mhurhangee/ep-ind-claims huggingface dataset:
A method for the automated determination of a drilling position of a drill hole for a fastening means for fastening a component to a possible wall area of a wall, wherein - the component comprises a contact surface and a through-opening, wherein, in the fastened state of the component to the wall, at least a part of the contact surface abuts against a support surface of the wall and the fastening means fixed in the drill hole projects through the through-opening, - the possible wall area is mainly flat and extends in a first direction (x) and a second direction (z) perpendicular to the first direction (x) and - a planned support surface inside the possible wall area and therefore a planned drilling position area for the drill hole are preselected, wherein the method comprises the following process steps: - determination of a surface contour of the wall area, - examination of the surface contour of the wall area and detection of first irregularities in the surface contour by means of a first detection rule, - determination of a primary possible support surface area and of a primary possible drilling position area for the drill hole which do not have any first irregularities of the surface contour, characterised by the following steps: - examination of the surface contour of the primary possible drilling position area for the drill hole and detection of second irregularities in the surface contour by means of a second detection rule and - determination of the drilling position for the drill hole inside the primary possible drilling position area, in such a way that the surface contour at the drilling position does not have any second irregularities. - the component comprises a contact surface and a through-opening, wherein, in the fastened state of the component to the wall, at least a part of the contact surface abuts against a support surface of the wall and the fastening means fixed in the drill hole projects through the through-opening, - the possible wall area is mainly flat and extends in a first direction (x) and a second direction (z) perpendicular to the first direction (x) and - a planned support surface inside the possible wall area and therefore a planned drilling position area for the drill hole are preselected, - determination of a surface contour of the wall area, - examination of the surface contour of the wall area and detection of first irregularities in the surface contour by means of a first detection rule, - determination of a primary possible support surface area and of a primary possible drilling position area for the drill hole which do not have any first irregularities of the surface contour, - examination of the surface contour of the primary possible drilling position area for the drill hole and detection of second irregularities in the surface contour by means of a second detection rule and - determination of the drilling position for the drill hole inside the primary possible drilling position area, in such a way that the surface contour at the drilling position does not have any second irregularities.
Method of transmitting at least one additional piece of data D in a list of access control words CW i to a scrambled content transmitted by a content server of an operator to a user equipment including a reception terminal associated with a security processor, each control word CW i of said list being designed to descramble said contents during a determined cryptoperiod, method characterised by the following steps: a) prior replacement of at least one of the control words of said list with a magnitude X resulting from the treatment of said additional piece of data D by a function G having a dual function H, and, at the reception of said list by the reception terminal, b) retrieve said additional piece of data D by treatment of said magnitude X by dual function H. a) prior replacement of at least one of the control words of said list with a magnitude X resulting from the treatment of said additional piece of data D by a function G having a dual function H, and, at the reception of said list by the reception terminal, b) retrieve said additional piece of data D by treatment of said magnitude X by dual function H.
A full-duplex communication apparatus, comprising at least one transmit antenna and at least one signal synthesizing apparatus wherein the signal synthesizing apparatus is connected to at least two receive antennas (103, 104) and the at least one transmit antenna is configured to transmit a first transmit signal; the at least two receive antennas (103,104) are configured to separately receive the first transmit signal as received first transmit signals; and the signal synthesizing apparatus is configured to receive the received first transmit signals from the at least two receive antennas, wherein a phase difference exists between the received first transmit signals, and synthesize the received first transmit signals, wherein a strength of a resulting synthesized first transmit signal is lower than a strength of at least one of the received first transmit signals received by the signal synthesizing apparatus.
An operating element, which is designed to transfer a lighting system into a switched-on state, into an idle state, and also into at least one further state, wherein the lighting system outputs a different light in each of the different states, having a touch screen with a display area, wherein the touch screen is designed to display an image of a switching and/or control element on the display area, wherein the operating element is designed in such a way that the lighting system can be transferred into the switched-on state by means of a first touch of the display area and the lighting system can be transferred into the idle state by means of a second touch of the display area, wherein the first touch is a pressing on a first area of the image and the second touch is a pressing on a second area of the image, characterized in that the image displays a toggle switch with a gripping surface and the first area and the second area are localized within the gripping surface, wherein the design is such that the image is automatically displayed after a predetermined period of time on the display area following a touching of the display area, wherein a further area is provided on the display area outside of the first area and outside of the second area, wherein the operating element is designed in such a manner that the lighting system can be transferred into the at least one further state by means of a touch of the further area.
