mhurhangee/ep-ind-claims huggingface dataset:
A sea-island composite fiber in which island components are interspersed in a sea component on a fiber cross-section, wherein each of the island components has a composite structure formed with two or more different polymers joined together, the variation of diameter of island component is 1.0 to 20.0% in the island component with two or more different polymers joined together and the ratio (L/D) of the length of the joint section of the island component and the diameter of the composite island component is 0.1 to 10.0, wherein the ratio (S/I) of the viscosity of the island component polymer and the viscosity of the sea component polymer is 0.3 to 0.8; where viscosity is measured according to the method of the description (Method A and where the viscosity of the island component polymer is the highest melt viscosity of the melt viscosities of two or more island component polymers.
Dishwasher, in particular domestic dishwasher, with a carcass, at least one loading level, at least one guide rail, along which the at least one loading level can be linearly displaced, at least one directing arm, which retains the at least one guide rail on the carcass in a pivotable manner, wherein the directing arm is hinged on the guide rail in a pivotable manner about a pivot axis, a locking piece arranged on the at least one loading level and a locking counterpiece, wherein the locking piece and the locking counterpiece, in a released state of the same, enable a linear displacement of the at least one loading level along the at least one guide rail and, in a locked state of the same, block a linear displacement of the at least one loading level along the at least one guide rail, wherein the locking piece or the locking counterpiece can be rotated about an axis of rotation into the respective other of the locking piece or the locking counterpiece in order to shift said piece between the locked state and the released state, wherein the axis of rotation is square with the pivot axis of the at least one directing arm, characterised in that the locking counterpiece is arranged on the directing arm.
A welding power supply comprising: power conversion circuitry configured to convert an input power into an output power for a welding operation; and control circuitry configured to control operation of the power conversion circuitry, to set prioritization of control of the welding power supply between a control panel of the welding power supply and a portable electronic device that is wirelessly paired with the welding power supply via a wireless communication network, and to lock out from controlling at least one operational parameter of the welding power supply the one of the control panel of the welding power supply or the portable electronic device that is not prioritized for control of the welding power supply, wherein the prioritization is set to either the control panel or the portable electronic device, characterized in that transfer of the prioritization of control of the welding power supply is enabled from the control panel to the portable electronic device and from the portable electronic device to the control panel, wherein the control circuitry is configured to lock out from controlling a plurality or all of operational parameters of the welding power supply the one of the control panel of the welding power supply or the portable electronic device that is not prioritized for control of the welding power supply,, wherein the one of the control panel of the welding power supply or the portable electronic device that is not prioritized for control of the welding power supply is capable of changing the welding power supply from the powered on state to the powered off state. power conversion circuitry configured to convert an input power into an output power for a welding operation; and control circuitry configured to control operation of the power conversion circuitry, to set prioritization of control of the welding power supply between a control panel of the welding power supply and a portable electronic device that is wirelessly paired with the welding power supply via a wireless communication network, and to lock out from controlling at least one operational parameter of the welding power supply the one of the control panel of the welding power supply or the portable electronic device that is not prioritized for control of the welding power supply, wherein the prioritization is set to either the control panel or the portable electronic device, characterized in that transfer of the prioritization of control of the welding power supply is enabled from the control panel to the portable electronic device and from the portable electronic device to the control panel, wherein the control circuitry is configured to lock out from controlling a plurality or all of operational parameters of the welding power supply the one of the control panel of the welding power supply or the portable electronic device that is not prioritized for control of the welding power supply,, wherein the one of the control panel of the welding power supply or the portable electronic device that is not prioritized for control of the welding power supply is capable of changing the welding power supply from the powered on state to the powered off state.
