mhurhangee/ep-ind-claims huggingface dataset:
Injection device (4, 68, 101) for a forming and filling station for forming a preform into a container and filling said container using a pressurized liquid, said injection device comprising: - a main housing (22, 73) comprising an inlet intended to be placed in fluidic communication with a pressurized liquid source, an outlet intended to be placed in fluidic communication with the preform and an injection chamber arranged to receive and contain the pressurized liquid between the inlet and the outlet, - a closing body, movable relative to the outlet between a closed position and an opened position, - a closing diaphragm (38, 102) attached at least to the closing body, the injection chamber being delimited at least by an inner surface of said closing diaphragm (38, 102), said closing diaphragm (38, 102) having an outer surface extending outside the injection chamber and defining an outside area (46, 108) isolated from the injection chamber in a fluid tight manner, - a bearing surface against which a supported portion of the outer surface of the closing diaphragm (38, 102) is applied, the bearing surface being defined by at least a part of the main housing and/or by at least a part of the closing body, the closing diaphragm further comprising a free portion (49, 79, 112) forming with the supported portion the whole outer surface of the closing diaphragm, characterized in that the bearing surface is arranged such that the surface of the free portion (49, 79, 112) decreases when the closing body moves from the closed position to the opened position. - a main housing (22, 73) comprising an inlet intended to be placed in fluidic communication with a pressurized liquid source, an outlet intended to be placed in fluidic communication with the preform and an injection chamber arranged to receive and contain the pressurized liquid between the inlet and the outlet, - a closing body, movable relative to the outlet between a closed position and an opened position, - a closing diaphragm (38, 102) attached at least to the closing body, the injection chamber being delimited at least by an inner surface of said closing diaphragm (38, 102), said closing diaphragm (38, 102) having an outer surface extending outside the injection chamber and defining an outside area (46, 108) isolated from the injection chamber in a fluid tight manner, - a bearing surface against which a supported portion of the outer surface of the closing diaphragm (38, 102) is applied, the bearing surface being defined by at least a part of the main housing and/or by at least a part of the closing body,
A method for transmitting management information, in a Data Communication Network, DCN, among units including a master control unit, one or more non-master control units and a Layer 2 switching unit, the method comprising the steps of: allocating, by a master control unit, a Virtual Local Area Network, VLAN, channel resource to each non-master control unit with which a link is established, and sending, by the master control unit, information of the allocated VLAN channel resource to a corresponding non-master control unit; creating, by each non-master control unit with which the link is established, a virtual network port according to the information of the allocated VLAN channel resource, wherein the virtual network port is configured to transmit and/or receive management information transmitted through a VLAN channel; notifying, by the master control unit, the Layer 2 switching unit to create the VLAN channel (VLANA, VLANB, VLANC) between a first unit and a second unit, wherein the first and second units are selected from the group comprising the master control unit and one or more of the non-master control units; and; creating, by the Layer 2 switching unit, the VLAN channel (VLANA, VLANB, VLANC), and adding, by the Layer 2 switching unit, information of a physical port of the first unit (portA, port B, portC, portD) and information of a physical port of the second unit (portA, port B, portC, portD) into the VLAN channel in a form of a tag, wherein the physical ports correspond to the VLAN channel; and; transmitting the management information through the VLAN channel. allocating, by a master control unit, a Virtual Local Area Network, VLAN, channel resource to each non-master control unit with which a link is established, and sending, by the master control unit, information of the allocated VLAN channel resource to a corresponding non-master control unit; creating, by each non-master control unit with which the link is established, a virtual network port according to the information of the allocated VLAN channel resource, wherein the virtual network port is configured to transmit and/or receive management information transmitted through a VLAN channel; notifying, by the master control unit, the Layer 2 switching unit to create the VLAN channel (VLANA, VLANB, VLANC) between a first unit and a second unit, wherein the first and second units are selected from the group comprising the master control unit and one or more of the non-master control units; and; creating, by the Layer 2 switching unit, the VLAN channel (VLANA, VLANB, VLANC), and adding, by the Layer 2 switching unit, information of a physical port of the first unit (portA, port B, portC, portD) and information of a physical port of the second unit (portA, port B, portC, portD) into the VLAN channel in a form of a tag, wherein the physical ports correspond to the VLAN channel; and; transmitting the management information through the VLAN channel.
