mhurhangee/ep-ind-claims huggingface dataset:
A sensor, comprising: a transparent polymer aerogel; and sensing materials comprising different types of sensing molecules dispersed into the transparent, polymer aerogel in a spatial pattern so as to form an array of said different types of sensing molecules on the polymer aerogel layer, wherein the sensing materials change color in response to environmental conditions, so as to allow for localized regions of different response colors, or different concentrations. a transparent polymer aerogel; and sensing materials comprising different types of sensing molecules dispersed into the transparent, polymer aerogel in a spatial pattern so as to form an array of said different types of sensing molecules on the polymer aerogel layer, wherein the sensing materials change color in response to environmental conditions, so as to allow for localized regions of different response colors, or different concentrations.
A method for determining a control plane node, comprising: obtaining, by a terminal, indication information, wherein the indication information is used to indicate a network slice to which the terminal belongs; and sending, by the terminal, the indication information comprised in an access layer request message to a radio access network node for determining, based on the indication information, a control plane node corresponding to the network slice for the terminal; wherein the obtaining, by a terminal, indication information, comprises: obtaining (S101a), by the terminal, the indication information preconfigured in the terminal; and wherein the indication information is a standardized identifier of the network slice. obtaining, by a terminal, indication information, wherein the indication information is used to indicate a network slice to which the terminal belongs; and sending, by the terminal, the indication information comprised in an access layer request message to a radio access network node for determining, based on the indication information, a control plane node corresponding to the network slice for the terminal; wherein the obtaining, by a terminal, indication information, comprises: obtaining (S101a), by the terminal, the indication information preconfigured in the terminal; and wherein the indication information is a standardized identifier of the network slice.
A catheter device for thrombus aspiration comprising: an inflatable member; a carrier catheter having a proximal end and a distal end adapted to be inserted percutaneously into an artery, the carrier catheter forming an outer jacket of the catheter device having a tubular body, the inflatable member fixed to the distal end of the carrier catheter; an inflating tube passing through the tubular body and having an open front end in fluid communication with the inflatable member to inflate same; an infusion tube adapted to infuse pharmacologic agents, the infusion tube passing through the tubular body and having an open front end extending beyond the inflatable member; and an aspiration tube, the aspiration tube passing through the tubular body and having an open front end;; wherein the open front end of the infusion tube is located distally to the inflatable member such that it can be located distally of the thrombus during deployment to infuse pharmacologic agents downstream of the thrombus; wherein the inflatable member can be inflated proximally to the thrombus; wherein the open front end of the aspiration tube can be located on the distal end of the carrier catheter and proximally to the thrombus to aspire the thrombus. an inflatable member; a carrier catheter having a proximal end and a distal end adapted to be inserted percutaneously into an artery, the carrier catheter forming an outer jacket of the catheter device having a tubular body, the inflatable member fixed to the distal end of the carrier catheter; an inflating tube passing through the tubular body and having an open front end in fluid communication with the inflatable member to inflate same; an infusion tube adapted to infuse pharmacologic agents, the infusion tube passing through the tubular body and having an open front end extending beyond the inflatable member; and an aspiration tube, the aspiration tube passing through the tubular body and having an open front end;; wherein the open front end of the infusion tube is located distally to the inflatable member such that it can be located distally of the thrombus during deployment to infuse pharmacologic agents downstream of the thrombus; wherein the inflatable member can be inflated proximally to the thrombus; wherein the open front end of the aspiration tube can be located on the distal end of the carrier catheter and proximally to the thrombus to aspire the thrombus.
A composite molded article having a two-layer structure obtained by locating a molded article (a) comprising a polar thermoplastic resin inside a mold, plasticizing an aliphatic ester-structured resin at a temperature higher than a melting point of the thermoplastic resin, injecting the resin to the inside of the mold, and putting the resin into contact with the molded article (a), wherein the thermoplastic resin is a polyacetal resin, wherein the aliphatic ester-structured resin is at least one selected from polylactic acid, polyester carbonate, polybutylene succinate, polybutylene succinate adipate (PBSA), and copolymers thereof, and wherein the polar thermoplastic resin contains a part of the aliphatic ester-structured resin beforehand, or the aliphatic ester-structured resin contains a part of the polar thermoplastic resin beforehand, and wherein the molded article (a) is a film, a sheet or a fiber composite.
