mhurhangee/ep-ind-claims huggingface dataset:
A method for fabricating a door provided at a laundry treating apparatus, the method comprising: mounting a front glass to a front glass mounting jig, and mounting a door frame to a door frame mounting jig, wherein the door frame includes an outer frame and an inner frame, and a mounting guide (21a") protrudes along an outer circumference of the outer frame; applying an adhesive to the door frame; lifting the front glass and then mounting the front glass onto the door frame; moving the door frame mounting jig to a compression jig; attaching the front glass to the door frame by using the compression jig; separating the door frame mounting jig from the compression jig; and separating an assembly of the front glass attached to the door frame, from the door frame mounting jig; wherein in the applying of the adhesive to the door frame, the adhesive is applied along an adhesive filling groove (21a1) formed to enclose an opening of the door frame; wherein the adhesive is applied along the adhesive filling groove (21a1) in a discontinuous manner, and wherein adhesive portions are spaced apart from each by a predetermined separation interval; and wherein the mounting guide (21a") is arranged to enclose an outer circumferential surface of the front glass. mounting a front glass to a front glass mounting jig, and mounting a door frame to a door frame mounting jig, wherein the door frame includes an outer frame and an inner frame, and a mounting guide (21a") protrudes along an outer circumference of the outer frame; applying an adhesive to the door frame; lifting the front glass and then mounting the front glass onto the door frame; moving the door frame mounting jig to a compression jig; attaching the front glass to the door frame by using the compression jig; separating the door frame mounting jig from the compression jig; and separating an assembly of the front glass attached to the door frame, from the door frame mounting jig; wherein in the applying of the adhesive to the door frame, the adhesive is applied along an adhesive filling groove (21a1) formed to enclose an opening of the door frame; wherein the adhesive is applied along the adhesive filling groove (21a1) in a discontinuous manner, and wherein adhesive portions are spaced apart from each by a predetermined separation interval; and wherein the mounting guide (21a") is arranged to enclose an outer circumferential surface of the front glass.
The composition with gelling properties comprising a compound of Formula and a vegetable oil; wherein R 1 is selected from -CH 3, -CH(CH 3) 2, -CH 2 CH(CH 3) 2, -CH(CH 3)CH 2 CH 3, -CH 2 Ph and -Ph; n is an integer from 0-14. wherein R 1 is selected from -CH 3, -CH(CH 3) 2, -CH 2 CH(CH 3) 2, -CH(CH 3)CH 2 CH 3, -CH 2 Ph and -Ph; n is an integer from 0-14.
A cartridge for providing media to a printer, the cartridge comprising: a body including a first part and a second part, the first part and the second part adapted to close together over the media and contain the media therein, and an opening formed by the closed first part and second part; characterized by a media guide disposed over the opening and configured for dispensing the media to the printer, wherein the media guide comprises a frame and a feeder mounted thereto and wherein the feeder is adjustable between an open position and a closed position. a body including a first part and a second part, the first part and the second part adapted to close together over the media and contain the media therein, and an opening formed by the closed first part and second part; characterized by a media guide disposed over the opening and configured for dispensing the media to the printer, wherein the media guide comprises a frame and a feeder mounted thereto and wherein the feeder is adjustable between an open position and a closed position.
A method for manufacturing a mechanical reducer for an aircraft turbomachine, wherein N is a predetermined number such that N≥3, the mechanical reducer comprising a central pinion and an outer crown coaxial with each other around a main axis of rotation, and N planet pinions (100, 200, 300), each being movable about a secondary axis of rotation (X1, X2, X3) parallel to the main axis of rotation and each comprising a first stage (110, 210, 310) meshing with the central pinion, and a second stage (120, 220, 320) with a diameter smaller than the diameter of the first stage meshing with the outer crown, the method being characterized in that it comprises: - the part assembly marking, in which N teeth (41, 42, 43) of the central pinion and N pairs of teeth of the first stage of each planet pinion are marked, and/or N teeth of the second stage of each planet pinion and N pairs of teeth of the outer crown are marked, the N planet pinions each being marked identically, - the assembly of the mechanical reducer, so that the teeth of the pairs of marked teeth of the first stage of each planet pinion are disposed on either side of a marked tooth of the central pinion and/or so that the teeth of the pairs of marked teeth of the outer crown are disposed on either side of a marked tooth of the second stage of each planet pinion. - the part assembly marking, in which N teeth (41, 42, 43) of the central pinion and N pairs of teeth of the first stage of each planet pinion are marked, and/or N teeth of the second stage of each planet pinion and N pairs of teeth of the outer crown are marked, the N planet pinions each being marked identically, - the assembly of the mechanical reducer, so that the teeth of the pairs of marked teeth of the first stage of each planet pinion are disposed on either side of a marked tooth of the central pinion and/or so that the teeth of the pairs of marked teeth of the outer crown are disposed on either side of a marked tooth of the second stage of each planet pinion.
