mhurhangee/patent-ind-claim-en huggingface dataset:
A method of assembling a wheel assembly , the method comprising: inserting a threaded end of a bolt through a first wheel portion and a second wheel portion of a split wheel, through a bore opening defined in a thrust face of a nut , and into a bore of the nut, wherein: a first portion of the nut comprises the thrust face; the first portion of the bore is nonthreaded; and a second portion of the bore is threaded; and torqueing the bolt relative to the nut such that the threaded end of the bolt is coupled to the second portion of the nut, wherein torqueing the bolt relative to the nut compresses the first wheel portion and the second wheel portion together; the method characterized by further comprising, before inserting the threaded end of the bolt through the bore opening and into the bore of the nut, removing a first section of threads from the bore of the first portion of the nut, thereby leaving a second section of threads in the bore of the second portion of the nut, wherein torqueing the bolt relative to the nut comprises engaging the threaded end of the bolt to the second section of threads. inserting a threaded end of a bolt through a first wheel portion and a second wheel portion of a split wheel, through a bore opening defined in a thrust face of a nut , and into a bore of the nut, wherein: a first portion of the nut comprises the thrust face; the first portion of the bore is nonthreaded; and a second portion of the bore is threaded; and a first portion of the nut comprises the thrust face; the first portion of the bore is nonthreaded; and a second portion of the bore is threaded; and torqueing the bolt relative to the nut such that the threaded end of the bolt is coupled to the second portion of the nut, wherein torqueing the bolt relative to the nut compresses the first wheel portion and the second wheel portion together; the method characterized by further comprising, before inserting the threaded end of the bolt through the bore opening and into the bore of the nut, removing a first section of threads from the bore of the first portion of the nut, thereby leaving a second section of threads in the bore of the second portion of the nut, wherein torqueing the bolt relative to the nut comprises engaging the threaded end of the bolt to the second section of threads.
Device to exercise ejaculatory control, formed from a base provided with an inner canal to receive the erect male penis, vibratory means , and electrical power supply means , wherein the inner canal has an entrance next to a narrower proximal zone, an intermediate zone with roughness and bumps and a thicker distal end; and characterized in that the vibratory means are located at 5 cm from the entrance of the inner canal and said vibratory means work at a frequency of 100HZ and at an amplitude of 2,5 mm, intended to be applied, during use, in the area of the frenulum of the glans .
A tire comprising a tread portion having a first tread edge (Te1) and a second tread edge (Te2), the tread portion provided with three main grooves extending continuously in the tire circumferential direction to axially divide the tread portion into four land portions , wherein the three main grooves are a first shoulder main groove disposed between the tire equator (C) and the first tread edge (Te1), a second shoulder main groove disposed between the tire equator (C) and the second tread edge (Te2), and a crown main groove disposed therebetween, and the four land portions include a first middle land portion between the first shoulder main groove and the crown main groove , and a second middle land portion between the second shoulder main groove and the crown main groove , wherein the first middle land portion is disposed such that the tire equator (C) is located in the ground contact surface of the first middle land portion , each of the first middle land portion and the second middle land portion is provided with a plurality of narrow grooves , and in each of the first middle land portion and the second middle land portion , the narrow grooves include transverse narrow grooves crossing the first middle land portion and the second middle land portion , respectively, and non-transverse narrow grooves extending from the crown main groove and not crossing the first middle land portion and the second middle land portion , respectively, characterized in that each of the first middle land portion and the second middle land portion is provided with a number N1 of the transverse narrow grooves and a number N2 of the non-transverse narrow grooves , and the number N1 is larger than the number N2. the three main grooves are a first shoulder main groove disposed between the tire equator (C) and the first tread edge (Te1), a second shoulder main groove disposed between the tire equator (C) and the second tread edge (Te2), and a crown main groove disposed therebetween, and the four land portions include a first middle land portion between the first shoulder main groove and the crown main groove , and a second middle land portion between the second shoulder main groove and the crown main groove , wherein the first middle land portion is disposed such that the tire equator (C) is located in the ground contact surface of the first middle land portion , each of the first middle land portion and the second middle land portion is provided with a plurality of narrow grooves , and in each of the first middle land portion and the second middle land portion , the narrow grooves include transverse narrow grooves crossing the first middle land portion and the second middle land portion , respectively, and non-transverse narrow grooves extending from the crown main groove and not crossing the first middle land portion and the second middle land portion , respectively,
A bi-directional cutter for Automated Fiber Placement, AFP, manufacturing, comprising: a cutter body that comprises an upper edge and a lower edge , and has an opening placed between the upper edge and the lower edge that is dimensioned to enable passage of a tow of fiber through the cutter body ; a first blade disposed on the lower edge of the cutter body that is oriented to cut the tow when the cutter is driven downward; and a second blade disposed on an edge of the opening in the cutter body that is oriented to cut the tow when the cutter is driven upward. a cutter body that comprises an upper edge and a lower edge , and has an opening placed between the upper edge and the lower edge that is dimensioned to enable passage of a tow of fiber through the cutter body ; a first blade disposed on the lower edge of the cutter body that is oriented to cut the tow when the cutter is driven downward; and a second blade disposed on an edge of the opening in the cutter body that is oriented to cut the tow when the cutter is driven upward.
