mhurhangee/ep-ind-claims huggingface dataset:
A waterproof, open-end zipper, comprising: a first zipper tape comprising a first engagement rail unit longitudinally located at one lateral side thereof; a second zipper tape comprising a second engagement rail unit longitudinally located at one lateral side thereof for engagement with said first engagement rail unit of said first zipper tape; a zipper slider coupled between said first zipper tape and said second zipper tape and slidable in one of two reverse directions to force said first engagement rail unit of said first zipper tape into engagement with said second engagement rail unit of said second zipper tape or to separate said first engagement rail unit of said first zipper tape from said second engagement rail unit of said second zipper tape; a box fixedly located at one end of said first engagement rail unit of said first zipper tape and adapted for receiving one end of said second engagement rail unit of said second zipper tape; a locating rod fixedly located at said first engagement rail unit of said first zipper tape near said box; and a locating hole located at said second engagement rail unit of said second zipper tape and adapted for receiving said locating rod after insertion of said second engagement rail unit into said box, characterized in that said locating rod is a wire rod extended from said box and closely attached to a back wall of said first zipper tape and inserted through opposing front and back walls of said first engagement rail unit and protruded over the front wall of said first engagement rail unit. a first zipper tape comprising a first engagement rail unit longitudinally located at one lateral side thereof; a second zipper tape comprising a second engagement rail unit longitudinally located at one lateral side thereof for engagement with said first engagement rail unit of said first zipper tape; a zipper slider coupled between said first zipper tape and said second zipper tape and slidable in one of two reverse directions to force said first engagement rail unit of said first zipper tape into engagement with said second engagement rail unit of said second zipper tape or to separate said first engagement rail unit of said first zipper tape from said second engagement rail unit of said second zipper tape; a box fixedly located at one end of said first engagement rail unit of said first zipper tape and adapted for receiving one end of said second engagement rail unit of said second zipper tape; a locating rod fixedly located at said first engagement rail unit of said first zipper tape near said box; and a locating hole located at said second engagement rail unit of said second zipper tape and adapted for receiving said locating rod after insertion of said second engagement rail unit into said box, characterized in that said locating rod is a wire rod extended from said box and closely attached to a back wall of said first zipper tape and inserted through opposing front and back walls of said first engagement rail unit and protruded over the front wall of said first engagement rail unit.
Method for operating a workpiece machining system, which has at least one machine tool, which comprises at least one loading and unloading opening and at least one safety area, which has at least one loading and unloading apparatus which has at least one carrier and at least one loading and unloading device which can be moved along the carrier and, in particular, has several axes, wherein the loading and unloading device can be arranged in front of at least one of the at least one machine tool in a loading and unloading position and at least one gripping arm of the loading and unloading device can be moved from a travel position, in which the gripping arm is arranged substantially above the carrier, into an engagement position, in which the gripping arm projects laterally beyond the carrier and in particular is arranged in or above the loading and unloading opening of the machine tool, and which comprises at least one safety device for monitoring the safety area of the at least one machine tool, which has at least one control unit, which is functionally assigned to or can be assigned to the loading and unloading apparatus, and at least one first sensor means arranged in or on the safety area, having the steps: a. if required, storing and/or defining at least one safety-related event in the control unit; b. monitoring at least one safety area of at least one machine tool by means of the at least one first sensor means of the safety device; c. detecting the position of the loading and unloading device indirectly or directly by means of the control unit; d. detecting the at least one safety-related event defined or stored in the control unit or at least one safety-related event defined or stored in the control unit in the safety area of the machine tool by means of the at least one first sensor means; e. blocking a movement of the gripping arm of the loading and unloading device from the travel position into the engagement position if the gripping arm is in the travel position and moving the gripping arm of the loading and unloading device from the engagement position into the travel position if the gripping arm is in the engagement position. a. if required, storing and/or defining at least one safety-related event in the control unit; b. monitoring at least one safety area of at least one machine tool by means of the at least one first sensor means of the safety device; c. detecting the position of the loading and unloading device indirectly or directly by means of the control unit; d. detecting the at least one safety-related event defined or stored in the control unit or at least one safety-related event defined or stored in the control unit in the safety area of the machine tool by means of the at least one first sensor means; e. blocking a movement of the gripping arm of the loading and unloading device from the travel position into the engagement position if the gripping arm is in the travel position and moving the gripping arm of the loading and unloading device from the engagement position into the travel position if the gripping arm is in the engagement position.
