mhurhangee/patent-ind-claim-en huggingface dataset:
A device for treatment of a patient comprising: a first generator comprising a radiofrequency generator configured to generate a radiofrequency energy; an applicator configured to be coupled to a treatment area of a body part of the patient, the applicator comprising: a connector configured to couple the applicator with the first generator ; and a pad configured to be attached to the treatment area during the treatment, the pad comprising: a flexible substrate ; and at least one active element coupled to the flexible substrate and configured to be attached to the treatment area, wherein the at least one active element comprises an electrode configured to provide the radiofrequency energy from the first generator to the treatment area to heat a surface of a skin of the treatment area to a temperature in a range of 37.5 °C to 55 °C, and wherein a surface area of the at least one active element is in a range of 1 cm 2 to 25 cm 2 ; and a control unit comprising one or more preprogramed protocols; wherein the control unit is configured to control the first generator ; wherein the device is configured to provide the radiofrequency energy to the treatment area according to the one or more preprogramed protocols, and wherein the body part comprises one of a face, neck or submentum. a first generator comprising a radiofrequency generator configured to generate a radiofrequency energy; an applicator configured to be coupled to a treatment area of a body part of the patient, the applicator comprising: a connector configured to couple the applicator with the first generator ; and a pad configured to be attached to the treatment area during the treatment, the pad comprising: a flexible substrate ; and at least one active element coupled to the flexible substrate and configured to be attached to the treatment area, wherein the at least one active element comprises an electrode configured to provide the radiofrequency energy from the first generator to the treatment area to heat a surface of a skin of the treatment area to a temperature in a range of 37.5 °C to 55 °C, and wherein a surface area of the at least one active element is in a range of 1 cm 2 to 25 cm 2 ; and a flexible substrate ; and at least one active element coupled to the flexible substrate and configured to be attached to the treatment area, wherein the at least one active element comprises an electrode configured to provide the radiofrequency energy from the first generator to the treatment area to heat a surface of a skin of the treatment area to a temperature in a range of 37.5 °C to 55 °C, and wherein a surface area of the at least one active element is in a range of 1 cm 2 to 25 cm 2 ; and a control unit comprising one or more preprogramed protocols; wherein the control unit is configured to control the first generator ; wherein the device is configured to provide the radiofrequency energy to the treatment area according to the one or more preprogramed protocols, and wherein the body part comprises one of a face, neck or submentum.
A mobile robot (100; 1000) comprising: a body movable over a surface within an environment ; a calibration coil carried on the body and configured to produce a calibration magnetic field ; a sensor circuit carried on the body and responsive to the calibration magnetic field , the sensor circuit configured to generate calibration signals based on the calibration magnetic field ; and a controller carried on the body and in communication with the sensor circuit , the controller configured to calibrate the sensor circuit as a function of the calibration signals , thereby resulting in a calibrated sensor circuit configured to detect a transmitter magnetic field (106; 208; 710) within the environment and to generate detection signals based on the transmitter magnetic field (106; 208; 710), wherein the controller is configured to estimate a pose of the mobile robot (100; 1000) as a function of the detection signals . a body movable over a surface within an environment ; a calibration coil carried on the body and configured to produce a calibration magnetic field ; a sensor circuit carried on the body and responsive to the calibration magnetic field , the sensor circuit configured to generate calibration signals based on the calibration magnetic field ; and a controller carried on the body and in communication with the sensor circuit , the controller configured to calibrate the sensor circuit as a function of the calibration signals , thereby resulting in a calibrated sensor circuit configured to detect a transmitter magnetic field (106; 208; 710) within the environment and to generate detection signals based on the transmitter magnetic field (106; 208; 710), wherein the controller is configured to estimate a pose of the mobile robot (100; 1000) as a function of the detection signals .