A medical or organisation cart with a clamping rail for attaching accessories at the medical or organisation cart , wherein - the medical or organisation cart is provided with corner profiles among which at least one is provided with a vertically extending undercut , - the clamping rail is provided with a tension element , a counter hold element and a connection strap which connects the tension element with the counter hold element and which the accessories may be attached to or hanged on, - the tension element may be positively connected with the corner profile at the vertical undercut , - the clamping rail may be fixedly attached to the medical or organisation cart and may be detached from said, both with the help of the tension element , and - the clamping rail may be displaced vertically in an infinitely variable fashion and may be fixedly attached at any position of the vertical undercut and at a position of an adjacent corner profile which horizontally corresponds to said first position, characterized in that the tension element is provided with a lever element, wherein a lever arm of the lever element is provided with a projection which engages with the vertical undercut and may be positively connected with the corner profile . - the medical or organisation cart is provided with corner profiles among which at least one is provided with a vertically extending undercut , - the clamping rail is provided with a tension element , a counter hold element and a connection strap which connects the tension element with the counter hold element and which the accessories may be attached to or hanged on, - the tension element may be positively connected with the corner profile at the vertical undercut , - the clamping rail may be fixedly attached to the medical or organisation cart and may be detached from said, both with the help of the tension element , and - the clamping rail may be displaced vertically in an infinitely variable fashion and may be fixedly attached at any position of the vertical undercut and at a position of an adjacent corner profile which horizontally corresponds to said first position,
A ventilation unit designed for use and for installation at a refrigeration plant, with a fan and a heat exchanger arranged in series with the fan, wherein the fan is designed and positioned with regard to the heat exchanger so as to deliver in operation an air volume flow through the heat exchanger and out from the ventilation unit, wherein the fan is designed as a diagonal fan and it axially draws in the air volume flow during operation and blows it out diagonally at an angle relative to its axis of rotation (RA), wherein the heat exchanger is designed to cool the air volume flow down to a mean delivery temperature of ≤ 15° C in order to form a cold air volume, wherein the cold air volume flow can be directly drawn in and blown out by the diagonal fan , and the ventilation unit moreover comprises a guide device, which is arranged in a blowout portion of the diagonal fan and designed to deflect the air volume flow blown out by the diagonal fan in a diagonal direction into an axial direction, characterized in that the diagonal fan has a co-rotating cover disk, and in that the heat exchanger for the diagonal fan generates by progressive frosting during operation a flow resistance increasing from a starting flow resistance with a first resistance characteristic (A) to a frosting resistance with a second resistance characteristic (B) and the diagonal fan is designed to have its highest efficiency range in an area of a third resistance characteristic (C) of the heat exchanger , wherein the third resistance characteristic (C) lies between the first and the second resistance characteristic (A, B), and wherein the resistance characteristics (A, B, C) are characterized by an increasing backpressure psf [Pa] plotted against a delivered air quantity qv [m 3 /h].