A method of manufacturing a vial, the method comprising: providing a vial, the vial having a first end portion and a second end portion connected by a tubular member having a hollow interior; forming a first chamber and a second chamber within the hollow interior of the tubular member, wherein the first chamber and the second chamber are separated by a neck portion within the hollow interior, said first chamber extending from said first end portion to a first side of said neck portion, said second chamber extending from a second side of said neck portion; and forming a middle portion within the hollow interior of the tubular portion, one end of said middle portion adjacent to an end of said second chamber; forming a third chamber within the hollow interior of the tubular member, said third chamber extending from a second end of said middle portion to said second end portion; wherein said formed middle portion has an outer diameter which is less than an outer diameter of each of said first chamber, said second chamber and said third chamber, and an inner diameter which is less than an inner diameter of each of said first chamber, said second chamber and said third chamber. providing a vial, the vial having a first end portion and a second end portion connected by a tubular member having a hollow interior; forming a first chamber and a second chamber within the hollow interior of the tubular member, wherein the first chamber and the second chamber are separated by a neck portion within the hollow interior, said first chamber extending from said first end portion to a first side of said neck portion, said second chamber extending from a second side of said neck portion; and forming a middle portion within the hollow interior of the tubular portion, one end of said middle portion adjacent to an end of said second chamber; forming a third chamber within the hollow interior of the tubular member, said third chamber extending from a second end of said middle portion to said second end portion; wherein said formed middle portion has an outer diameter which is less than an outer diameter of each of said first chamber, said second chamber and said third chamber, and an inner diameter which is less than an inner diameter of each of said first chamber, said second chamber and said third chamber.
Bottle sorting installation, comprising - a conveyor line for conveying indeterminately filled bottle crates, - a control unit with an interface via which filling patterns of each bottle crate can be communicated to the control unit, - a bottle storage arrangement, and - a transfer device to transfer bottles, wherein the control unit is set up to control the transfer device to transfer bottles between the bottle crates and the bottle storage arrangement, characterised in that, the transfer device comprises a plurality of functionally identical, independently controllable gripper heads arranged one behind the other in the conveyance direction of the conveyor line, each of which heads has precisely two individually controllable individual grippers (221, 222), and to each of which heads is assigned a bottle storage arrangement located external to the conveyor line. - a conveyor line for conveying indeterminately filled bottle crates, - a control unit with an interface via which filling patterns of each bottle crate can be communicated to the control unit, - a bottle storage arrangement, and - a transfer device to transfer bottles,
Frame structure for a window, a door or a fixed glazing, comprising: - a frame profile (2, 3), the material of which has a thermal conductivity of less than 1.0 W/mK and - a sash or leaf frame as well as - a fixed frame; - a vacuum insulated glass unit that is held at an insertion depth of the frame structure; wherein - the vacuum insulated glass unit has a heat transfer coefficient Ug of at most 1.0 W/(m 2 K); characterized in that - the frame structure comprises a thermal coupling element (5; 15) on the interior side in the region of the insertion depth with a thermal conductivity that is increased with respect to the material of the frame profile of the sash or leaf frame by a factor of at least 10 and preferably a thermal conductivity that is increased by a factor of 20 and particularly preferably a thermal conductivity that is increased by a factor of 300; and - an outer insulation thickness in the heat flow direction that is greater than the thickness of an inner seal by a factor of at least 3, preferably by a factor of at least 4. - a frame profile (2, 3), the material of which has a thermal conductivity of less than 1.0 W/mK and - a sash or leaf frame as well as - a fixed frame; - a vacuum insulated glass unit that is held at an insertion depth of the frame structure; wherein - the vacuum insulated glass unit has a heat transfer coefficient Ug of at most 1.0 W/(m 2 K); characterized in that - the frame structure comprises a thermal coupling element (5; 15) on the interior side in the region of the insertion depth with a thermal conductivity that is increased with respect to the material of the frame profile of the sash or leaf frame by a factor of at least 10 and preferably a thermal conductivity that is increased by a factor of 20 and particularly preferably a thermal conductivity that is increased by a factor of 300; and - an outer insulation thickness in the heat flow direction that is greater than the thickness of an inner seal by a factor of at least 3, preferably by a factor of at least 4.
Process for welding a conductor onto a workpiece, wherein the conductor comprises a first metal and the workpiece comprises a second metal, with the following steps: removing an insulation of the conductor over a predetermined length; forming a bead in a stripped region of the conductor; holding down the conductor on the workpiece, the holding down having the effect of producing a mechanical contact in a welding region between the conductor and the workpiece, wherein the welding region is arranged in the region of the bead; laser welding of the conductor onto the workpiece in the welding region, characterized in that, after the laser welding, the conductor is welded to the workpiece in a further welding region by means of laser welding, that the forming of the bead takes place in such a way that the conductor initially lies in contact with the welding region and does not lie in contact with the further welding region, that the thermal expansion during the laser welding in the welding region has the effect that the conductor is deformed in such a way that the conductor subsequently lies in contact with the further welding region.
