mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an anvil roll comprising an outer circumferential surface and adapted to rotate about a first axis of rotation, and a tool member adjacent the anvil roll and adapted to rotate about a second axis of rotation and to contact the first portion of the outer circumferential surface of the anvil roll; the anvil roll comprising: a body consisting of a first material, wherein the first material is selected from the group consisting of: an iron alloy, an aluminum alloy, and a titanium alloy, and wherein the body comprises: a groove; and characterized by one or more abrasion resistant materials fused to the body with a laser cladding process and filling the groove to form a strip, the one or more abrasion resistant materials being different from the first material, wherein, during the laser cladding process, the first material of the body is partially melted during deposition of the abrasion resistant material into the grooves to create a metallurgical bond between the abrasion resistant material and the first material of the body; wherein a first portion of the outer circumferential surface of the anvil roll is defined by the strip. an anvil roll comprising an outer circumferential surface and adapted to rotate about a first axis of rotation, and a tool member adjacent the anvil roll and adapted to rotate about a second axis of rotation and to contact the first portion of the outer circumferential surface of the anvil roll; the anvil roll comprising: a body consisting of a first material, wherein the first material is selected from the group consisting of: an iron alloy, an aluminum alloy, and a titanium alloy, and wherein the body comprises: a groove; and a body consisting of a first material, wherein the first material is selected from the group consisting of: an iron alloy, an aluminum alloy, and a titanium alloy, and wherein the body comprises: a groove; and a groove; and one or more abrasion resistant materials fused to the body with a laser cladding process and filling the groove to form a strip, the one or more abrasion resistant materials being different from the first material, wherein, during the laser cladding process, the first material of the body is partially melted during deposition of the abrasion resistant material into the grooves to create a metallurgical bond between the abrasion resistant material and the first material of the body; wherein a first portion of the outer circumferential surface of the anvil roll is defined by the strip.
A computer device for producing images of the walls of a human heart, the device comprising: an image processing module configured for: capturing a plurality of 4D surface registration points of the walls of the human heart from (i) a plurality of ultrasound images of the walls of the heart acquired at different points of the cardiac cycle by a catheter comprising a magnetic position sensor connected to the catheter, wherein the ultrasound images are acquired without having the catheter touch the walls of the heart, (ii) data regarding the position of the catheter when the ultrasound images were acquired by the catheter based on the magnetic position sensor, and (iii) data regarding the time that the ultrasound images were acquired; and registering, in space and time, a 4D model of the heart extracted from a computed tomography scan of the heart with the plurality of 4D surface registration points. an image processing module configured for: capturing a plurality of 4D surface registration points of the walls of the human heart from (i) a plurality of ultrasound images of the walls of the heart acquired at different points of the cardiac cycle by a catheter comprising a magnetic position sensor connected to the catheter, wherein the ultrasound images are acquired without having the catheter touch the walls of the heart, (ii) data regarding the position of the catheter when the ultrasound images were acquired by the catheter based on the magnetic position sensor, and (iii) data regarding the time that the ultrasound images were acquired; and registering, in space and time, a 4D model of the heart extracted from a computed tomography scan of the heart with the plurality of 4D surface registration points. capturing a plurality of 4D surface registration points of the walls of the human heart from (i) a plurality of ultrasound images of the walls of the heart acquired at different points of the cardiac cycle by a catheter comprising a magnetic position sensor connected to the catheter, wherein the ultrasound images are acquired without having the catheter touch the walls of the heart, (ii) data regarding the position of the catheter when the ultrasound images were acquired by the catheter based on the magnetic position sensor, and (iii) data regarding the time that the ultrasound images were acquired; and registering, in space and time, a 4D model of the heart extracted from a computed tomography scan of the heart with the plurality of 4D surface registration points.
Injection valve, comprising - a valve insert and - a plug connector overmoulding, - wherein the valve insert comprises a valve seat and a valve housing, and the valve housing has a first orientation device which is designed for orientation of the valve insert in an injection-moulding tool, and - wherein the plastics overmoulding has a second orientation device which is designed for orientation of the injection valve during installation in an internal combustion engine. - a valve insert and - a plug connector overmoulding, - wherein the valve insert comprises a valve seat and a valve housing, and the valve housing has a first orientation device which is designed for orientation of the valve insert in an injection-moulding tool, and - wherein the plastics overmoulding has a second orientation device which is designed for orientation of the injection valve during installation in an internal combustion engine.
