mhurhangee/patent-ind-claim-en huggingface dataset:
A tracheostomy tube assembly including a tracheostomy tube having a shaft with an inflatable sealing cuff towards its patient end and an inflation line communicating with the sealing cuff and having an inflation indicator towards its machine end, wherein the assembly also includes a protective enclosure extending around and enclosing the inflation indicator to protect it from damage by chewing, wherein the protective enclosure is transparent, at least in part, to enable the inflation indicator to be viewed through the enclosure, wherein the protective enclosure has a first part arranged to receive a machine end of the inflation indicator and a second part having a transparent sleeve adapted to extend around the inflation indicator and fit with the first part , wherein the second part is open at its machine end that fits with the first part , and wherein the second part has an opening at its patient end through which the inflation line extends, and characterised in that the second part has a slot extending along its length between the open machine end and the opening at the patient end so that the inflation line can be threaded through the slot .
An elastomeric composition for tyres, comprising at least 100 phr of at least one diene elastomeric polymer (A), 0.5 to 50 phr of at least one phenolic product (B), optionally already partially cross-linked, 0.5 to 100 phr of at least one oxidised carbon allotrope (C) selected from oxidised carbon nanotubes, oxidised graphite, oxidised graphene and oxidised carbon black, 0 to 50 phr of at least one aldehyde and/or at least one methylene donor product (D), 0 to 120 phr of at least one reinforcing filler (E), and 0.1 to 15 phr of at least one vulcanising agent (F). 100 phr of at least one diene elastomeric polymer (A), 0.5 to 50 phr of at least one phenolic product (B), optionally already partially cross-linked, 0.5 to 100 phr of at least one oxidised carbon allotrope (C) selected from oxidised carbon nanotubes, oxidised graphite, oxidised graphene and oxidised carbon black, 0 to 50 phr of at least one aldehyde and/or at least one methylene donor product (D), 0 to 120 phr of at least one reinforcing filler (E), and 0.1 to 15 phr of at least one vulcanising agent (F).
A rolling display arrangement for an electronic device , said rolling display arrangement comprising: - a display module , - a shaft module , and - at least one transmission module , wherein - said transmission module being adapted for transferring rotational movement of said shaft module and said transmission module to linear movement of said display module , - said display module comprises a flexible display and a display support , said display support comprising a first rigid part , a second rigid part , and a flexible part arranged between said first rigid part and said second rigid part , said first rigid part and said second rigid part extending in parallel, said flexible part partially enclosing said shaft module , - said shaft module comprising a drive shaft and a drive shaft gear , - said transmission module being interconnected with said first rigid part and said second rigid part of said display module , and with said drive shaft gear of said shaft module , and wherein - said shaft module further comprises a freely rotatable outer shaft and a stationary center shaft , said freely rotatable outer shaft , said drive shaft , and said stationary center shaft sharing a second center axis (A2), said drive shaft being arranged between said freely rotatable outer shaft and said stationary center shaft , and said freely rotatable outer shaft being in abutment with said flexible part of said display support . - a display module , - a shaft module , and - at least one transmission module , wherein - said transmission module being adapted for transferring rotational movement of said shaft module and said transmission module to linear movement of said display module , - said display module comprises a flexible display and a display support , said display support comprising a first rigid part , a second rigid part , and a flexible part arranged between said first rigid part and said second rigid part , said first rigid part and said second rigid part extending in parallel, said flexible part partially enclosing said shaft module , - said shaft module comprising a drive shaft and a drive shaft gear , - said transmission module being interconnected with said first rigid part and said second rigid part of said display module , and with said drive shaft gear of said shaft module , and wherein - said shaft module further comprises a freely rotatable outer shaft and a stationary center shaft , said freely rotatable outer shaft , said drive shaft , and said stationary center shaft sharing a second center axis (A2), said drive shaft being arranged between said freely rotatable outer shaft and said stationary center shaft , and said freely rotatable outer shaft being in abutment with said flexible part of said display support .
