mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a plastics moulding, wherein, in the method, a mould insert with a diffractive surface relief is provided, the mould insert is inserted into one mould half of an injection mould which, together with at least one further mould half, forms a cavity for producing the plastics moulding, wherein the mould insert is inserted into the injection mould such that the diffractive surface relief forms a partial region of the surface of the cavity formed by the mould half, and the plastics moulding is moulded by injection moulding by means of the injection mould, wherein, during the provision of the mould insert, first a provisional diffractive surface relief is formed in a surface of a substrate, and then the substrate is reshaped to form the mould insert, wherein, during the reshaping, the provisional surface relief is deformed into the diffractive surface relief of the mould insert.
A nucleic acid denaturation apparatus, comprising: a vibration generation part including a vibration board for generating vibration to be given to a nucleic acid solution containing double strand nucleic acids; a nucleic acid solution reception part attached to the vibration board and configured to receive the nucleic acid solution; wherein, in use the vibration part gives the vibration that occurred in the vibration board to the nucleic acid solution in the nucleic acid solution reception part, which causes the double strand nucleic acids in the nucleic acid solution to denature to single strand nucleic acids, and wherein the vibration generation part generates the vibration in the audible range from 100 to 1,000 Hz and the nucleic acid solution reception part receives the vibration in both horizontal and vertical planes. a vibration generation part including a vibration board for generating vibration to be given to a nucleic acid solution containing double strand nucleic acids; a nucleic acid solution reception part attached to the vibration board and configured to receive the nucleic acid solution; wherein, in use the vibration part gives the vibration that occurred in the vibration board to the nucleic acid solution in the nucleic acid solution reception part, which causes the double strand nucleic acids in the nucleic acid solution to denature to single strand nucleic acids, and wherein the vibration generation part generates the vibration in the audible range from 100 to 1,000 Hz and the nucleic acid solution reception part receives the vibration in both horizontal and vertical planes.
A method for data transmission in an optical network between an optical line terminal (401; 501; 601) and a plurality of optical network units (403,404; 505,506; 603,604), the method comprising the steps: (a) providing at least one main wavelength; (b) processing a subcarrier modulation for said at least one main wavelength, wherein a portion of the obtained subcarrier modulated signal is suppressed; wherein the method further comprises optically and/or electronically providing subcarriers for the subcarrier modulation, and assigning at least one subcarrier or a set of subcarriers to each optical network unit, thereby providing a point-to-point connection between said optical line terminal (401; 501; 601) and each respective one of said plurality of optical network units (403,404; 505,506; 603,604); said method characterized by the steps of (c) providing individual data rates for said point-to-point connections; and (d) applying coherent detection of the signals received at said optical line terminal (401; 501; 601) and/or said plurality of optical network units (403, 404; 505, 506; 603, 604); wherein in step (b) the main wavelength is suppressed. (a) providing at least one main wavelength; (b) processing a subcarrier modulation for said at least one main wavelength, wherein a portion of the obtained subcarrier modulated signal is suppressed; wherein the method further comprises optically and/or electronically providing subcarriers for the subcarrier modulation, and assigning at least one subcarrier or a set of subcarriers to each optical network unit, thereby providing a point-to-point connection between said optical line terminal (401; 501; 601) and each respective one of said plurality of optical network units (403,404; 505,506; 603,604); (c) providing individual data rates for said point-to-point connections; and (d) applying coherent detection of the signals received at said optical line terminal (401; 501; 601) and/or said plurality of optical network units (403, 404; 505, 506; 603, 604); wherein in step (b) the main wavelength is suppressed.
Stair inclined lift drive device having a motor and a shaft coupled non-rotatably to the driven element of the motor, characterised by a sprocket coupled non-rotatably to the shaft via a hinge providing at least two degrees of rotational freedom, wherein the hinge allows a movement of the longitudinal axis of the sprocket relative to the axis of rotation of the shaft.
A portable work screen apparatus comprising a semi-rigid screen and at least two supports, characterized in that the at least two supports comprise a base portion, an arm, extending from the base portion, with the screen being mounted on the arm, an attachment device is mounted on the base portion, wherein the arm is in substantially perpendicular alignment to an attachment plane of the attachment device, in that said attachment device comprising a magnet for, in use, releasably connecting the screen to a surface proximal to a workpiece, wherein said at least two supports are spaced apart, such that, in use, said screen is extending therebetween and is flexed to a desired configuration, and in that one handle is connected to each of the at least two supports.