A compound represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, each X is independently N or CH; L 1 is a single bond or phenylene; Ar 1 and Ar 2 are each independently phenyl or biphenylyl; R are identical to each other and are represented by -L 2 -Ar 3; L 2 is a single bond or phenylene; and Ar 3 is C 6-60 aryl which is unsubstituted or substituted with one or more deuterium or one or more cyano, or Ar 3 is C 2-60 heteroaryl containing at least one heteroatom selected from the group consisting of N, O, S and Si, which is unsubstituted or substituted with one or more deuterium or one or more cyano; provided that R is not unsubstituted phenyl. each X is independently N or CH; L 1 is a single bond or phenylene; Ar 1 and Ar 2 are each independently phenyl or biphenylyl; R are identical to each other and are represented by -L 2 -Ar 3; L 2 is a single bond or phenylene; and Ar 3 is C 6-60 aryl which is unsubstituted or substituted with one or more deuterium or one or more cyano, or Ar 3 is C 2-60 heteroaryl containing at least one heteroatom selected from the group consisting of N, O, S and Si, which is unsubstituted or substituted with one or more deuterium or one or more cyano;
A pretreatment method for quantitative and qualitative analysis of a polyimide film, comprising the steps of: a) hydrolyzing a polyimide film prepared by using at least one diamine and acid dianhydride with a strong base; b) adding DMAc (dimethylacetamide) solvent to the solution containing the hydrolyzed polyimide film and performing ultrasonication of the solution to dissolve it to obtain an extraction solution containing all of the diamine and acid dianhydride salt formed; and c) adding H 2 O to the ultrasonicated solution. a) hydrolyzing a polyimide film prepared by using at least one diamine and acid dianhydride with a strong base; b) adding DMAc (dimethylacetamide) solvent to the solution containing the hydrolyzed polyimide film and performing ultrasonication of the solution to dissolve it to obtain an extraction solution containing all of the diamine and acid dianhydride salt formed; and c) adding H 2 O to the ultrasonicated solution.
An endoscope having a compact distal endoscope tip comprising: (a) an external housing fabricated of a material shaped to form an outer wall of said endoscope tip and also shaped to define a first lumen within said material; comprising (b) a first optical element, a final optical element and a plurality of intermediate optical elements serially positioned within said first lumen, wherein solely said final element of the plurality of optical elements is attached directly on said material without any object other than glue intervening between said final optical element and said material, the plurality of intermediate optical elements being unattached to the lumen,and maintained in place by the wall of the lumen and by the first and final optical elements, the first optical element being positioned against a stop within the lumen, wherein said optical elements are not positioned in a subassembly, tube or container for holding, organizing or containing said optical elements to enable a reduction of a cross-sectional size of the endoscope tip to between 2 mm and 4 mm, and said tip includes a second lumen (131, 132, 182, 190), said second lumen suitable for at least one of a working channel, a light-guiding fiberoptic bundle and a fluid channel. (a) an external housing fabricated of a material shaped to form an outer wall of said endoscope tip and also shaped to define a first lumen within said material; comprising (b) a first optical element, a final optical element and a plurality of intermediate optical elements serially positioned within said first lumen, wherein solely said final element of the plurality of optical elements is attached directly on said material without any object other than glue intervening between said final optical element and said material, the plurality of intermediate optical elements being unattached to the lumen,and maintained in place by the wall of the lumen and by the first and final optical elements, the first optical element being positioned against a stop within the lumen, wherein said optical elements are not positioned in a subassembly, tube or container for holding, organizing or containing said optical elements to enable a reduction of a cross-sectional size of the endoscope tip to between 2 mm and 4 mm, and said tip includes a second lumen (131, 132, 182, 190), said second lumen suitable for at least one of a working channel, a light-guiding fiberoptic bundle and a fluid channel.
Tracheostoma plaster having a proximal side facing the body, and a distal side (12, 14) facing away from the body, an adhesive strip arranged on the distal side, having a receptacle for a tracheostoma aid, namely a speech valve or an artificial nose, as well as an annular bead arranged on a portion of the proximal side, wherein the receptacle is surrounded by the annular bead and a proximal surface of the bead is rendered adhesive at least in portions, and wherein a receiving part is arranged in the receptacle, which has a chamfering in the end portion of the receptacle for the tracheostoma aid, facing the distal side of the plaster, wherein the receiving part completely covers an inner wall of the bead.