RFID transmission circuitry comprising: a transmission module producing a pulsed output (A) having non-uniform pulse amplitudes; a first threshold circuit receiving said pulsed output (A) from said transmission module and providing a pulsed output (B) including only pulses whose amplitude exceeds a first threshold level; a second threshold circuit receiving said pulsed output (A) from said transmission module and providing a pulsed output (C,E) including only pulses whose amplitude exceeds a second threshold level, which is less than said first threshold level; a gate circuit receiving, as a clock input, said pulsed output (C,E) of said second threshold circuit and receiving, as a signal input, said pulsed output (B) of said first threshold circuit, said gate circuit being operative to provide a logic output in response to each clock input, said logic output (F) being responsive to the presence or absence of a signal input pulse thereat; a power amplifier receiving said pulsed output (A) of said transmission module and said logic output (F) from said gate circuit as a gain control input and providing an amplified output responsive to said gain control input; and an antenna which is driven by an input (G) derived from said amplified output. a transmission module producing a pulsed output (A) having non-uniform pulse amplitudes; a first threshold circuit receiving said pulsed output (A) from said transmission module and providing a pulsed output (B) including only pulses whose amplitude exceeds a first threshold level; a second threshold circuit receiving said pulsed output (A) from said transmission module and providing a pulsed output (C,E) including only pulses whose amplitude exceeds a second threshold level, which is less than said first threshold level; a gate circuit receiving, as a clock input, said pulsed output (C,E) of said second threshold circuit and receiving, as a signal input, said pulsed output (B) of said first threshold circuit, said gate circuit being operative to provide a logic output in response to each clock input, said logic output (F) being responsive to the presence or absence of a signal input pulse thereat; a power amplifier receiving said pulsed output (A) of said transmission module and said logic output (F) from said gate circuit as a gain control input and providing an amplified output responsive to said gain control input; and an antenna which is driven by an input (G) derived from said amplified output.
A compound of Formula I: wherein R 1 and R 2 are identical or different, each being independently selected from C1-C12 alkyl and C3-C8 cycloalkyl; and R 1 and R 2 are not methyl at same time.
A stretchable display device comprising: a plurality of island substrates , the plurality of island substrates being spaced apart from each other and defining a plurality of pixels; a lower substrate disposed under the plurality of island substrates and including: a plurality of first lower patterns ; and a second lower pattern ; wherein an elastic modulus of the plurality of first lower patterns is higher than that of the second lower pattern ; and wherein each island substrate of the plurality of island substrates is located on a respective first lower pattern of the plurality of first lower patterns ; and a plurality of connecting lines electrically connecting pads disposed on adjacent island substrates of the plurality of island substrates; characterised by the second lower pattern including a plurality of grooves, wherein the plurality of first lower patterns is disposed in the plurality of grooves, and a lower adhesive layer disposed to bond the plurality of first lower patterns and the plurality of island substrates, the lower adhesive layer further being disposed under the plurality of connecting lines and under the plurality of island substrates , wherein the lower adhesive layer is disposed to overlap the plurality of island substrates. a plurality of island substrates , the plurality of island substrates being spaced apart from each other and defining a plurality of pixels; a lower substrate disposed under the plurality of island substrates and including: a plurality of first lower patterns ; and a second lower pattern ; wherein an elastic modulus of the plurality of first lower patterns is higher than that of the second lower pattern ; and wherein each island substrate of the plurality of island substrates is located on a respective first lower pattern of the plurality of first lower patterns ; and a plurality of first lower patterns ; and a second lower pattern ; wherein an elastic modulus of the plurality of first lower patterns is higher than that of the second lower pattern ; and wherein each island substrate of the plurality of island substrates is located on a respective first lower pattern of the plurality of first lower patterns ; and a plurality of connecting lines electrically connecting pads disposed on adjacent island substrates of the plurality of island substrates; characterised by the second lower pattern including a plurality of grooves, wherein the plurality of first lower patterns is disposed in the plurality of grooves, and a lower adhesive layer disposed to bond the plurality of first lower patterns and the plurality of island substrates, the lower adhesive layer further being disposed under the plurality of connecting lines and under the plurality of island substrates , wherein the lower adhesive layer is disposed to overlap the plurality of island substrates.
A neurostimulation system , comprising: a neurostimulation lead configured for being implanted along a spinal cord of a patient , the neurostimulation lead including a paddle having a longitudinal axis and an array of electrodes ; a neurostimulation device configured for delivering electrical stimulation energy to active ones of the electrode array ; and control/processing circuitry (54; 68) configured for instructing the neurostimulation device to configure an active one of the electrode array as a cathode, and two active ones of the electrode array longitudinally flanking and laterally offset from the cathode as anodes, selecting a ratio of stimulation amplitude values for the two anodes based on a known longitudinal location of the implanted neurostimulation lead relative to the spinal cord, and instructing the neurostimulation device to distribute the electrical stimulation energy between the two anodes in accordance with the selected stimulation amplitude value ratio. a neurostimulation lead configured for being implanted along a spinal cord of a patient , the neurostimulation lead including a paddle having a longitudinal axis and an array of electrodes ; a neurostimulation device configured for delivering electrical stimulation energy to active ones of the electrode array ; and control/processing circuitry (54; 68) configured for instructing the neurostimulation device to configure an active one of the electrode array as a cathode, and two active ones of the electrode array longitudinally flanking and laterally offset from the cathode as anodes, selecting a ratio of stimulation amplitude values for the two anodes based on a known longitudinal location of the implanted neurostimulation lead relative to the spinal cord, and instructing the neurostimulation device to distribute the electrical stimulation energy between the two anodes in accordance with the selected stimulation amplitude value ratio.
