial coordinate parameter.
A method for transmitting an aperiodic feedback in a wireless access system supporting multicarrier aggregation, the method comprising: receiving, by a user equipment, UE, a radio resource control, RRC, signal including information indicating two or more downlink component carriers, DL CCs; receiving, by the UE, an uplink grant including a carrier indicator field and a request field, the request field indicating that an aperiodic feedback is triggered for the two or more DL CCs; and transmitting, by the UE, a physical uplink shared channel, PUSCH, via an uplink CC indicated by the carrier indicator field, the PUSCH including the aperiodic feedback for the two or more DL CCs indicated by the information, wherein the PUSCH is transmitted four subframes after receiving the uplink grant. receiving, by a user equipment, UE, a radio resource control, RRC, signal including information indicating two or more downlink component carriers, DL CCs; receiving, by the UE, an uplink grant including a carrier indicator field and a request field, the request field indicating that an aperiodic feedback is triggered for the two or more DL CCs; and transmitting, by the UE, a physical uplink shared channel, PUSCH, via an uplink CC indicated by the carrier indicator field, the PUSCH including the aperiodic feedback for the two or more DL CCs indicated by the information, wherein the PUSCH is transmitted four subframes after receiving the uplink grant.
A method for producing a board-like or plate-like component, in particular a semi-finished frame, which is intended, for example for forming a bicycle frame, comprising the following method steps: - providing a plate element, which has opposing plate surfaces (4, 5); - introducing or working in groove-like indentations or slots into the plate element starting from at least one of the plate surfaces (4, 5) of the plate element, wherein a course of the groove-like indentations or slits in the plate element corresponds to or at least approximately corresponds to the desired boundary or outline contour or to the required geometry of the component; - at least partially filling or filling up the groove-like indentations or slots with a filler or an adhesive substance that is fluid or pasty in the processing condition, subsequently curing or curable and, in doing so, adhering to the boundary surfaces of the groove-like indentations or slots; - producing or waiting for an at least partially cured state of the filler or adhesive substance, so that the filler or adhesive substance forms a filling layer in the groove-like indentations or slots of the plate element; - removing those plate sections which do not constitute a part of the component to be produced, wherein the removal of plate sections that are not required is carried out such that the filling layer remains intact at least in partial sections of the boundary or outline contour of the component to be produced and forms an outer boundary layer. - providing a plate element, which has opposing plate surfaces (4, 5); - introducing or working in groove-like indentations or slots into the plate element starting from at least one of the plate surfaces (4, 5) of the plate element, wherein a course of the groove-like indentations or slits in the plate element corresponds to or at least approximately corresponds to the desired boundary or outline contour or to the required geometry of the component; - at least partially filling or filling up the groove-like indentations or slots with a filler or an adhesive substance that is fluid or pasty in the processing condition, subsequently curing or curable and, in doing so, adhering to the boundary surfaces of the groove-like indentations or slots; - producing or waiting for an at least partially cured state of the filler or adhesive substance, so that the filler or adhesive substance forms a filling layer in the groove-like indentations or slots of the plate element; - removing those plate sections which do not constitute a part of the component to be produced, wherein the removal of plate sections that are not required is carried out such that the filling layer remains intact at least in partial sections of the boundary or outline contour of the component to be produced and forms an outer boundary layer.
A tube joining device that fuses an end of a first tube and an end of a second tube by a plate-shaped cutting member that is heated, and replaces the fused end of the first tube and the fused end of the second tube and joins the fused ends in an aseptic condition, the tube joining device comprising: a housing that includes a cover section that is provided in an openable and closable manner; a first tube holding portion (151, 161) capable of holding any one tube out of the first tube and the second tube; a second tube holding portion (152, 162) capable of holding the other tube out of the first tube and the second tube; and a tube superimposing portion (153, 163); characterized in that the tube superimposing portion (153, 163) is configured to move the other tube to a position at which the other tube is superimposed on the one tube in synchronization with an operation of closing the cover section. a housing that includes a cover section that is provided in an openable and closable manner; a first tube holding portion (151, 161) capable of holding any one tube out of the first tube and the second tube; a second tube holding portion (152, 162) capable of holding the other tube out of the first tube and the second tube; and a tube superimposing portion (153, 163); characterized in that the tube superimposing portion (153, 163) is configured to move the other tube to a position at which the other tube is superimposed on the one tube in synchronization with an operation of closing the cover section.
A location determination apparatus in a motor vehicle, comprising at least one receiving device for receiving position and time signals from a plurality of satellites assigned to a global navigation system and a location calculation module for calculating location information on the basis of received position and time data, wherein the at least one receiving device is structurally integrated in the housing of an optical sensor unit, wherein the housing is arranged in a passenger space in an area of an upper delimitation of a windscreen panel and wherein the housing features not more than one single connection to each available vehicle data type and not more than one single connection to a vehicle energy supply, characterized in that the location determination apparatus is designed in such a manner that it uses image information from the optical sensor unit to determine existing reception conditions of the position and time data, and in particular adapts a processing of the position and time data to the existing reception conditions.
A biodegradable additive for enhancing biodegradation of polymeric material when added thereto comprising: furanone as chemo attractant compound, a glutaric acid or its derivative; a carboxylic acid compound with a chain length from 5-18 carbons, a polymer, wherein the polymer is selected from polyesters and copolymers thereof, and a swelling agent. furanone as chemo attractant compound, a glutaric acid or its derivative; a carboxylic acid compound with a chain length from 5-18 carbons, a polymer, wherein the polymer is selected from polyesters and copolymers thereof, and a swelling agent.
