mhurhangee/ep-ind-claims huggingface dataset:
A combination of substances for stimulus-dependent release of vapour phase corrosion inhibitors which contains at least: a matrix, in particular a polymer matrix or a polyolefin wax or oxidised polyolefin wax, at least one symmetrical or asymmetrical carboxylic acid anhydride of at least one first carboxylic acid which is not a highly volatile carboxylic acid, at least one salt, in particular an alkali or earth alkali salt, of at least one second, highly volatile corrosion-inhibiting carboxylic acid with a vapour pressure of at least 1.3 x 10 -5 Pa at 25°C, preferably at least 1 x 10 -4 or 1 x 10 -3 Pa, at 25°C, wherein the carboxylic acid anhydride of the component is a non-volatile anhydride or anhydride with low volatility with a vapour pressure of preferably lower than 1 x 10 -3 Pa at 25° C, and wherein the combination of substances is able, in the case of the action of the necessary stimulus, i.e. presence of H 2 O, to release the first carboxylic acid(s) by hydrolysis of the anhydride and release the at least one second carboxylic acid of the component from its salt by proton transfer from at least one first carboxylic acid, so that at least one corrosion-inhibiting highly volatile carboxylic acid of the component is present as a corrosion inhibitor in the vapour phase. a matrix, in particular a polymer matrix or a polyolefin wax or oxidised polyolefin wax, at least one symmetrical or asymmetrical carboxylic acid anhydride of at least one first carboxylic acid which is not a highly volatile carboxylic acid, at least one salt, in particular an alkali or earth alkali salt, of at least one second, highly volatile corrosion-inhibiting carboxylic acid with a vapour pressure of at least 1.3 x 10 -5 Pa at 25°C, preferably at least 1 x 10 -4 or 1 x 10 -3 Pa, at 25°C, wherein the carboxylic acid anhydride of the component is a non-volatile anhydride or anhydride with low volatility with a vapour pressure of preferably lower than 1 x 10 -3 Pa at 25° C, and wherein the combination of substances is able, in the case of the action of the necessary stimulus, i.e. presence of H 2 O, to release the first carboxylic acid(s) by hydrolysis of the anhydride and release the at least one second carboxylic acid of the component from its salt by proton transfer from at least one first carboxylic acid, so that at least one corrosion-inhibiting highly volatile carboxylic acid of the component is present as a corrosion inhibitor in the vapour phase. wherein the carboxylic acid anhydride of the component is a non-volatile anhydride or anhydride with low volatility with a vapour pressure of preferably lower than 1 x 10 -3 Pa at 25° C, and wherein the combination of substances is able, in the case of the action of the necessary stimulus, i.e. presence of H 2 O, to release the first carboxylic acid(s) by hydrolysis of the anhydride and release the at least one second carboxylic acid of the component from its salt by proton transfer from at least one first carboxylic acid, so that at least one corrosion-inhibiting highly volatile carboxylic acid of the component is present as a corrosion inhibitor in the vapour phase.
A laminal implant (10, 110) comprising: a first body (20, 120) including a first flange (25, 125) adapted to engage three sides of a first lamina end, a tab (21, 121) and a receiving channel (27, 127), at least a portion of the first flange includes an opening (26, 126) adapted to increase pliability of the portion and provide a window through which bone growth can occur and/or provide for placement and securement of a bone graft; and a second body (30, 130) including a second flange (32, 132) adapted to engage at least two sides of a second lamina end, and a plurality of teeth (31, 131) adapted to engage the tab (21, 121), at least a portion of the second body (30,130) adapted to be positioned within the receiving channel (27, 127), the first and second bodies (20, 30; 120, 130) adapted to slideably engage one another wherein the plurality of teeth (31, 131) are shaped such that they can pass the tab (21, 121) when moving in a first direction, and are prevented from moving, by the tab (21, 121), in a second direction opposite the first direction, the laminal implant being characterized in that the tab (21, 121) of the first body is deflectable, wherein the tab (21, 121) deflects outwardly when the plurality of teeth (31, 131) pass the tab (21, 121) in the first direction. a first body (20, 120) including a first flange (25, 125) adapted to engage three sides of a first lamina end, a tab (21, 121) and a receiving channel (27, 127), at least a portion of the first flange includes an opening (26, 126) adapted to increase pliability of the portion and provide a window through which bone growth can occur and/or provide for placement and securement of a bone graft; and a second body (30, 130) including a second flange (32, 132) adapted to engage at least two sides of a second lamina end, and a plurality of teeth (31, 131) adapted to engage the tab (21, 121), at least a portion of the second body (30,130) adapted to be positioned within the receiving channel (27, 127), the first and second bodies (20, 30; 120, 130) adapted to slideably engage one another wherein the plurality of teeth (31, 131) are shaped such that they can pass the tab (21, 121) when moving in a first direction, and are prevented from moving, by the tab (21, 121), in a second direction opposite the first direction, the laminal implant being characterized in that the tab (21, 121) of the first body is deflectable, wherein the tab (21, 121) deflects outwardly when the plurality of teeth (31, 131) pass the tab (21, 121) in the first direction.
