mhurhangee/patent-ind-claim-en huggingface dataset:
Propulsion system of an aircraft , comprising: - a system for producing electricity comprising a set of fuel cells ; - at least one electric motor supplied with electricity by at least some of the fuel cells; - a propeller mechanically coupled to the at least one electric motor; and - a nacelle housing at least the system for producing electricity and the at least one electric motor , said nacelle comprising an air circulation channel provided to allow the system for producing electricity to be cooled, wherein: - the air circulation channel extends inside the nacelle from a first end of said air circulation channel that is situated at a first longitudinal end of the nacelle ; - the air circulation channel receives a heat exchanger provided to allow the system for producing electricity to be cooled; and - the propeller is situated near the first longitudinal end of the nacelle, characterized in that at least a part of the air circulation channel that is contiguous with the first end of the air circulation channel is delimited by an outer surface of cylindrical shape that surrounds the longitudinal axis (X) of the nacelle, the outer surface being situated inside the nacelle. - a system for producing electricity comprising a set of fuel cells ; - at least one electric motor supplied with electricity by at least some of the fuel cells; - a propeller mechanically coupled to the at least one electric motor; and - a nacelle housing at least the system for producing electricity and the at least one electric motor , said nacelle comprising an air circulation channel provided to allow the system for producing electricity to be cooled, - the air circulation channel extends inside the nacelle from a first end of said air circulation channel that is situated at a first longitudinal end of the nacelle ; - the air circulation channel receives a heat exchanger provided to allow the system for producing electricity to be cooled; and - the propeller is situated near the first longitudinal end of the nacelle,
A process for preparing an exosome composition comprising exosomes secreted by UCBMNCs, comprising the following steps: a) Providing isolated umbilical cord blood mononuclear cells (UCBMNCs), b) Conditioning the UCBMNCs of step a) by exposure to hypoxic conditions of 0.5% O 2 , 5% CO 2 , during 18h, in a culture medium depleted of foetal bovine serum (0% FBS), c) separating and isolating the exosomes secreted by the UCBMNCs of the previous step b), and d) suspending the isolated exosomes of step c) in a suitable carrier. a) Providing isolated umbilical cord blood mononuclear cells (UCBMNCs), b) Conditioning the UCBMNCs of step a) by exposure to hypoxic conditions of 0.5% O 2 , 5% CO 2 , during 18h, in a culture medium depleted of foetal bovine serum (0% FBS), c) separating and isolating the exosomes secreted by the UCBMNCs of the previous step b), and d) suspending the isolated exosomes of step c) in a suitable carrier.
A coated article including a coating supported by a glass substrate and having grey glass side reflective color, the coating comprising: first and second infrared (IR) reflecting layers comprising silver, the first IR reflecting layer being located closer to the glass substrate than is the second IR reflecting layer ; a first contact layer located over and directly contacting the first IR reflecting layer comprising silver; a dielectric layer comprising silicon nitride located over and directly contacting the first contact layer; a second contact layer located over the layer comprising silicon nitride; the second IR reflecting layer comprising silver located over and directly contacting the second contact layer; a third contact layer located over and directly contacting the second IR reflecting layer; another dielectric layer comprising silicon nitride located over the third contact layer; wherein the coated article has a visible transmission of from 20-45% and a glass side visible reflectance of from 10-24%; and wherein the coated article has grey glass side reflective coloration so that the coated article has a glass side reflective a* value from -4.0 to +5.0 and a glass side reflective b* value from -10.0 to +2.0 characterized in that the dielectric layer comprising silicon nitride is split by a splitting absorber layer comprising NbZrO x or NbZrO x N y , so that the splitting absorber layer comprising NbZrO x or NbZrO x N y is located between and contacting a first portion of the dielectric layer comprising silicon nitride and a second portion of the dielectric layer comprising silicon nitride. first and second infrared (IR) reflecting layers comprising silver, the first IR reflecting layer being located closer to the glass substrate than is the second IR reflecting layer ; a first contact layer located over and directly contacting the first IR reflecting layer comprising silver; a dielectric layer comprising silicon nitride located over and directly contacting the first contact layer; a second contact layer located over the layer comprising silicon nitride; the second IR reflecting layer comprising silver located over and directly contacting the second contact layer; a third contact layer located over and directly contacting the second IR reflecting layer; another dielectric layer comprising silicon nitride located over the third contact layer; wherein the coated article has a visible transmission of from 20-45% and a glass side visible reflectance of from 10-24%; and wherein the coated article has grey glass side reflective coloration so that the coated article has a glass side reflective a* value from -4.0 to +5.0 and a glass side reflective b* value from -10.0 to +2.0 characterized in that the dielectric layer comprising silicon nitride is split by a splitting absorber layer comprising NbZrO x or NbZrO x N y , so that the splitting absorber layer comprising NbZrO x or NbZrO x N y is located between and contacting a first portion of the dielectric layer comprising silicon nitride and a second portion of the dielectric layer comprising silicon nitride.