A method for estimating a probability of state change of a node in a network, the method being performed in a network node comprises: determining a set of weights based on attributes of the node; and estimating the probability of state change of the node using the determined set of weights and a set of one or more attribute values related to the node, characterized in that determining the set of weights comprises maximizing an evaluation value associated to the node and associated to the attributes of the node, wherein the determining is performed by adjusting the weights such that the evaluation value is maximized, and wherein the probability of state change is computed using the adjusted weights. determining a set of weights based on attributes of the node; and estimating the probability of state change of the node using the determined set of weights and a set of one or more attribute values related to the node, characterized in that determining the set of weights comprises maximizing an evaluation value associated to the node and associated to the attributes of the node, wherein the determining is performed by adjusting the weights such that the evaluation value is maximized, and wherein the probability of state change is computed using the adjusted weights.
A solid dispersion comprising an anticancer compound (1'R,2'S)-2-(2,6-dichlorostyryl)-5,7-dihydroxy-8-(3-hydroxy-1-methylpiperidin-4-yl)-4H-chromen-4-one of Formula A dispersed in a hydrophilic polymer at an ambient temperature, wherein the anticancer compound is present in a concentration range of 15% w/w to 30% w/w.
A composition comprising 5-aminolevulinic acids for use in oral administration in photodynamic therapy of subcutaneous cancer or in photodynamic diagnosis of sentinel lymph node, wherein the composition is for use with irradiation with excitation light at a wavelength of 500 to 530 nm.
A cam mechanism , in particular for a cosmetic product applicator , comprising a rod , a sheath , a sleeve , a skirt and a body , wherein the sheath is secured in rotation to the rod and able to slide relative to the rod , the skirt is secured in rotation to the sleeve and able to slide relative to the sleeve , the sleeve is secured in rotation to the body and able to slide relative to the body , the sheath cooperating with the skirt so that the rotation of the sheath relative to the skirt causes an axial movement of the skirt relative to the sheath , the sleeve cooperating with the rod and the sheath so that the rotation of the rod relative to the sleeve causes an axial movement of the sleeve relative to the rod , the axial movement of the sleeve slidably driving, at least in one direction (D1), the sheath relative to the rod .
A cross-linked polyethylene AC cable insulating material, comprising following components by mass: 100phr of low-density polyethylene, 0.2-1.2phr of a maleic anhydride modified voltage stabilizer, 0.2-0.5phr of an antioxidant, and 1.5-2.2phr of an initiator; wherein the low-density polyethylene has a melt index of 1.9-2.1g/10min at 190°C and 2.16kg load and a density of 0.902-0.942g/cm 3 ; the maleic anhydride modified voltage stabilizer has a structural formula represented by Formula 1: 100phr of low-density polyethylene, 0.2-1.2phr of a maleic anhydride modified voltage stabilizer, 0.2-0.5phr of an antioxidant, and 1.5-2.2phr of an initiator; wherein the low-density polyethylene has a melt index of 1.9-2.1g/10min at 190°C and 2.16kg load and a density of 0.902-0.942g/cm 3 ; the maleic anhydride modified voltage stabilizer has a structural formula represented by Formula 1:
A stackable connector comprising: a body having a first connector , electrical contacts positioned on the first connector, and a first magnet configured to align and magnetically couple a contact surface of the first connector with the contact surface of a second connector; a cable extending from the body, the cable including one or more wires; characterized by further comprising connection detection circuitry comprising a sensor disposed within the body and configured to determine whether the first connector is mated with a second connector which is connectable to the first connector and to distinguish between two or more orientations (1350a-d, 1355a-c) of the first connector with respect to the second connector based on electrical characteristics of the contacts and/or magnet characteristics of the first connector when the first connector is mated with the second connector ; and routing circuitry housed in the body and coupled to the connection detection circuitry and the one or more wires, the routing circuitry configured to route first signals between the one or more wires and the contacts when a first orientation is detected by the sensor and to route second signals different than the first signals between the one or more wires and the contacts when a second orientation is detected by the sensor. a body having a first connector , electrical contacts positioned on the first connector, and a first magnet configured to align and magnetically couple a contact surface of the first connector with the contact surface of a second connector; a cable extending from the body, the cable including one or more wires; characterized by further comprising connection detection circuitry comprising a sensor disposed within the body and configured to determine whether the first connector is mated with a second connector which is connectable to the first connector and to distinguish between two or more orientations (1350a-d, 1355a-c) of the first connector with respect to the second connector based on electrical characteristics of the contacts and/or magnet characteristics of the first connector when the first connector is mated with the second connector ; and routing circuitry housed in the body and coupled to the connection detection circuitry and the one or more wires, the routing circuitry configured to route first signals between the one or more wires and the contacts when a first orientation is detected by the sensor and to route second signals different than the first signals between the one or more wires and the contacts when a second orientation is detected by the sensor.