A device for treatment of a canal associated with an orifice of a human or animal body, including: a stem portion adapted for insertion along the canal, which stem portion includes at least one fluid flow passage extending along the stem portion; an expandable member carried by the stem portion for occlusion of an inner end region of the canal; a cap slidably mounted on the stem portion, proximally of the expandable member and configured as a receptacle, open distally for occlusion of an outer end of the canal and to accommodate the surface(s) about the outer end of the canal to thereby define, with the expandable member, a treatment cavity that includes the canal and surface(s) about the outer end of the canal; one or more orifices in the stem portion through which treatment fluid is deliverable to the treatment cavity via said at least one fluid flow passage; a fluid reservoir incorporated into the cap, which fluid reservoir is adapted to receive and store treatment fluid for contact with said surfaces about the outer end of the canal; and characterised in that the device further includes an introducer for introducing the stem portion and expandable member into the body, the stem portion being slidable within and relative to the introducer, and wherein the cap is slidable relative to the introducer with a sealing fit therebetween. a stem portion adapted for insertion along the canal, which stem portion includes at least one fluid flow passage extending along the stem portion; an expandable member carried by the stem portion for occlusion of an inner end region of the canal; a cap slidably mounted on the stem portion, proximally of the expandable member and configured as a receptacle, open distally for occlusion of an outer end of the canal and to accommodate the surface(s) about the outer end of the canal to thereby define, with the expandable member, a treatment cavity that includes the canal and surface(s) about the outer end of the canal; one or more orifices in the stem portion through which treatment fluid is deliverable to the treatment cavity via said at least one fluid flow passage; a fluid reservoir incorporated into the cap, which fluid reservoir is adapted to receive and store treatment fluid for contact with said surfaces about the outer end of the canal; and characterised in that the device further includes an introducer for introducing the stem portion and expandable member into the body, the stem portion being slidable within and relative to the introducer, and wherein the cap is slidable relative to the introducer with a sealing fit therebetween.
A stand for technical inspection or production, comprising - an object carrier table, - a rigid support, in which a head support is arranged above the object carrier table, and alongside which a foot support is arranged, - a coupling member hinged on the head support, - an equipment connector formed on a distal end of the coupling member, which equipment connector is configured so as to accommodate an item of equipment that can be used for purposes of inspection or production, and - an object carrier arranged on the object carrier table, which object carrier is mounted such that it can be rotated about an axis of rotation, wherein with a vertical alignment of a working axis of the item of equipment, the axis of rotation is aligned coaxially with the working axis on the object carrier, wherein the coupling member is guided on the head support, essentially maintaining a point of intersection between the working axis and the axis of rotation, which point of intersection ensues in the event of a non-vertical alignment of the working axis in the course of the guided displacement, characterised in that, - in the course of a guided displacement of the coupling member, the equipment connector moves along a circular arc section, wherein a magnetic coupling is provided on the equipment stand, by means of which the object carrier is held on the object carrier table. - an object carrier table, - a rigid support, in which a head support is arranged above the object carrier table, and alongside which a foot support is arranged, - a coupling member hinged on the head support, - an equipment connector formed on a distal end of the coupling member, which equipment connector is configured so as to accommodate an item of equipment that can be used for purposes of inspection or production, and - an object carrier arranged on the object carrier table, which object carrier is mounted such that it can be rotated about an axis of rotation, - in the course of a guided displacement of the coupling member, the equipment connector moves along a circular arc section,
A pneumatic tire having a carcass layer toroidally extending from a tread portion through a side wall portion to a bead portion, and a belt layer disposed at the outer side of the carcass layer in the tire radial direction, wherein the carcass layer includes one or more carcass plies, and, the belt layer includes a first belt having first cords inclined with respect to a tire equator at an angle in the range of 15° to 75° and a second belt having one or more second cords extending in parallel to the tire equator, said first belt having a tensile strength smaller than that of the second belt, characterized by said first belt having only one layer of said first cords, and said second belt having only one layer of said second cord or cords.
LED lamp for a vehicle, featuring a lamp housing and an LED lamp module with a plurality of LEDs, where the LED lamp module is arranged inside the lamp housing, characterized in that the LED lamp features a load simulation device for simulating an electric characteristic of an electric bulb with a glowing spiral, where the load simulation device is arranged at the lamp housing and/or within the lamp housing, where the load simulation device is arranged on a load printed circuit board and the LED lamp module is arranged on an LED printed circuit board, where a thermal isolator is arranged between the load printed circuit board and the LED printed circuit board, where the LED lamp features a cooling device for cooling the LED lamp, where the cooling device is coupled to the load printed circuit board so as to be thermally conductive.
