mhurhangee/patent-ind-claim-en huggingface dataset:
Brush protection cap for use with make-up, cosmetic, paint or artists' brushes and disposed to allow the introduction of multiple brushes simultaneously, having a first open end which is formed by a first portion (A) of the brush protection cap and having a second open end which is formed by a second portion (B) of the brush protection cap , wherein the second open end has a radially expandable design and, when the brush protection cap is correctly used, comes to rest against a brush stem of a brush introduced into the brush protection cap , wherein the brush protection cap has on the second portion (B) a plurality of radially pliable expansion members and the second portion (B) of the brush protection cap tapers towards the second open end , wherein the expansion members extend radially inwards starting from a base and/or are radially inwardly curved starting from the base and wherein the expansion members become narrower as the distance from the base increases.
Agricultural implement with a drawbar device for towing the implement with a towing vehicle , wherein the implement comprises a ground-engagement means for support on the soil, wherein the drawbar device on an implement part that trails the drawbar device is mounted so as to be pivotable about a first pivot axis that is parallel to or coincides spatially with a horizontal transverse axis of the implement , and the trailing implement part and the drawbar device are coupled by means of at least one first actuator , and the drawbar device by means of the first actuator is pivotable about the first pivot axis in such a manner that a tilt angle between the drawbar device and the trailing implement part is adjustable, characterized in that the drawbar device comprises a drawbar and a drawbar yoke , and the drawbar is coupled to the drawbar yoke , wherein the trailing implement part and the drawbar yoke are coupled by means of the first actuator , and the drawbar yoke is mounted by means of a first pivot bearing on the trailing implement part such that it can be pivoted about the first pivot axis .
A synthetic antiferromagnetic layer (SAF, pSAF) in a SOT-MRAM comprising: - a first ferromagnetic layer (PL) containing an amorphizing element, said first ferromagnetic layer (PL) having a first structural symmetry; - a second ferromagnetic layer (HL) having a second structural symmetry; the synthetic antiferromagnetic layer (SAF, pSAF) comprises the first and the second ferromagnetic layers being antiferromagnetically coupled by a non-magnetic multi-layered structure (TriAF), the antiferromagnetic coupling being an RKKY coupling, characterized in that said non-magnetic multi-layered structure comprises at least one bilayer, each bilayer comprising a first (C) non-magnetic layer and a second (T) non-magnetic layer, the first (C) non-magnetic layer comprising one of the elements Ru, Re, Rh, Cu, Ir, Os or an alloy thereof, and the second (T) non-magnetic layer comprising one of the elements W, Mo, Nb, Ta, V, Cr or an alloy thereof. - a first ferromagnetic layer (PL) containing an amorphizing element, said first ferromagnetic layer (PL) having a first structural symmetry; - a second ferromagnetic layer (HL) having a second structural symmetry;
A device for determining an analyte concentration, the device comprising: a sensor configured to generate a signal associated with a concentration of an analyte and a sensing membrane located over the sensor, wherein the sensing membrane comprises an enzyme layer, wherein the enzyme layer comprises an enzyme and a polymer comprising polyurethane and/or polyurea segments and one or more zwitterionic repeating units, the enzyme layer protecting the enzyme and preventing it from leaching from the sensing membrane into a host, without adversely affecting the enzyme's activity, wherein the enzyme layer further comprises a base polymer, wherein the base polymer comprises a polymer selected from silicone, epoxies, polyolefins, polystylene, polyoxymethylene, polysiloxanes, polyethers, polyacrylics, polymethacrylic, polyesters, polycarbonates, polyamide, poly(ether ketone), poly(ether imide). a sensor configured to generate a signal associated with a concentration of an analyte and a sensing membrane located over the sensor, wherein the sensing membrane comprises an enzyme layer, wherein the enzyme layer comprises an enzyme and a polymer comprising polyurethane and/or polyurea segments and one or more zwitterionic repeating units, the enzyme layer protecting the enzyme and preventing it from leaching from the sensing membrane into a host, without adversely affecting the enzyme's activity, wherein the enzyme layer further comprises a base polymer, wherein the base polymer comprises a polymer selected from silicone, epoxies, polyolefins, polystylene, polyoxymethylene, polysiloxanes, polyethers, polyacrylics, polymethacrylic, polyesters, polycarbonates, polyamide, poly(ether ketone), poly(ether imide).
