mhurhangee/patent-ind-claim-en huggingface dataset:
A thrombectomy catheter system, comprising: a catheter shaft having a proximal portion, a distal portion , and a lumen extending at least partially through the catheter shaft; a high pressure tube disposed within the lumen , the high pressure tube being designed for communication with a fluid source; a fluid jet emanator coupled to the high pressure tube , the fluid jet emanator having at least one jet orifice; wherein the catheter shaft includes a first orifice disposed proximally of a distal end of the catheter shaft and a second orifice disposed proximally of the first orifice ; and an accessory device disposed within the lumen, the accessory device including a helical distal region , the helical distal region being adapted to cause the distal portion of the catheter shaft to take a shape that resembles the shape of the helical distal region when the helical distal region is disposed within the catheter shaft . a catheter shaft having a proximal portion, a distal portion , and a lumen extending at least partially through the catheter shaft; a high pressure tube disposed within the lumen , the high pressure tube being designed for communication with a fluid source; a fluid jet emanator coupled to the high pressure tube , the fluid jet emanator having at least one jet orifice; wherein the catheter shaft includes a first orifice disposed proximally of a distal end of the catheter shaft and a second orifice disposed proximally of the first orifice ; and an accessory device disposed within the lumen, the accessory device including a helical distal region , the helical distal region being adapted to cause the distal portion of the catheter shaft to take a shape that resembles the shape of the helical distal region when the helical distal region is disposed within the catheter shaft .
A method for predicting the outcome of a patient suffering colorectal cancer, or for selecting a patient which is likely to benefit from adjuvant therapy after surgical resection of colorectal cancer comprising the determination of the expression levels of the NPR3/C5orf23, CDKN2B and FLT1 genes in a sample from said patient, wherein an increased expression level of said genes with respect to a reference value for said genes is indicative of an increased likelihood of a negative outcome of the patient, or that the patient is likely to benefit from therapy after surgical treatment or wherein a decreased expression level of said genes with respect to reference values for said genes is indicative of an increased likelihood of a positive outcome of the patient, or that the patient is unlikely to benefit from therapy after surgical treatment. wherein an increased expression level of said genes with respect to a reference value for said genes is indicative of an increased likelihood of a negative outcome of the patient, or that the patient is likely to benefit from therapy after surgical treatment or wherein a decreased expression level of said genes with respect to reference values for said genes is indicative of an increased likelihood of a positive outcome of the patient, or that the patient is unlikely to benefit from therapy after surgical treatment.
A method for producing pellets formed from a resin composition including a crystalline macromolecule and inorganic fine powder or organic fine powder in a mass ratio of 50:50 to 20:80, the method comprising the step of: kneading the crystalline macromolecule and the inorganic fine powder or the organic fine powder at a temperature at least 45°C higher than a melting point of the crystalline macromolecule so that the microcrystalline size of the crystalline macromolecule is 19 nm (190 Å) or smaller, the kneading being carried out until the microcrystalline size of the crystalline macromolecule becomes 190 Å or smaller, wherein the crystalline macromolecule includes a polypropylene resin, whereas the microcrystalline size of the crystalline macromolecule is determined as described in the description. kneading the crystalline macromolecule and the inorganic fine powder or the organic fine powder at a temperature at least 45°C higher than a melting point of the crystalline macromolecule so that the microcrystalline size of the crystalline macromolecule is 19 nm (190 Å) or smaller, the kneading being carried out until the microcrystalline size of the crystalline macromolecule becomes 190 Å or smaller, wherein the crystalline macromolecule includes a polypropylene resin, whereas the microcrystalline size of the crystalline macromolecule is determined as described in the description.
A nanofiber manufacturing device comprising: an ejector that is capable of ejecting a solution from a head portion toward a target ; and a power generator that generates a potential difference between the head portion and the target , the head portion including a first guide having a first surface and a second guide having a second surface , the first surface and the second surface making a gap , the gap being capable of maintaining the solution (M), when there is no applied voltage from the power generator and a tip of at least one of the first guide and the second guide including a maintain portion provided so as to be capable of maintaining the solution (M), when there is no applied voltage from the power generator ; characterized in that the tip of at least one of the first guide and the second guide has a concave and convex shape and a step is provided between an end portion of the first guide and an end portion of the second guide . an ejector that is capable of ejecting a solution from a head portion toward a target ; and a power generator that generates a potential difference between the head portion and the target , the head portion including a first guide having a first surface and a second guide having a second surface , the first surface and the second surface making a gap , the gap being capable of maintaining the solution (M), when there is no applied voltage from the power generator and a tip of at least one of the first guide and the second guide including a maintain portion provided so as to be capable of maintaining the solution (M), when there is no applied voltage from the power generator ; characterized in that the tip of at least one of the first guide and the second guide has a concave and convex shape and a step is provided between an end portion of the first guide and an end portion of the second guide .