A scroll compressor, comprising: a compressor housing; an orbiting scroll member disposed within the housing; a non-orbiting scroll member disposed within the housing, wherein the orbiting scroll member and the non-orbiting scroll member are intermeshed thereby forming a compression chamber within the housing; and an endplate secured to the non-orbiting scroll member, the endplate including a radial sealing surface configured to receive a radial seal and an aperture that fluidly connects the compression chamber and a discharge chamber of the scroll compressor, characterized in that an inner portion of a bottom surface of the endplate provides a check valve surface configured to provide a stop for a check valve of the scroll compressor, and an outer portion of the bottom surface of the endplate provides an unloading mechanism surface configured to provide a stop for an unloading mechanism, the endplate including a pressure chamber for controlling the unloading mechanism. a compressor housing; an orbiting scroll member disposed within the housing; a non-orbiting scroll member disposed within the housing, wherein the orbiting scroll member and the non-orbiting scroll member are intermeshed thereby forming a compression chamber within the housing; and an endplate secured to the non-orbiting scroll member, the endplate including a radial sealing surface configured to receive a radial seal and an aperture that fluidly connects the compression chamber and a discharge chamber of the scroll compressor, characterized in that an inner portion of a bottom surface of the endplate provides a check valve surface configured to provide a stop for a check valve of the scroll compressor, and an outer portion of the bottom surface of the endplate provides an unloading mechanism surface configured to provide a stop for an unloading mechanism, the endplate including a pressure chamber for controlling the unloading mechanism.
Laminator comprising a laminating device incorporated in a housing, for laminating product to be laminated in sheet material and plastic film to form a laminate, wherein the laminating device has one or more pairs of rollers (16, 22) driven to rotate by a DC motor for feeding the product to be laminated at a feed rate in a feed direction through the two rollers (18, 24) of each pair of rollers (16, 22), and wherein the rollers of at least one pair of rollers are heatable for joining the sheet material to the plastic film, characterised by a controller with a measuring unit for measuring a measured value characteristic of the operating mode of the laminating device and for controlling the feed rate of the product to be laminated as a function of the measured value measured, wherein the measured value is either the electrical drive current driving the DC motor or the rotational speed of the DC motor or the rollers (18, 24).
A head for an oral care implement, the head having a mounting surface with a proximal end and a distal end, the head comprising at least one tuft of a first type and at least one tuft of a second type, the at least one tuft of the first type comprising filaments having a substantially circular cross-sectional area extending in a plane perpendicular to the longitudinal axis and an end-rounded free end, and the at least one tuft of the second type comprising flagged filaments having split free ends, the at least one tuft of the first type being arranged at the distal end, and the at least one tuft of the second type being arranged at the proximal end, characterized in that the tuft of the first type has a first length extension and the tuft of the second type has a second length extension, the first length extension being longer than the second length extension measured from the mounting surface of the head along a longitudinal axis of the tufts (16, 18).
System for the disinfection of agricultural soil comprising: - an electric energy source (4, 6); - at least one radiofrequency or microwave generator connected to the electric energy source and arranged to convert the electric energy into electromagnetic power; - a plow-like electromagnetic applicator connected to the radiofrequency or microwave generator via wave-guiding lines, said plow-like electromagnetic applicator being arranged to be inserted into the soil so as to transmit the electromagnetic power to the soil, thus obtaining a disinfection of said soil, characterised in that said system further comprises: - a cooling system arranged to recover heat produced by the at least one radiofrequency or microwave generator during the generation of electromagnetic power; - a steam generator connected to the cooling system and arranged to generate steam; - at last one pipe connected to the steam generator and arranged to be inserted into the soil so as to allow the steam to be transferred from the steam generator into the soil. - an electric energy source (4, 6); - at least one radiofrequency or microwave generator connected to the electric energy source and arranged to convert the electric energy into electromagnetic power; - a plow-like electromagnetic applicator connected to the radiofrequency or microwave generator via wave-guiding lines, said plow-like electromagnetic applicator being arranged to be inserted into the soil so as to transmit the electromagnetic power to the soil, thus obtaining a disinfection of said soil, - a cooling system arranged to recover heat produced by the at least one radiofrequency or microwave generator during the generation of electromagnetic power; - a steam generator connected to the cooling system and arranged to generate steam; - at last one pipe connected to the steam generator and arranged to be inserted into the soil so as to allow the steam to be transferred from the steam generator into the soil.