A tissue treatment system, comprising: a probe including a catheter defining an elongate lumen and having a distal tip ; at least one main delivery line positioned through or along the elongate lumen; at least one delivery line extending along the at least one main delivery line and in fluid communication with the distal portion of the at least one main delivery line, wherein the at least one delivery line defines one or more openings therealong; an inflatable liner into which the probe is positionable; a sheath translatable over the catheter, wherein distal or proximal translation of the sheath selectively adjusts an expanded length of the liner; a mandrel slidingly fitted within the at least one delivery line or a second sheath placed over the at least one delivery line, wherein the mandrel or second sheath is actuated to follow along with the translation of the sheath to control a number of the one or more openings which remain unobstructed; and a reservoir having an ablative fluid in fluid communication with the at least one main delivery line, wherein introduction of the ablative fluid within the at least one delivery line passes the ablative fluid through the unobstructed one or more openings and into contact against an interior surface of the liner. a probe including a catheter defining an elongate lumen and having a distal tip ; at least one main delivery line positioned through or along the elongate lumen; at least one delivery line extending along the at least one main delivery line and in fluid communication with the distal portion of the at least one main delivery line, wherein the at least one delivery line defines one or more openings therealong; an inflatable liner into which the probe is positionable; a sheath translatable over the catheter, wherein distal or proximal translation of the sheath selectively adjusts an expanded length of the liner; a mandrel slidingly fitted within the at least one delivery line or a second sheath placed over the at least one delivery line, wherein the mandrel or second sheath is actuated to follow along with the translation of the sheath to control a number of the one or more openings which remain unobstructed; and a reservoir having an ablative fluid in fluid communication with the at least one main delivery line, wherein introduction of the ablative fluid within the at least one delivery line passes the ablative fluid through the unobstructed one or more openings and into contact against an interior surface of the liner.
A ventilation apparatus , comprising: a casing with a first vent and a second vent ; a fixed spacer disposed within the casing; and a movable spacer in operative connection with a power mechanism , wherein the movable spacer and the fixed spacer divide the casing into a first space and a second space , wherein the first vent and the second vent are positioned on each side of the fixed spacer, and wherein the movable spacer rotate in a first direction (D1) and simultaneously generate a negative pressure in the first vent and a positive pressure in the second vent, and the movable spacer rotate in reverse (D2) of the first direction and simultaneously reduce the negative pressure in the first vent and reduce the positive pressure in the second vent, characterized in that it comprises a first conduit for coupling the first vent to the chest of a subject and a second conduit for coupling the second vent to the upper airway of the subject. a casing with a first vent and a second vent ; a fixed spacer disposed within the casing; and a movable spacer in operative connection with a power mechanism , wherein the movable spacer and the fixed spacer divide the casing into a first space and a second space , wherein the first vent and the second vent are positioned on each side of the fixed spacer, and wherein the movable spacer rotate in a first direction (D1) and simultaneously generate a negative pressure in the first vent and a positive pressure in the second vent, and the movable spacer rotate in reverse (D2) of the first direction and simultaneously reduce the negative pressure in the first vent and reduce the positive pressure in the second vent, characterized in that it comprises a first conduit for coupling the first vent to the chest of a subject and a second conduit for coupling the second vent to the upper airway of the subject.
A USB hub integrated circuit device, comprising USB hub logic comprising a plurality of USB ports, wherein a first USB port is a USB 3 compliant port and configured to be coupled with an external USB Type-C connector (650; 660) and comprises a pair of bi-directional transmission channels, wherein two physical layers are provided in parallel for the first USB port, each physical layer being associated with one bidirectional transmission channel, wherein each bidirectional transmission channel comprises a transmit channel (SSTX) and a receive channel (SSRX), characterized in that the USB hub logic is further configured to select one of said physical layers for the first USB port depending on a logic condition, wherein the logic condition is determined through another connection provided by the first USB port.
A polarizing plate (10; 200, 300) comprising: a polarizer (11; 210, 310); and a polarizer protection film (12; 220, 320) provided on one surface of the polarizer, wherein the polarizer protection film (12; 220, 320) is a biaxially stretched and then heat-treated film heat-treated at a temperature equal to or less than the glass transition temperature such as tc have a heat shrinkage stress of 2.5 N/5 mm or more and 8 N/5 mm or less in a transverse direction orthogonal to the machine direction of the polarizer protection film (12; 202; 320) when measured after being heated under the conditions of 70 °C and a humidity of 0 %RH or more and 20 %RH or less for 75 minutes. a polarizer (11; 210, 310); and a polarizer protection film (12; 220, 320) provided on one surface of the polarizer, wherein the polarizer protection film (12; 220, 320) is a biaxially stretched and then heat-treated film heat-treated at a temperature equal to or less than the glass transition temperature such as tc have a heat shrinkage stress of 2.5 N/5 mm or more and 8 N/5 mm or less in a transverse direction orthogonal to the machine direction of the polarizer protection film (12; 202; 320) when measured after being heated under the conditions of 70 °C and a humidity of 0 %RH or more and 20 %RH or less for 75 minutes.