A method of manufacturing an etched glass article including the steps of: a) jetting an image with a UV curable inkjet ink on a surface of a glass article; b) UV curing the image ; c) heating the UV cured image ; d) etching the surface not covered by the UV cured image to obtain an etched image ; and d) removing the UV cured image ; characterized in that the time between jetting and curing the image is from 50 ms to 750 ms and heating the UV cured image is carried out at a temperature between 130°C and 170°C and during a time between 10 and 45 minutes. a) jetting an image with a UV curable inkjet ink on a surface of a glass article; b) UV curing the image ; c) heating the UV cured image ; d) etching the surface not covered by the UV cured image to obtain an etched image ; and d) removing the UV cured image ; characterized in that the time between jetting and curing the image is from 50 ms to 750 ms and heating the UV cured image is carried out at a temperature between 130°C and 170°C and during a time between 10 and 45 minutes.
A shovel comprising: a lower traveling body ; an upper turning body turnably mounted on the lower traveling body ; an attachment attached to the upper turning body and including an end attachment at an end of the attachment; and a projection device (S9); and a controller attached to the upper turning body and configured to control the projection device (S9) that projects light onto a ground surface (CP), wherein the controller is configured to control the projection device (S9) so as to change information visualized on the ground surface (CP) between the upper turning body and the end attachment in accordance with a distance between the ground surface (CP) and a target surface (TP). a lower traveling body ; an upper turning body turnably mounted on the lower traveling body ; an attachment attached to the upper turning body and including an end attachment at an end of the attachment; and a projection device (S9); and a controller attached to the upper turning body and configured to control the projection device (S9) that projects light onto a ground surface (CP), wherein the controller is configured to control the projection device (S9) so as to change information visualized on the ground surface (CP) between the upper turning body and the end attachment in accordance with a distance between the ground surface (CP) and a target surface (TP).
An angular fitting for fastening in a profile groove of a frame , the groove being undercut on both sides, comprising an anchoring plate at a corner angle of the frame , and for abutment against the undercut profile groove , wherein the anchoring plate engages beneath at least one first leg of the profile groove and ensures abutment against the first leg of the profile groove by means of a clamping piece , which lies opposite the first leg , and by being supported on a leg of the profile groove , characterized by a retaining clamp , arranged at an angle leg of the anchoring plate and allocatable to an adjacent frame leg , which has a U-shaped profiled rim for encompassing the first leg of the profile groove , while a securing element, adjustably mounted in the retaining clamp, is allocated to the second leg of the profile groove , so that the retaining clamp , upon pivoting in the anchoring plate , reaches abutment against the first leg of the profile groove of the second frame leg and engages behind the same in the opposite direction of the pivoting-in movement.
A method of making a cleaning article having a longitudinal axis (LA), a transverse axis (TA) perpendicular thereto, a pair of spaced apart longitudinal edges and a pair of spaced apart transverse edges , said method comprising the steps of: providing a precursor sheet having discrete tufts of tow fibers disposed thereon, and cutting out spaces in said precursor sheet and said tufts , to remove a plurality of tufts and portions of said precursor sheet therefrom whereby at least some of said tufts remaining on said precursor sheet are unequally spaced from adjacent said tufts on said precursor sheet .
A vehicle display nexus control apparatus for a vehicle , comprising: a first display part to be provided at a vehicle main body of the vehicle ; a wearable terminal that is configured to be worn at a head region of an occupant (P) including a driver of the vehicle , and that is provided with a second display part to be disposed in front of an eye of the occupant (P) in a worn state; a display information acquisition unit that is configured to acquire information to be displayed at at least one of the first display part or the second display part ; characterised by an obstacle identification unit configured to determine whether or not the information acquired by display information acquisition unit is information related to an obstacle in the surroundings of vehicle ; a display location selection unit that is configured to determine whether to display information related to an obstacle as acquired by the display information acquisition unit at both the first display part and the second display part , or at only the first display part , or at only the second display part based on whether the driver is wearing the wearable terminal . a first display part to be provided at a vehicle main body of the vehicle ; a wearable terminal that is configured to be worn at a head region of an occupant (P) including a driver of the vehicle , and that is provided with a second display part to be disposed in front of an eye of the occupant (P) in a worn state; a display information acquisition unit that is configured to acquire information to be displayed at at least one of the first display part or the second display part ; characterised by an obstacle identification unit configured to determine whether or not the information acquired by display information acquisition unit is information related to an obstacle in the surroundings of vehicle ; a display location selection unit that is configured to determine whether to display information related to an obstacle as acquired by the display information acquisition unit at both the first display part and the second display part , or at only the first display part , or at only the second display part based on whether the driver is wearing the wearable terminal .