An implantable lead connector (100 - 700) configured for implantation and for electrically interconnecting multiple active medical devices (106, 108) and for channeling through said lead connector (100 - 700) electrical signals between said interconnected devices (106, 108) and a target tissue, comprising: a first port adapted to channel through said lead connector (100 - 700) a first signal for stimulating said target tissue; a second port adapted to channel through said lead connector (100 - 700) a second signal for stimulating said target tissue; a third port configured to connect to said target tissue; and one of said active medical devices (106, 108) integrated with said lead connector, wherein at least one of said first and second ports (103, 105) is configured to connect to a signal generator not integrated with said connector (100 - 700). a first port adapted to channel through said lead connector (100 - 700) a first signal for stimulating said target tissue; a second port adapted to channel through said lead connector (100 - 700) a second signal for stimulating said target tissue; a third port configured to connect to said target tissue; and one of said active medical devices (106, 108) integrated with said lead connector, wherein at least one of said first and second ports (103, 105) is configured to connect to a signal generator not integrated with said connector (100 - 700).
A method comprising: obtaining from a 3GPP Access Network Discovery and Selection, ANDSF, server an ANDSF policy specifying a rule for access selection, the rule specifying one or more attributes to be compared to a corresponding one or more expressions, at least one of the corresponding one or more expressions being a sum of a corresponding threshold parameter and a corresponding offset parameter; obtaining one or more threshold parameter values, wherein obtaining the one or more threshold parameter values comprises receiving at a user equipment, UE, the one or more threshold parameter values from the ANDSF server; obtaining at least one offset parameter value more frequently than obtaining the one or more threshold parameter values, wherein obtaining the at least one offset parameter value comprises receiving at the user equipment, UE, the at least one offset parameter value from a network loading server; and determining the access selection based on the at least one rule, the one or more threshold parameter values, and the at least one offset parameter value. obtaining from a 3GPP Access Network Discovery and Selection, ANDSF, server an ANDSF policy specifying a rule for access selection, the rule specifying one or more attributes to be compared to a corresponding one or more expressions, at least one of the corresponding one or more expressions being a sum of a corresponding threshold parameter and a corresponding offset parameter; obtaining one or more threshold parameter values, wherein obtaining the one or more threshold parameter values comprises receiving at a user equipment, UE, the one or more threshold parameter values from the ANDSF server; obtaining at least one offset parameter value more frequently than obtaining the one or more threshold parameter values, wherein obtaining the at least one offset parameter value comprises receiving at the user equipment, UE, the at least one offset parameter value from a network loading server; and determining the access selection based on the at least one rule, the one or more threshold parameter values, and the at least one offset parameter value.