A lubricating oil composition comprising: a) major amount of an oil of lubricating viscosity; b) 0.00010 to 0.025 wt.% total alkaline earth metal concentration from one or more alkaline-earth metal detergents; c) one or more nitrogen-containing dispersant; and d) up to 0.10 wt % of zinc from zinc dithiophosphate; wherein the lubricating oil composition has sulfur content up to 0.10 wt %, sulfated ash content of up to 0.30 wt %, and ratio of total nitrogen concentration to total alkaline earth metal concentration from the one or more alkaline earth metal detergent of 20 or greater. a) major amount of an oil of lubricating viscosity; b) 0.00010 to 0.025 wt.% total alkaline earth metal concentration from one or more alkaline-earth metal detergents; c) one or more nitrogen-containing dispersant; and d) up to 0.10 wt % of zinc from zinc dithiophosphate;
A plant cultivation apparatus comprising a cultivation box which has a hollow rhizosphere portion for hanging a root of a cultivation plant and in which nutrient solution is sprayed in a mist state in the rhizosphere portion , wherein: the cultivation box is constructed by detachably combining an upper panel and a lower panel ; a bottom wall of the lower panel is provided with a waste liquid port ; the upper panel is provided with nozzle-mounting holes at intervals in the length direction; a nozzle for spraying nutrient solution is inserted into each of the nozzle-mounting holes and hung in the rhizosphere portion ; the upper panel is provided with planting holes for the cultivation plant; and a root of the cultivation plant is inserted into the planting hole and hung in the rhizosphere portion , to which the nutrient solution is sprayed from the nozzle ; characterized in that : a trough-shaped gutter is detachably installed below the bottom wall of the lower panel over an entire length in a length direction. the cultivation box is constructed by detachably combining an upper panel and a lower panel ; a bottom wall of the lower panel is provided with a waste liquid port ; the upper panel is provided with nozzle-mounting holes at intervals in the length direction; a nozzle for spraying nutrient solution is inserted into each of the nozzle-mounting holes and hung in the rhizosphere portion ; the upper panel is provided with planting holes for the cultivation plant; and a root of the cultivation plant is inserted into the planting hole and hung in the rhizosphere portion , to which the nutrient solution is sprayed from the nozzle ; characterized in that : a trough-shaped gutter is detachably installed below the bottom wall of the lower panel over an entire length in a length direction.
A method of forming a composite article, the method comprising: inserting a preform including a strand into a mold cavity of a mold , the preform having a strand layer including an interior portion and a peripheral portion surrounding the interior portion, the strand including loops forming the peripheral portion, wherein the inserting includes inserting the interior portion of the preform into a molding region of the mold cavity and inserting the peripheral portion of the preform into a relief region of the mold cavity , wherein the molding region of the mold cavity includes a plate-forming region and a trim region surrounding the plate-forming region 120, the relief region surrounds the trim region and includes one or more portions having thicknesses (T 130 , T 132 ) configured to accommodate bunching of a peripheral region of the preform when the mold is in a closed position, and the loops of the strand extend into an interior void formed by the relief region of the mold cavity ; closing the mold following insertion of the preform into the mold cavity ; compressing the interior portion of the preform within the molding region in the closed mold ; and maintaining the peripheral portion loose within the relief region during compression of the interior portion. inserting a preform including a strand into a mold cavity of a mold , the preform having a strand layer including an interior portion and a peripheral portion surrounding the interior portion, the strand including loops forming the peripheral portion, wherein the inserting includes inserting the interior portion of the preform into a molding region of the mold cavity and inserting the peripheral portion of the preform into a relief region of the mold cavity , wherein the molding region of the mold cavity includes a plate-forming region and a trim region surrounding the plate-forming region 120, the relief region surrounds the trim region and includes one or more portions having thicknesses (T 130 , T 132 ) configured to accommodate bunching of a peripheral region of the preform when the mold is in a closed position, and the loops of the strand extend into an interior void formed by the relief region of the mold cavity ; closing the mold following insertion of the preform into the mold cavity ; compressing the interior portion of the preform within the molding region in the closed mold ; and maintaining the peripheral portion loose within the relief region during compression of the interior portion.