Gas generator for generating a driving gas (G) for a vehicle safety device, wherein the gas generator comprises: - an ignition device , - fuel which, after ignition by the ignition device , generates the driving gas (G), - a tubular or at least partially tubular carrier element , the tube interior of which contains a combustion chamber for the fuel , and which has a connection hole for the ignition device , - an injection-molded body which fixes the ignition device in the connection hole and is situated with an inner portion inside the carrier element and with an outer portion outside the carrier element , - a supply pipe which is connected to a tube end of the carrier element and conducts the driving gas (G) out of the combustion chamber , and - a lid which seals the combustion chamber and which, before ignition of the ignition device , separates the combustion chamber from the supply pipe , characterized in that - the injection-molded body has a sleeve-like portion which lies against an inner wall of the carrier element and extends inside the carrier element up to the lid , so that the injection-molded body and the lid delimit the combustion chamber towards the outside, - the carrier element and the supply pipe are screwed together, and - the pipe end of the supply pipe facing the carrier element presses the lid onto the circumferential sleeve edge of the sleeve-like portion remote from the ignition device . - an ignition device , - fuel which, after ignition by the ignition device , generates the driving gas (G), - a tubular or at least partially tubular carrier element , the tube interior of which contains a combustion chamber for the fuel , and which has a connection hole for the ignition device , - an injection-molded body which fixes the ignition device in the connection hole and is situated with an inner portion inside the carrier element and with an outer portion outside the carrier element , - a supply pipe which is connected to a tube end of the carrier element and conducts the driving gas (G) out of the combustion chamber , and - a lid which seals the combustion chamber and which, before ignition of the ignition device , separates the combustion chamber from the supply pipe , characterized in that - the injection-molded body has a sleeve-like portion which lies against an inner wall of the carrier element and extends inside the carrier element up to the lid , so that the injection-molded body and the lid delimit the combustion chamber towards the outside, - the carrier element and the supply pipe are screwed together, and - the pipe end of the supply pipe facing the carrier element presses the lid onto the circumferential sleeve edge of the sleeve-like portion remote from the ignition device .
A solid-state imaging device comprising: a solid-state imaging element having a pixel region which is a light receiving region including a large number of pixels on a surface side which is one plate surface of a semiconductor substrate; a substrate provided on the surface side with respect to the solid-state imaging element and having an opening for passing light to be received by the pixel region; and an underfill part formed including a cured fluid and covering a connection part that electrically connects the solid-state imaging element and the substrate, wherein the substrate has a groove for guiding the fluid forming the underfill part in a direction away from the surface of the solid-state imaging element, on a surface portion forming the opening. a solid-state imaging element having a pixel region which is a light receiving region including a large number of pixels on a surface side which is one plate surface of a semiconductor substrate; a substrate provided on the surface side with respect to the solid-state imaging element and having an opening for passing light to be received by the pixel region; and an underfill part formed including a cured fluid and covering a connection part that electrically connects the solid-state imaging element and the substrate, wherein the substrate has a groove for guiding the fluid forming the underfill part in a direction away from the surface of the solid-state imaging element, on a surface portion forming the opening.
Method for the online determination of the viscosity of a polymer during processing, especially extrusion, in a pasty to liquid form, - wherein for the online determination of the viscosity of the polymer at least one batch, preferably a number of batches following one another at time intervals, is diverted from the polymer being processed by an extraction unit and conveyed to the measurement volume of a measuring unit , - wherein a specified volume of the respective batch is expelled from the measurement volume by subjecting the batch to a predetermined pressure through a measuring nozzle formed in the measuring unit, optionally with a piston to which a predetermined force, preferably a constant force, is applied, - wherein the time required for expelling the specified volume of the batch through the measuring nozzle is measured, and - wherein before the measurement volume is filled with the polymer to be measured, the measurement volume and optionally also the feed line for the polymer into the measurement volume is flushed at least once with a quantity of the polymer to be processed, characterised in that - the measured value determined for calculating the viscosity of the polymer is used, and - the polymer used for flushing is diverted from the measurement volume via a discharge channel connected to the measurement volume , wherein the orifice of the extraction unit formed by a pipeline and the orifice of the discharge channel are arranged at opposite ends of the measurement volume . - wherein for the online determination of the viscosity of the polymer at least one batch, preferably a number of batches following one another at time intervals, is diverted from the polymer being processed by an extraction unit and conveyed to the measurement volume of a measuring unit , - wherein a specified volume of the respective batch is expelled from the measurement volume by subjecting the batch to a predetermined pressure through a measuring nozzle formed in the measuring unit, optionally with a piston to which a predetermined force, preferably a constant force, is applied, - wherein the time required for expelling the specified volume of the batch through the measuring nozzle is measured, and - wherein before the measurement volume is filled with the polymer to be measured, the measurement volume and optionally also the feed line for the polymer into the measurement volume is flushed at least once with a quantity of the polymer to be processed, characterised in that - the measured value determined for calculating the viscosity of the polymer is used, and - the polymer used for flushing is diverted from the measurement volume via a discharge channel connected to the measurement volume , wherein the orifice of the extraction unit formed by a pipeline and the orifice of the discharge channel are arranged at opposite ends of the measurement volume .