A holding and anchoring element for fastening reusable and lost ceiling edge formwork plates prior to casting a ceiling, comprising a bracket part for holding the ceiling edge formwork and an anchoring part for anchoring the anchoring element in a wall, characterized in that retaining elements (47,47') are mounted on the side facing away from the wall on the bracket part and/or on the anchoring part, said retaining elements projecting laterally beyond the bracket part and the anchoring part and being welded, riveted or sprayed onto the bracket part or onto the anchoring part.
A user terminal comprising: a transmitting section configured to transmit uplink control information and a demodulation reference signal, DMRS, using an uplink shared channel set to one or more symbols; a control section configured to control transmission of the DMRS using a specific DMRS configuration, wherein the specific DMRS configuration comprises a DMRS type; and wherein the control section is further configured to control transmission of the uplink control information based on the DMRS type, and to transmit the uplink control information using the uplink shared channel when a specific DMRS type is set, and the control section is configured to not transmit the uplink control information using the uplink shared channel when a DMRS type other than the specific DMRS type is set. a transmitting section configured to transmit uplink control information and a demodulation reference signal, DMRS, using an uplink shared channel set to one or more symbols; a control section configured to control transmission of the DMRS using a specific DMRS configuration, wherein the specific DMRS configuration comprises a DMRS type; and wherein the control section is further configured to control transmission of the uplink control information based on the DMRS type, and to transmit the uplink control information using the uplink shared channel when a specific DMRS type is set, and the control section is configured to not transmit the uplink control information using the uplink shared channel when a DMRS type other than the specific DMRS type is set.
Process for preparing polymerizable tetramethylglycolide comprising the following steps a) to c): a) reaction of a reaction mixture containing 2-hydroxyisobutyric acid in a first reactor at a first temperature in the range from 150°C to 200°C and a first pressure in the range from 100 mbar to 1013 mbar, where the degree of conversion of the 2-hydroxyisobutyric acid in the reaction is at most 95%, to obtain a product mixture containing 5% to 50% by weight of 2-hydroxyisobutyric acid, 25% to 85% by weight of tetramethylglycolide and 5% to 25% by weight of di-2-hydroxyisobutyric acid, in each case based on the total weight of the product mixture, b) crystallization of the tetramethylglycolide present in the product mixture to obtain crystallized tetramethylglycolide and a product liquid phase, c) separation of the tetramethylglycolide crystallized in step b) from the product liquid phase to obtain the polymerizable tetramethylglycolide. a) reaction of a reaction mixture containing 2-hydroxyisobutyric acid in a first reactor at a first temperature in the range from 150°C to 200°C and a first pressure in the range from 100 mbar to 1013 mbar, where the degree of conversion of the 2-hydroxyisobutyric acid in the reaction is at most 95%, to obtain a product mixture containing 5% to 50% by weight of 2-hydroxyisobutyric acid, 25% to 85% by weight of tetramethylglycolide and 5% to 25% by weight of di-2-hydroxyisobutyric acid, in each case based on the total weight of the product mixture, 5% to 50% by weight of 2-hydroxyisobutyric acid, 25% to 85% by weight of tetramethylglycolide and 5% to 25% by weight of di-2-hydroxyisobutyric acid, in each case based on the total weight of the product mixture, b) crystallization of the tetramethylglycolide present in the product mixture to obtain crystallized tetramethylglycolide and a product liquid phase, c) separation of the tetramethylglycolide crystallized in step b) from the product liquid phase to obtain the polymerizable tetramethylglycolide.
A co-injection member comprising: a main body that can be connected to a circulation line through which a liquid is circulated and which comprises a central axis C1 in the direction of flow; an internal flow route (α) that is formed inside the main body along a height direction C2, and that can circulate the liquid of the circulation line; an inlet flow route that is formed inside the main body, and that can introduce the liquid into the internal flow route (α); an outlet flow route that is formed inside the main body, and that can discharge the liquid of the internal flow route (α); and a rubber member that is attached to an opening formed in the main body, and that separates the inside and the outside of the internal flow route (α) from each other, a center of the internal flow route (α) being located on the central axis C1, wherein the co-injection member can collect the liquid of the internal flow route (α) and can inject the other liquid into the internal flow route (α) via the rubber member, and characterised in that the inlet flow route extends while a diameter thereof gradually decreases in the direction of flow toward a position shifted from the center of the internal flow route for generating a vortex in the internal flow route (α). a main body that can be connected to a circulation line through which a liquid is circulated and which comprises a central axis C1 in the direction of flow; an internal flow route (α) that is formed inside the main body along a height direction C2, and that can circulate the liquid of the circulation line; an inlet flow route that is formed inside the main body, and that can introduce the liquid into the internal flow route (α); an outlet flow route that is formed inside the main body, and that can discharge the liquid of the internal flow route (α); and a rubber member that is attached to an opening formed in the main body, and that separates the inside and the outside of the internal flow route (α) from each other, a center of the internal flow route (α) being located on the central axis C1, wherein the co-injection member can collect the liquid of the internal flow route (α) and can inject the other liquid into the internal flow route (α) via the rubber member, and characterised in that the inlet flow route extends while a diameter thereof gradually decreases in the direction of flow toward a position shifted from the center of the internal flow route for generating a vortex in the internal flow route (α).