Method for capturing at least one characteristic variable of at least one tool , in particular of a hand-held power tool, which is connected to at least one additional module , in particular in a detachable manner, wherein the additional module identifies at least one characteristic variable of the tool in one method step , wherein, in the one method step , at least one training operation is executed, in which at least one reference value for the at least one characteristic variable is derived by means of the at least one additional module and is stored, wherein, in one method step , at least one calibration process is executed, wherein at least one operating value for the characteristic variable is derived by means of the at least one additional module and is stored, and wherein, in one method step , an interference characteristic variable of the at least one tool is established from a comparison of the at least one operating value with the at least one reference value.
A communication method in a 3GPP system, wherein the method comprises: selecting (S101), by a user equipment, a demodulation reference signal, DMRS, from a DMRS list; sending (S102), by the user equipment to a base station through a first channel, first data that carries the DMRS; receiving (S103), by the user equipment through a second channel, second data that is sent by the base station and that carries feedback information, wherein a resource on which the second channel is located is determined based on the DMRS and a resource on which the first channel is located; and determining (S104), by the user equipment, that the feedback information is information fed back by the base station for the first data, wherein the first data further carries identification information of the user equipment, the second data further carries the identification information, and the determining (S104), by the user equipment, that the feedback information is information fed back by the base station for the first data comprises: determining, by the user equipment based on the identification information in the second data, that the feedback information is the information fed back by the base station for the first data. selecting (S101), by a user equipment, a demodulation reference signal, DMRS, from a DMRS list; sending (S102), by the user equipment to a base station through a first channel, first data that carries the DMRS; receiving (S103), by the user equipment through a second channel, second data that is sent by the base station and that carries feedback information, wherein a resource on which the second channel is located is determined based on the DMRS and a resource on which the first channel is located; and determining (S104), by the user equipment, that the feedback information is information fed back by the base station for the first data, wherein the first data further carries identification information of the user equipment, the second data further carries the identification information, and the determining (S104), by the user equipment, that the feedback information is information fed back by the base station for the first data comprises: determining, by the user equipment based on the identification information in the second data, that the feedback information is the information fed back by the base station for the first data.
Computer-implemented method for adapting spectacles, comprising: virtually adapting a parametric frame model to match a 3D model of a head of a person, characterized in that the virtual adapting comprises: a first adaptation process for the parametric frame model to match the 3D model of the head in order to satisfy adaptation guidelines specific to the parametric frame model , wherein the adaptation guidelines specify target values or target areas for distances between features of the spectacle frame and features on the head, and a second adaptation process for the parametric frame model to match the 3D model of the head for an anatomical adaptation. virtually adapting a parametric frame model to match a 3D model of a head of a person, characterized in that the virtual adapting comprises: a first adaptation process for the parametric frame model to match the 3D model of the head in order to satisfy adaptation guidelines specific to the parametric frame model , wherein the adaptation guidelines specify target values or target areas for distances between features of the spectacle frame and features on the head, and a second adaptation process for the parametric frame model to match the 3D model of the head for an anatomical adaptation. a first adaptation process for the parametric frame model to match the 3D model of the head in order to satisfy adaptation guidelines specific to the parametric frame model , wherein the adaptation guidelines specify target values or target areas for distances between features of the spectacle frame and features on the head, and a second adaptation process for the parametric frame model to match the 3D model of the head for an anatomical adaptation.
An apparatus for medical procedures, the apparatus comprising: a plurality of robotic arms ; a base ; a member having first and second ends, the first end connected to the base; and a curved support connected to the second end of the member, wherein the curved support comprises a plurality of robotic arm rails each robotic arm rail configured to slidably support a respective one of the plurality of robotic arms such that the robotic arms can interchange positions by sliding past each other. a plurality of robotic arms ; a base ; a member having first and second ends, the first end connected to the base; and a curved support connected to the second end of the member, wherein the curved support comprises a plurality of robotic arm rails each robotic arm rail configured to slidably support a respective one of the plurality of robotic arms such that the robotic arms can interchange positions by sliding past each other.
A reel assembly having a spool comprising a drum core and side disc flanges attached to the drum core for retaining a wound hose on the spool , and a release mechanism operatively engaging the spool via a drive shaft , the release mechanism comprising a pair of rotatable hubs arranged in axial alignment and having a clamping spring fitted around the rotatable hubs and arranged to clamp the hubs together in fixed rotational relation, characterised in that the clamping spring opens to releases the rotatable hubs when the spool is rotated in a payout direction so that the rotatable hubs disengage and the spool freewheels.