mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: establishing, by a processor of a wearable computer, a wireless communication connection with a fitness machine; obtaining, by the processor, machine data from the fitness machine, the machine data specifying a type of the fitness machine and comprising fitness metrics; determining, by the processor, a workout session according to the machine data; initiating the workout session on the wearable computer; during the workout session: obtaining, by the processor, a metabolic equivalent of tasks based at least in part on the machine data comprising the type of fitness machine and the fitness metrics; obtaining, from a sensor of the wearable computer, physiological data of a user of the fitness machine; determining, by the processor, fitness data for the user based at least in part on a combination of the physiological data and the metabolic equivalent of tasks, wherein the fitness data includes calories burned by the user. establishing, by a processor of a wearable computer, a wireless communication connection with a fitness machine; obtaining, by the processor, machine data from the fitness machine, the machine data specifying a type of the fitness machine and comprising fitness metrics; determining, by the processor, a workout session according to the machine data; initiating the workout session on the wearable computer; during the workout session: obtaining, by the processor, a metabolic equivalent of tasks based at least in part on the machine data comprising the type of fitness machine and the fitness metrics; obtaining, from a sensor of the wearable computer, physiological data of a user of the fitness machine; determining, by the processor, fitness data for the user based at least in part on a combination of the physiological data and the metabolic equivalent of tasks, wherein the fitness data includes calories burned by the user. obtaining, by the processor, a metabolic equivalent of tasks based at least in part on the machine data comprising the type of fitness machine and the fitness metrics; obtaining, from a sensor of the wearable computer, physiological data of a user of the fitness machine; determining, by the processor, fitness data for the user based at least in part on a combination of the physiological data and the metabolic equivalent of tasks, wherein the fitness data includes calories burned by the user.
A method for wireless detonator blasting, comprising: using a wireless enabled bridge unit coupled with a blasting machine via a communications cable , wirelessly receiving a wireless fire command message from a master controller ; using the bridge unit, sending a first fire command message to the blasting machine via the communications cable; characterized by using the bridge unit, sending a second fire command message to the blasting machine via the communications cable within a predetermined time after sending the first fire command message to the blasting machine; and using the blasting machine, selectively firing at least one connected detonator (D) only after if both the first and second fire command message are received from the bridge unit within the predetermined time. using a wireless enabled bridge unit coupled with a blasting machine via a communications cable , wirelessly receiving a wireless fire command message from a master controller ; using the bridge unit, sending a first fire command message to the blasting machine via the communications cable; characterized by using the bridge unit, sending a second fire command message to the blasting machine via the communications cable within a predetermined time after sending the first fire command message to the blasting machine; and using the blasting machine, selectively firing at least one connected detonator (D) only after if both the first and second fire command message are received from the bridge unit within the predetermined time.
Packaging comprising: - a body defining an interior volume for carrying a flowable product, and - an opening element comprising an opening part (4.0) which is arranged inside the interior volume , wherein the body is configured such that, when a predetermined external force (F) is exerted on an activation section of the body , the activation section is displaced relative to the interior volume so as to activate the opening element until the opening part (4.0) creates an opening extending in an openable section of the body and allowing the flowable product to flow out of the interior volume wherein the body is a sealed bag or sealed pouch, the body having at least one sealing line , wherein the opening element further comprises a fastening part (4.7), the fastening part (4.7) being sealed in the at least one sealing line , the at least one sealing line being preferably formed at or near the activation section . - a body defining an interior volume for carrying a flowable product, and - an opening element comprising an opening part (4.0) which is arranged inside the interior volume , wherein the body is configured such that, when a predetermined external force (F) is exerted on an activation section of the body , the activation section is displaced relative to the interior volume so as to activate the opening element until the opening part (4.0) creates an opening extending in an openable section of the body and allowing the flowable product to flow out of the interior volume wherein the body is a sealed bag or sealed pouch, the body having at least one sealing line , wherein the opening element further comprises a fastening part (4.7), the fastening part (4.7) being sealed in the at least one sealing line , the at least one sealing line being preferably formed at or near the activation section .