Head-up display device comprising - a deflecting mirror held by a mirror holder articulated about a pivoting axis, - a motor-driven system for moving the deflecting mirror in a pivoting manner, comprising a motor unit, such that the motor-driven system comprises a connecting rod extending in a direction perpendicular to the pivoting axis and of which a first end portion is engaged with the mirror holder in an articulated manner, and of which a second end portion, opposite to the first end portion, is engaged with a rotary output member (47, 49) of the motor unit, such in that the second end portion of the connecting rod can be engaged with a tenon carried by a rotary disk driven by the motor unit, and such that the connecting rod comprises, at each of its first and second end portions (37, 39), an opening respectively engaged with the actuating spindle and the tenon, characterized in that each opening has a portion with a generally "V" or "U" shape whose bottom has a spacing less than the diameter of the actuating spindle or of the tenon with which it cooperates. - a deflecting mirror held by a mirror holder articulated about a pivoting axis, - a motor-driven system for moving the deflecting mirror in a pivoting manner, comprising a motor unit,
A pick-up hitch assembly for connection to a vehicle, the pick-up hitch assembly comprising: a swing frame having a first end configured to be coupled to the vehicle and a second end; a slide frame movable relative to the swing frame between a retracted position and an extended position; and an electrically powered actuator assembly configured to be coupled to the vehicle and being coupled to the swing frame at the second end of the swing frame, the actuator assembly configured to move the swing frame between a raised position and a lowered position independent of movement of the slide frame, wherein the slide frame has a first end configured to be proximate the first end of the swing frame in the retracted position and a second end, the pick-up hitch assembly further including a pair of hooks pivotally coupled to the swing frame and movable by an actuator between a locked position where the hooks engage the slide frame at the first end to prevent movement of the slide frame from the retracted position, and an unlocked position where the hooks disengage the slide frame to allow movement of the slide frame to the extended position, wherein the actuator for actuating the hooks is a linear actuator coupled to the swing frame and includes a movable rod coupled to a pin that is coupled to each of the hooks, wherein when the linear actuator is in a retracted position the hooks are in the locked position, and when the linear actuator is in an extended position the hooks are in the unlocked position. a swing frame having a first end configured to be coupled to the vehicle and a second end; a slide frame movable relative to the swing frame between a retracted position and an extended position; and an electrically powered actuator assembly configured to be coupled to the vehicle and being coupled to the swing frame at the second end of the swing frame, the actuator assembly configured to move the swing frame between a raised position and a lowered position independent of movement of the slide frame, wherein the slide frame has a first end configured to be proximate the first end of the swing frame in the retracted position and a second end, the pick-up hitch assembly further including a pair of hooks pivotally coupled to the swing frame and movable by an actuator between a locked position where the hooks engage the slide frame at the first end to prevent movement of the slide frame from the retracted position, and an unlocked position where the hooks disengage the slide frame to allow movement of the slide frame to the extended position, wherein the actuator for actuating the hooks is a linear actuator coupled to the swing frame and includes a movable rod coupled to a pin that is coupled to each of the hooks, wherein when the linear actuator is in a retracted position the hooks are in the locked position, and when the linear actuator is in an extended position the hooks are in the unlocked position.
A method of predicting whether a tumor will be sensitive or resistant to treatment with an anti-ERBB3 antibody, comprising: (a) measuring NRG1 gene expression in a tissue sample from the tumor, thereby determining an NRG1 score; and (b) comparing the NRG1 score against a threshold score defined by a threshold determination analysis, wherein an NRG1 score equal to or above the threshold score predicts that the tumor will be responsive to treatment with an anti-ERBB3 antibody, wherein the prediction that the tumor will be sensitive to treatment with the anti-ERBB3 antibody is based solely on the expression of NRG1 in the tissue sample from the tumor. (a) measuring NRG1 gene expression in a tissue sample from the tumor, thereby determining an NRG1 score; and (b) comparing the NRG1 score against a threshold score defined by a threshold determination analysis, wherein an NRG1 score equal to or above the threshold score predicts that the tumor will be responsive to treatment with an anti-ERBB3 antibody,