A diaphragm for an accumulator, comprising: a thermoplastic film formed in a defined shape, wherein the thermoplastic film has a thickness of between 101.6 μm and 203.2 μm (between 4 and 8 mils); a metallic layer disposed on both sides of the thermoplastic film to form a metallic coated film; and inner and outer rubber layers adhered on opposite sides of the metallic coated film. a thermoplastic film formed in a defined shape, wherein the thermoplastic film has a thickness of between 101.6 μm and 203.2 μm (between 4 and 8 mils); a metallic layer disposed on both sides of the thermoplastic film to form a metallic coated film; and inner and outer rubber layers adhered on opposite sides of the metallic coated film.
A method for implementing uplink resource indication, comprising: receiving, by a user terminal, an uplink resource grant indication, ul grant, carrying an uplink resource index from a base station; resolving, by the user terminal, the uplink resource index from the ul grant; and performing, by the user terminal according to an indicated in advance corresponding relation between the uplink resource index and one or two uplink subframes, resource grant on the one or two uplink subframes corresponding to the uplink resource index; wherein the uplink resource index is one of a plurality of uplink resource indices, each of the plurality of uplink resource indices corresponds to either one group of one uplink subframe or one group of two uplink subframes, at least one of the plurality of uplink resource indices corresponds to one group of one uplink subframe, at least another one of the plurality of uplink resource indices corresponds to one group of two uplink subframes, and the uplink subframes in each group are not completely the same. receiving, by a user terminal, an uplink resource grant indication, ul grant, carrying an uplink resource index from a base station; resolving, by the user terminal, the uplink resource index from the ul grant; and performing, by the user terminal according to an indicated in advance corresponding relation between the uplink resource index and one or two uplink subframes, resource grant on the one or two uplink subframes corresponding to the uplink resource index; wherein the uplink resource index is one of a plurality of uplink resource indices, each of the plurality of uplink resource indices corresponds to either one group of one uplink subframe or one group of two uplink subframes, at least one of the plurality of uplink resource indices corresponds to one group of one uplink subframe, at least another one of the plurality of uplink resource indices corresponds to one group of two uplink subframes, and the uplink subframes in each group are not completely the same.
Method of manufacturing a drilling tool , in particular a dowel hole drill, for the chip-removing machining of workpieces, in particular workpieces made of nonferrous metals, plastics or composite materials, wherein a cutting element forming a cutting edge , which is formed from an ultra-hard layer made of polycrystalline diamond, which is firmly connected, such as sintered, to a hard metal layer , is firmly connected, such as soldered, to a base body , wherein a first section of the cutting edge being formed as an active part in the form of a drilling cutting edge in the ultra-hard layer and a second section of the cutting edge being formed as an active part in the form of a drilling tip in the hard metal layer, characterized in , in that a cylindrical cutting element blank having exclusively two layers, namely a hard metal support layer as the hard metal layer and the ultra-hard layer sintered with the hard metal support layer, is used as the cutting element , wherein the cutting element blank being firmly soldered with its ultra-hard layer directly to an end face of the base body and protruding with its hard metal support layer above the end face, and in that subsequently the first section of the cutting edge with adjacent rake face in the ultra-hard layer and the second section of the cutting edge with adjacent rake face in the hard metal support layer are formed by sectional removal of the ultra-hard layer and the hard metal support layer, wherein the sections of the cutting edge merging continuously into one another. wherein a cutting element forming a cutting edge , which is formed from an ultra-hard layer made of polycrystalline diamond, which is firmly connected, such as sintered, to a hard metal layer , is firmly connected, such as soldered, to a base body , wherein a first section of the cutting edge being formed as an active part in the form of a drilling cutting edge in the ultra-hard layer and a second section of the cutting edge being formed as an active part in the form of a drilling tip in the hard metal layer, characterized in , in that a cylindrical cutting element blank having exclusively two layers, namely a hard metal support layer as the hard metal layer and the ultra-hard layer sintered with the hard metal support layer, is used as the cutting element , wherein the cutting element blank being firmly soldered with its ultra-hard layer directly to an end face of the base body and protruding with its hard metal support layer above the end face, and in that subsequently the first section of the cutting edge with adjacent rake face in the ultra-hard layer and the second section of the cutting edge with adjacent rake face in the hard metal support layer are formed by sectional removal of the ultra-hard layer and the hard metal support layer, wherein the sections of the cutting edge merging continuously into one another.