A method comprising: storing, by a Software-Defined Networking SDN controller in a configuration database, a virtual port group object for a virtual port group, the virtual port group identified by a virtual port group name, the virtual port group comprising one or more references to interface objects (404, 406) representing logical and physical interfaces in a network controlled in part by the SDN controller; receiving, by the SDN controller for the network, an indication of an interface action to be performed on an interface identified by an interface identifier, wherein the interface identifier comprises the virtual port group name of the virtual port group; in response to determining that the interface identifier comprises the virtual port group name, determining, by the SDN controller, a set of one or more of the logical and physical interfaces referenced by the virtual port group object that are affected by the interface action; and performing, by the SDN controller, the interface action with respect to the set of the one or more logical and physical interfaces, the SDN controller comprising at least one virtual port group support function, the method further comprising: mapping, translating or converting the interface action to interface specific actions to be issued to the affected logical and/or physical interfaces. storing, by a Software-Defined Networking SDN controller in a configuration database, a virtual port group object for a virtual port group, the virtual port group identified by a virtual port group name, the virtual port group comprising one or more references to interface objects (404, 406) representing logical and physical interfaces in a network controlled in part by the SDN controller; receiving, by the SDN controller for the network, an indication of an interface action to be performed on an interface identified by an interface identifier, wherein the interface identifier comprises the virtual port group name of the virtual port group; in response to determining that the interface identifier comprises the virtual port group name, determining, by the SDN controller, a set of one or more of the logical and physical interfaces referenced by the virtual port group object that are affected by the interface action; and performing, by the SDN controller, the interface action with respect to the set of the one or more logical and physical interfaces, the SDN controller comprising at least one virtual port group support function, the method further comprising: mapping, translating or converting the interface action to interface specific actions to be issued to the affected logical and/or physical interfaces.
An active-energy-ray-curable composition for inkjet application, comprising: a radical polymerizable monomer; a core-shell-type elastomer particle; and a polymerization initiator; wherein a proportion of the radical polymerizable monomer is from 50.0 to 95.0 percent by mass and a proportion of the core-shell-type elastomer particle is from 0.5 to 40.0 percent by mass. a radical polymerizable monomer; a core-shell-type elastomer particle; and a polymerization initiator; wherein a proportion of the radical polymerizable monomer is from 50.0 to 95.0 percent by mass and a proportion of the core-shell-type elastomer particle is from 0.5 to 40.0 percent by mass.
A process for conversion of SO 2 to SO 3 in a raw process gas comprising the steps of a) heating the raw process gas by heat exchange with an oxidized process gas, providing a heated process gas b) contacting the heated process gas with a first zone of catalyst active in oxidation of SO 2 to SO 3, providing an oxidized process gas c) withdrawing heat of reaction from one or both of the first zone of catalytically active material and the oxidized process gas to the raw process gas, by one or more heat transfer processes taken from the group consisting of convection, conduction, radiation, gas/gas heat exchange or by heat transfer medium facilitated heat exchange d) further cooling the oxidized process gas by heat exchange in a boiler, preferably a water tube boiler, receiving a feed of water, providing saturated steam and a cooled oxidized process gas in which the raw process gas, the heated process gas, the oxidized process gas and the cooled oxidized process gas is non-condensing with respect to sulfuric acid. a) heating the raw process gas by heat exchange with an oxidized process gas, providing a heated process gas b) contacting the heated process gas with a first zone of catalyst active in oxidation of SO 2 to SO 3, providing an oxidized process gas c) withdrawing heat of reaction from one or both of the first zone of catalytically active material and the oxidized process gas to the raw process gas, by one or more heat transfer processes taken from the group consisting of convection, conduction, radiation, gas/gas heat exchange or by heat transfer medium facilitated heat exchange d) further cooling the oxidized process gas by heat exchange in a boiler, preferably a water tube boiler, receiving a feed of water, providing saturated steam and a cooled oxidized process gas
A bone fixation device for securing attachment between a screw and a vertebra comprising two pedicles, comprising a hollow cavity having a longitudinal axis, a distal part having itself a distal end and a proximal end, a proximal part having itself a distal end and a proximal end and a flange at the proximal end, wherein - the distal part comprises a deformable area comprising at least three helical slots; and - the distal part comprises a full portion located distally after said at least three helical slots; characterized in that said full portion is adapted to cooperate with the screw such that once the screw abuts against the flange of the bone fixation device, further screwing causes the deformation of the deformable area of the distal part and the retraction of the distal end of the distal part towards the proximal end of the distal part; and in that after screwing, the borders of each of the at least three helical slots abuts against each other. - the distal part comprises a deformable area comprising at least three helical slots; and - the distal part comprises a full portion located distally after said at least three helical slots;
Tyre sidewall, at least one portion of which has a rubber composition based on at least a diene elastomer, a crosslinking system and a reinforcing filler, characterized in that the content of reinforcing filler in the composition varies from 20 to 40 parts by weight per hundred parts of elastomer, phr, with a volume fraction of reinforcing filler in the composition ranging from 8.0% to 13.0%, and in that this reinforcing filler comprises predominantly a carbon black or a mixture of carbon blacks, the BET specific surface area of which ranges from 50 m 2 /g to 69 m 2 /g.