A ventilator breathing system VBS to provide breathing gas to a patient, and having a breath cycle including an inhalation phase and an exhalation phase, the VBS comprising: a gas supply; a patient tubing circuit coupled to the gas supply; a gas monitoring system (16,18) associated with the patient tubing circuit and configured to monitor at least flow and pressure; and a control unit coupled to the monitoring system and configured to determine a patient disconnection from the VBS, characterised in that the control unit is configured to determine a patient disconnection from the VBS by estimating a patient lung compliance ratio based upon determined volumes of gas delivered during the inhalation phase of the breath cycle and exiting during the exhalation phase of the breath cycle, and monitored pressures in the patient tubing circuit during the inhalation and exhalation phases of the breath cycle, wherein the control unit is configured to estimate the patient lung compliance ratio by estimating an inhalation patient lung compliance during the inhalation phase of the breath cycle, and estimating an exhalation patient lung compliance during the exhalation phase of the breath cycle and wherein the control unit is further configured to determine the patient disconnection from the VBS by comparing the estimated patient lung compliance ratio to a threshold. a gas supply; a patient tubing circuit coupled to the gas supply; a gas monitoring system (16,18) associated with the patient tubing circuit and configured to monitor at least flow and pressure; and a control unit coupled to the monitoring system and configured to determine a patient disconnection from the VBS, characterised in that the control unit is configured to determine a patient disconnection from the VBS by estimating a patient lung compliance ratio based upon determined volumes of gas delivered during the inhalation phase of the breath cycle and exiting during the exhalation phase of the breath cycle, and monitored pressures in the patient tubing circuit during the inhalation and exhalation phases of the breath cycle, wherein the control unit is configured to estimate the patient lung compliance ratio by estimating an inhalation patient lung compliance during the inhalation phase of the breath cycle, and estimating an exhalation patient lung compliance during the exhalation phase of the breath cycle and wherein the control unit is further configured to determine the patient disconnection from the VBS by comparing the estimated patient lung compliance ratio to a threshold.
A connector comprising: a terminal that includes an electric contact portion and a wire connection portion, the electric contact portion having a lock end edge, and the wire connection portion having a core wire caulked portion behind the electric contact portion with a recessed portion provided therebetween; a resin housing that has an insertion opening on a rear end surface thereof to mount the terminal and a terminal accommodation chamber to accommodate the terminal inserted from the insertion opening; a flexible lock piece that is integrally formed with the housing, and has a lock surface that locks the lock end edge of the terminal inserted into the terminal accommodation chamber to prevent the terminal from slipping out; an inclined surface that is formed on the flexible lock piece, pressed by the terminal during insertion, and moves the lock surface in an unlocking direction; and a recessed clearance portion that is formed on the inclined surface, characterized in that the electric contact portion has the lock end edge at a rear end thereof in an insertion direction, and the recessed clearance portion has a bottom surface located farther from the core wire caulked portion of the insertion-completed terminal and the vicinity thereof than the inclined surface, wherein the bottom surface is oppositely disposed to the core wire caulked portion of the inserted terminal and the vicinity thereof. a terminal that includes an electric contact portion and a wire connection portion, the electric contact portion having a lock end edge, and the wire connection portion having a core wire caulked portion behind the electric contact portion with a recessed portion provided therebetween; a resin housing that has an insertion opening on a rear end surface thereof to mount the terminal and a terminal accommodation chamber to accommodate the terminal inserted from the insertion opening; a flexible lock piece that is integrally formed with the housing, and has a lock surface that locks the lock end edge of the terminal inserted into the terminal accommodation chamber to prevent the terminal from slipping out; an inclined surface that is formed on the flexible lock piece, pressed by the terminal during insertion, and moves the lock surface in an unlocking direction; and a recessed clearance portion that is formed on the inclined surface, characterized in that the electric contact portion has the lock end edge at a rear end thereof in an insertion direction, and the recessed clearance portion has a bottom surface located farther from the core wire caulked portion of the insertion-completed terminal and the vicinity thereof than the inclined surface, wherein the bottom surface is oppositely disposed to the core wire caulked portion of the inserted terminal and the vicinity thereof.
The use of canthaxanthin and at least one vitamin D metabolite for improving egg quality as expressed in terms of Haugh units, wherein the vitamin D metabolite is 25-hydroxy vitamin D3 and wherein a diet comprising 2 ppm to 100 ppm, preferably 2 to 10 ppm of canthaxanthin and 10 μg/kg diet to 100 μg/kg diet of 25-hydroxy vitamin D3 is administered to a layer hen.
An encapsulated perfume composition comprising one or more polyurea capsules having a volume average diameter of 20 to 50 microns and a capsule shell weight, which is 5 to 40 % by weight of the total weight of the capsules, namely core + shell, wherein the nominal rupture stress of the polyurea capsules is in the range of 0.1 to 2 MPa, wherein the ratio of shell weight, expressed as a percentage of the total weight of the capsules, to capsule volume average diameter, expressed in microns, is 0.7 microns -1 or less.