Vascular stent, in particular made of an in vivo degradable plastic material, having individual ring segments, the webs thereof are of meandering configuration, and comprising connecting webs arranged between adjacent ring segments, said webs converging in connection points with the webs of the ring segments, wherein recesses (9a, 9b) are arranged at angles of the connection points being compressed when the vascular stent is expanded, said recesses having rounded contours and being open towards the edge and extending from the edge into the ring segment webs and connecting webs and through the ring segment webs and connecting webs, in order to reduce stresses arising during the expansion of the vascular stent, characterized in that at angles of the connection points where recesses (9a, 9b) are arranged, incisions extending through the webs (4, 3) are arranged close to semicircularly around the recesses (9a, 9b). recesses (9a, 9b) are arranged at angles of the connection points being compressed when the vascular stent is expanded, said recesses having rounded contours and being open towards the edge and extending from the edge into the ring segment webs and connecting webs and through the ring segment webs and connecting webs, in order to reduce stresses arising during the expansion of the vascular stent, characterized in that at angles of the connection points where recesses (9a, 9b) are arranged, incisions extending through the webs (4, 3) are arranged close to semicircularly around the recesses (9a, 9b).
Measuring apparatus for thermogravimetric determination of material moisture, comprising - a base, which is constructed as a weighing machine, with at least one base surface, which forms a weighing space floor and which is penetrated by a weighing plate support, and - a hood, which is pivotably connected with the base and which comprises a weighing space ceiling and weighing space walls (52, 54, 56) as well as at least one heating element, which acts in the space surrounded by the weighing space walls (52, 54, 56) and which is disposed in electrical contact with an electronic power unit, characterised in that the hood consists of two separate modules (36, 48), namely an electronic module comprising the heating element and the electronic power unit and a mechanical module comprising the weighing space ceiling and all weighing space walls (52, 54, 56), wherein the mechanical module is so rigidly and reversibly coupled with the electronic module that the heating element, which protrudes from a base body pivotably connected with the base and surrounding the electronic power unit, of the electronic module projects through a corresponding passage in the rear weighing space wall. - a base, which is constructed as a weighing machine, with at least one base surface, which forms a weighing space floor and which is penetrated by a weighing plate support, and - a hood, which is pivotably connected with the base and which comprises a weighing space ceiling and weighing space walls (52, 54, 56) as well as at least one heating element, which acts in the space surrounded by the weighing space walls (52, 54, 56) and which is disposed in electrical contact with an electronic power unit,
An aerosol generating apparatus comprising: a memory configured to store data relating to a state of the aerosol generating apparatus; a display; and a processor configured to: detect an abnormal operation of the aerosol generating apparatus based on the data stored in the memory, perform self-diagnosis on modules included in the aerosol generating apparatus based on the abnormal operation being detected, and control the display to output a first solution corresponding to an error detected according to the self-diagnosis, characterised in that the processor is configured determine whether or not the error is resolved after the first solution is output, and control the display to output a second solution corresponding to the error based on a result of the determination. a memory configured to store data relating to a state of the aerosol generating apparatus; a display; and a processor configured to: detect an abnormal operation of the aerosol generating apparatus based on the data stored in the memory, perform self-diagnosis on modules included in the aerosol generating apparatus based on the abnormal operation being detected, and control the display to output a first solution corresponding to an error detected according to the self-diagnosis, characterised in that the processor is configured determine whether or not the error is resolved after the first solution is output, and control the display to output a second solution corresponding to the error based on a result of the determination. detect an abnormal operation of the aerosol generating apparatus based on the data stored in the memory, perform self-diagnosis on modules included in the aerosol generating apparatus based on the abnormal operation being detected, and control the display to output a first solution corresponding to an error detected according to the self-diagnosis, characterised in that the processor is configured determine whether or not the error is resolved after the first solution is output, and control the display to output a second solution corresponding to the error based on a result of the determination.