A computer implemented method of supporting on support elements during 3D printing on a print platform of a 3D print object to be 3D printed based on a 3D print model, comprising: - obtaining the 3D model by the computer; and - displaying a visual representation of the 3D model on a display connected to the computer, CHARACTERISED BY - displaying the visual representation of the model with faces of the visual representation, which faces are individually selectable by a user; - receiving, by the computer, input from the user on at least one selected one of the faces of the visual representation of the model on the display, wherein the input from the user indicates at least one of the faces to be supported by a minimum number of added support elements to minimize scarring of the object by removal of the support elements after printing; - orienting, automatically by the computer, the 3D model relative to a reference, such as the print platform, for printing the user selected face with the minimum number of support elements; - generating, automatically by the computer, an extended version of the model with support elements added thereto for printing the object with the support elements, with the selected at least one of the faces supported by the minimum number of added support elements; and - 3D printing the extended version of the model. - obtaining the 3D model by the computer; and - displaying a visual representation of the 3D model on a display connected to the computer, CHARACTERISED BY - displaying the visual representation of the model with faces of the visual representation, which faces are individually selectable by a user; - receiving, by the computer, input from the user on at least one selected one of the faces of the visual representation of the model on the display, wherein the input from the user indicates at least one of the faces to be supported by a minimum number of added support elements to minimize scarring of the object by removal of the support elements after printing; - orienting, automatically by the computer, the 3D model relative to a reference, such as the print platform, for printing the user selected face with the minimum number of support elements; - generating, automatically by the computer, an extended version of the model with support elements added thereto for printing the object with the support elements, with the selected at least one of the faces supported by the minimum number of added support elements; and - 3D printing the extended version of the model.
A garment, comprising: a membrane formed of elastomeric material, preferably wherein the membrane embodies at least one of: a thong shape, a bikini shape, a legging shape, a capri pant shape, high thigh cut shape, a low-rise cut shape, a tanga shape, a cheeky shape, a boy short shape, and a boxer brief shape, the membrane including: a front portion; a back portion; an outer thigh portion on a right side of the membrane, an outer thigh portion on a left side of the membrane; and a genital portion covering the vulva, perineum, anus, and groin of a wearer and extending to the back portion, wherein the front portion and the back portion of the membrane are joined via the outer thigh portion (18, 19) on the respective right and left sides of the membrane so as to form an opening at a top portion of the membrane, and wherein the front portion and the back portion of the membrane are joined via the genital portion, and each outer thigh portion (18, 19) of the respective right and left sides of the membrane are joined via the genital portion to form a respective opening on each of the right and left sides of the membrane; characterized in that the membrane thickness is less than 0.33 millimeters; and in that the genital portion has a width that extends past each of a respective inner thigh portion (28, 29) of a right and a left side, being adjacent to the respective outer thigh portion (18, 19) of the right and the left sides, so that an excess membrane material is configured to gather between a left outer side of the wearer's labia and the adjacent left thigh portion, and/or between a right outer side of the wearer's labia and the adjacent right thigh portion. a front portion; a back portion; an outer thigh portion on a right side of the membrane, an outer thigh portion on a left side of the membrane; and a genital portion covering the vulva, perineum, anus, and groin of a wearer and extending to the back portion, wherein the front portion and the back portion of the membrane are joined via the outer thigh portion (18, 19) on the respective right and left sides of the membrane so as to form an opening at a top portion of the membrane, and wherein the front portion and the back portion of the membrane are joined via the genital portion, and each outer thigh portion (18, 19) of the respective right and left sides of the membrane are joined via the genital portion to form a respective opening on each of the right and left sides of the membrane; characterized in that the membrane thickness is less than 0.33 millimeters; and in that the genital portion has a width that extends past each of a respective inner thigh portion (28, 29) of a right and a left side, being adjacent to the respective outer thigh portion (18, 19) of the right and the left sides, so that an excess membrane material is configured to gather between a left outer side of the wearer's labia and the adjacent left thigh portion, and/or between a right outer side of the wearer's labia and the adjacent right thigh portion.
