mhurhangee/patent-ind-claim-en huggingface dataset:
Rubber composition containing at least: - a reinforcing filler comprising silica, - an elastomer comprising units of a 1,3-diene monomer and bearing carbonate functions that are each present in a 1,3-dioxolan-2-one ring, - a crosslinking system comprising a polyamine compound, and - a terpene phenolic resin. - a reinforcing filler comprising silica, - an elastomer comprising units of a 1,3-diene monomer and bearing carbonate functions that are each present in a 1,3-dioxolan-2-one ring, - a crosslinking system comprising a polyamine compound, and - a terpene phenolic resin.
A method for controlling an electrical power flow from a power source to a powered device comprising the steps of: receiving, at a processor, via a user interface, , an indication of an amperage rating, selected from a plurality of ratings presented in the form of images of electrical outlets, , of a circuit breaker through which the powered device is connected to the power source; receiving, at the processor, a signal from a sensor indicating a level of power flow from the power source to the powered device; altering, via the processor, the power flow to the powered device based upon the received signal and the amperage rating of the circuit breaker such that the power flow does not cause the circuit breaker to interrupt the power flow to the powered device. receiving, at a processor, via a user interface, , an indication of an amperage rating, selected from a plurality of ratings presented in the form of images of electrical outlets, , of a circuit breaker through which the powered device is connected to the power source; receiving, at the processor, a signal from a sensor indicating a level of power flow from the power source to the powered device; altering, via the processor, the power flow to the powered device based upon the received signal and the amperage rating of the circuit breaker such that the power flow does not cause the circuit breaker to interrupt the power flow to the powered device.
A radio communication system that includes a plurality of radio communication apparatuses, wherein a first radio communication apparatus of the radio communication apparatuses is configured to switch off a cell of the first radio communication apparatus, wherein the first radio communication apparatus is configured to notify a second radio communication apparatus of the radio communication apparatuses that the cell is switched off, and wherein the second radio communication apparatus is configured to update information of the cell that has been switched off in a list of neighbor cell information of the second radio communication apparatus, wherein the information of the cell that has been switched off is not removed from the list of neighbor cell information for activating again the cell that has been switched off, even if the second radio communication apparatus is notified that the cell has been switched off.
An on-board aircraft dried inert gas system, comprising: a source of an inert gas comprising water; an air cycle cooling system comprising a primary heat exchanger , a compressor , a secondary heat exchanger , a turbine , and a condenser/reheater and a water removal unit for being in operative fluid communication with a compressed air source and an aircraft cabin, wherein the primary heat exchanger , the compressor , the secondary heat exchanger , a first path of the condenser/reheater , the water removal unit , and a second path of the condenser/ reheater and the turbine are fluidly coupled in series; and a heat exchanger condenser comprising a heat absorption side in thermal communication with the air cycle cooling system, and a heat rejection side that receives the inert gas comprising water and outputs dried inert gas. a source of an inert gas comprising water; an air cycle cooling system comprising a primary heat exchanger , a compressor , a secondary heat exchanger , a turbine , and a condenser/reheater and a water removal unit for being in operative fluid communication with a compressed air source and an aircraft cabin, wherein the primary heat exchanger , the compressor , the secondary heat exchanger , a first path of the condenser/reheater , the water removal unit , and a second path of the condenser/ reheater and the turbine are fluidly coupled in series; and a heat exchanger condenser comprising a heat absorption side in thermal communication with the air cycle cooling system, and a heat rejection side that receives the inert gas comprising water and outputs dried inert gas.