System for constructing an array of cold neutral atoms characterized in that it comprises: - a vacuum chamber, within which ultra-high vacuum can be achieved; - an ion source configured for populating the vacuum chamber with positively charged ions; - a radio frequency (rf) trapping means, generating a rf trap with a predefined geometry of rf trapping sites, configured for capturing free ions into the rf trap and for keeping the cold ions in place within the array with a primary structure, defined by the rf trapping sites; - an optical trapping means, generating optical traps, configured for double trapping already trapped cold ions in the primary structure and for holding the cold ions and/or the cold neutral atoms in place within the primary structure; - a cooling means configured for cooling the ions and/or neutral atoms within the vacuum chamber to sufficiently low temperature, in order for the cold ions and/or cold neutral atoms to be trapped and/or kept in an ordered structure in the rf trapping sites and/or in the optical traps; - a neutralization means, comprising a source of electrons configured for creating a controlled flux of electrons, for neutralizing the cold ions that are trapped and held in place in the primary structure by the optical trapping means and/or by the rf trapping means. - a vacuum chamber, within which ultra-high vacuum can be achieved; - an ion source configured for populating the vacuum chamber with positively charged ions; - a radio frequency (rf) trapping means, generating a rf trap with a predefined geometry of rf trapping sites, configured for capturing free ions into the rf trap and for keeping the cold ions in place within the array with a primary structure, defined by the rf trapping sites; - an optical trapping means, generating optical traps, configured for double trapping already trapped cold ions in the primary structure and for holding the cold ions and/or the cold neutral atoms in place within the primary structure; - a cooling means configured for cooling the ions and/or neutral atoms within the vacuum chamber to sufficiently low temperature, in order for the cold ions and/or cold neutral atoms to be trapped and/or kept in an ordered structure in the rf trapping sites and/or in the optical traps; - a neutralization means, comprising a source of electrons configured for creating a controlled flux of electrons, for neutralizing the cold ions that are trapped and held in place in the primary structure by the optical trapping means and/or by the rf trapping means.
A phonon transistor (200, 300) comprising: electrical contacts (216A, 216B; 312, 314; 308); two quantum dots (210A, 210B; 302A, 302B) embedded in a semiconductor such that when an electrical bias is applied to the electrical contacts, an electric field produced by the electrical bias is substantially parallel to an axis through the two quantum dots, wherein the two quantum dots include a first and second quantum dot, wherein the first quantum dot and the semiconductor provide a continuum state, wherein the second quantum dot provides a discrete state, wherein the continuum state and the discrete state are coupled when the electrical bias is applied to the electrical contacts, and wherein the electrical bias provides a gating mechanism for the coupling such that when the electrical bias includes a first electro potential the electric field inhibits the generation or transmission of phonons and when the electrical bias includes a second electro potential different from the first electro potential, the electrical field promotes the generation or transmission of phonons; and a phononic wave guide coupled to the semiconductor, the phononic wave guide configured to transport phonons therethrough. electrical contacts (216A, 216B; 312, 314; 308); two quantum dots (210A, 210B; 302A, 302B) embedded in a semiconductor such that when an electrical bias is applied to the electrical contacts, an electric field produced by the electrical bias is substantially parallel to an axis through the two quantum dots, wherein the two quantum dots include a first and second quantum dot, wherein the first quantum dot and the semiconductor provide a continuum state, wherein the second quantum dot provides a discrete state, wherein the continuum state and the discrete state are coupled when the electrical bias is applied to the electrical contacts, and wherein the electrical bias provides a gating mechanism for the coupling such that when the electrical bias includes a first electro potential the electric field inhibits the generation or transmission of phonons and when the electrical bias includes a second electro potential different from the first electro potential, the electrical field promotes the generation or transmission of phonons; and a phononic wave guide coupled to the semiconductor, the phononic wave guide configured to transport phonons therethrough.
A mechanism for releasing a plate from a recess in a tire mold part, the mechanism comprising a bolt or rod insertable into a hole in the tire mold part and extending from a first end at an outer surface of the tire mold part to a second end at a recess for a slug, plate or pocket plate in the tire mold part, the second end of the bolt or rod having an axially extending projection allowing a manipulation of the bolt or rod about an axis, characterized in that the projection is defined by two diametrically opposite curved surfaces interconnected by two diametrically opposite planar surfaces.