A maintenance apparatus comprising: a flexible carriage shaped as a thin elongated strip of flexible material capable of anchoring between adjacent airfoils of a turbine assembly ; a maintenance tool operably coupled with the elongated strip of flexible material between a first end of the elongated strip of flexible material and a second end of the elongated strip of flexible material, the maintenance tool configured to one or more of generate image data representative of one or more surfaces of the turbine assembly or repair the one or more surfaces of the turbine assembly ; and one or more motors operably coupled with the maintenance tool and configured to move the maintenance tool relative to the flexible carriage . a flexible carriage shaped as a thin elongated strip of flexible material capable of anchoring between adjacent airfoils of a turbine assembly ; a maintenance tool operably coupled with the elongated strip of flexible material between a first end of the elongated strip of flexible material and a second end of the elongated strip of flexible material, the maintenance tool configured to one or more of generate image data representative of one or more surfaces of the turbine assembly or repair the one or more surfaces of the turbine assembly ; and one or more motors operably coupled with the maintenance tool and configured to move the maintenance tool relative to the flexible carriage .
Lifting and transporting device for lifting and transporting objects with low ground clearance over a ground surface , comprising a) a transport stool with rollers , in each case with a rotation axis and a chassis , wherein the rollers predetermine at least one transport direction on the ground surface, b) a support element on or above the chassis, and c) a motor-driven lifting element integrated into the chassis and movable vertically and/or horizontally between several setting positions, with at least one horizontal lifting surface facing upwards on an exposed extremity at the lower end, wherein d) in a first horizontally advanced setting position, the lifting surface can be positioned in front of or next to the chassis and beneath the ground clearance space, and e) in a second horizontally retracted setting position, the lifting surface can be positioned over the chassis above the support element, characterised in that f) the lifting element comprises a lifting device for the vertical transport movement of the horizontal lifting surface facing upwards, on an exposed extremity at the lower end of the chassis , and g) the lifting device is arranged on a carriage guided horizontally in a rail guide , wherein the lifting device and/or the carriage comprise a stand surface facing downwards, and in this situation the stand surface projects downwards over the chassis or can be lowered onto a position beneath the chassis. a) a transport stool with rollers , in each case with a rotation axis and a chassis , wherein the rollers predetermine at least one transport direction on the ground surface, b) a support element on or above the chassis, and c) a motor-driven lifting element integrated into the chassis and movable vertically and/or horizontally between several setting positions, with at least one horizontal lifting surface facing upwards on an exposed extremity at the lower end, wherein d) in a first horizontally advanced setting position, the lifting surface can be positioned in front of or next to the chassis and beneath the ground clearance space, and e) in a second horizontally retracted setting position, the lifting surface can be positioned over the chassis above the support element, characterised in that f) the lifting element comprises a lifting device for the vertical transport movement of the horizontal lifting surface facing upwards, on an exposed extremity at the lower end of the chassis , and g) the lifting device is arranged on a carriage guided horizontally in a rail guide , wherein the lifting device and/or the carriage comprise a stand surface facing downwards, and in this situation the stand surface projects downwards over the chassis or can be lowered onto a position beneath the chassis.
A kit for insertion of a fixture for an implant, comprising an endosseous fixing guide , a direction checking pin body and a guide tap drill, wherein the endosseous fixing guide and the direction checking pin body are configured to be combined and then inserted into an already-formed insertion hole and is configured such that only the direction checking pin body is removed after checking a direction of the insertion hole, and the guide tap drill is configured to be inserted to the endosseous fixing guide remaining in the insertion hole and then rotated so as to enter into the insertion hole such that a screw thread is formed in accordance with the direction of the insertion hole at an inner wall of the insertion hole by the tap drill , wherein the endosseous fixing guide comprises a fixing head portion that contacts a bottom surface of the insertion hole and a guide rod that extends upward from the fixing head portion , wherein the tap comprises a blade portion where screw thread are formed at an exterior diameter and a drill rod extended upward from the blade portion , and wherein an insertion hole into which the endosseous fixing guide is inserted is formed in the tap drill , characterized in that a diameter (C) of the insertion hole is the same as a diameter (B) of the insertion hole of the direction checking pin body , while an exterior diameter (A) of a rod portion of the endosseous fixing guide is the same as or slightly smaller than the diameter (B) of the insertion hole and the diameter (C) of the insertion hole of the tap drill .