A pneumatic radial tire for passenger vehicles , comprising a carcass consisting of plies of radially arranged cords, spanning toroidally between a pair of bead portions , said tire has a tread portion , the tread surface of said tread portion has one or more land portions , said land portion has a plurality of width direction sipes extending in the tire width direction, the pitch length in the tire circumferential direction of said plurality of width direction sipes is 3 mm to 10 mm, and said width direction sipe has a widened portion on the sipe bottom side where the sipe width is larger than that on said tread surface side, and wherein said land portion is divided into blocks by a plurality of width direction grooves extending in the tire width direction, characterized in that the cross-sectional width SW of said tire is less than 165 (mm), and the ratio SW/OD of said cross-sectional width SW to the outer diameter OD of said tire is 0.26 or less, and in that the sipe width at said widened portion of a width direction sipe located on one side of said block in the tire circumferential direction is larger than the sipe width at said widened portion of a width direction sipe located on the other side of said block in the tire circumferential direction. said tire has a tread portion , the tread surface of said tread portion has one or more land portions , said land portion has a plurality of width direction sipes extending in the tire width direction, the pitch length in the tire circumferential direction of said plurality of width direction sipes is 3 mm to 10 mm, and said width direction sipe has a widened portion on the sipe bottom side where the sipe width is larger than that on said tread surface side, and wherein said land portion is divided into blocks by a plurality of width direction grooves extending in the tire width direction, characterized in that the cross-sectional width SW of said tire is less than 165 (mm), and the ratio SW/OD of said cross-sectional width SW to the outer diameter OD of said tire is 0.26 or less, and in that the sipe width at said widened portion of a width direction sipe located on one side of said block in the tire circumferential direction is larger than the sipe width at said widened portion of a width direction sipe located on the other side of said block in the tire circumferential direction.
A user equipment comprising: means for determining that a plurality of resources for a two-step contention-free random access have been configured for the user equipment by a network device , wherein the plurality of resources comprises a preamble and a time frequency resource for a payload of the two-step contention-free random access, wherein the time frequency resource comprises a Physical Uplink Shared Channel, PUSCH, resource, means for selecting, for a contention-based random access message, a preamble group of a plurality of preamble groups configured for the user equipment , in a case that the plurality of resources for the two-step contention-free random access have been configured, wherein the means for selecting is configured to select the preamble group, for the contention-based random access message, based on whether a first transport block size indicating a size of the payload that can be transmitted using the time frequency resource for the two-step contention-free random access corresponds to a second transport block size configured for the preamble group being selected by the user equipment , and means for transmitting the contention-based random access message to the network device using a preamble from the selected preamble group. means for determining that a plurality of resources for a two-step contention-free random access have been configured for the user equipment by a network device , wherein the plurality of resources comprises a preamble and a time frequency resource for a payload of the two-step contention-free random access, wherein the time frequency resource comprises a Physical Uplink Shared Channel, PUSCH, resource, means for selecting, for a contention-based random access message, a preamble group of a plurality of preamble groups configured for the user equipment , in a case that the plurality of resources for the two-step contention-free random access have been configured, wherein the means for selecting is configured to select the preamble group, for the contention-based random access message, based on whether a first transport block size indicating a size of the payload that can be transmitted using the time frequency resource for the two-step contention-free random access corresponds to a second transport block size configured for the preamble group being selected by the user equipment , and means for transmitting the contention-based random access message to the network device using a preamble from the selected preamble group.
