mhurhangee/patent-ind-claim-en huggingface dataset:
A device for monitoring a hydrant , comprising: - a detection device for detecting commissioning of the hydrant ; and - a signaling device by means of which commissioning of the hydrant can be signaled wirelessly, wherein the detection device and the signaling device can be arranged or are arranged in a terminating element of the hydrant , wherein, by means of the terminating element , a standardized output coupling of the hydrant can be closed, wherein the detection device comprises two technically different sensors , wherein with at least one of the sensors commissioning of the hydrant can be detected, characterized in that a first sensor is formed as a position sensor for detecting a defined twist of the terminating element , wherein a second sensor is formed as a water sensor for detecting water within the hydrant , wherein the second sensor is formed as a capacitive sensor with two electrodes, which detects an approach of water to an electrode of the second sensor in a capacitive manner, wherein it is detected as to whether a cover element spaced apart from the electrode of the second sensor contacts air or contacts water at least partly. - a detection device for detecting commissioning of the hydrant ; and - a signaling device by means of which commissioning of the hydrant can be signaled wirelessly, wherein the detection device and the signaling device can be arranged or are arranged in a terminating element of the hydrant , wherein, by means of the terminating element , a standardized output coupling of the hydrant can be closed, wherein the detection device comprises two technically different sensors , wherein with at least one of the sensors commissioning of the hydrant can be detected,
Energy recovery device comprising: • a converter capable of converting a variation of an energy to be recovered into a difference in potential between two electrical terminals by accumulating loads on either of said terminals ; the converter including a stack of layers with at least a first layer made of a piezoelectric material; • a collection circuit connected to the two electrical terminals and comprising a switch , the collection circuit being configured to recover the loads when the switch is in a closed state; the converter being capable of emitting acoustic vibrations in an audible frequency band when the collection circuit recovers the loads; the energy recovery device being characterized in that it comprises a control circuit configured to control a plurality of closing-opening sequences (S FO ) of the switch , when the difference in potential reaches a defined threshold, so as to recover the loads by a plurality of successive partial discharges of the converter and to limit the stress deviation to which the first layer is subjected during each discharge. • a converter capable of converting a variation of an energy to be recovered into a difference in potential between two electrical terminals by accumulating loads on either of said terminals ; the converter including a stack of layers with at least a first layer made of a piezoelectric material; • a collection circuit connected to the two electrical terminals and comprising a switch , the collection circuit being configured to recover the loads when the switch is in a closed state; the converter being capable of emitting acoustic vibrations in an audible frequency band when the collection circuit recovers the loads;
A method for providing integrated medication management of a patient, utilizing a medication management module comprising one or more cartridge slots , a pill extractor , and one or more processors in communication with a memory having non-transitory machine readable instructions stored thereon that when executed by the one or more processors configure the medication management module to implement the method, the method comprising: receiving, by the one or more processors , patient data of a patient; storing, on the memory, the patient data , determining a presence of one or more pill cartridges , each pill cartridge comprising one or more blister pockets , wherein each blister pocket encloses one or more pills ; determining, utilizing one or more cartridge slots , a cartridge label corresponding to the patient and the one or more pills ; authenticating the one or more pill cartridges based on the patient data and the one or more pills ; determining, in response to authenticating, a medication regimen based on the patient data and the one or more pills ; extracting, utilizing the pill extractor , the one or more pills from the respective blister pocket of the respective pill cartridge in which is/are enclosed; and dispensing the one or more pills previously extracted from the respective blister pocket at a predetermined time in a predetermined amount based on the medication regimen . receiving, by the one or more processors , patient data of a patient; storing, on the memory, the patient data , determining a presence of one or more pill cartridges , each pill cartridge comprising one or more blister pockets , wherein each blister pocket encloses one or more pills ; determining, utilizing one or more cartridge slots , a cartridge label corresponding to the patient and the one or more pills ; authenticating the one or more pill cartridges based on the patient data and the one or more pills ; determining, in response to authenticating, a medication regimen based on the patient data and the one or more pills ; extracting, utilizing the pill extractor , the one or more pills from the respective blister pocket of the respective pill cartridge in which is/are enclosed; and dispensing the one or more pills previously extracted from the respective blister pocket at a predetermined time in a predetermined amount based on the medication regimen .