An element for manufacturing a heart valve comprising of a flat sheet of BC with three axes of symmetry, having a centrally made hole with three equal sides which form a figure with the symmetry of an equilateral triangle, characterised in that - edges of the hole are inner sides of first areas of the element, - the first areas of the element are quadrilateral, - second areas of the element are placed between the first areas of the element adjacent thereto, - the second areas of the element are circle slices having a central angle (β) which is from 2π/3 to 5π/6 and radii equal to the lengths of edges of second sides of the first areas of the element, - the edges of the second sides of the first areas of the element are perpendicular to the inner sides of the first areas of the element, - the length of outer sides (A') of the first areas of the element is equal to the length of the first inner sides of the first areas of the element, - the ratio of the length of a radius of a circle with its centre coinciding with a centre of symmetry of the central hole and tangent to the outer sides (A') of the first areas of the element, at mid-height length, to the length of the second sides of the first areas of the element is between 2π/9 and 5π/6, - the ratio of the length of the first inner sides of the first areas of the element to the second sides of the first areas of the element is between π/3 and 2π/3. - edges of the hole are inner sides of first areas of the element, - the first areas of the element are quadrilateral, - second areas of the element are placed between the first areas of the element adjacent thereto, - the second areas of the element are circle slices having a central angle (β) which is from 2π/3 to 5π/6 and radii equal to the lengths of edges of second sides of the first areas of the element, - the edges of the second sides of the first areas of the element are perpendicular to the inner sides of the first areas of the element, - the length of outer sides (A') of the first areas of the element is equal to the length of the first inner sides of the first areas of the element, - the ratio of the length of a radius of a circle with its centre coinciding with a centre of symmetry of the central hole and tangent to the outer sides (A') of the first areas of the element, at mid-height length, to the length of the second sides of the first areas of the element is between 2π/9 and 5π/6, - the ratio of the length of the first inner sides of the first areas of the element to the second sides of the first areas of the element is between π/3 and 2π/3.
Electrical installation device, consisting of a central plate, a socket base and a cover frame, wherein - the central plate has a socket recess at the front centre thereof and a connection or a contact socket for an illumination element in its edge region, wherein - an insulating housing of the connection is fastened on the rear of the central plate, in which insulating housing a connection device, preferably of a printed circuit board, used for the electrical connection of the illumination element is integrated with a contact system for the illumination element, - end-side contacts of the connection device penetrate the insulating housing and make electrical contact with the illumination element, - a primary-side switched-mode power supply connected to the 230 V AC voltage mains is integrated in the socket base with a switched-mode power supply printed circuit board populated with electrical/electronic components for supplying energy to the illumination element, - a spring pin contact device having a spring pin housing with spring pins is mounted in the socket base such that first spring-pin contacts are brought into electrical contact under spring tension with the contacts for the illumination element and second spring-pin contacts are brought into electrical contact under spring tension with conductor tracks of the switched-mode power supply printed circuit board, and - the insulating housing descends for this purpose into a contact space formed in the base housing of the socket base, in which contact space the first spring-pin contacts are accessible and contact can be made therewith. - the central plate has a socket recess at the front centre thereof and a connection or a contact socket for an illumination element in its edge region, wherein - an insulating housing of the connection is fastened on the rear of the central plate, in which insulating housing a connection device, preferably of a printed circuit board, used for the electrical connection of the illumination element is integrated with a contact system for the illumination element, - end-side contacts of the connection device penetrate the insulating housing and make electrical contact with the illumination element, - a primary-side switched-mode power supply connected to the 230 V AC voltage mains is integrated in the socket base with a switched-mode power supply printed circuit board populated with electrical/electronic components for supplying energy to the illumination element, - a spring pin contact device having a spring pin housing with spring pins is mounted in the socket base such that first spring-pin contacts are brought into electrical contact under spring tension with the contacts for the illumination element and second spring-pin contacts are brought into electrical contact under spring tension with conductor tracks of the switched-mode power supply printed circuit board, and - the insulating housing descends for this purpose into a contact space formed in the base housing of the socket base, in which contact space the first spring-pin contacts are accessible and contact can be made therewith.
Power tool transmission device having at least one first and one second gear stage (12, 14; 12a, 14a) and having a shifting element (16; 16a) which is movable by a user by means of an actuating element (18; 18a), wherein the shifting element (16; 16a) at least partially surrounds at least one gear stage (12, 14; 12, 14a) in a circumferential direction (20, 20a) in at least one operating position and is intended to shift between a first and a second operating position, wherein the shifting element (16; 16a) comprises at least one first component (22; 22a) and one second component (24; 24a) and the shifting element (16; 16a) has at least one further component (38; 38a) which is formed at least partially by a spring element (40; 40a), characterized in that the first component (22; 22a) is operatively connected to the second component (24, 24a) at least by means of the spring element (40; 40a).