A dock shelter module that is configured for being disposed at a side of a warehouse and configured to connect the inside and outside of the warehouse, the dock shelter module comprising: a top frame; a pair of side frames coupled to both sides of the top frame, longitudinally extending, and forming a loading-unloading space in cooperation with the top frame; a bottom frame coupled to the lower ends of the side frames and having a dock leveler seated thereon; a first gate coupled to the top frame, disposed at the front of the loading-unloading space, and opening and closing the outside of the warehouse and the loading-unloading space; a second gate coupled to the top frame, disposed at the rear of the loading-unloading space, and opening and closing the inside of the warehouse and the loading-unloading space; and an air curtain generator installed on the bottom of the top frame between the first gate and the second gate, gate, and forming an air curtain in the loading-unloading space in accordance with whether the first gate and the second gate are opened and closed. a top frame; a pair of side frames coupled to both sides of the top frame, longitudinally extending, and forming a loading-unloading space in cooperation with the top frame; a bottom frame coupled to the lower ends of the side frames and having a dock leveler seated thereon; a first gate coupled to the top frame, disposed at the front of the loading-unloading space, and opening and closing the outside of the warehouse and the loading-unloading space; a second gate coupled to the top frame, disposed at the rear of the loading-unloading space, and opening and closing the inside of the warehouse and the loading-unloading space; and an air curtain generator installed on the bottom of the top frame between the first gate and the second gate, gate, and forming an air curtain in the loading-unloading space in accordance with whether the first gate and the second gate are opened and closed.
A system for weight preselection and evaluation of the technical state of road infrastructure, in particular a bridge, comprising a control unit, a set of strain sensors connected wirelessly or by wire to the control unit and placed in a roadway, and at least one camera connected wirelessly or by wire to the control unit and placed over the roadway, characterized in that the values of pressure exerted on each sensor, and of time interval between successive peaks of pressure from each sensor are measured, and the camera placed above the roadway makes an image of the front of the vehicle, and the vehicle is automatically identified based on the images recorded by the camera, and the result of identification is recorded in a data file identifying the vehicle, and the speed of the vehicle and the number of axles of the vehicle are determined from the peaks of pressure and time intervals between successive peaks, and the value of load on each axle of the vehicle is calculated, as well as the axle overload value equal to the difference between the load on given axle and the threshold, and wherein the calculated values are added to the data file identifying the vehicle, and the vehicles for which the calculated value of difference between the load on each axle and the threshold value is greater than zero are selected, and in that on a basis of measured values of pressure on each axle, speed, weight, vehicle wheelbase and length, and the number of measuring cycles, a degree of technical wear of the engineering object of road infrastructure, in particular a bridge, is calculated.
A method for generating an assay of a material including a whole crude oil or a portion of a whole crude comprising: a) generating a synthetic assay for the material, wherein generating the synthetic assay comprises measuring an infrared spectrum of the material, fitting the infrared spectrum to a linear combination of known infrared spectra in a database, wherein the database includes spectra of reference materials whose assay properties are known and determining a property of the material from the assay properties of the reference materials, and characterised by the further steps of b) measuring one or more critical properties of the material, c) selecting a surrogate assay for each of the critical properties to provide a property distribution for each critical property, wherein said property distribution is a function of boiling point, wherein the surrogate assay is an assay of a crude oil having the same grade or similar physical, chemical or geological family as the material, d) adjusting the property distribution for the surrogate assay such that calculated material balanced property values equal the measured property values for each critical property, e) replacing the property distribution of the synthetic assay with the adjusted property distribution of step (d). a) generating a synthetic assay for the material, wherein generating the synthetic assay comprises measuring an infrared spectrum of the material, fitting the infrared spectrum to a linear combination of known infrared spectra in a database, wherein the database includes spectra of reference materials whose assay properties are known and determining a property of the material from the assay properties of the reference materials, and characterised by the further steps of b) measuring one or more critical properties of the material, c) selecting a surrogate assay for each of the critical properties to provide a property distribution for each critical property, wherein said property distribution is a function of boiling point, wherein the surrogate assay is an assay of a crude oil having the same grade or similar physical, chemical or geological family as the material, d) adjusting the property distribution for the surrogate assay such that calculated material balanced property values equal the measured property values for each critical property, e) replacing the property distribution of the synthetic assay with the adjusted property distribution of step (d).