A macro initiator comprising one or two hydrophobic segments in a molecule, wherein a molecular weight of the hydrophobic segments is 400 to 1500, wherein the hydrophobic segment is a segment made from polysiloxane, and wherein the macro initiator is expressed by formula or: (wherein in and, R 1 is one type of group selected from an alkyl group or an alkoxy group; R 2 is one type of group selected from (CH 2) n and (CH 2) m -O(CH 2) n; m and n are independent, ranging from 1 to 16; a is from 4 to 19; b is from 1 to 6, and X is one type of group selected from O, NH, and S). (wherein in and, R 1 is one type of group selected from an alkyl group or an alkoxy group; R 2 is one type of group selected from (CH 2) n and (CH 2) m -O(CH 2) n; m and n are independent, ranging from 1 to 16; a is from 4 to 19; b is from 1 to 6, and X is one type of group selected from O, NH, and S).
A tube for receiving a liquid or pasty product comprising a multilayered tube jacket, the tube jacket having one or more outer layer(s) made of polyolefin, one or more inner layer(s) made of polyolefin and a barrier layer arranged between the outer layer(s) and the inner layer(s), wherein the barrier layer consists of an ethylene-vinyl alcohol copolymer (EVOH), characterized in that the ethylene-vinyl alcohol copolymer of the barrier layer has an ethylene content of <28 mol% and the thickness of the barrier layer is ≤ 25 μm.
Method for installing a software application on a data processing device, wherein the software application comprises - sequence elements for achieving a functionality of the software application, and - predefined or predefinable application language elements for outputting language information for a user of the software application in a user language via an output device, characterized in that a main installation module for installing the sequence elements on the data processing device and a user language installation module (30, 40, 50) for installing the application language elements in the user language and a further user language installation module (30, 40, 50) for installing the application language elements in a further user language on the data processing device are provided, and in that the user language installation module (30, 40, 50) and the further user language installation module (30, 40, 50) are each designed and configured as a plug-in for the main installation module, wherein the method comprises the following steps: a.) registering the user language installation module (30, 40, 50) and the further user language installation module (30, 40, 50) with a plug-in interface of the main installation module; b.) selecting at least one language version of the software application to be installed; c.) installing the sequence elements; d.) querying whether the user language is intended to be installed and querying whether the further user language is intended to be installed; e.) in the event of a positive query result according to method step d.) with respect to the user language and the further user language: starting the user language installation module (30, 40, 50) and the further user language installation module (30, 40, 50) for installing the application language elements in the user language and in the further user language. - sequence elements for achieving a functionality of the software application, and - predefined or predefinable application language elements for outputting language information for a user of the software application in a user language via an output device, a.) registering the user language installation module (30, 40, 50) and the further user language installation module (30, 40, 50) with a plug-in interface of the main installation module; b.) selecting at least one language version of the software application to be installed; c.) installing the sequence elements; d.) querying whether the user language is intended to be installed and querying whether the further user language is intended to be installed; e.) in the event of a positive query result according to method step d.) with respect to the user language and the further user language: starting the user language installation module (30, 40, 50) and the further user language installation module (30, 40, 50) for installing the application language elements in the user language and in the further user language.
A method for monitoring a motion status of a vehicle, comprising obtaining N acceleration values in a first axial direction collected from N times sampling within a preset time period through an accelerometer mounted on a wheel; and obtaining a maximum acceleration change value in the first axial direction based on the N acceleration values in the first axial direction; obtaining N acceleration values in a second axial direction collected from N times sampling within the preset time period through the accelerometer mounted on the wheel; and obtaining a maximum acceleration change value in the second axial direction based on the N acceleration values in the second axial direction; wherein the first axial direction is perpendicular to the second axial direction; determining whether the vehicle is in motion or in a first stationary state based on the N acceleration values in the first axial direction and the N acceleration values in the second axial direction; and in response to the vehicle being determined to be in the first stationary state, further determining whether the vehicle is in motion or in a second stationary state based on the maximum acceleration change value in the first axial direction and the maximum acceleration change value in the second axial direction. obtaining N acceleration values in a first axial direction collected from N times sampling within a preset time period through an accelerometer mounted on a wheel; and obtaining a maximum acceleration change value in the first axial direction based on the N acceleration values in the first axial direction; obtaining N acceleration values in a second axial direction collected from N times sampling within the preset time period through the accelerometer mounted on the wheel; and obtaining a maximum acceleration change value in the second axial direction based on the N acceleration values in the second axial direction; wherein the first axial direction is perpendicular to the second axial direction; determining whether the vehicle is in motion or in a first stationary state based on the N acceleration values in the first axial direction and the N acceleration values in the second axial direction; and in response to the vehicle being determined to be in the first stationary state, further determining whether the vehicle is in motion or in a second stationary state based on the maximum acceleration change value in the first axial direction and the maximum acceleration change value in the second axial direction.