A rechargeable battery comprising: an electrode assembly and a case for receiving the electrode assembly and an electrolyte solution, the electrode assembly including at least a unit body, the unit body comprising (i) separators, each separator being formed of a sheet that is folded at a folding center such that the sheet is divided in two parts facing each other, the folding center divides the unit body into a first region and a second region, (ii) electrode plates (11, 12) of a first electrode and (iii) electrode plates (21, 22) of a second electrode, wherein the electrode plates (11, 12) of the first electrode and the electrode plates (21, 22) of the second electrode are formed to be alternately stacked while interposing the folded sheets of the separators in each of the first region and the second region; and wherein the unit body includes the same number of the electrode plates (11, 12) of the first electrode, the electrode plates (21, 22) of the second electrode, and the separators. an electrode assembly and a case for receiving the electrode assembly and an electrolyte solution, the electrode assembly including at least a unit body, the unit body comprising (i) separators, each separator being formed of a sheet that is folded at a folding center such that the sheet is divided in two parts facing each other, the folding center divides the unit body into a first region and a second region, (ii) electrode plates (11, 12) of a first electrode and (iii) electrode plates (21, 22) of a second electrode, wherein the electrode plates (11, 12) of the first electrode and the electrode plates (21, 22) of the second electrode are formed to be alternately stacked while interposing the folded sheets of the separators in each of the first region and the second region; and wherein the unit body includes the same number of the electrode plates (11, 12) of the first electrode, the electrode plates (21, 22) of the second electrode, and the separators.
Filter component having: a windingless magnetic ring core with an opening; a ring core housing, in which the ring core is fastened with a mechanism which is designed such that the ring core can be inserted in the direction of a longitudinal axis of the opening of the ring core in the ring core housing; wherein the filter component is designed such that a conductor can be run windinglessly through the opening of the ring core fastened in the ring core housing; characterized in that the mechanism is a snap-fit mechanism which has one or more movable levers that are formed such that the one or more movable levers open when the ring core is pressed against the ring core housing and hold the ring core directly after the one or more levers have snapped-in. a windingless magnetic ring core with an opening; a ring core housing, in which the ring core is fastened with a mechanism which is designed such that the ring core can be inserted in the direction of a longitudinal axis of the opening of the ring core in the ring core housing; wherein the filter component is designed such that a conductor can be run windinglessly through the opening of the ring core fastened in the ring core housing; characterized in that the mechanism is a snap-fit mechanism which has one or more movable levers that are formed such that the one or more movable levers open when the ring core is pressed against the ring core housing and hold the ring core directly after the one or more levers have snapped-in.
A wireless bra, comprising: two cups; an under holder; a gore; wings; back straps; back hook-and-eye fasteners; shoulder straps; stitching parts; flexible bands; and a framework, wherein the two cups are connected by means of the gore, the under holder is arranged below the cups, the stitching parts are arranged at connection portions among the cups, the under holder, the gore and the wings, the stitching parts extend along edges of the cups, the flexible bands are sewed and fixed in the stitching parts, the wings are connected with two ends of the under holder respectively, the back straps are connected with the wings, the back hook-and-eye fasteners are arranged on the back straps, for each of the shoulder straps, one end of the shoulder strap is connected with an upper portion of the cup, and the other end of the shoulder strap is connected with the back strap, characterized in that the framework capable of supporting the cups is arranged in the gore.
A method for diagnosing ankylosing spondylitis in a patient, the method comprising: a) determining whether a genetic alteration is present in a IL23R nucleic acid in a sample obtained from said- patient; and b) diagnosing the patient with ankylosing spondylitis if a genetic alteration is present in IL23R. a) determining whether a genetic alteration is present in a IL23R nucleic acid in a sample obtained from said- patient; and b) diagnosing the patient with ankylosing spondylitis if a genetic alteration is present in IL23R.
A process for forming a composite layer of low k silicon oxide dielectric material (24, 30) on an oxide layer of an integrated circuit structure on a semiconductor substrate having closely spaced apart metal lines thereon, comprising the steps of: a) forming over said oxide layer and said metal lines a first layer of low k silicon oxide dielectric material, said first layer being void-free, until said low k silicon oxide dielectric material reaches the level of the top of said metal lines on said oxide layer, said first layer of low k silicon oxide dielectric material having a dielectric constant of 3.5 or less, the height of the first layer exceeding the height of said metal lines of less than 50 nm; and b) forming a second layer of low k silicon oxide dielectric material over said first layer at a higher deposition rate than said first layer, said second layer of low k silicon oxide dielectric material having a dielectric constant of 3.5 or less. a) forming over said oxide layer and said metal lines a first layer of low k silicon oxide dielectric material, said first layer being void-free, until said low k silicon oxide dielectric material reaches the level of the top of said metal lines on said oxide layer, said first layer of low k silicon oxide dielectric material having a dielectric constant of 3.5 or less, the height of the first layer exceeding the height of said metal lines of less than 50 nm; and b) forming a second layer of low k silicon oxide dielectric material over said first layer at a higher deposition rate than said first layer, said second layer of low k silicon oxide dielectric material having a dielectric constant of 3.5 or less.