An orthodontic plastic shell (205, 405), comprising: an interior shape that substantially conforms to a current or future dental arch of a patient; a hollow feature (215, 42 5) comprising a cavity (218, 430); and an object (220, 435) inserted into the cavity (218, 430), wherein the object (220, 435) provides structural strength to the plastic shell at a location of the hollow feature and does not interfere with a fit of the plastic shell onto the current or future dental arch of the patient, characterised in that the object (220, 435), in solid state, is laser or ultrasonically welded to the plastic shell (205, 405) subsequent to being inserted into the cavity (218,430). an interior shape that substantially conforms to a current or future dental arch of a patient; a hollow feature (215, 42 5) comprising a cavity (218, 430); and an object (220, 435) inserted into the cavity (218, 430), wherein the object (220, 435) provides structural strength to the plastic shell at a location of the hollow feature and does not interfere with a fit of the plastic shell onto the current or future dental arch of the patient, characterised in that the object (220, 435), in solid state, is laser or ultrasonically welded to the plastic shell (205, 405) subsequent to being inserted into the cavity (218,430).
A composition for use in preventing or reducing the risk of inflammation of the bowel in an animal, wherein the composition contains beta-casein and wherein the beta-casein comprises at least 50% by weight beta-casein A2.
A method for inspecting a cylindrical member that is molded into a cylindrical shape by winding a strip-shaped member around a molding drum and placing a longitudinal distal end and a longitudinal rear end of the strip-shaped member against each other, the method comprising the steps of: detecting, by using a position sensor, drum-widthwise end positions of the strip-shaped member wound around the molding drum along an entire length of the strip-shaped member in a longitudinal direction thereof; calculating, by using a control unit, average lines AL, which are obtained by averaging out the drum-widthwise end positions of the strip shaped member over a whole circumference, and a degree of widthwise misalignment of the strip-shaped member wound around the molding drum on the basis of detection data from the position sensor and position data of drum-widthwise end faces that are perpendicular to a drum axial center of the molding drum; and determining whether the widthwise misalignment of the strip-shaped member is inside or outside an allowable range on the basis of the calculation result. detecting, by using a position sensor, drum-widthwise end positions of the strip-shaped member wound around the molding drum along an entire length of the strip-shaped member in a longitudinal direction thereof; calculating, by using a control unit, average lines AL, which are obtained by averaging out the drum-widthwise end positions of the strip shaped member over a whole circumference, and a degree of widthwise misalignment of the strip-shaped member wound around the molding drum on the basis of detection data from the position sensor and position data of drum-widthwise end faces that are perpendicular to a drum axial center of the molding drum; and determining whether the widthwise misalignment of the strip-shaped member is inside or outside an allowable range on the basis of the calculation result.
A single longitudinal mode ring Raman laser including: a pump source outputting a pump light power, mode matched and resonantly coupled to a first ring resonator; a stabilizing optical circuit for resonantly coupling the pump light power to the first ring resonator, including a piezo-actuator for stabilising the resonant coupling; the first ring resonator including a Raman gain medium; wherein the Raman gain medium receives the pump light power and undergoes Raman lasing generating Stokes power at a corresponding Stokes wavelength; the first ring resonator acting as laser feedback loop for the pump light power and the Stokes power and outputting a portion of the Stokes power as the laser output; and a unidirectional isolator for causing the Stokes output power to propagate in one direction within the first ring resonator; wherein the unidirectional isolator includes a partially reflective element, or an element with second order nonlinearity to provide sum frequency mixing of the pump light power with a bidirectional generated field to force unidirectional oscillation. a pump source outputting a pump light power, mode matched and resonantly coupled to a first ring resonator; a stabilizing optical circuit for resonantly coupling the pump light power to the first ring resonator, including a piezo-actuator for stabilising the resonant coupling; the first ring resonator including a Raman gain medium; wherein the Raman gain medium receives the pump light power and undergoes Raman lasing generating Stokes power at a corresponding Stokes wavelength; the first ring resonator acting as laser feedback loop for the pump light power and the Stokes power and outputting a portion of the Stokes power as the laser output; and a unidirectional isolator for causing the Stokes output power to propagate in one direction within the first ring resonator; wherein the unidirectional isolator includes a partially reflective element, or an element with second order nonlinearity to provide sum frequency mixing of the pump light power with a bidirectional generated field to force unidirectional oscillation.
Tow hitch for vehicles, having a movable coupling arm which by way of at least one drive is movable between an operating position and a resting position, wherein a locking element which holds the coupling arm in the operating position in such a manner that an introduction of force into at least one drive is at least reduced when a force acts on the coupling arm is provided, characterized in that the locking element is configured as part of an actuator mechanism which for transferring the coupling arm between the operating position and the resting position is driven by a drive.