A method by a session management function, SMF, in a communication system, the method comprising: receiving a request message for establishing a protocol data unit, PDU, session ; deciding to perform a redundant transmission associated with a PDU session between a user plane function, UPF and a radio access network, RAN, node; transmitting, to the UPF, a session establishment request message ; receiving, from the UPF, a session establishment response message ; transmitting, to the RAN, at least two core network, CN, tunnel information for the redundant transmission ; receiving, from the RAN node, at least two access network, AN, tunnel information for the redundant transmission ; and transmitting, to the UPF, the at least two AN tunnel information wherein a packet and a duplicated packet corresponding to the packet are assigned with a same sequence number and are transmitted via at least two tunnels, based on at least one of the at least two CN tunnel information or at least two AN tunnel information, separately. receiving a request message for establishing a protocol data unit, PDU, session ; deciding to perform a redundant transmission associated with a PDU session between a user plane function, UPF and a radio access network, RAN, node; transmitting, to the UPF, a session establishment request message ; receiving, from the UPF, a session establishment response message ; transmitting, to the RAN, at least two core network, CN, tunnel information for the redundant transmission ; receiving, from the RAN node, at least two access network, AN, tunnel information for the redundant transmission ; and transmitting, to the UPF, the at least two AN tunnel information wherein a packet and a duplicated packet corresponding to the packet are assigned with a same sequence number and are transmitted via at least two tunnels, based on at least one of the at least two CN tunnel information or at least two AN tunnel information, separately.
Article for cleaning surfaces, wherein the article comprises a sponge-like material and a cleaning agent integrated into the article in the form of solid soap, characterized in - that the article has at least one cavity closed at the periphery in the sponge-like material , - that the cleaning agent is non-replaceably deposited in the cavity closed at the periphery in such a way that it cannot be replaced after consumption, - for which purpose at least one piece of solid soap is deposited in a recess of a first part of the article and the recess is closed with a second part of the article by an adhesive bond, - that the cleaning agent has a dye in the form of a color indicator that can be visually displayed during use until the article is unusable or until a predetermined end of its useful life, wherein the dye is a food coloring and the end of the useful life of the article can be indicated when the dye is released or when the dye which was added to the soap no longer causes any coloring of the water, and wherein - the cleaning agent is enriched with disinfectant, wherein the disinfectant is cetrimide, benzalkonium chloride, polyhexanide or any mixture thereof, and that the soap is enriched with the disinfectant to a maximum of 2 percent by volume. - that the article has at least one cavity closed at the periphery in the sponge-like material , - that the cleaning agent is non-replaceably deposited in the cavity closed at the periphery in such a way that it cannot be replaced after consumption, - for which purpose at least one piece of solid soap is deposited in a recess of a first part of the article and the recess is closed with a second part of the article by an adhesive bond, - that the cleaning agent has a dye in the form of a color indicator that can be visually displayed during use until the article is unusable or until a predetermined end of its useful life, wherein the dye is a food coloring and the end of the useful life of the article can be indicated when the dye is released or when the dye which was added to the soap no longer causes any coloring of the water, and wherein - the cleaning agent is enriched with disinfectant, wherein the disinfectant is cetrimide, benzalkonium chloride, polyhexanide or any mixture thereof, and that the soap is enriched with the disinfectant to a maximum of 2 percent by volume.
A filter assembly for a refrigerator appliance , the filter assembly comprising: a filter housing for receiving a filter cartridge ; and a filter locking mechanism positioned at least partially within the filter housing for securing the filter cartridge , the filter locking mechanism comprising a locking arm , characterized in that the locking arm defines a retention clip for securing the filter cartridge and a resilient arm that extends from the locking arm at an extension angle of less than 90 degrees, and wherein the filter housing defines a plurality of alignment ribs for guiding the filter cartridge into the filter housing . a filter housing for receiving a filter cartridge ; and a filter locking mechanism positioned at least partially within the filter housing for securing the filter cartridge , the filter locking mechanism comprising a locking arm , characterized in that the locking arm defines a retention clip for securing the filter cartridge and a resilient arm that extends from the locking arm at an extension angle of less than 90 degrees, and wherein the filter housing defines a plurality of alignment ribs for guiding the filter cartridge into the filter housing .
