mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a radio access network, RAN, node of a wireless communication network, the method comprising: receiving a Radio Resource Control, RRC, connection resume request message from a wireless terminal at the RAN node instructing the RAN node to establish a connection with the wireless terminal, which RRC Connection Resume Request message includes uplink data; obtaining release information for the wireless terminal at the RAN node, witch release information comprises information to release a RRC connection based on a at least one of a traffic pattern, a traffic profile, release assistance information, and/or a release assistance indicator; and transmitting a RRC connection release message to the wireless terminal after receiving the uplink data based on the release information for the wireless terminal, wherein the RRC connection release message includes a suspend indication that indicates that the RRC connection resume request is not progressed and that instructs the wireless terminal to suspend the connection. receiving a Radio Resource Control, RRC, connection resume request message from a wireless terminal at the RAN node instructing the RAN node to establish a connection with the wireless terminal, which RRC Connection Resume Request message includes uplink data; obtaining release information for the wireless terminal at the RAN node, witch release information comprises information to release a RRC connection based on a at least one of a traffic pattern, a traffic profile, release assistance information, and/or a release assistance indicator; and transmitting a RRC connection release message to the wireless terminal after receiving the uplink data based on the release information for the wireless terminal, wherein the RRC connection release message includes a suspend indication that indicates that the RRC connection resume request is not progressed and that instructs the wireless terminal to suspend the connection.
Method of producing a security element having optically active security features, comprising the following method steps: a) providing a carrier substrate , b) application of a radiation-curable embossing lacquer layer on the carrier substrate, c) introduction of nanostructures into at least one first subregion and introduction of microchannels into at least one second subregion of the radiation-curable lacquer layer, d) curing of the radiation-curable lacquer layer , e) application of a lift-off lacquer layer soluble in a solvent or in water, wherein this lacquer layer exclusively wets and fills the microchannels , f) application of a reflective layer , g) removal of the lacquer layer , which is soluble in a solvent or water, by the action of a solvent or water together with the overlying reflective layer , h) optionally, application of one or more additional functional layer(s) or protective lacquer layer(s). a) providing a carrier substrate , b) application of a radiation-curable embossing lacquer layer on the carrier substrate, c) introduction of nanostructures into at least one first subregion and introduction of microchannels into at least one second subregion of the radiation-curable lacquer layer, d) curing of the radiation-curable lacquer layer , e) application of a lift-off lacquer layer soluble in a solvent or in water, wherein this lacquer layer exclusively wets and fills the microchannels , f) application of a reflective layer , g) removal of the lacquer layer , which is soluble in a solvent or water, by the action of a solvent or water together with the overlying reflective layer , h) optionally, application of one or more additional functional layer(s) or protective lacquer layer(s).
An antenna configuration for steering of a transmit and/or receive electromagnetic signal beam over wide scan angles within a pre-determined coverage area of the antenna , said antenna configuration comprising: - a support structure for mounting on a platform and defining a stationary side of the antenna configuration ; - a transmitting and/or receiving signal feed chain mounting on the support structure ; - a reflector assembly movably mounting on the support structure about first and second axes of rotation, the first and second axes of rotation being generally perpendicular to one another; and - a first actuator rotating the reflector assembly about the first axis of rotation, and a second actuator rotating a main reflector of the reflector assembly about the second axis of rotation, and being characterized by the first and second actuators being fixedly mounted on the support structure . - a support structure for mounting on a platform and defining a stationary side of the antenna configuration ; - a transmitting and/or receiving signal feed chain mounting on the support structure ; - a reflector assembly movably mounting on the support structure about first and second axes of rotation, the first and second axes of rotation being generally perpendicular to one another; and - a first actuator rotating the reflector assembly about the first axis of rotation, and a second actuator rotating a main reflector of the reflector assembly about the second axis of rotation,