An attraction comprising: - a plurality of vehicles capable of moving between several fixed positions, the vehicles being intended to convey participants of the attraction ; - interactive targets , - transmitters fitted to the vehicles for interacting with the targets; such that, in the fixed positions of the vehicles, the transmitters of a pair of vehicles interact with the same target; and such that in each fixed position of the vehicles, each vehicle forms a pair with a different vehicle. - a plurality of vehicles capable of moving between several fixed positions, the vehicles being intended to convey participants of the attraction ; - interactive targets , - transmitters fitted to the vehicles for interacting with the targets; such that, in the fixed positions of the vehicles, the transmitters of a pair of vehicles interact with the same target; and such that in each fixed position of the vehicles, each vehicle forms a pair with a different vehicle. such that, in the fixed positions of the vehicles, the transmitters of a pair of vehicles interact with the same target; and such that in each fixed position of the vehicles, each vehicle forms a pair with a different vehicle.
A composition in form of an oil-in-water emulsion comprising: a) a dispersed hydrophobic phase comprising at least one hydrophobic UV-screening agent and optionally at least one oil, said oil being selected from the group consisting of silicone oils, hydrocarbonated oils, and any mixture thereof; b) a continuous aqueous phase comprising from 0.1% to 20% by weight, relative to the total weight of the composition, of at least one C 1 -C 4 alcohol with at least one hydroxyl group, linear or branched, saturated or unsaturated; and c) at least one hydrophobic particle selected from the group consisting of hydrophobic silicas, hydrophobic cellulose, starch, talc, silicone resin powders, hollow hemispherical silicone particles, polyamide powders, hydrophobic pigments, and any mixture thereof; d) at least one gellan gum or a derivative thereof which is obtained by esterification or addition of a salt of an organic or mineral acid, and e) at least one hydrophilic UV- screening agent. a) a dispersed hydrophobic phase comprising at least one hydrophobic UV-screening agent and optionally at least one oil, said oil being selected from the group consisting of silicone oils, hydrocarbonated oils, and any mixture thereof; b) a continuous aqueous phase comprising from 0.1% to 20% by weight, relative to the total weight of the composition, of at least one C 1 -C 4 alcohol with at least one hydroxyl group, linear or branched, saturated or unsaturated; and c) at least one hydrophobic particle selected from the group consisting of hydrophobic silicas, hydrophobic cellulose, starch, talc, silicone resin powders, hollow hemispherical silicone particles, polyamide powders, hydrophobic pigments, and any mixture thereof; d) at least one gellan gum or a derivative thereof which is obtained by esterification or addition of a salt of an organic or mineral acid, and e) at least one hydrophilic UV- screening agent.
Vehicle seat comprising a seat face and at least one rest element which can be pivoted relative to the seat face about an axle , wherein the at least one rest element can be moved from a seating position, in which the rest element is located substantially at an obtuse or reflex angle (a, b) relative to the seat face , into a reclined position, in which the seat face and the at least one rest element form a substantially planar face, and back again, and wherein the vehicle seat has at least one pneumatic cushion (10; 10.1, 10.2) and a pneumatic unit which is constructed in such a manner that it substantially completely inflates the at least one pneumatic cushion (10; 10.1, 10.2) when the at least one rest element is moved into the reclined position, and substantially completely deflates the at least one pneumatic cushion (10; 10.1, 10.2) when the at least one rest element is moved into the seating position, characterized in that the at least one pneumatic cushion (10; 10.1, 10.2) is arranged in an edge region of the seat face or of the at least one rest element , said edge region being adjacent to the at least one rest element or the seat face so that the at least one pneumatic cushion (10; 10.1, 10.2) extends between the seat face and the at least one rest element in the reclined position.
A floor element for forming a floor covering, wherein the floor element comprises a decorative layer made of a ceramic material and a support layer arranged below this decorative layer , wherein the support layer comprises edges provided with coupling elements configured to realize a mechanical coupling with coupling elements of an adjacent floor element , wherein the floor element comprises a reinforcing layer arranged in between the decorative layer and the support layer , wherein the support layer is a coherent element, wherein the support layer covers the majority of the lower surface of said decorative layer characterized in that the support layer is made of PVC and in that the support layer comprises a filler in an amount above 60wt%.