A manipulator , comprising: an elongated chassis containing a U-shaped channel defining a distal direction and a proximal direction; and an adjuster configured to slide in the U-shaped channel, the adjuster comprising: a first wheel which, on rotation, is configured to translate a guidewire positioned in the adjuster along an axis of the guidewire, wherein the first wheel comprises a first wheel axle ; retaining slots configured to accept the axle, so that on rotation of the first wheel about the first wheel axle the first wheel slides in the retaining slots to engage the guidewire; a second wheel which, on rotation, is configured to rotate the guidewire positioned in the adjuster about the axis of the guidewire; and a port , distal to the first and the second wheel, configured to accept a tubular balloon and the guidewire, wherein the first wheel is configured to engage the guidewire on application of pressure to rotate the first wheel and to disengage the guidewire when no pressure is applied to rotate the first wheel. an elongated chassis containing a U-shaped channel defining a distal direction and a proximal direction; and an adjuster configured to slide in the U-shaped channel, the adjuster comprising: a first wheel which, on rotation, is configured to translate a guidewire positioned in the adjuster along an axis of the guidewire, wherein the first wheel comprises a first wheel axle ; retaining slots configured to accept the axle, so that on rotation of the first wheel about the first wheel axle the first wheel slides in the retaining slots to engage the guidewire; a second wheel which, on rotation, is configured to rotate the guidewire positioned in the adjuster about the axis of the guidewire; and a port , distal to the first and the second wheel, configured to accept a tubular balloon and the guidewire, a first wheel which, on rotation, is configured to translate a guidewire positioned in the adjuster along an axis of the guidewire, wherein the first wheel comprises a first wheel axle ; retaining slots configured to accept the axle, so that on rotation of the first wheel about the first wheel axle the first wheel slides in the retaining slots to engage the guidewire; a second wheel which, on rotation, is configured to rotate the guidewire positioned in the adjuster about the axis of the guidewire; and a port , distal to the first and the second wheel, configured to accept a tubular balloon and the guidewire, wherein the first wheel is configured to engage the guidewire on application of pressure to rotate the first wheel and to disengage the guidewire when no pressure is applied to rotate the first wheel.
An external charger for wirelessly providing energy to an implantable medical device , IMD, comprising: a charging coil configured when energized by a drive signal to produce a magnetic field with a power to wirelessly provide energy to the IMD as a coupled system; a sense coil , wherein the sense coil is configured to be induced by the magnetic field with an induced signal affected by a position of the charging coil with respect to the IMD ; and control circuitry configured to determine from a plurality of parameters each determinable using the induced signal how to adjust the power of the magnetic field. a charging coil configured when energized by a drive signal to produce a magnetic field with a power to wirelessly provide energy to the IMD as a coupled system; a sense coil , wherein the sense coil is configured to be induced by the magnetic field with an induced signal affected by a position of the charging coil with respect to the IMD ; and control circuitry configured to determine from a plurality of parameters each determinable using the induced signal how to adjust the power of the magnetic field.
An antenna mounting component to be mounted to a fixing aperture on a mounting face of a car body, comprising: an antenna base ; a male screw for fixing an antenna; a protrusion provided on the antenna base , the protrusion having a female screw corresponding to the male screw ; and a legged washer having multiple legs , the male screw being inserted into the legged washer , the legs being fixed onto the mounting face ; wherein the multiple legs are disposed at an equal interval in a circumferential direction around the inserted male screw through the legged washer ; and distances in a radial direction from the inserted male screw to the respective contact points of the multiple legs with the mounting face are equal characterized in that the multiple legs have rounded grooves and the protrusion has sidewalls including rounded protruding groove guides corresponding to the grooves , being configured to guide the multiple legs onto the mounting face . an antenna base ; a male screw for fixing an antenna; a protrusion provided on the antenna base , the protrusion having a female screw corresponding to the male screw ; and a legged washer having multiple legs , the male screw being inserted into the legged washer , the legs being fixed onto the mounting face ; wherein the multiple legs are disposed at an equal interval in a circumferential direction around the inserted male screw through the legged washer ; and distances in a radial direction from the inserted male screw to the respective contact points of the multiple legs with the mounting face are equal characterized in that the multiple legs have rounded grooves and the protrusion has sidewalls including rounded protruding groove guides corresponding to the grooves , being configured to guide the multiple legs onto the mounting face .
A connection means system for providing an end of a connection means with a seal, the system comprising a seal , which includes a cured sealing compound and a mould embedded in the sealing compound, wherein the mould comprises a mesh, and the mould has a plurality of holes (8, 8', 9; 28, 29) and an opening (7; 27), and the mould may be placed via its opening over the end of a connection means , and a circumferential rib surrounds a further hole closing off the mould towards the upper end, characterised in that the mould is embedded fully in the sealing compound.