Silica functionalized with a siloxane of the general formula [SiO 4/2] a [R 1 SiO 3/2] b [R 3 R 1 SiO 2/2] c [R 1 3 SiO 1/2] d [O 1/2 R 2] e, where the indices a, b, c, d, e each independently have integer values a from 0 to 100, b from 0 to 100, c from 0 to 50, d from 3 to 200, e from 0 to 50, with the proviso that the sum of a, b and c is at least 1 and for more than 50% of the siloxanes in the mixture the sum of a, b and c is ≥ 4; where R 1 is each independently H, an amino group, unsubstituted or substituted C 1 -C 20 -alkyl radical, unsubstituted or substituted C 2 -C 20 -alkenyl radical, unsubstituted or substituted C 6 -C 14 -aryl radical; where R 2 is each independently H, an unsubstituted or substituted C 1 -C 20 -hydrocarbon radical; where R 3 is each independently H, an amino group, unsubstituted or substituted C 2 -C 20 -alkyl radical, unsubstituted or substituted C 2 -C 20 -alkenyl radical, unsubstituted or substituted C 6 -C 14 -aryl radical, wherein substituted signifies that independently of one another at least one substituent is present from the group of OR Y, -NR Y 2, -SH, -SR Y, epoxy, -COOR Y, - CHO, -CN, -NCO, -OCOOR Y, -NR Y -COOR Y, -NR Y -CO-NR Y, - SiR Y 3 and -OSiR Y 3, where R Y is each independently H, an amino group, unsubstituted or substituted C 1 -C 20 -alkyl radical, unsubstituted or substituted C 2 -C 20 -alkenyl radical, unsubstituted or substituted C 6 -C 14 -aryl radical. where the indices a, b, c, d, e each independently have integer values a from 0 to 100, b from 0 to 100, c from 0 to 50, d from 3 to 200, e from 0 to 50, with the proviso that the sum of a, b and c is at least 1 and for more than 50% of the siloxanes in the mixture the sum of a, b and c is ≥ 4; where R 1 is each independently H, an amino group, unsubstituted or substituted C 1 -C 20 -alkyl radical, unsubstituted or substituted C 2 -C 20 -alkenyl radical, unsubstituted or substituted C 6 -C 14 -aryl radical; where R 2 is each independently H, an unsubstituted or substituted C 1 -C 20 -hydrocarbon radical; where R 3 is each independently H, an amino group, unsubstituted or substituted C 2 -C 20 -alkyl radical, unsubstituted or substituted C 2 -C 20 -alkenyl radical, unsubstituted or substituted C 6 -C 14 -aryl radical, wherein substituted signifies that independently of one another at least one substituent is present from the group of OR Y, -NR Y 2, -SH, -SR Y, epoxy, -COOR Y, - CHO, -CN, -NCO, -OCOOR Y, -NR Y -COOR Y, -NR Y -CO-NR Y, - SiR Y 3 and -OSiR Y 3, where R Y is each independently H, an amino group, unsubstituted or substituted C 1 -C 20 -alkyl radical, unsubstituted or substituted C 2 -C 20 -alkenyl radical, unsubstituted or substituted C 6 -C 14 -aryl radical.
A rotor unit for a centrifugal separator, which centrifugal separator comprises a non-rotatable housing in which the rotor unit is arranged about a central axis of rotation, an inlet for supply to the rotor unit of a mixture of components which is to be separated, and at least one outlet (25, 26) for a component separated during operation in the rotor unit, whereby the rotor unit, at least parts of which are made of metal, comprises - a separating chamber formed inside the rotor unit, - an inlet chamber which is connected to the inlet and to the separating chamber, is formed radially within said separating chamber and is usually shielded from the separating chamber, - at least one outlet (25, 26) connected to the separating chamber, and - a plurality of separating discs arranged at a distance axially from one another in said separating chamber coaxially with the axis of rotation, characterised in - that at least a number of said metallic parts of said rotor unit are undetachably joined together to form a composite body. - a separating chamber formed inside the rotor unit, - an inlet chamber which is connected to the inlet and to the separating chamber, is formed radially within said separating chamber and is usually shielded from the separating chamber, - at least one outlet (25, 26) connected to the separating chamber, and - a plurality of separating discs arranged at a distance axially from one another in said separating chamber coaxially with the axis of rotation, - that at least a number of said metallic parts of said rotor unit are undetachably joined together to form a composite body.