A method of monitoring a vehicle (14, 16) for wheel related issues, the method comprising: receiving temperature data for each of a plurality of tires of a vehicle (14,16); analyzing the temperature data to determine whether a status of each tire of the vehicle (14, 16) is normal; and in response to determining that a status for at least one tire of the plurality of tires is not normal, determining whether a wheel related issue is present for the vehicle (14, 16) based at least in part on the temperature data for the at least one tire, wherein the wheel related issue comprises an alignment issue, a brake issue or a wheel bearing issue; characterized in that the step of determining whether a wheel related issue is present for the vehicle (14, 16) based at least in part on the temperature data for the at least one tire further comprises analyzing the temperature data for the at least one tire using a particular model corresponding to each type of wheel related issue. receiving temperature data for each of a plurality of tires of a vehicle (14,16); analyzing the temperature data to determine whether a status of each tire of the vehicle (14, 16) is normal; and in response to determining that a status for at least one tire of the plurality of tires is not normal, determining whether a wheel related issue is present for the vehicle (14, 16) based at least in part on the temperature data for the at least one tire, wherein the wheel related issue comprises an alignment issue, a brake issue or a wheel bearing issue; characterized in that the step of determining whether a wheel related issue is present for the vehicle (14, 16) based at least in part on the temperature data for the at least one tire further comprises analyzing the temperature data for the at least one tire using a particular model corresponding to each type of wheel related issue.
A laminated glazing comprising at least a first glass sheet forming an exterior face of the glazing, which first sheet is linked to a second glass sheet by a first interlayer adhesive layer, wherein the edge of the first glass sheet is set back with respect to that of the second, a peripheral portion of the free surface of the first glass sheet, the edge of this glass sheet, the edge of the first interlayer adhesive layer and a portion of the surface of the second glass sheet extending beyond the first glass sheet describing a continuous stepped contour which is covered by a stepped metal element with the interposition of an external seal, the stepped metal element being covered by an air- and watertight seal, a window press that is rigidly connected to the structure for mounting the laminated glazing and the shape of which is substantially complementary to that of the continuous stepped contour making contact with the laminated glazing in the volume described by the continuous stepped contour, so as to hold the laminated glazing secure to its mounting structure, characterized in that an electrical conductor has a first end that is electrically linked to the stepped metal element and a second tapered end at a non-zero distance at most equal to 1 mm from the window press.
A centrifugal separator for cleaning gas containing liquid impurities, wherein the centrifugal separator comprises a stationary casing, enclosing a separation space through which a gas flow is permitted, the stationary casing comprising a surrounding side wall, a first end wall and a second end wall, an inlet extending through the stationary casing and permitting supply of the gas to be cleaned, a rotating member comprising a stack of separation disks and being arranged to rotate around an axis (x) of rotation, a drive member, for rotating the rotating member, a gas outlet configured to permit discharge of cleaned gas, and comprising an outlet opening through the side wall of the stationary casing, and a drainage outlet configured to permit discharge of liquid impurities separated from the gas to be cleaned, characterized in that the outlet opening is positioned opposite to the stack of separation disks.
Powder paint comprising at least one base powder paint B and at least one effect powder paint A having effect pigments, characterised in that the effect pigments in the effect powder paint A are encased at least in part by a powder paint matrix which hardens transparently.