A laser scanning assembly for use in scanning light from a light source, the laser scanning assembly comprising: a coil support element having a central axis about which is wound an energizable electromagnetic wire coil, the coil support element includes a flange oriented generally transverse to the central axis of the coil support element; at least one elastomeric flexural element having first and second ends (23B, 23C), the first end is coupled to the flange of the coil support element; a permanent magnet having first and second surfaces, a central axis, and a magnetization direction, the first surface of the permanent magnet is supported by the second end of the at least one elastomeric flexural element, the central axis of the permanent magnet is generally coaxial with the central axis of the coil support element, the magnetization direction is oriented generally transverse to the central axis of the permanent magnet; a mirror having a central axis and being mounted on the second surface of the permanent magnet, the central axis of the mirror is generally coaxial with the central axes of the coil support element and the permanent magnet, wherein said at least one elastomeric flexural element providing a return force when the permanent magnet and the mirror are rotated at an angle from the central axis during energization of the electromagnetic wire coil. a coil support element having a central axis about which is wound an energizable electromagnetic wire coil, the coil support element includes a flange oriented generally transverse to the central axis of the coil support element; at least one elastomeric flexural element having first and second ends (23B, 23C), the first end is coupled to the flange of the coil support element; a permanent magnet having first and second surfaces, a central axis, and a magnetization direction, the first surface of the permanent magnet is supported by the second end of the at least one elastomeric flexural element, the central axis of the permanent magnet is generally coaxial with the central axis of the coil support element, the magnetization direction is oriented generally transverse to the central axis of the permanent magnet; a mirror having a central axis and being mounted on the second surface of the permanent magnet, the central axis of the mirror is generally coaxial with the central axes of the coil support element and the permanent magnet, wherein said at least one elastomeric flexural element providing a return force when the permanent magnet and the mirror are rotated at an angle from the central axis during energization of the electromagnetic wire coil.
A method for the manufacture of a gonadotropin releasing hormone-containing gel composition, the method comprising the steps of: a) providing a primary compounding mixture of a drug product comprising the gonadotropin releasing hormone in an aqueous solution, a preservative, a stabilizer, a tonicity agent, a buffering agent, and a gelling agent; b) further mixing the mixture; c) adjusting the pH of the mixture; d) further mixing the mixture with cooling to about 15°C or below; and e) holding the mixture at least 24 hours at about 2°C to about 8°C. a) providing a primary compounding mixture of a drug product comprising the gonadotropin releasing hormone in an aqueous solution, a preservative, a stabilizer, a tonicity agent, a buffering agent, and a gelling agent; b) further mixing the mixture; c) adjusting the pH of the mixture; d) further mixing the mixture with cooling to about 15°C or below; and e) holding the mixture at least 24 hours at about 2°C to about 8°C.
A battery module comprising - plurality of battery cells, - the battery cell comprising a terminal made of aluminium or aluminium alloy, - a busbar made of aluminium or aluminium alloy, the busbar being arranged for interconnecting terminals in a same electrical polarity of said plurality of battery cells in an electrically conductive way, - the busbar further arranged for connecting the plurality of battery cells to an electrical conductor element made of copper or copper alloy, wherein - the busbar comprises a purposely passivated surface that comprises a conversion coating. - plurality of battery cells, - the battery cell comprising a terminal made of aluminium or aluminium alloy, - a busbar made of aluminium or aluminium alloy, the busbar being arranged for interconnecting terminals in a same electrical polarity of said plurality of battery cells in an electrically conductive way, - the busbar further arranged for connecting the plurality of battery cells to an electrical conductor element made of copper or copper alloy, wherein - the busbar comprises a purposely passivated surface that comprises a conversion coating.
A flue gas purification system for the separation of pollutants from flue gases comprising at least one coarse dust separator, a dry electrostatic precipitator connected to the coarse dust separator and at least one heat exchanger, wherein the coarse dust separator, the dry electrostatic precipitator and the heat exchanger are connected to one another and can be flowed through in succession by the flue gas, wherein the dry electrostatic precipitator, the heat exchanger and the coarse dust separator are arranged in a common heat-insulated housing, characterized in that a portion of the connecting channel that connects the gas outlet of the at least one dry electrostatic precipitator with the gas outlet opening of the system is designed as a heat exchanger, in order to extract heat from the flue gas stream while heating a gaseous or liquid medium supplied from the outside of the housing.