A method for the handling of flat material and/or film material that is wound onto rolls and serves as packaging material for the packaging of piece goods, bundles, or the like article sets, in which method rolls , which are at least approximately completely unwound and/or depleted, are removed from at least one installation position (EB1; EB2) of a packaging machine , and in each instance a new roll of flat material and/or film material is hereupon mounted in the particular installation position (EB1; EB2) for the purpose of maintaining a packaging operation, wherein, after each mounting, an externally arranged layer is extracted from the particular new roll near or in the area of the roll's free end and, for the purpose of forming an uninterrupted material web, is connected to a section of a material web (MB) of a further roll , which material web (MB) is being guided in the packaging machine , and wherein, - while a new roll is being mounted and while the material web is being connected, the flat material and/or film material of the further roll is not yet completely depleted, such that flat material and/or film material is unwound approximately interruption-free from at least one roll of the at least one installation position (EB1, EB2) for the continuous packaging operation, and - rolls of the at least one installation position (EB1, EB2), which rolls are at least approximately completely unwound and/or depleted, are preferably sensor-detected and autonomously replaced by means of a handling device with new rolls of flat material and/or film material, the method being characterised in that - the direction of rotation and/or the rotation-direction-conforming orientation of the new roll is determined and/or verified before, while, or after the new roll is mounted, and, according to the determined direction of rotation of the roll , the flat material and/or film material, which is being unwound from this roll , is guided over an additional pulley, if required. - while a new roll is being mounted and while the material web is being connected, the flat material and/or film material of the further roll is not yet completely depleted, such that flat material and/or film material is unwound approximately interruption-free from at least one roll of the at least one installation position (EB1, EB2) for the continuous packaging operation, and - rolls of the at least one installation position (EB1, EB2), which rolls are at least approximately completely unwound and/or depleted, are preferably sensor-detected and autonomously replaced by means of a handling device with new rolls of flat material and/or film material, the method being characterised in that - the direction of rotation and/or the rotation-direction-conforming orientation of the new roll is determined and/or verified before, while, or after the new roll is mounted, and, according to the determined direction of rotation of the roll , the flat material and/or film material, which is being unwound from this roll , is guided over an additional pulley, if required.
A filter assembly comprising: a conformal filter shaped to conform to the face of a user, having a body with at least one filter bed , an input end , and an output end with an integral connector recessed in the body and adapted to mount onto a respirator inhalation connector ; characterised in that the filter assembly further comprises: a connector piece removably mounted to the integral connector of the conformal filter including a sleeve having an axial passage therethrough and having at one end an interior fastener that is connected to the integral connector of the conformal filter and at another end having an external fastener adapted to mount onto a respirator inhalation connector ; and a radial wall extending from the sleeve to an outer rim which abuts the body of the conformal filter . a conformal filter shaped to conform to the face of a user, having a body with at least one filter bed , an input end , and an output end with an integral connector recessed in the body and adapted to mount onto a respirator inhalation connector ; characterised in that the filter assembly further comprises: a connector piece removably mounted to the integral connector of the conformal filter including a sleeve having an axial passage therethrough and having at one end an interior fastener that is connected to the integral connector of the conformal filter and at another end having an external fastener adapted to mount onto a respirator inhalation connector ; and a radial wall extending from the sleeve to an outer rim which abuts the body of the conformal filter . a connector piece removably mounted to the integral connector of the conformal filter including a sleeve having an axial passage therethrough and having at one end an interior fastener that is connected to the integral connector of the conformal filter and at another end having an external fastener adapted to mount onto a respirator inhalation connector ; and a radial wall extending from the sleeve to an outer rim which abuts the body of the conformal filter .
Torque converter device, in particular for a drive train of a motor vehicle , comprising a converter cover having a cover shell and a hub permanently joined to the cover shell , and comprising at least one multi-plate clutch , characterised in that an inner plate-centring body of the multi-plate clutch is formed in one piece by the hub .
A surgical mesh that is dried, consisting of woven or non-woven fibers of self-assembling peptides, wherein the self-assembling peptides comprise from 6 to 200 amino acid residues conforming to one or more of Formulas I-IV: ((Xaa neu -Xaa + ) x (Xaa neu -Xaa - ) y ) n (I); ((Xaa neu -Xaa - ) x (Xaa neu -Xaa + ) y ) n (II); ((Xaa + -Xaa neu ) x (Xaa - -Xaa neu ) y ) n (III); ((Xaa - -Xaa neu ) x (Xaa + -Xaa neu ) y ) n (IV); wherein Xaa neu represents an amino acid residue having a neutral charge under physiological conditions; Xaa + represents an amino acid residue having a positive charge under physiological conditions; Xaa - represents an amino acid residue having a negative charge under physiological conditions; x and y are integers having a value of 1, 2, 3, or 4, independently; and n is an integer having a value of 1-5.