A recovery assistance device comprising : - a signal processing unit of a type defined to perform one or more of transmit or receive a carrier signal of a waveform and a frequency band selected to allow measurement of propagation distances to other signal processing units of the type through a material in a non-gaseous state; - a logical unit configured to combine a first propagation distance between the signal processing unit and a first another signal processing unit with a position of one of the signal processing unit or the first another signal processing unit to determine a first area of recovery of one of the signal processing unit or a first another signal processing unit; the recovery assistance device being characterized in that the logical unit is further configured to calculate a position of said recovery assistance device from one or more combinations of an absolute position of another recovery assistance device and a distance between said recovery assistance device and said another recovery assistance device; wherein the logical unit is further configured to determine a second area of recovery of one of the signal processing unit or a first another signal processing unit from a combination of one of a second position of the same first another processing signal unit or a position of a second another signal processing unit, and a second propagation distance between said one of the signal processing unit and said second position of the same first another processing signal unit or said position of a second another signal processing unit; wherein the logical unit is further configured to combine the first area of recovery and the second area of recovery to determine points of likely recovery of the one of the signal processing unit or a first another signal processing unit at intersections of the first area of recovery and the second area of recovery; wherein the logical unit is further configured to disambiguate the points of likely recovery by having the one of the signal processing unit or a first another signal processing unit, and the second another signal processing unit being caused to locate themselves at predefined locations. - a signal processing unit of a type defined to perform one or more of transmit or receive a carrier signal of a waveform and a frequency band selected to allow measurement of propagation distances to other signal processing units of the type through a material in a non-gaseous state; - a logical unit configured to combine a first propagation distance between the signal processing unit and a first another signal processing unit with a position of one of the signal processing unit or the first another signal processing unit to determine a first area of recovery of one of the signal processing unit or a first another signal processing unit;
A key mechanism , comprising: a keycap assembly ; a support structure ; a half-butterfly hinge comprising two wings adjacent each other such that a cavity is formed between the two wings , each wing comprising: a pair of keycap pins coupled to the keycap assembly ; a major arm extending from the pair of keycap pins to a first pivot pin coupled to the support structure ; and a minor arm extending from the pair of keycap pins to a second pivot pin coupled to the support structure ; and a coupling mechanism coupling ends of the major arms of the half-butterfly hinge together, characterized in that : the major arms of the two wings are positioned on a first side of the cavity, the minor arms of the two wings are positioned on a second side of the cavity, and the minor arms of the two wings are shorter than the major arms of the two wings. a keycap assembly ; a support structure ; a half-butterfly hinge comprising two wings adjacent each other such that a cavity is formed between the two wings , each wing comprising: a pair of keycap pins coupled to the keycap assembly ; a major arm extending from the pair of keycap pins to a first pivot pin coupled to the support structure ; and a minor arm extending from the pair of keycap pins to a second pivot pin coupled to the support structure ; and a pair of keycap pins coupled to the keycap assembly ; a major arm extending from the pair of keycap pins to a first pivot pin coupled to the support structure ; and a minor arm extending from the pair of keycap pins to a second pivot pin coupled to the support structure ; and a coupling mechanism coupling ends of the major arms of the half-butterfly hinge together, characterized in that : the major arms of the two wings are positioned on a first side of the cavity, the minor arms of the two wings are positioned on a second side of the cavity, and the minor arms of the two wings are shorter than the major arms of the two wings.
Method for discovering a network among a plurality of mobile nodes, characterised in that it includes: ▪ Periodically emitting by an antenna of a first mobile node (NOD1) a first radiofrequency signal including an invitation data frame, referred to as invitation token, an invitation token comprising data relating to an identity of the node (Id NOD1 ) which transmits said token; ▪ Detecting the first signal by a second mobile node (NOD2) and decoding the invitation token of the first node (NOD1); ▪ Transmitting by an antenna of the second node (NOD2) a second radiofrequency signal including at least one acknowledgement of the invitation token, said transmission being carried out in an assigned time window subsequent to the reception of the invitation token; ▪ Creating a radio bubble subsequent to the reception of at least acknowledgement of the invitation token, said communications between the nodes of the radio bubble being coordinated by the transmission of a speech token between said nodes, the transmission of said token between the nodes of a radio bubble defining a transmission sequence between the different nodes; ▪ Creating an IP sub-network between the nodes of the radio bubble, each node including an IP address; the speech token or the invitation token including: ▪ a priority indicator of a node of the radio bubble ; and ▪ an indicator of a transmission mode of the speech token among a looped mode and a relayed mode specifying if need be the identity of the relay node. ▪ Periodically emitting by an antenna of a first mobile node (NOD1) a first radiofrequency signal including an invitation data frame, referred to as invitation token, an invitation token comprising data relating to an identity of the node (Id NOD1 ) which transmits said token; ▪ Detecting the first signal by a second mobile node (NOD2) and decoding the invitation token of the first node (NOD1); ▪ Transmitting by an antenna of the second node (NOD2) a second radiofrequency signal including at least one acknowledgement of the invitation token, said transmission being carried out in an assigned time window subsequent to the reception of the invitation token; ▪ Creating a radio bubble subsequent to the reception of at least acknowledgement of the invitation token, said communications between the nodes of the radio bubble being coordinated by the transmission of a speech token between said nodes, the transmission of said token between the nodes of a radio bubble defining a transmission sequence between the different nodes; ▪ Creating an IP sub-network between the nodes of the radio bubble, each node including an IP address; ▪ a priority indicator of a node of the radio bubble ; and ▪ an indicator of a transmission mode of the speech token among a looped mode and a relayed mode specifying if need be the identity of the relay node.