A lead-free solder alloy comprising: 3.1 to 3.8 wt. % silver; 0.5 to 0.8 wt. % copper; 0.0 to 3.2 wt. % bismuth; 0.03 to 1.0 wt. % cobalt; 0.005 to 0.02 wt. % titanium; optionally 0.01 to 0.1 wt. % nickel; and balance tin, together with any unavoidable impurities. 3.1 to 3.8 wt. % silver; 0.5 to 0.8 wt. % copper; 0.0 to 3.2 wt. % bismuth; 0.03 to 1.0 wt. % cobalt; 0.005 to 0.02 wt. % titanium; optionally 0.01 to 0.1 wt. % nickel; and balance tin, together with any unavoidable impurities.
Modulatable infrared emitter comprising - an aperture structure, - a structured micro-heating element and - an actuator characterized in that the micro-heating element exhibits in a first plane heatable and non-heatable regions, the aperture structure exhibits in a second plane transmissive regions and non-transmissive regions for infrared radiation, the two planes being parallel to one another, the aperture structure and the micro-heating element are movable in the parallel planes relative to each other, and the actuator is configured for a relative movement of the aperture structure and the micro-heating element between at least a first and a second position, such that an extinction ratio of at least 2 is achievable for the infrared radiation emittable by the micro-heating element through the aperture structure between the first and second position, wherein in the first position the IR radiation emittable by the heatable regions is predominantly absorbed and/or reflected by the non-transmissive regions of the aperture structure, while in the second position the IR radiation emittable by the heatable regions predominantly radiates through the transmissive regions of the aperture structure. - an aperture structure, - a structured micro-heating element and - an actuator
An exercise device comprising a frame; at least one crank arm pivotally connected with the frame and configured to rotate about a crank axis; and at least one linkage assembly operably coupled with the frame and including at least one link movingly coupled with the at least one crank arm, providing a closed loop stride path for a foot support associated with the at least one linkage assembly; characterised by at least one engagement mechanism selectively movable to operably engage and disengage the at least one link and the crank arm to selectively convert the closed loop stride path between one of a variable stride path and a fixed stride path.
Use of at least one marking thread (4, 5) introduced into a fabric support (1, 2) of an adhesive tape for encoding one or more properties of the adhesive tape concerned, wherein the fabric support (1, 2) is furnished with an adhesive coating applied to one or both sides of the fabric support (1, 2), wherein further the marking thread (4, 5) is embodied as warp and/or weft threads (4, 5) worked into the fabric support (1, 2) during the production process, wherein further the marking thread (4, 5) has a colour that contrasts with and/or a surface quality that differs from the other warp and/or weft threads (1, 2), and wherein multiple marking threads (4, 5) combined describe a geometrical pattern as encoding. the fabric support (1, 2) is furnished with an adhesive coating applied to one or both sides of the fabric support (1, 2), wherein further the marking thread (4, 5) is embodied as warp and/or weft threads (4, 5) worked into the fabric support (1, 2) during the production process, wherein further the marking thread (4, 5) has a colour that contrasts with and/or a surface quality that differs from the other warp and/or weft threads (1, 2), and wherein multiple marking threads (4, 5) combined describe a geometrical pattern as encoding.
A method for electrical discharge drilling of a hole in a part made of electroconductive material, in particular for an aircraft turbomachine, the method using an electrical discharge machine comprising a head that can move relative to the part and carrying a consumable EDM electrode which is of elongated shape and is moved in translation along its elongation axis, the method comprising the steps of: a) advancing the EDM electrode towards the part in order to drill a hole in the part, b) retracting the EDM electrode and removing the EDM electrode from the hole, c) laterally moving the head over a distance representing less than 100% of the diameter of the hole to be drilled, d) advancing the EDM electrode towards the part in order to scan the part, and e) calculating the effective depth of the hole drilled in step a) from a difference in the measured sides in a direction parallel to said axis, between a first position of the EDM electrode at the end of step a), and a second position of the EDM electrode in step d) when scanning the part. a) advancing the EDM electrode towards the part in order to drill a hole in the part, b) retracting the EDM electrode and removing the EDM electrode from the hole, c) laterally moving the head over a distance representing less than 100% of the diameter of the hole to be drilled, d) advancing the EDM electrode towards the part in order to scan the part, and e) calculating the effective depth of the hole drilled in step a) from a difference in the measured sides in a direction parallel to said axis, between a first position of the EDM electrode at the end of step a), and a second position of the EDM electrode in step d) when scanning the part.