Film die comprising a first tool element , a second tool element , wherein the first and second tool elements include an inlet opening and an outlet opening , and a flow channel for a polymer melt extending between the first tool element and the second tool element from the inlet opening to the outlet opening , wherein a mixer structure is arranged in the flow channel , which contains a base , at least a first web element and a second web element , characterized in that the mixer structure in at least one of the tool elements is held by means of a holding element , whereby the length of projection I of the mixer structure is greater or substantially equal to the width B of the holding element , wherein the first web element and the second web element comprise at least an end which is connected to the base , whereby the base is attached to at least one of the first or second tool elements .
A grill appliance comprising at least a non-stick cooking plate comprising a support plate and a non-stick coating on at least one surface of the support plate , characterized in that the at least one surface of the support plate having said non-stick coating is a micro-corrugated surface, having corrugations on a micrometric scale and the non-stick coating is a nodular chromium coating , having a micro-nodular structure with a substantially peaks-and-valleys morphology, wherein the support plate comprises at least one surface portion , including said surface of the support plate having said non-stick coating , which is hardened and annealed, and has a superficial hardness equal to or higher than about 40 HRc, preferably comprised in the range of about 40-60 HRc.
A method performed at a terminal for controlling Discontinuous Reception, DRX, in a mobile communication system, comprising: receiving DRX configuration information from an Evolved Node B, ENB; determining whether a first condition is satisfied, the first condition being whether a current subframe exists between a first time point that the DRX-configuration information is received and a second time point that an application of a short DRX cycle is triggered; using , if the first condition is satisfied, a preset DRX cycle in receiving data from the ENB; identifying that a physical downlink channel, PDCCH, indicating a new transmission is received; determining whether a channel quality indicator, CQI, mask is configured; if the CQI mask is configured, determining whether the preset DRX cycle is changed from a long DRX cycle to the short DRX cycle; if the preset DRX cycle is changed from the long DRX cycle to the short DRX cycle, determining whether a duration of on-duration starts for n-subframes followed by a subframe of receiving PDCCH; and if the preset DRX cycle is not changed from the long DRX cycle to the short DRX cycle, performing DRX operation as usual. receiving DRX configuration information from an Evolved Node B, ENB; determining whether a first condition is satisfied, the first condition being whether a current subframe exists between a first time point that the DRX-configuration information is received and a second time point that an application of a short DRX cycle is triggered; using , if the first condition is satisfied, a preset DRX cycle in receiving data from the ENB; identifying that a physical downlink channel, PDCCH, indicating a new transmission is received; determining whether a channel quality indicator, CQI, mask is configured; if the CQI mask is configured, determining whether the preset DRX cycle is changed from a long DRX cycle to the short DRX cycle; if the preset DRX cycle is changed from the long DRX cycle to the short DRX cycle, determining whether a duration of on-duration starts for n-subframes followed by a subframe of receiving PDCCH; and if the preset DRX cycle is not changed from the long DRX cycle to the short DRX cycle, performing DRX operation as usual.
A method for manufacturing nano carbon micro particles, comprising the following steps: step one: digesting the Mmalvaceae plant to produce a solution containing lignin; step two: extracting lignin condensation from the solution containing lignin, and then removing salt from the lignin condensation to form a material containing lignin; step three: carbonizing the material containing lignin to form carbides; step four: crushing the carbides; step five: performing high-frequency heat treatment at a temperature between 2000°C and 10000°C on the crushed carbides to obtain carbon micro particles. step one: digesting the Mmalvaceae plant to produce a solution containing lignin; step two: extracting lignin condensation from the solution containing lignin, and then removing salt from the lignin condensation to form a material containing lignin; step three: carbonizing the material containing lignin to form carbides; step four: crushing the carbides; step five: performing high-frequency heat treatment at a temperature between 2000°C and 10000°C on the crushed carbides to obtain carbon micro particles.
Hybrid traction head for a motor vehicle , having at least one electric machine and at least one multi-disc clutch comprising an inner disc carrier , an outer disc carrier and at least one disc pack permanently joined to the inner disc carrier and comprising at least two discs , each of which has a continuous ring at an inner circumference, characterised in that the at least one multi-disc clutch has at least one spacer element , which is located between the at least two discs and is located at the inner disc carrier and which is provided for a regular spacing of the discs and has at least one oil guidance pocket extending radially outwards from the inner disc carrier beyond the continuous rings of the discs .