A powered surgical handpiece , said handpiece including: a motor having a drive spindle ; a chuck having: a drive shaft that is attached to the drive spindle of the motor to be rotated by the drive spindle, the drive shaft having a first bore for receiving a shaft of a cutting accessory ; a collet attached to the drive shaft , the collet including a base , at least one leg that extends from the base and a foot attached to the leg, wherein the collet is held to the drive shaft to both rotate with and move longitudinally relative to the drive shaft and the at least one foot is shaped to seat against the shaft of the cutting accessory; and a lock assembly configured to selectively longitudinally translate the collet relative to the drive shaft between a run state in which the at least one foot is held against the shaft of the cutting accessory so that the cutting accessory rotates with the drive shaft and a load state in which the at least one foot is able to flex outwardly so the shaft of the cutting accessory can be inserted into or removed from the bore of the drive shaft; wherein: the chuck includes an alignment collar separate from the drive shaft and the collet that has a non-circular opening that leads into the drive shaft bore such that when the accessory shaft with a cross sectional shape that matches the shape of the opening is inserted in the opening, retention features on the accessory shaft are aligned for engagement with the at least one foot of the collet and wherein said alignment collar is attached to said collet so as to both rotate with and move longitudinally with the collet. a motor having a drive spindle ; a chuck having: a drive shaft that is attached to the drive spindle of the motor to be rotated by the drive spindle, the drive shaft having a first bore for receiving a shaft of a cutting accessory ; a collet attached to the drive shaft , the collet including a base , at least one leg that extends from the base and a foot attached to the leg, wherein the collet is held to the drive shaft to both rotate with and move longitudinally relative to the drive shaft and the at least one foot is shaped to seat against the shaft of the cutting accessory; and a lock assembly configured to selectively longitudinally translate the collet relative to the drive shaft between a run state in which the at least one foot is held against the shaft of the cutting accessory so that the cutting accessory rotates with the drive shaft and a load state in which the at least one foot is able to flex outwardly so the shaft of the cutting accessory can be inserted into or removed from the bore of the drive shaft; wherein: the chuck includes an alignment collar separate from the drive shaft and the collet that has a non-circular opening that leads into the drive shaft bore such that when the accessory shaft with a cross sectional shape that matches the shape of the opening is inserted in the opening, retention features on the accessory shaft are aligned for engagement with the at least one foot of the collet and wherein said alignment collar is attached to said collet so as to both rotate with and move longitudinally with the collet.
A thixotropic dispersion of polyurethane-isocyanurate particles in a liquid base polyol, wherein the polyurethane-isocyanurate particles include the reaction product of a low equivalent weight polyol having a hydroxyl equivalent weight of up to 80 and 2 to 6 hydroxyl groups per molecule with one or more polyisocyanate compounds in the presence of an isocyanurate trimerization catalyst.
A polymer composition comprising 35 to 89.9 wt% of a multimodal linear low density polyethylene (LLDPE) having an MFR 21 /MFR 2 , (measured according to ASTM D1238 at 190°C and under a load of 21.6 kg and 2.16 kg), of 50 to 200, 10 to 50 wt% of a low density polyethylene (LDPE) and 0.1 to 15.0 wt% of foaming agent component based on the total amount (100wt%) of the polymer composition.
A method for improving abrasion resistance and/or taber stiffness of a fibrous product, the method comprising - providing an aqueous fiber stock, - forming the fiber stock into a wet fibrous product, and - drying the fibrous product, wherein at least one surface of the wet fibrous product, having a dryness of 15-65% gram solid/total slurry weight, is treated with a metal chelate solution comprising a zirconium chelate, wherein the amount of the aqueous metal chelate solution applied on at least one surface of the fibrous product is 0.23-0.54 kg solids/92.9 square meter (0.5-1.2 lb solids/1000 square feet). - providing an aqueous fiber stock, - forming the fiber stock into a wet fibrous product, and - drying the fibrous product,
A method for inspection of 3D manufactured structures or process control of a 3D manufacturing apparatus , the method comprising: obtaining , in real-time during a 3D manufacturing build process in which at least one structure is built by the 3D manufacturing apparatus , a topographical scan of an area of a build platform on which the at least one structure is built; evaluating , by a processor , the topographical scan to determine a powder depth or a layer depth after powder redistribution; determining , based on the evaluating , whether the powder depth or the layer depth is either inside or outside a predetermined range; modifying , based on the determining , an operational characteristic of the 3D manufacturing apparatus ; wherein the method further comprises: identifying a defect in at least one structure ; correlating the defect with the powder layer or the layer depth; generating or updating a statistical model based on the correlation; and generating the predetermined range from a distribution function of the statistical model. obtaining , in real-time during a 3D manufacturing build process in which at least one structure is built by the 3D manufacturing apparatus , a topographical scan of an area of a build platform on which the at least one structure is built; evaluating , by a processor , the topographical scan to determine a powder depth or a layer depth after powder redistribution; determining , based on the evaluating , whether the powder depth or the layer depth is either inside or outside a predetermined range; modifying , based on the determining , an operational characteristic of the 3D manufacturing apparatus ; identifying a defect in at least one structure ; correlating the defect with the powder layer or the layer depth; generating or updating a statistical model based on the correlation; and generating the predetermined range from a distribution function of the statistical model.