A mould arrangement for moulding ice cream products, the mould arrangement comprising: an upper metal plate , and a plurality of mould pockets that each protrude from a bottom side of the upper metal plate , characterized by an insulation plate that is arranged adjacent the bottom side of the upper metal plate and through which the plurality of mould pockets extend, wherein the insulation plate has a thermal conductivity that is lower than the thermal conductivity of the upper metal plate . an upper metal plate , and a plurality of mould pockets that each protrude from a bottom side of the upper metal plate , characterized by an insulation plate that is arranged adjacent the bottom side of the upper metal plate and through which the plurality of mould pockets extend, wherein the insulation plate has a thermal conductivity that is lower than the thermal conductivity of the upper metal plate .
Method for alerting following an incident that occurred to a driver of a vehicle , comprising, said driver being equipped with a first device and said vehicle being equipped with a second device , said first device and said second device being connected via a wireless communication link (L1) prior to the occurrence of said incident, the following steps: - a step (E2) of detection of a modification of the distance between the first device and the second device from said wireless communication link (L1), - a step (E3) of detection by the first device of a so-called "singular" acceleration, relative to an incident that occurred to the driver , - following the detection by the first device of said singular acceleration, a step (E4) of confirmation of the incident, - a step (E5) of sending at least one alert message when a modification of the distance between the first device and the second device has been detected and when the incident has been confirmed, - a step of determination by the second device of the trajectory of the vehicle from the detection of the incident, - a step of determination by the second device of the geographic position of said second device , - a step of estimation of the geographic position of the first device from the determined geographic position of the second device and the determined trajectory of the vehicle . - a step (E2) of detection of a modification of the distance between the first device and the second device from said wireless communication link (L1), - a step (E3) of detection by the first device of a so-called "singular" acceleration, relative to an incident that occurred to the driver , - following the detection by the first device of said singular acceleration, a step (E4) of confirmation of the incident, - a step (E5) of sending at least one alert message when a modification of the distance between the first device and the second device has been detected and when the incident has been confirmed, - a step of determination by the second device of the trajectory of the vehicle from the detection of the incident, - a step of determination by the second device of the geographic position of said second device , - a step of estimation of the geographic position of the first device from the determined geographic position of the second device and the determined trajectory of the vehicle .
An electrode system capable of delivering a defibrillation current and configured to be disposed within a wearable defibrillator device, the electrode system, comprising: a gel deployment receptacle ; a shell defining a gel chamber ; a bladder disposed within the gel chamber , the bladder configured to house the conductive gel; a fluid inlet in fluid communication with the gel chamber ; a plurality of apertures in fluid communication with the gel chamber for releasing the conductive gel from within the gel chamber onto the body of the subject; a fluid pump in fluid communication with the gel deployment receptacle via the fluid inlet for providing pressurized fluid to the gel chamber; and a seal configured to rupture responsive to a pressure of a fluid received at the fluid inlet from the fluid pump, the seal being disposed at one of an opening in the bladder , between the bladder and the plurality of shell apertures , and within a gel conduit. a gel deployment receptacle ; a shell defining a gel chamber ; a bladder disposed within the gel chamber , the bladder configured to house the conductive gel; a fluid inlet in fluid communication with the gel chamber ; a plurality of apertures in fluid communication with the gel chamber for releasing the conductive gel from within the gel chamber onto the body of the subject; a fluid pump in fluid communication with the gel deployment receptacle via the fluid inlet for providing pressurized fluid to the gel chamber; and a seal configured to rupture responsive to a pressure of a fluid received at the fluid inlet from the fluid pump, the seal being disposed at one of an opening in the bladder , between the bladder and the plurality of shell apertures , and within a gel conduit.