A window glass for a vehicle, comprising: a glass plate ; and a conductor placed on a surface of the glass plate , wherein the conductor includes a conductive film and a pair of bus bars contacting the conductive film for applying a DC voltage to the conductive film so as to heat the window glass , wherein one of the pair of the bus bars is formed to have a first part contacting the conductive film and a second part that has a gap between the one of the pair of the bus bars and an outer edge of the conductive film , and is positioned between the outer edge of the conductive film and an outer edge of the glass plate in a plan view of the glass plate , wherein the window glass for the vehicle includes a terminal part for electrically connecting the second part of the one of the pair of the bus bars , positioned to have the gap and serving as an antenna conductor, to a transmission line, and wherein the terminal part includes a planar electrode facing the one of the pair of the bus bars , having a dielectric interposed between the terminal part and the one of the pair of the bus bars . a glass plate ; and a conductor placed on a surface of the glass plate , wherein the conductor includes a conductive film and a pair of bus bars contacting the conductive film for applying a DC voltage to the conductive film so as to heat the window glass , wherein one of the pair of the bus bars is formed to have a first part contacting the conductive film and a second part that has a gap between the one of the pair of the bus bars and an outer edge of the conductive film , and is positioned between the outer edge of the conductive film and an outer edge of the glass plate in a plan view of the glass plate , wherein the window glass for the vehicle includes a terminal part for electrically connecting the second part of the one of the pair of the bus bars , positioned to have the gap and serving as an antenna conductor, to a transmission line, and wherein the terminal part includes a planar electrode facing the one of the pair of the bus bars , having a dielectric interposed between the terminal part and the one of the pair of the bus bars .
Method for exploiting for petroleum in a sedimentary basin, said basin comprising at least one layer of carbonate sediments, by means of a stratigraphic simulator that makes it possible to reconstruct the sedimentary history of said basin from a geological time t up to a current time, by means of at least one sample of rock from said layer and a Representative Elementary Volume scale, said scale being determined according to said sample, characterized in that the following steps are carried out for said layer: A. on the basis of measurements performed on said sample, parameters of a microstructural model representative of the diagenetic state of said layer at said current time are determined, said parameters of said microstructural model being defined at said scale; B. on the basis of measurements performed on said sample, at least one diagenetic step undergone by said sediments of said layer from said geological time t up to said current time is identified, and minimum and maximum variations in said parameters of said microstructural model are determined for each of said diagenetic steps; C. at least one mechanical parameter of said sediments of said layer is determined for each of said diagenetic steps, by means of effective medium modelling and of said variations in said parameters of said microstructural model which are determined for each of said diagenetic steps; and in that the following steps are carried out: D. the petroleum potential of said basin is evaluated at least by means of said simulator and of said mechanical parameters determined for each of said diagenetic steps, and at least one zone of said basin exhibiting said highest petroleum potential is selected; E. said basin is exploited according to said selected zone. A. on the basis of measurements performed on said sample, parameters of a microstructural model representative of the diagenetic state of said layer at said current time are determined, said parameters of said microstructural model being defined at said scale; B. on the basis of measurements performed on said sample, at least one diagenetic step undergone by said sediments of said layer from said geological time t up to said current time is identified, and minimum and maximum variations in said parameters of said microstructural model are determined for each of said diagenetic steps; C. at least one mechanical parameter of said sediments of said layer is determined for each of said diagenetic steps, by means of effective medium modelling and of said variations in said parameters of said microstructural model which are determined for each of said diagenetic steps; D. the petroleum potential of said basin is evaluated at least by means of said simulator and of said mechanical parameters determined for each of said diagenetic steps, and at least one zone of said basin exhibiting said highest petroleum potential is selected; E. said basin is exploited according to said selected zone.
A powered telecommunications device , comprising: a powered device port unit configured to negotiate receipt of a level of power from power sourcing equipment , the power being received from the power sourcing equipment on multiple pairs of taps ; a base power load coupled with the powered device port unit and configured to receive power therefrom from at least one pair of the multiple pairs of taps ; a detection unit configured to detect the presence of an optional power load coupled with the device in addition to the base power load ; the device configured to establish connectivity between another pair of taps and the optional power load in response to the detection of the presence of the optional power load by the detection unit , wherein the another pair of taps are different taps from the at least one pair of the multiple pairs of taps ; and wherein the device is configured as a remote antenna unit of a distributed antenna system . a powered device port unit configured to negotiate receipt of a level of power from power sourcing equipment , the power being received from the power sourcing equipment on multiple pairs of taps ; a base power load coupled with the powered device port unit and configured to receive power therefrom from at least one pair of the multiple pairs of taps ; a detection unit configured to detect the presence of an optional power load coupled with the device in addition to the base power load ; the device configured to establish connectivity between another pair of taps and the optional power load in response to the detection of the presence of the optional power load by the detection unit , wherein the another pair of taps are different taps from the at least one pair of the multiple pairs of taps ; and wherein the device is configured as a remote antenna unit of a distributed antenna system .