Piezo pump assembly comprising at least two piezo pumps (4,4',4",4'") for use in a pressurised circuit and connected to each other in series, wherein each piezo pump comprises a pump chamber (5,5',5") with an inlet (6,6',6") provided with a one way inlet valve (7,7',7") and wherein the inlet of the first piezo pump is connected to a feeding line of the pressurised circuit, and wherein each piezo pump further comprises an outlet (9,9',9") provided with a one way outlet valve (10,10',10"), wherein the outlet of the last piezo pump is connected to a discharge line of the pressurised circuit and wherein the outlet of a previous piezo pump is connected to the inlet of a following piezo pump, and wherein each piezo pump further comprises a piezo pump diaphragm (12,12',12") closing one end of the pump chamber, wherein a pressure chamber (15,15',15",15'") is defined at the side of the piezo pump diaphragm facing away from the pump chamber, which pressure chamber is connected to a pressure source, characterized in that the pressure source of at least the first piezo pump is defined by the feeding line and wherein the pressure source of at least the last piezo pump (4",4'") is defined by the discharge line which is connected to the pressure chamber (15",15'") of said last piezo pump via an additional pressure line.
A sliding door fitting for coupling a door, which is fastened on at least one hinge, of a refrigerating appliance to a door, which is fastened on at least one further single axis or multiaxis hinge, of a furniture body, in which the refrigerating appliance is installed, having a guide element and a slide guided by the guide element, wherein the guide element is to be arranged on the door of the furniture body and the slide is to be arranged on the door of the refrigerating appliance, wherein the sliding door fitting has at least one damping device for damping a relative movement between the slide and the guide element over at least one defined section of the relative movement, characterized in that a carrier plate is arranged sin a pivotable manner on one end of the slide or that the slide has a pushrod, which is flexible and on the end of which a carrier plate is arranged at an angle, wherein the carrier plate is arrangeable at and is connectable with a free edge of the door of the refrigerating appliance.
An anti-wrinkle composition, characterized by comprising a low-molecular hyaluronic acid, a modified hyaluronic acid and a cross-linked hyaluronic acid, and a weight ratio of the modified hyaluronic acid relative to the low-molecular hyaluronic acid being more than or equal to 0.1 and less than or equal to 4, and a weight ratio of the modified hyaluronic acid relative to the cross-linked hyaluronic acid being less than 30: wherein an average molecular weight of the low-molecular hyaluronic acid is more than or equal to 1 kDa and less than or equal to 10 kDa, and the modified hyaluronic acid is hyaluronic acid modified with histidine.
A method of preparing a metal oxide-silica composite aerogel, the method comprising: preparing a silicate solution by dissolving water glass at a concentration of 0.125 M to 3.0 M; after adding and mixing a metal salt solution having a metal ion concentration of 0.125 M to 3.0 M to the silicate solution, precipitating metal oxide-silica composite precipitates by adjusting a pH of a resulting mixture to be in a range of 5 or more to less than 7 by adding an acid catalyst; and separating and drying the metal oxide-silica composite precipitates, wherein the metal salt solution comprises a magnesium (Mg)-containing metal salt in an amount such that an amount of magnesium ions is greater than 50 mol% based on a total mole of metal ions in the metal salt solution, wherein a washing process for removing unreacted reactants and added ions remaining in the precipitates is performed before the drying and after the separation of the metal oxide-silica composite precipitates, wherein the unreacted reactants comprise Si 4+, Mg 2+, or Ca 2+, and the added ions comprise Na + or Cl -, wherein the washing process is performed by using an alcohol-based compound, a hydrocarbon-based compound, a ketone-based compound or a mixture of two or more thereof as a washing solvent,wherein the metal salt comprises MgCl 2 and CaCl 2 in amounts such that a molar ratio of magnesium ions to calcium ions is in a range of 1.95:1 to 2.1:1. preparing a silicate solution by dissolving water glass at a concentration of 0.125 M to 3.0 M; after adding and mixing a metal salt solution having a metal ion concentration of 0.125 M to 3.0 M to the silicate solution, precipitating metal oxide-silica composite precipitates by adjusting a pH of a resulting mixture to be in a range of 5 or more to less than 7 by adding an acid catalyst; and separating and drying the metal oxide-silica composite precipitates, wherein the metal salt solution comprises a magnesium (Mg)-containing metal salt in an amount such that an amount of magnesium ions is greater than 50 mol% based on a total mole of metal ions in the metal salt solution, wherein a washing process for removing unreacted reactants and added ions remaining in the precipitates is performed before the drying and after the separation of the metal oxide-silica composite precipitates, wherein the unreacted reactants comprise Si 4+, Mg 2+, or Ca 2+, and the added ions comprise Na + or Cl -, wherein the washing process is performed by using an alcohol-based compound, a hydrocarbon-based compound, a ketone-based compound or a mixture of two or more thereof as a washing solvent,wherein the metal salt comprises MgCl 2 and CaCl 2 in amounts such that a molar ratio of magnesium ions to calcium ions is in a range of 1.95:1 to 2.1:1.
A compound of Formula 29: wherein R is selected from the group consisting of: KF 3 B; 2 B; and NaF 3 B; and wherein the boron atom is the point of attachment in each R variable substituent, and any salts thereof.