A system for confirming placement of a biopsy tool in a target comprising: a catheter configured to receive a biopsy tool and to be placed for guiding the biopsy tool to the target; a navigation component configured to track a position of the catheter navigated into a luminal network during a navigation phase; and a processor and one or more storage devices having stored thereon instructions, which when executed by the processor during the navigation phase cause the processor to: receive a first sequence of fluoroscopic images captured by a fluoroscopic imaging device in real-time about a plurality of angles relative to the target; generate a first fluoroscopic three-dimensional reconstruction from the first sequence of fluoroscopic images, wherein said generation includes estimating the pose of the fluoroscopic imaging device while capturing each image using a projection of a structure of markers; and present, on a user interface, virtual fluoroscopic slice images generated from the first fluoroscopic 3D reconstruction in a scrollable format such that the user is able to scroll through the slice images in series, the virtual fluoroscopic images including a first slice image depicting the catheter in relation to the target. a catheter configured to receive a biopsy tool and to be placed for guiding the biopsy tool to the target; a navigation component configured to track a position of the catheter navigated into a luminal network during a navigation phase; and a processor and one or more storage devices having stored thereon instructions, which when executed by the processor during the navigation phase cause the processor to: receive a first sequence of fluoroscopic images captured by a fluoroscopic imaging device in real-time about a plurality of angles relative to the target; generate a first fluoroscopic three-dimensional reconstruction from the first sequence of fluoroscopic images, wherein said generation includes estimating the pose of the fluoroscopic imaging device while capturing each image using a projection of a structure of markers; and present, on a user interface, virtual fluoroscopic slice images generated from the first fluoroscopic 3D reconstruction in a scrollable format such that the user is able to scroll through the slice images in series, the virtual fluoroscopic images including a first slice image depicting the catheter in relation to the target. receive a first sequence of fluoroscopic images captured by a fluoroscopic imaging device in real-time about a plurality of angles relative to the target; generate a first fluoroscopic three-dimensional reconstruction from the first sequence of fluoroscopic images, wherein said generation includes estimating the pose of the fluoroscopic imaging device while capturing each image using a projection of a structure of markers; and present, on a user interface, virtual fluoroscopic slice images generated from the first fluoroscopic 3D reconstruction in a scrollable format such that the user is able to scroll through the slice images in series, the virtual fluoroscopic images including a first slice image depicting the catheter in relation to the target.
A multi-function camera system, applied to a forklift truck, comprising: a camera device arranged at a front side of the forklift truck and comprising a camera lens and a fill light module; the camera lens used for shooting a real image in front of the forklift truck; the fill light module used for providing at least one color of illumination light in a shooting direction of the camera lens; an image processing unit coupled to the camera device and used for performing an image process on the real image shot by the camera device; a display device arranged on the forklift truck and coupled to the image processing unit, used for displaying the real image shot by the camera device or processed by the image processing unit; characterized in that the image processing unit includes an identification module being configured to identify an optical identification code in the real image shot by the camera device and is connected to a remote database in order to obtain a merchandise information corresponding to the optical identification code, thereby overlaying the merchandise information onto the real image wherein the camera device further comprises a laser head for projecting an auxiliary positioning laser beam toward a front thereof, the laser beam being able to indicate a visible mark on an object at the front. a camera device arranged at a front side of the forklift truck and comprising a camera lens and a fill light module; the camera lens used for shooting a real image in front of the forklift truck; the fill light module used for providing at least one color of illumination light in a shooting direction of the camera lens; an image processing unit coupled to the camera device and used for performing an image process on the real image shot by the camera device; a display device arranged on the forklift truck and coupled to the image processing unit, used for displaying the real image shot by the camera device or processed by the image processing unit; characterized in that the image processing unit includes an identification module being configured to identify an optical identification code in the real image shot by the camera device and is connected to a remote database in order to obtain a merchandise information corresponding to the optical identification code, thereby overlaying the merchandise information onto the real image wherein the camera device further comprises a laser head for projecting an auxiliary positioning laser beam toward a front thereof, the laser beam being able to indicate a visible mark on an object at the front.