A method of ultrasound imaging comprising: transmitting a plurality of unfocused three-dimensional pings into a three-dimensional target volume from a plurality of transmitter elements of a transducer array in a probe ; receiving echoes of the unfocused three-dimensional pings with a plurality of receiver elements of the transducer array; converting analog signals from each of the plurality of receiver elements into a full dataset of digital sample sets, wherein the full dataset comprises digital sample sets from all the receiver elements; selecting a two-dimensional plane intersecting the three-dimensional target volume; identifying three-dimensional voxels intersecting the selected two-dimensional plane; identifying a sub-set of data samples corresponding to the selected two-dimensional plane; communicating only the sub-set of data samples over a computer network to a remote server ; receiving, from the remote server, a video stream of two-dimensional images representing the selected two-dimensional plane; and displaying the video stream on a display device adjacent to the probe. transmitting a plurality of unfocused three-dimensional pings into a three-dimensional target volume from a plurality of transmitter elements of a transducer array in a probe ; receiving echoes of the unfocused three-dimensional pings with a plurality of receiver elements of the transducer array; converting analog signals from each of the plurality of receiver elements into a full dataset of digital sample sets, wherein the full dataset comprises digital sample sets from all the receiver elements; selecting a two-dimensional plane intersecting the three-dimensional target volume; identifying three-dimensional voxels intersecting the selected two-dimensional plane; identifying a sub-set of data samples corresponding to the selected two-dimensional plane; communicating only the sub-set of data samples over a computer network to a remote server ; receiving, from the remote server, a video stream of two-dimensional images representing the selected two-dimensional plane; and displaying the video stream on a display device adjacent to the probe.
A cover , installable in a drawer body and arrangeable so as to be operatively connectable to a linearly movable drawer , wherein the cover comprises an evacuation system for evacuating at least one drawer interior (R), so that the at least one drawer interior (R) can be evacuated when the drawer is in a closed position and ventilated before the drawer is opened, wherein the cover is designed to be airtight and the evacuation system is secured in the cover in the form of a controller , a pump and a valve , and the cover has at least one air channel leading into the inside of the cover, wherein the air channel is operatively connected to the evacuation system such that, when the cover is placed on the drawer , air from the at least one drawer interior (R) is pumpable out of the at least one drawer interior (R) and the inside of the cover through the air channel , characterized in that a closed position sensor facing a front side of the drawer is arranged on or in the cover and connected to the controller so that the controller starts the evacuation system when the drawer reaches the closed position, preferably wherein the closed position sensor is designed as an induction sensor or microswitch.
A method for imaging a sample, comprising: repetitively scanning a region of interest (ROI) of the sample by directing an electron beam towards multiple impact points of the ROI and detecting electrons scattered from the multiple impact points; during the repetitive scan, updating a signal quality of the ROI after each single scan of the ROI; terminating the repetitive scan responsive to the signal quality of the ROI higher than a threshold signal quality; forming an electron backscattered diffraction (EBSD) pattern for each impact point of the multiple impact points; and forming a structural image of the ROI based on the EBSD patterns of the multiple impact points, characterized in that : the signal quality of the ROI is updated based on a signal quality of each impact point, and the signal quality of each impact point is calculated based on the detected electrons scattered from the impact point; and the EBSD pattern for each impact point is formed based on all of the detected electrons scattered from the impact point during the repetitive scan. repetitively scanning a region of interest (ROI) of the sample by directing an electron beam towards multiple impact points of the ROI and detecting electrons scattered from the multiple impact points; during the repetitive scan, updating a signal quality of the ROI after each single scan of the ROI; terminating the repetitive scan responsive to the signal quality of the ROI higher than a threshold signal quality; forming an electron backscattered diffraction (EBSD) pattern for each impact point of the multiple impact points; and forming a structural image of the ROI based on the EBSD patterns of the multiple impact points, characterized in that : the signal quality of the ROI is updated based on a signal quality of each impact point, and the signal quality of each impact point is calculated based on the detected electrons scattered from the impact point; and the EBSD pattern for each impact point is formed based on all of the detected electrons scattered from the impact point during the repetitive scan. the signal quality of the ROI is updated based on a signal quality of each impact point, and the signal quality of each impact point is calculated based on the detected electrons scattered from the impact point; and the EBSD pattern for each impact point is formed based on all of the detected electrons scattered from the impact point during the repetitive scan.