A blow molded bottle comprising: a base; and a sidewall extending from the base, the base and the sidewall defining an interior configured to house at least one product, wherein at least one of the sidewall and the base comprise a barrier layer and a desiccant layer, which said barrier layer and desiccant layer are blow molded together, and wherein the barrier layer is made of plastic material and arranged external relative to the desiccant layer made of a monolithic composition comprising 20wt% to 45wt% low density polyethylene (LDPE), 35wt% to 70wt% molecular sieves, and 5wt% to 12wt% ethylene vinyl acetate (EVA) as a channeling agent. a base; and a sidewall extending from the base, the base and the sidewall defining an interior configured to house at least one product, wherein at least one of the sidewall and the base comprise a barrier layer and a desiccant layer, which said barrier layer and desiccant layer are blow molded together, and wherein the barrier layer is made of plastic material and arranged external relative to the desiccant layer made of a monolithic composition comprising 20wt% to 45wt% low density polyethylene (LDPE), 35wt% to 70wt% molecular sieves, and 5wt% to 12wt% ethylene vinyl acetate (EVA) as a channeling agent.
An outerwear comprising a front , a back , sleeve parts , and side parts , wherein the front , the back , the sleeve parts , and the side parts are provided with cold protection regions (R1, R2, R4, R5) filled with a cold-proof material, the front only includes a down region (R1) in an upper part of the front, the down region (R1) being filled only with down, and the back only includes a down region (R2) in an upper part of the back, the down region (R2) being filled only with down, characterized in that the sleeve part only includes a cotton region (R4) over the sleeve part, the cotton region (R4) being filled only with a cotton material, and the side part only includes a cotton region (R5) in a lower part of the side part, the cotton region (R5) being filled only with a cotton material. the front , the back , the sleeve parts , and the side parts are provided with cold protection regions (R1, R2, R4, R5) filled with a cold-proof material, the front only includes a down region (R1) in an upper part of the front, the down region (R1) being filled only with down, and the back only includes a down region (R2) in an upper part of the back, the down region (R2) being filled only with down, characterized in that the sleeve part only includes a cotton region (R4) over the sleeve part, the cotton region (R4) being filled only with a cotton material, and the side part only includes a cotton region (R5) in a lower part of the side part, the cotton region (R5) being filled only with a cotton material.
A balloon catheter having a shaft and a balloon provided on a distal end section of the shaft, wherein the balloon catheter comprises: a heating element located in the balloon ; an optical fiber that irradiates a laser light being provided inside the heating element ; a supply path for supplying a fluid that goes through an inside of the heating element to an inside of the balloon; and a discharge path that discharges the fluid from the inside of the balloon through a discharge port positioned outside the heating element , wherein the heating element has a linear hollow coil shape including a metal wire characterized in that the metal wire is wound in a tightly-wound coiled state with the wound metal wire overlapped closely in an axial direction to prevent leaking of laser light to the outer circumference side of the heating element. a heating element located in the balloon ; an optical fiber that irradiates a laser light being provided inside the heating element ; a supply path for supplying a fluid that goes through an inside of the heating element to an inside of the balloon; and a discharge path that discharges the fluid from the inside of the balloon through a discharge port positioned outside the heating element , wherein the heating element has a linear hollow coil shape including a metal wire characterized in that the metal wire is wound in a tightly-wound coiled state with the wound metal wire overlapped closely in an axial direction to prevent leaking of laser light to the outer circumference side of the heating element.
A system for activated communication between an object and a reader, the system comprising a first radio frequency tag attached to the object, the first radio frequency tag being configured for communication with the reader when the first radio frequency tag is active, characterized in that the system further comprises a second radio frequency tag attached to the object, wherein the second radio frequency tag is configured to be activated when the object enters an RF field operating at the frequency of the second radio frequency tag, wherein the second radio frequency tag is configured to activate the first radio frequency tag when activated by the RF field . the system comprising a first radio frequency tag attached to the object, the first radio frequency tag being configured for communication with the reader when the first radio frequency tag is active, characterized in that the system further comprises a second radio frequency tag attached to the object, wherein the second radio frequency tag is configured to be activated when the object enters an RF field operating at the frequency of the second radio frequency tag, wherein the second radio frequency tag is configured to activate the first radio frequency tag when activated by the RF field .