One or more computer-readable media having instructions that, when executed, cause a mobility management entity, MME , to: receive, from an evolved Node B, eNB , a message that includes an information element that includes a UE category indicator to indicate a user equipment, UE , is associated with a low-complexity category, wherein the low-complexity category is category 0, wherein the information element is separate from a UE radio access capability structure that includes information about radio capabilities of the UE ; generate an S1 - application protocol, AP, paging message to include the information element to indicate that the UE is associated with the low-complexity category; and send the S1-AP paging message to one or more eNBs to page the UE . receive, from an evolved Node B, eNB , a message that includes an information element that includes a UE category indicator to indicate a user equipment, UE , is associated with a low-complexity category, wherein the low-complexity category is category 0, wherein the information element is separate from a UE radio access capability structure that includes information about radio capabilities of the UE ; generate an S1 - application protocol, AP, paging message to include the information element to indicate that the UE is associated with the low-complexity category; and send the S1-AP paging message to one or more eNBs to page the UE .
Device for controlling a timepiece mechanism which comprises an actuating lever and a jumper with which it cooperates, and arranged to move between two positions, a first position when said timepiece mechanism is in a first position and a second position when said timepiece mechanism is in a second position, said control device comprising a push-button manoeuvrable by a user, a control member which can be actuated by said push-button and a shuttle cooperating with said actuating lever and arranged to be controlled by said control member in order to move between two stable positions, i.e. a first position in which said timepiece mechanism and its actuating lever are in their first position and a second position in which said timepiece mechanism and its actuating lever are in their second position, the shuttle being mounted in an articulated manner on the control member , characterised in that the actuating lever comprises a pressing member arranged to cooperate with the shuttle and with the jumper in order to displace the actuating lever in an alternating manner from one to the other of its first and second positions by an action exerted on the push-button , as well as first and second stops arranged to cooperate with said shuttle in order to define the first and second positions of the shuttle respectively.
Dental treatment unit with water unit comprising a water collector with an inlet for water and cleaning chemicals and an outlet ; a removable instrument hose adapter for insertion into a first slot (3c1) of the water collector , wherein the instrument hose adapter has one or more instrument hose adapter openings for connecting instrument hoses , wherein in the inserted state the instrument hose adapter openings are in fluid communication with the outlet ; a removable suction hose adapter for insertion into a second slot (3c2) of the water collector , wherein the suction hose adapter has one or more suction hose adapter openings for connecting suction hoses , wherein in the inserted state the suction hose adapter openings are in fluid communication with the inlet , the instrument hose adapter and the suction hose adapter are designed to be interchangeable so that each can be inserted selectively into the first slot (3c1) or into the second slot (3c2), characterized in that the suction hose adapter has a reservoir which is designed to receive water and cleaning chemicals from the inlet , wherein the suction hose adapter has an integrated start button for cleaning the suction hose. a water collector with an inlet for water and cleaning chemicals and an outlet ; a removable instrument hose adapter for insertion into a first slot (3c1) of the water collector , wherein the instrument hose adapter has one or more instrument hose adapter openings for connecting instrument hoses , wherein in the inserted state the instrument hose adapter openings are in fluid communication with the outlet ; a removable suction hose adapter for insertion into a second slot (3c2) of the water collector , wherein the suction hose adapter has one or more suction hose adapter openings for connecting suction hoses , wherein in the inserted state the suction hose adapter openings are in fluid communication with the inlet , the instrument hose adapter and the suction hose adapter are designed to be interchangeable so that each can be inserted selectively into the first slot (3c1) or into the second slot (3c2), characterized in that the suction hose adapter has a reservoir which is designed to receive water and cleaning chemicals from the inlet , wherein the suction hose adapter has an integrated start button for cleaning the suction hose.