A method to manufacture a razor handle, said method comprising the steps of:- a) Providing a material which is formable by hand b) Forming a handle model from said moldable material by hand c) Creating a 3D point cloud from said handle model d) Creating a 3D CAD file of said 3D point cloud of said handle model e) Creating a connection point for a razor cartridge in said 3D CAD file of said handle f) 3D printing said connection point and handle a) Providing a material which is formable by hand b) Forming a handle model from said moldable material by hand c) Creating a 3D point cloud from said handle model d) Creating a 3D CAD file of said 3D point cloud of said handle model e) Creating a connection point for a razor cartridge in said 3D CAD file of said handle f) 3D printing said connection point and handle
Product dispensing head for a container, including: - an application wall having a product dispensing orifice (82A, 82B); - a removable cap comprising a bearing element (106B, 106C) intended to bear on the application wall, in which the bearing element (106B, 106C) is suitable for exerting a pressure on the application wall at a distance from the dispensing orifice (82A, 82B); at least one of the application wall or the bearing element (106B, 106C) being deformable so as to close the dispensing orifice (82A, 82B) during contact of the bearing element (106B, 106C) on the application wall, characterized in that the product dispensing head comprises a perforated reinforcement applied below and supporting the application wall. - an application wall having a product dispensing orifice (82A, 82B); - a removable cap comprising a bearing element (106B, 106C) intended to bear on the application wall, in which the bearing element (106B, 106C) is suitable for exerting a pressure on the application wall at a distance from the dispensing orifice (82A, 82B); at least one of the application wall or the bearing element (106B, 106C) being deformable so as to close the dispensing orifice (82A, 82B) during contact of the bearing element (106B, 106C) on the application wall, characterized in that the product dispensing head comprises a perforated reinforcement applied below and supporting the application wall.
An ice machine, comprising at least: - a refrigerating unit including an evaporator designed for making ice elements and for conveying them to a container, - a hydraulic circuit designed for supplying water to said evaporator and including at least one water storage basin and a loading pipe extending between said basin and said evaporator, - and an electrically powered management system for said machine, - at least one drainage conduit designed for draining liquid water from said hydraulic circuit and from said evaporator, - at least one drainage valve designed for opening and closing said drainage conduit on command, and characterised in that it further comprises - control means configured for repeating a timed opening of said drainage valve at least each time said machine's operation is interrupted. - a refrigerating unit including an evaporator designed for making ice elements and for conveying them to a container, - a hydraulic circuit designed for supplying water to said evaporator and including at least one water storage basin and a loading pipe extending between said basin and said evaporator, - and an electrically powered management system for said machine, - at least one drainage conduit designed for draining liquid water from said hydraulic circuit and from said evaporator, - at least one drainage valve designed for opening and closing said drainage conduit on command, and characterised in that it further comprises - control means configured for repeating a timed opening of said drainage valve at least each time said machine's operation is interrupted.
A method for handling bags, in particular wicketed bags, combined into bundles and for feeding the bags to a packaging machine, wherein: a) the bags are supplied in a plurality of bundles in a magazine arranged upstream of the packaging machine, b) the bundles are arranged on bag carriers in each case such that the bag carriers extend through suspension holes of the bags, c) the bag carriers with the bags located thereon are fed from the magazine to the packaging machine, d) the bundles are transferred from the bag carriers directly to appropriately arranged receiving pins of a cyclically driven conveying device of the packaging machine in that free ends of the bag carriers are arranged in alignment with free ends of the receiving pins and therefore the bags can drop onto the receiving pins, and are then filled in the packaging machine. a) the bags are supplied in a plurality of bundles in a magazine arranged upstream of the packaging machine, b) the bundles are arranged on bag carriers in each case such that the bag carriers extend through suspension holes of the bags, c) the bag carriers with the bags located thereon are fed from the magazine to the packaging machine, d) the bundles are transferred from the bag carriers directly to appropriately arranged receiving pins of a cyclically driven conveying device of the packaging machine in that free ends of the bag carriers are arranged in alignment with free ends of the receiving pins and therefore the bags can drop onto the receiving pins, and are then filled in the packaging machine.
Vehicle headlamp comprising, a laser light source having at least one laser diode branch with at least one modulated laser diode, a light scanner and a light conversion means, wherein the laser beam of the at least one laser diode can be directed by means of the light scanner in a scanning manner onto the light conversion means in order to produce a luminous image thereon an imaging system, by means of which the luminous image can be projected as a light image onto the roadway, and having a laser diode drive and a computing unit assigned to the laser diode drive, wherein sensor signals (s1... sn) for changing the intensity of the light image can be fed to the computing unit, wherein a modulation signal (sm) from the computing unit can be fed to the laser diode is supplied to the laser diode control, and the laser diode control having a regulated power supply for supplying power to the laser diode branch, characterized in that the laser diode drive further comprises a regulating resistor (Rs) connected in series with the laser diode branch, a regulated parallel circuit comprising a transistor and a resistor connected in series with the transistor,wherein the parallel circuit is connected in parallel with the laser diode branch and the regulating resistor (Rs), an operational amplifier which drives the transistor, a voltage at the variable resistor (Rs) and the modulation signal (Sm) being fed to the operational amplifier as a controlled variable.