Portable vacuum apparatus with a suction channel opening into a suction nozzle and with a housing , a container for the suction material and a suction unit for generating a suction flow which provides a suction vacuum applied to the suction nozzle , with a separating unit which is capable of separating the suction flow drawn in via the suction nozzle into an exhaust air flow flowing out of the vacuum apparatus and into suction material in the form of particles and/or fluid particles, wherein the separated particles or fluid particles are collected in the container for the suction material , wherein a suction material guideway is provided between the suction channel and the container for the suction material , through which the suction material passes into the container for the suction material when the vacuum apparatus is used as intended, characterized in that the geometric boundary of the suction material guideway is embodied in several parts and is formed at least by a separate shell component .
Tasimelteon for use in the treatment of a circadian rhythm sleep disorder (CRSD) or one or more symptoms associated with said disorder in a patient that has a cryptochrome circadian clock 1 (CRY1) genotype or period 1 (PERI) genotype associated with said disorder, wherein the genotype is selected from one of the group consisting of CRY1 genotype associated with said disorder having at least one copy of the rs184039278 allele; CRY1 genotype associated with said disorder having at least one copy of the rs780614131 allele; and PERI genotype associated with said disorder having at least one copy of the rs112474322 allele. CRY1 genotype associated with said disorder having at least one copy of the rs184039278 allele; CRY1 genotype associated with said disorder having at least one copy of the rs780614131 allele; and PERI genotype associated with said disorder having at least one copy of the rs112474322 allele.
A first module (10; 310) for use in an assembly for managing the flow of water beneath a ground surface, the first module comprising: a length (L) and a width (W); two supports (12; 312) including a first support and a second support; a deck portion (14; 314) having first and second ends , a main deck section (18; 318) located on top of the two supports and a first cantilevered deck section (20; 320) extending laterally from the main deck section laterally outward to a first longitudinal side of the deck portion; the two supports being spaced apart from one another, the first support being spaced inward from the first longitudinal side of the deck portion and including one or more lateral channels (28; 328) extending therethrough; the two supports together with the main deck section defining an interior channel (26; 326) extending in a longitudinal direction along the length of the module; the first support having at least two leg sections (22; 322) spaced apart from one another, the one or more lateral channels (28; 328) being perpendicular to, and in fluid communication with, the interior channel (26; 326), characterised in that the deck portion (14; 314) and the two supports (12; 312) being formed as one integral piece, and each leg section being spaced inward from the first and second ends (24; 324). a length (L) and a width (W); two supports (12; 312) including a first support and a second support; a deck portion (14; 314) having first and second ends , a main deck section (18; 318) located on top of the two supports and a first cantilevered deck section (20; 320) extending laterally from the main deck section laterally outward to a first longitudinal side of the deck portion; the two supports being spaced apart from one another, the first support being spaced inward from the first longitudinal side of the deck portion and including one or more lateral channels (28; 328) extending therethrough; the two supports together with the main deck section defining an interior channel (26; 326) extending in a longitudinal direction along the length of the module; the first support having at least two leg sections (22; 322) spaced apart from one another, the one or more lateral channels (28; 328) being perpendicular to, and in fluid communication with, the interior channel (26; 326), characterised in that the deck portion (14; 314) and the two supports (12; 312) being formed as one integral piece, and each leg section being spaced inward from the first and second ends (24; 324).
Protective circuit (204; 304; 403; 411) for overvoltage and/or overcurrent protection of a device terminal (202; PA_SPK-, PA_SPK+) of an electronic device (200; 300; 400; 410), for a motor vehicle, said device terminal being configured for external circuitry, i.e. for connection to a load (RL), comprising a comparison stage (SPR1) for comparing a measurement voltage, which is formed from a voltage present at the external circuitry, namely the load, with a comparison voltage, i.e. with a supply voltage of the electronic device (200; 300; 400; 410), and also at least one switch element (UPR1, UPR2), which is arranged in a manner connected in series between the device terminal (202; PA_SPK-, PA_SPK+) and the external circuitry and is controllable by the comparison stage (SPR1), for disconnecting the external circuitry from the device terminal (202; PA_SPK-, PA_SPK+), and also at least one element which limits a voltage rise at the device terminal (202; PA_SPK-, PA_SPK+), embodied with at least one inductive circuit element (LPR; LFI; L1, L2) and/or at least one capacitive circuit element (CFI) and/or at least one resistive circuit element, for limiting a change in the comparison voltage over time in relation to a change in the voltage present at the external circuitry over time, and characterized by at least one voltage shaping element, embodied with at least one diode (DPR1, DPR2), for forming the measurement voltage from the voltage present at the external circuitry and for feeding the measurement voltage to the comparison stage (SPR1).