Transdermal therapeutic system (TTS) for applying active pharmaceutical ingredients across the human skin, characterized in that the active pharmaceutical ingredient(s) is/are present in combination with one or more semifluorinated alkanes (SFAs) and with a monohydric or polyhydric alcohol, wherein the volume ratio of SFA or SFAs to alcohol is from 5:1 to 1:5.
A personal care composition comprising: from 35% to 90% petrolatum, by weight of the composition, from 20% to 50% of an olfactory composition, by weight of the composition, a gelling agent mixture comprising a gelling agent comprising dibutyl lauroyl glutamide and dibutyl ethylhexanoyl glutamide and a solvent comprising the following structure wherein R1 and R2 can be independently selected from a C1-C4 alkyl group.
A method of producing a plug of vaporizable material for a vapour generating device, the method comprising the steps: providing a plug of vaporizable material; and compressing the plug of vaporizable material with an appropriately shaped tool to form a cavity within the vaporisable material; characterised in that the cavity is frusto-conical in shape, with the apex adjacent to a base of the plug . providing a plug of vaporizable material; and compressing the plug of vaporizable material with an appropriately shaped tool to form a cavity within the vaporisable material; characterised in that the cavity is frusto-conical in shape, with the apex adjacent to a base of the plug .
A homogeneous aqueous fluid comprising: discrete carbon nanotubes comprising oxygen moieties in a weight range of 0.5 to 8% by weight of the carbon nanotube; and at least one surfactant, wherein 0.6 ≤ V ∗ (L/D) ≤ 3, wherein V is the volume fraction, L is the average length of the carbon nanotube in nanometers, D is the average diameter of the carbon nanotube in nanometers, and wherein the fluid has a viscosity less than 3 Poise at 25 °C. discrete carbon nanotubes comprising oxygen moieties in a weight range of 0.5 to 8% by weight of the carbon nanotube; and at least one surfactant, wherein 0.6 ≤ V ∗ (L/D) ≤ 3, wherein V is the volume fraction, L is the average length of the carbon nanotube in nanometers, D is the average diameter of the carbon nanotube in nanometers, and wherein the fluid has a viscosity less than 3 Poise at 25 °C.
A measuring head for use in tobacco industry, the measuring head comprising at least two neighboring sensor units (8-8', 9-9', 10-10', 11-11') enabling to take measurements of the parameters of rod-like elements, in particular rod sections and/or an endless rod, travelling within the measuring head , by means of radiation emitted and received by the sensor units (8-8', 9-9', 10-10', 11-11'), the measuring head comprising a protective member for the rod-like elements extending through the operation zones of the specific sensor units (8-8', 9-9', 10-10', 11-11'), wherein compartments are defined in the protective member , each compartment corresponding to the operation zone of one sensor unit (8-8', 9-9', 10-10', 11-11') and each compartment comprising at least one first opening enabling percolation of said radiation, characterized in that the protective member has a generally tubular shape and separate compartments are defined by means of flanges , each flange delimitating, together with the rod-like element travelling within the protective member , a space assigned to each sensor unit (8-8', 9-9', 10-10', 11-11'), said space being located between the peripheral wall of the rod-like element, by two neighboring flanges and by the internal wall of the protective member , and said space being substantially inaccessible to the radiation emitted by the neighboring sensor units.
An optical element , comprising: a lens comprising at least one total internal reflection (TIR) surface positioned to internally reflect incident light, said lens comprising a receiving end , said receiving end comprising at least three zones, wherein at least one zone of said receiving end comprises a convex surface, wherein said lens is disposed over a protective encapsulant such that light emitted from a light source is incident on each of the at least three zones, wherein said lens comprises a transmitting end , wherein said lens comprises a polymeric material having a refractive index of greater than 1.5, characterized in that : each receiving end zone of the at least three zones comprises a shape characterized as hemispheric, hyperbolic, inverse parabolic, or conic, and in that : said transmitting end comprises a plurality of zones. a lens comprising at least one total internal reflection (TIR) surface positioned to internally reflect incident light, said lens comprising a receiving end , said receiving end comprising at least three zones, wherein at least one zone of said receiving end comprises a convex surface, wherein said lens is disposed over a protective encapsulant such that light emitted from a light source is incident on each of the at least three zones, wherein said lens comprises a transmitting end , wherein said lens comprises a polymeric material having a refractive index of greater than 1.5, characterized in that : each receiving end zone of the at least three zones comprises a shape characterized as hemispheric, hyperbolic, inverse parabolic, or conic, and in that : said transmitting end comprises a plurality of zones.