A tethering system for a cordless power tool comprising: a first tethering attachment assembly configured to be attachable to at least one attachment point on a power tool ; a second tethering attachment assembly configured to be attachable to at least one attachment point on a battery pack , the battery pack being detachably couplable to a battery pack receptacle on the power tool; a first flexible connector having a first end configured to be attachable to the first tethering attachment assembly and a second end configured to be attachable to a stationary object; characterized in that a second flexible connector having a first end configured to be attachable to the second tethering attachment assembly and a second end configured to be attachable to the first tethering attachment assembly , wherein, if the power tool falls and the battery pack becomes detached from the power tool, the first tethering attachment assembly and first flexible connector prevent the power tool from falling more than a first distance from the stationary object, and the second tethering attachment assembly and the second flexible connector prevent the battery pack from falling more than a second distance from the power tool ; wherein the first tethering attachment assembly comprises a U-shaped member having first and second ends attachable to the power tool at first and second attachment points ;wherein the U-shaped member comprises a coil configured to resiliently retain an elastic state with application of force up to a threshold force, and to permanently plastically deform above the threshold force. a first tethering attachment assembly configured to be attachable to at least one attachment point on a power tool ; a second tethering attachment assembly configured to be attachable to at least one attachment point on a battery pack , the battery pack being detachably couplable to a battery pack receptacle on the power tool; a first flexible connector having a first end configured to be attachable to the first tethering attachment assembly and a second end configured to be attachable to a stationary object; characterized in that a second flexible connector having a first end configured to be attachable to the second tethering attachment assembly and a second end configured to be attachable to the first tethering attachment assembly , wherein, if the power tool falls and the battery pack becomes detached from the power tool, the first tethering attachment assembly and first flexible connector prevent the power tool from falling more than a first distance from the stationary object, and the second tethering attachment assembly and the second flexible connector prevent the battery pack from falling more than a second distance from the power tool ; wherein the first tethering attachment assembly comprises a U-shaped member having first and second ends attachable to the power tool at first and second attachment points ;wherein the U-shaped member comprises a coil configured to resiliently retain an elastic state with application of force up to a threshold force, and to permanently plastically deform above the threshold force.
A method for wireless communication, comprising: identifying a capability of a user equipment, UE, , to transmit on a first carrier of a carrier aggregation, CA configuration and a second carrier of the CA configuration, wherein the first carrier is configured for time division duplexing, TDD, or frequency division duplexing, FDD, and configured for uplink and downlink transmissions and the second carrier is configured for TDD and downlink transmissions, wherein the capability of the UE comprises a retuning time; transmitting, from the UE to a base station an indication of the retuning time; identifying a collision in a subframe between a communication on the first carrier colliding with the retuning time for transmitting a sounding reference signal, SRS transmission, on the second carrier; and transmitting the communication on the first carrier or the SRS on the second carrier, or both, during the subframe based at least in part on the retuning time of the UE . identifying a capability of a user equipment, UE, , to transmit on a first carrier of a carrier aggregation, CA configuration and a second carrier of the CA configuration, wherein the first carrier is configured for time division duplexing, TDD, or frequency division duplexing, FDD, and configured for uplink and downlink transmissions and the second carrier is configured for TDD and downlink transmissions, wherein the capability of the UE comprises a retuning time; transmitting, from the UE to a base station an indication of the retuning time; identifying a collision in a subframe between a communication on the first carrier colliding with the retuning time for transmitting a sounding reference signal, SRS transmission, on the second carrier; and transmitting the communication on the first carrier or the SRS on the second carrier, or both, during the subframe based at least in part on the retuning time of the UE .
Independent suspension arrangement for vehicles, in particular for the transport of people and/or materials, comprising: - a hub defining a rotation axis (R) of a vehicle wheel ; - an electric motor , operatively connected to said hub and configured to put said hub in rotation, said electric motor extending along a development axis thereof, wherein said development axis (S) of the electric motor is parallel to the rotation axis (R) of the hub , characterized in that said electric motor extends towards said hub along said development axis (S) from a starting point where the electric motor operatively connects to the hub , to a final point of the electric motor opposite the starting point, where said final point faces towards said hub . - a hub defining a rotation axis (R) of a vehicle wheel ; - an electric motor , operatively connected to said hub and configured to put said hub in rotation, said electric motor extending along a development axis thereof, wherein said development axis (S) of the electric motor is parallel to the rotation axis (R) of the hub , characterized in that said electric motor extends towards said hub along said development axis (S) from a starting point where the electric motor operatively connects to the hub , to a final point of the electric motor opposite the starting point, where said final point faces towards said hub .