An image processing apparatus for processing an image captured by a medical imaging device, comprising: circuitry (121, 124, 125) configured to acquire a normal light 3D image and at least one special light 3D image from the image captured by the medical imaging device, the special light 3D image having information limited to a specific wavelength band, generate depth information at a predetermined position of a patient using coordinates in the depth direction of elements in the 3D images, and detect at the predetermined position of the patient at least one of: the thickness of a blood puddle, the thickness of a transparent membrane or the thickness of mist on flesh surface from a difference between the depth coordinates of the normal light 3D image and the special light 3D image, or a structural relationship between blood vessels from a difference between depth coordinates of a first special light 3D image having information limited to a first wavelength in the specific wavelength band and a second special light 3D image having information limited to a second wavelength in the specific wavelength band, different to the first wavelength. circuitry (121, 124, 125) configured to acquire a normal light 3D image and at least one special light 3D image from the image captured by the medical imaging device, the special light 3D image having information limited to a specific wavelength band, generate depth information at a predetermined position of a patient using coordinates in the depth direction of elements in the 3D images, and detect at the predetermined position of the patient at least one of: the thickness of a blood puddle, the thickness of a transparent membrane or the thickness of mist on flesh surface from a difference between the depth coordinates of the normal light 3D image and the special light 3D image, or a structural relationship between blood vessels from a difference between depth coordinates of a first special light 3D image having information limited to a first wavelength in the specific wavelength band and a second special light 3D image having information limited to a second wavelength in the specific wavelength band, different to the first wavelength.
An osteogenic composition, comprising: a collagenous extracellular matrix tissue material, wherein the collagenous extracellular matrix tissue material retains a native sulfated glycosaminoglycan from a source tissue for the collagenous extracellular matrix tissue material; and bone morphogenic protein, wherein at least a portion of the bone morphogenic protein is bound to the native sulfated glycosaminoglycan, and wherein the bone morphogenic protein is present at a level in the range of 75 μg to 300 μg per gram of the collagenous extracellular matrix tissue material. a collagenous extracellular matrix tissue material, wherein the collagenous extracellular matrix tissue material retains a native sulfated glycosaminoglycan from a source tissue for the collagenous extracellular matrix tissue material; and bone morphogenic protein, wherein at least a portion of the bone morphogenic protein is bound to the native sulfated glycosaminoglycan, and wherein the bone morphogenic protein is present at a level in the range of 75 μg to 300 μg per gram of the collagenous extracellular matrix tissue material.
A method of manufacturing a display substrate, comprising: forming a pattern layer on a base substrate, the pattern layer comprising at least one recess; and forming a first planarization layer; wherein forming the first planarization layer comprises: forming a pre-polymerized solution at least in the recess; and polymerizing the pre-polymerized solution in the recess to form the first planarization layer, wherein forming the pre-polymerized solution at least in the recess comprises: coating a first pre-polymerized solution on the pattern layer; and receding the first pre-polymerized solution to the at least one recess, characterized in that receding the first pre-polymerized solution to the at least one recess comprises: partially evaporating the first pre-polymerized solution so that a liquid surface of the first pre-polymerized solution after evaporation is not substantially higher than an uppermost edge of the recess, and wherein forming the pre-polymerized solution at least in the recess further comprises: coating a second pre-polymerized solution on the partially evaporated first pre-polymerized solution so that the first pre-polymerized solution and the second pre-polymerized solution are mixed. forming a pattern layer on a base substrate, the pattern layer comprising at least one recess; and forming a first planarization layer; wherein forming the first planarization layer comprises: forming a pre-polymerized solution at least in the recess; and polymerizing the pre-polymerized solution in the recess to form the first planarization layer, forming a pre-polymerized solution at least in the recess; and polymerizing the pre-polymerized solution in the recess to form the first planarization layer, wherein forming the pre-polymerized solution at least in the recess comprises: coating a first pre-polymerized solution on the pattern layer; and receding the first pre-polymerized solution to the at least one recess, coating a first pre-polymerized solution on the pattern layer; and receding the first pre-polymerized solution to the at least one recess, characterized in that receding the first pre-polymerized solution to the at least one recess comprises: partially evaporating the first pre-polymerized solution so that a liquid surface of the first pre-polymerized solution after evaporation is not substantially higher than an uppermost edge of the recess, and wherein forming the pre-polymerized solution at least in the recess further comprises: coating a second pre-polymerized solution on the partially evaporated first pre-polymerized solution so that the first pre-polymerized solution and the second pre-polymerized solution are mixed.