A formulation comprising Lactobacillus reuteri MM4-1A (ATCC-PTA-6475) and/or a bioactive extract or fraction thereof for use in a method of treating or preventing one or more social behavioral deficiencies in an individual with autism spectrum disorder, comprising the steps of providing to the individual and/or the mother during gestation of the individual a therapeutically effective amount of the formulation.
A device for fastening a handle to cookware or bakeware having a support piece protruding outward from the cookware or bakeware wall and the handle which can be detachably snapped onto the support piece , the handle having a frontal recess by means of which it can be snapped onto the support piece , and a spring element being retained in the recess of the handle , the spring element acting on a latching element of the handle , which latches onto the support piece , when the handle is snapped onto the support piece , and an actuation element being provided on the handle , and the spring element being able to be activated by means of the actuation element , characterized in that the support piece has a window-like recess in its base and a fork element is clamped in the recess of the handle at the surface parallel to the base in operating position, the fork element being made of resilient material and having a bent section and a straight section , the fork element being curved essentially like an S at the curved section , and an attachment protrusion being formed at the bent section , and the fork element engaging into the window-like recess with its curved section , and the resilient fork element being supported on a support surface in operating position, the fork element is supported on the support piece by the flat section on the one hand or by the attachment protrusion on the other hand in operating position.
A method to be performed at a wireless communication station, STA, the method comprising: setting a Beacon Interval, BI, start time field comprising four octets in a wakeup schedule element, the BI start time field is based on a value, which is no longer than 2 31 -1 microseconds, and on a Target Beacon Transmission Time, TBTT, of a BI during which the wakeup schedule element, WSE, is to be transmitted; and transmitting a frame comprising the wakeup schedule element during the BI. setting a Beacon Interval, BI, start time field comprising four octets in a wakeup schedule element, the BI start time field is based on a value, which is no longer than 2 31 -1 microseconds, and on a Target Beacon Transmission Time, TBTT, of a BI during which the wakeup schedule element, WSE, is to be transmitted; and transmitting a frame comprising the wakeup schedule element during the BI.
A novel object hanging device, comprising a base , wherein a back surface of the base is provided with a soft edge capable of being attached to a hanging surface to be attached; a glue groove for containing glue being enclosed by the soft edge ; a lug boss being arranged on a front end surface of the base ; and a glue injection hole extending towards the back surface of the base and being in communication with the glue groove is arranged on the lug boss ; wherein the soft edge is provided with an externally communicable opening and a cover block covering the glue injection hole is arranged on the lug boss ; the novel object hanging device being characterized in that : an external thread is arranged outside the lug boss ; a glue chamber for containing glue being arranged inside the cover block ; an internal thread being arranged inside the glue chamber .
An optical lens, along an optical axis from an object side to an image side, at least comprising: an aperture , a first lens having a positive refractive power, a second lens having a negative refractive power, a third lens having the positive refractive power, and a fourth lens having the negative refractive power, wherein the optical lens fulfils the inequality |f/f2| < 0.73 where f denotes the effective focal length of the optical lens and f2 denotes the effective focal length of the second lens , characterized in that the optical lens fulfils the inequalities 0.70 < H2/H1 < 0.85 where H1 denotes the height of a real object and H2 denotes the height of the object in the image captured by said optical lens. an aperture , a first lens having a positive refractive power, a second lens having a negative refractive power, a third lens having the positive refractive power, and a fourth lens having the negative refractive power, wherein the optical lens fulfils the inequality |f/f2| < 0.73 where f denotes the effective focal length of the optical lens and f2 denotes the effective focal length of the second lens , characterized in that the optical lens fulfils the inequalities 0.70 < H2/H1 < 0.85 where H1 denotes the height of a real object and H2 denotes the height of the object in the image captured by said optical lens.
A method of making a solar module comprising: forming an arcuate frame ; and adhesively bonding a solar cell formed of a flexible sheet of a thin film organic photovoltaic solar material to the frame or to a flexible backing attachable to the frame to at least partially cover an upwardly facing part of the frame; once fixed to the frame, the flexible sheet being curved with a curvature which corresponds to the curvature of the arcuate frame. forming an arcuate frame ; and adhesively bonding a solar cell formed of a flexible sheet of a thin film organic photovoltaic solar material to the frame or to a flexible backing attachable to the frame to at least partially cover an upwardly facing part of the frame; once fixed to the frame, the flexible sheet being curved with a curvature which corresponds to the curvature of the arcuate frame.