A method performed by a network device, the method comprising: determining a first cache of the network device is overloaded, wherein the first cache is within a cache hierarchy including a plurality of caches, each cache including a set of forwarding table entries for the network device to forward packets of traffic flows, and wherein one cache lower in the cache hierarchy is to be checked earlier in flow lookup than one higher in the cache hierarchy; and wherein the method is characterized by : upon determining that the first cache is overloaded, disabling the first cache from the flow lookup, wherein the flow lookup skips the first cache and is performed at a second cache higher in the cache hierarchy, disabling the first cache from forwarding table entry insertion when the forwarding table entry insertion is performed in one or more caches of the plurality of caches; after a first time period, allowing the first cache to perform the forwarding table entry insertion when the forwarding table entry insertion is performed in one or more other caches of the plurality of caches; and evicting one or more forwarding table entries within the first cache when the first cache is deemed full and a forwarding table entry is to be inserted in the first cache. determining a first cache of the network device is overloaded, wherein the first cache is within a cache hierarchy including a plurality of caches, each cache including a set of forwarding table entries for the network device to forward packets of traffic flows, and wherein one cache lower in the cache hierarchy is to be checked earlier in flow lookup than one higher in the cache hierarchy; and wherein the method is characterized by : upon determining that the first cache is overloaded, disabling the first cache from the flow lookup, wherein the flow lookup skips the first cache and is performed at a second cache higher in the cache hierarchy, disabling the first cache from forwarding table entry insertion when the forwarding table entry insertion is performed in one or more caches of the plurality of caches; disabling the first cache from the flow lookup, wherein the flow lookup skips the first cache and is performed at a second cache higher in the cache hierarchy, disabling the first cache from forwarding table entry insertion when the forwarding table entry insertion is performed in one or more caches of the plurality of caches; after a first time period, allowing the first cache to perform the forwarding table entry insertion when the forwarding table entry insertion is performed in one or more other caches of the plurality of caches; and evicting one or more forwarding table entries within the first cache when the first cache is deemed full and a forwarding table entry is to be inserted in the first cache.
An engagement system for attaching a container to a vehicle , the engagement system comprising: a support which is attachable to a container ; a base which is attachable to a vehicle and having a locking member for releasably securing the support to the base ; wherein the base and the support are inter-engageable such that upon attachment of the base to the vehicle and upon attachment of the support to the container , the base and the support are maintained in inter-engagement with each other by the locking member to releasably secure the container to the vehicle ; wherein the locking member comprises a locking mechanism and the support comprises an aperture through which at least part of the locking mechanism may extend so that the locking mechanism can engage with the support and retain the support relative to the base ; characterised in that the locking mechanism is key operable; and wherein the base comprises a second locking mechanism having a body and a cable extending therefrom and wherein the cable has a free end which is engageable with at least one of the second locking mechanism or the first locking mechanism , for locking accessories to the base via the cable. a support which is attachable to a container ; a base which is attachable to a vehicle and having a locking member for releasably securing the support to the base ; wherein the base and the support are inter-engageable such that upon attachment of the base to the vehicle and upon attachment of the support to the container , the base and the support are maintained in inter-engagement with each other by the locking member to releasably secure the container to the vehicle ; wherein the locking member comprises a locking mechanism and the support comprises an aperture through which at least part of the locking mechanism may extend so that the locking mechanism can engage with the support and retain the support relative to the base ; characterised in that the locking mechanism is key operable; and wherein the base comprises a second locking mechanism having a body and a cable extending therefrom and wherein the cable has a free end which is engageable with at least one of the second locking mechanism or the first locking mechanism , for locking accessories to the base via the cable.