A slide rail assembly , comprising a first rail having a blocking part ; a second rail movably connected to the first rail ; a blocking element movably connected to the second rail through a connection element ; characterized by an engagement element movable in a linear movement relative to the first rail ; wherein the engagement element is operatively connected to the blocking element for moving the blocking element from a first predetermined position to a second predetermined position relative to the second rail , the blocking element is configured to abut against the blocking part of the first rail , for preventing the second rail from moving relative to the first rail from a retrieve position along an extension direction; wherein when the engagement element is operated to move the blocking element apart from the second predetermined position relative to the second rail , the second rail is able to move relative to the first rail from the retrieve position along the extension direction.
A measuring cell for investigating a fluid flow , wherein the measuring cell has the following: - a main body , - a channel , leading through the main body , for the fluid flow , - wherein the channel has at least one inlet portion , a measuring portion and a diffuser portion lying between the inlet portion and the measuring portion , - wherein the inlet portion has an inlet opening for introducing the fluid flow into the channel , - wherein a cross-sectional area of the channel increases in size in the diffuser portion toward the measuring portion , - wherein in the main body there are formed to the sides of the measuring portion of the channel at least a first viewing window and a second viewing window , which at least partially overlap, - wherein a cross section of the channel in the inlet portion , in the diffuser portion and in the measuring portion is in each case transverse to a common longitudinal axis , characterized in that - the channel has between the inlet portion and the diffuser portion a form-changing portion , in which a cross section of the channel changes into a slotted form toward the diffuser portion , and - wherein a cross section of the channel in the form-changing portion is transverse to the common longitudinal axis . - a main body , - a channel , leading through the main body , for the fluid flow , - wherein the channel has at least one inlet portion , a measuring portion and a diffuser portion lying between the inlet portion and the measuring portion , - wherein the inlet portion has an inlet opening for introducing the fluid flow into the channel , - wherein a cross-sectional area of the channel increases in size in the diffuser portion toward the measuring portion , - wherein in the main body there are formed to the sides of the measuring portion of the channel at least a first viewing window and a second viewing window , which at least partially overlap, - wherein a cross section of the channel in the inlet portion , in the diffuser portion and in the measuring portion is in each case transverse to a common longitudinal axis , - the channel has between the inlet portion and the diffuser portion a form-changing portion , in which a cross section of the channel changes into a slotted form toward the diffuser portion , and - wherein a cross section of the channel in the form-changing portion is transverse to the common longitudinal axis .
A method of obtaining a plurality of infrared images of a banknote comprising: simultaneously illuminating the banknote with infrared light at a first wavelength and infrared light at a second wavelength; capturing an image of the banknote with an RGB camera; obtaining from both a first output channel signal and a second output channel signal of the RGB camera sensor the intensity distribution of the infrared light at the first wavelength and the intensity distribution of the infrared light at the second wavelength using a first calibration coefficient and a second calibration coefficient of the RGB camera sensor; and producing separate infrared images of the banknote at the first wavelength and the second wavelength from the respective intensity distributions, and wherein the first calibration coefficient is defined as a ratio of the first output channel signal amplitude at the infrared light at the first wavelength to the second output channel signal amplitude at the infrared light at the first wavelength; and wherein the second calibration coefficient is defined as a ratio of the second output channel signal amplitude at the infrared light at the second wavelength to the first output channel signal amplitude at the infrared at the second wavelength. simultaneously illuminating the banknote with infrared light at a first wavelength and infrared light at a second wavelength; capturing an image of the banknote with an RGB camera; obtaining from both a first output channel signal and a second output channel signal of the RGB camera sensor the intensity distribution of the infrared light at the first wavelength and the intensity distribution of the infrared light at the second wavelength using a first calibration coefficient and a second calibration coefficient of the RGB camera sensor; and producing separate infrared images of the banknote at the first wavelength and the second wavelength from the respective intensity distributions, and wherein the first calibration coefficient is defined as a ratio of the first output channel signal amplitude at the infrared light at the first wavelength to the second output channel signal amplitude at the infrared light at the first wavelength; and wherein the second calibration coefficient is defined as a ratio of the second output channel signal amplitude at the infrared light at the second wavelength to the first output channel signal amplitude at the infrared at the second wavelength.