A medical device comprising: a therapy delivery module configured to deliver an electrical shock to a patient's heart via electrodes coupled to the medical device; a sensing module configured to receive a cardiac electrical signal, determine that the cardiac electrical signal crosses a sensing threshold, detect a cardiac event within the cardiac electrical signal in response to determining the cardiac electrical signal crosses the sensing threshold, and produce a cardiac event sense signal in response to detecting the cardiac event; and a control module coupled to the sensing module and the therapy delivery module and characterised in that the control module is configured to: set an escape interval timer to start running an escape interval in response to the therapy delivery module delivering the electrical shock, in response to receiving the cardiac event sense signal from the sensing module during the escape interval, determine if the detected cardiac event meets reset criteria, allow the escape interval timer to continue running the escape interval if the detected cardiac event does not meet the reset criteria, and reset the escape interval timer in response to the detected cardiac event meeting the reset criteria. a therapy delivery module configured to deliver an electrical shock to a patient's heart via electrodes coupled to the medical device; a sensing module configured to receive a cardiac electrical signal, determine that the cardiac electrical signal crosses a sensing threshold, detect a cardiac event within the cardiac electrical signal in response to determining the cardiac electrical signal crosses the sensing threshold, and produce a cardiac event sense signal in response to detecting the cardiac event; and a control module coupled to the sensing module and the therapy delivery module and characterised in that the control module is configured to: set an escape interval timer to start running an escape interval in response to the therapy delivery module delivering the electrical shock, in response to receiving the cardiac event sense signal from the sensing module during the escape interval, determine if the detected cardiac event meets reset criteria, allow the escape interval timer to continue running the escape interval if the detected cardiac event does not meet the reset criteria, and reset the escape interval timer in response to the detected cardiac event meeting the reset criteria. set an escape interval timer to start running an escape interval in response to the therapy delivery module delivering the electrical shock, in response to receiving the cardiac event sense signal from the sensing module during the escape interval, determine if the detected cardiac event meets reset criteria, allow the escape interval timer to continue running the escape interval if the detected cardiac event does not meet the reset criteria, and reset the escape interval timer in response to the detected cardiac event meeting the reset criteria.
Heating system comprising components such as burner, fan, preheating devices, remote-control devices, heating-circuit, solar, tank-loading and circulation pumps and diverse actuators, having at least one control device including electrotechnical assemblies consuming electrical energy, and having further electrotechnical assemblies consuming electrical energy on components of the heating system, which are connected to the control device, at least one running time meter being provided in the control device, characterized in that values for the power consumption of electrotechnical assemblies of the control device and/or of electrotechnical assemblies in components are stored and/or to be entered in the control device, in that at least one running time meter is evaluated, and in that the current electrical energy consumption and/or the electrical energy consumption in a preceding time period is/are determined and displayed.