A terminal supporting Direct Memory Access, the terminal comprising: a memory for storing data used for operations of the terminal; at least one device for executing applications for specific functions; a control unit adapted to define, when the terminal boots up, a virtual zone dedicated for the Direct Memory Access in the memory; and allocate, when the request for driving a device is input, a part of the virtual zone for the device; and a Direct Memory Access unit for controlling the Direct Memory Access of the devices. a memory for storing data used for operations of the terminal; at least one device for executing applications for specific functions; a control unit adapted to define, when the terminal boots up, a virtual zone dedicated for the Direct Memory Access in the memory; and allocate, when the request for driving a device is input, a part of the virtual zone for the device; and a Direct Memory Access unit for controlling the Direct Memory Access of the devices.
Acoustic bending converter system (1, 2) comprising a plurality of bending converters (3, 4, 5) configured such that deformable elements (3 1, 3 2, 4 1; 3 2, 3 4, 4 2; 3 1, 3 2, 3' 1, 3' 2) of the bending converters (3, 4, 5) oscillate coplanarly in a common planar layer, characterized in that the bending converters (3, 4, 5) comprise different resonance frequencies and different expansions of the deformable elements (3 1, 3 2, 4 1; 3 2, 3 4, 4 2; 3 1, 3 2, 3' 1, 3' 2) along a common longitudinal axis that is transversal to a direction of oscillation of the deformable elements (3 1, 3 2, 4 1; 3 2, 3 4, 4 2; 3 1, 3 2, 3' 1, 3` 2).
STRO-1 bright multipotential cells for use in treating low back pain in a subject, wherein the STRO-1 bright multipotential cells are administered to the intervertebral disc space.
An extrusion blow head suitable for extruding a tubular plastic preform from an outlet gap between a fixed die core and a die body pivotally supported in the blow head, which can be adjusted by means of a pressure ring and actuating devices (61,62,63;21,22;221,222) engaging therewith for changing the width of the outlet gap as a function of the circumference, wherein the die body comprises an external surface having a generally spherical shape to enable its pivotable mounting by which it is received in the blow head in a complementary bearing shell consisting of an upper ball socket part and a lower ball socket part, characterized in that the die body comprises an upper section having the external surface with the generally spherical shape and a lower section which is adjacent to the upper portion in an axial direction and is removably connected therewith and on which the pressure ring is seated.
A method for operating a terminal in a wireless communication system, the method comprising: receiving information regarding a cyclic pattern of the reference signals of at least one of adjacent base stations; receiving, from each of the adjacent base stations, a part of a first set of reference signals that are transmitted through transmission beams arranged in a first order through a first set of reception beams of the terminal, the part of the first set of the reference signals being received during a first measurement interval in a first time interval; receiving, from each of the adjacent base stations, a part of a second set of the reference signals that are transmitted through the transmission beams arranged in a second order, which is different from the first order, through a second set of reception beams of the terminal the part of the second set of the reference signals being received during a second measurement interval in a second time interval; measuring signal qualities for the part of the first set of the reference signals and the part of the second set of the reference signals; and determining an optimum combination of transmission beams and reception beams based on the measured signal qualities, wherein the first set of the reference signals and the second set of the reference signals are transmitted through same transmission beams in different orders, wherein the transmission beams arranged in the second order are cyclically shifted from the transmission beams arranged in the first order. receiving information regarding a cyclic pattern of the reference signals of at least one of adjacent base stations; receiving, from each of the adjacent base stations, a part of a first set of reference signals that are transmitted through transmission beams arranged in a first order through a first set of reception beams of the terminal, the part of the first set of the reference signals being received during a first measurement interval in a first time interval; receiving, from each of the adjacent base stations, a part of a second set of the reference signals that are transmitted through the transmission beams arranged in a second order, which is different from the first order, through a second set of reception beams of the terminal the part of the second set of the reference signals being received during a second measurement interval in a second time interval; measuring signal qualities for the part of the first set of the reference signals and the part of the second set of the reference signals; and determining an optimum combination of transmission beams and reception beams based on the measured signal qualities, wherein the first set of the reference signals and the second set of the reference signals are transmitted through same transmission beams in different orders, wherein the transmission beams arranged in the second order are cyclically shifted from the transmission beams arranged in the first order.