A vascular occlusion device , comprising: a frame comprising a proximal embolic zone and a distal anchoring zone separated by a hub ; the proximal and distal zones self-expandable from a constrained diameter to an unconstrained diameter of at least about 500% of the constrained diameter; a membrane carried by the proximal embolic zone ; a guidewire lumen through the hub , to permit placement over a guidewire; and a valve in communication with the guidewire lumen , the valve configured to occlude the guidewire lumen following removal of the guidewire; wherein each of the proximal embolic zone and the distal anchoring zone are connected to the hub by a plurality of struts which incline radially outwardly in their respective directions away from the hub , wherein struts at a distal end of the occlusion device anchor the distal anchoring zone in a vessel, and wherein the valve comprises a collapsible tube extending from the hub into the proximal embolic zone . a frame comprising a proximal embolic zone and a distal anchoring zone separated by a hub ; the proximal and distal zones self-expandable from a constrained diameter to an unconstrained diameter of at least about 500% of the constrained diameter; a membrane carried by the proximal embolic zone ; a guidewire lumen through the hub , to permit placement over a guidewire; and a valve in communication with the guidewire lumen , the valve configured to occlude the guidewire lumen following removal of the guidewire; wherein each of the proximal embolic zone and the distal anchoring zone are connected to the hub by a plurality of struts which incline radially outwardly in their respective directions away from the hub , wherein struts at a distal end of the occlusion device anchor the distal anchoring zone in a vessel, and wherein the valve comprises a collapsible tube extending from the hub into the proximal embolic zone .
A system comprising a server comprising secret keys each associated with an identifier (ID1) of a user, computing entity or terminal, or terminal application, characterized in that said server is configured to generate and communicate, on request with the identifier (ID1), and remotely, a dynamic key (6, DPUK) based on a secret key (Kshared), and on a variable or a random value, said dynamic key (6, DPUK) serving as a dynamic encryption/decryption key or as a base for obtaining a dynamic data encryption/decryption key.
A method of multi-color printing on a plastic film, which consists essentially of an anchor-coating process wherein an anchoring agent is applied to the plastic film by a gravure roll to form an anchor-coating layer which consists essentially of the anchoring agent and acts as receptive layer to multi-color inks, a multi-color printing process wherein multi-color print is provided on said anchor-coating layer by continuous ink jet printers , a shielding layer-coating process wherein a titanium white ink is applied to said multi-color print by a gravure roll to form a shielding layer, and drying processes being provided after said anchor-coating process, multi-color printing process and shielding layer-coating process, respectively, wherein said continuous ink jet printers are separated for each color ink, and printing of each color is carried out separately, followed by one of said drying processes.
A method for sharpening a blade, comprising: - providing an automatic sharpening apparatus having a housing with an elongate opening defined therein, - providing a first motor in operative engagement with a lead screw and a second motor in operative engagement with a grinding wheel , the lead screw having one end attached to the housing and an opposite end attached to the first motor , the second motor being connected to a grinding mechanism supporting the grinding wheel , - placing a blade inside the elongate opening , - tightening the blade between first and second self-centered clamp holders , - tightening the clamp holders about the blade by turning a knob and sliding adjustment screws relative to elongate openings of the first clamp holder and sliding an adjustment screw relative to an elongate opening of the second clamp holder to urge the clamp holders towards one another, the elongated openings being at an angle other than a right angle relative to the movement of the clamp holders , the second motor rotating the grinding wheel , the rotating grinding wheel engaging the blade and automatically moving along the blade by following a contour of the blade , the first motor rotating the lead screw , the rotating lead screw moving the grinding mechanism and the grinding wheel along the blade , while the grinding wheel moving along the blade , a counter-weight providing a counter-weight to the grinding wheel , - sharpening the blade while the blade being stationary inside the elongate opening of the housing . - providing an automatic sharpening apparatus having a housing with an elongate opening defined therein, - providing a first motor in operative engagement with a lead screw and a second motor in operative engagement with a grinding wheel , the lead screw having one end attached to the housing and an opposite end attached to the first motor , the second motor being connected to a grinding mechanism supporting the grinding wheel , - placing a blade inside the elongate opening , - tightening the blade between first and second self-centered clamp holders , - tightening the clamp holders about the blade by turning a knob and sliding adjustment screws relative to elongate openings of the first clamp holder and sliding an adjustment screw relative to an elongate opening of the second clamp holder to urge the clamp holders towards one another, the elongated openings being at an angle other than a right angle relative to the movement of the clamp holders , the second motor rotating the grinding wheel , the rotating grinding wheel engaging the blade and automatically moving along the blade by following a contour of the blade , the first motor rotating the lead screw , the rotating lead screw moving the grinding mechanism and the grinding wheel along the blade , while the grinding wheel moving along the blade , a counter-weight providing a counter-weight to the grinding wheel , - sharpening the blade while the blade being stationary inside the elongate opening of the housing .