An optical device (1000, 1100, 1200) comprising: a substrate (1010, 1110, 1210); a plurality of light emitting chips disposed on the substrate; a plurality of conductive wires which electrically connect the substrate with the light emitting chips such that the plurality of light emitting chips are connected to each other in series, in parallel or in series-parallel; and a protective layer which covers the plurality of light emitting chips and the plurality of conductive wires on the substrate wherein the substrate comprises: a plurality of conductive bulks (1011, 1111, 1211) which are arranged in at least one row direction and at least one column direction; a plurality of penetrating insulation members (1012, 1112, 1212) disposed between the plurality of conductive bulks; at least one conductive layer formed on upper surfaces of the plurality of conductive bulks; and an insulation layer in formed on an upper surface of at least one of the plurality of conductive bulks, wherein the plurality of light emitting chips are attached to the insulation layer, and wherein the light emitting chips are connected to each other by means of the conductive wires and the light emitting chips and the conductive layer are connected to each other by means of the conductive wires. a substrate (1010, 1110, 1210); a plurality of light emitting chips disposed on the substrate; a plurality of conductive wires which electrically connect the substrate with the light emitting chips such that the plurality of light emitting chips are connected to each other in series, in parallel or in series-parallel; and a protective layer which covers the plurality of light emitting chips and the plurality of conductive wires on the substrate wherein the substrate comprises: a plurality of conductive bulks (1011, 1111, 1211) which are arranged in at least one row direction and at least one column direction; a plurality of penetrating insulation members (1012, 1112, 1212) disposed between the plurality of conductive bulks; at least one conductive layer formed on upper surfaces of the plurality of conductive bulks; and an insulation layer in formed on an upper surface of at least one of the plurality of conductive bulks, a plurality of conductive bulks (1011, 1111, 1211) which are arranged in at least one row direction and at least one column direction; a plurality of penetrating insulation members (1012, 1112, 1212) disposed between the plurality of conductive bulks; at least one conductive layer formed on upper surfaces of the plurality of conductive bulks; and an insulation layer in formed on an upper surface of at least one of the plurality of conductive bulks, wherein the plurality of light emitting chips are attached to the insulation layer, and wherein the light emitting chips are connected to each other by means of the conductive wires and the light emitting chips and the conductive layer are connected to each other by means of the conductive wires.
A securement assembly for an enteral access device or vesical access device ("access device"), the securement assembly comprising: a base configured to support an external port of the access device, characterized in that the base comprises a border rim and a central portion, wherein the border rim is configured to engage a skin surface of a patient around a stoma and the central portion is configured to engage the external port of the access device, wherein the central portion comprises opposing side arms defining an aperture through which a tube of the access device extends, wherein the side arms (115 of the central portion are resiliently flexible to facilitate selective enhanced retention of the external port of the access device; and a lid pivotably coupled to the base, wherein an underside of the lid comprises engagement features configured to engage the side arms of the central portion to transfer a user applied compression force from the lid to the central portion to facilitate the selective enhanced retention of the external port of the access device. a base configured to support an external port of the access device, characterized in that the base comprises a border rim and a central portion, wherein the border rim is configured to engage a skin surface of a patient around a stoma and the central portion is configured to engage the external port of the access device, wherein the central portion comprises opposing side arms defining an aperture through which a tube of the access device extends, wherein the side arms (115 of the central portion are resiliently flexible to facilitate selective enhanced retention of the external port of the access device; and wherein the border rim is configured to engage a skin surface of a patient around a stoma and the central portion is configured to engage the external port of the access device, wherein the central portion comprises opposing side arms defining an aperture through which a tube of the access device extends, wherein the side arms (115 of the central portion are resiliently flexible to facilitate selective enhanced retention of the external port of the access device; and a lid pivotably coupled to the base, wherein an underside of the lid comprises engagement features configured to engage the side arms of the central portion to transfer a user applied compression force from the lid to the central portion to facilitate the selective enhanced retention of the external port of the access device.
A fuel manifold fitting for a gas turbine engine, comprising: a manifold tee including a first manifold port, a second manifold port and a pigtail port; a support that extends from the manifold tee, wherein the support defines a support aperture along a mount axis; a support tab that extends from the support; and characterised in that it further comprises a bearing assembly supported in the support aperture. a manifold tee including a first manifold port, a second manifold port and a pigtail port; a support that extends from the manifold tee, wherein the support defines a support aperture along a mount axis; a support tab that extends from the support; and characterised in that it further comprises a bearing assembly supported in the support aperture.