mhurhangee/patent-ind-claim-en huggingface dataset:
Portable oxygen storage cartridge comprising: - a cartridge body delimiting an internal volume for storage of oxygen and comprising a first gas port (1-1) and a second gas port (1-2) in fluidic communication with the internal volume , - at least one gas flow control valve arranged in each of said first and second gas ports (1-1; 1-2) in order to control the flow of gas entering the internal volume and/or exiting the internal volume of the cartridge body , and - at least one adsorbent bed containing at least one first adsorbent (14-1) and arranged in the internal volume of the cartridge body , said first adsorbent (14-1) having an adsorption capacity for gaseous CO 2 greater than an adsorption capacity for gaseous oxygen, characterized in that : - it further comprises at least one bypass line fluidically connected at connection sites located upstream of each of said first and second gas ports (1-1; 1-2) such that a portion of the gas entering the internal volume through either of said first and second gas ports (1-1; 1-2) is diverted and flows within said at least one bypass line , and - at least a part of said at least one bypass line is formed of a transparent material and contains at least one second adsorbent material and at least one saturation indicator material. - a cartridge body delimiting an internal volume for storage of oxygen and comprising a first gas port (1-1) and a second gas port (1-2) in fluidic communication with the internal volume , - at least one gas flow control valve arranged in each of said first and second gas ports (1-1; 1-2) in order to control the flow of gas entering the internal volume and/or exiting the internal volume of the cartridge body , and - at least one adsorbent bed containing at least one first adsorbent (14-1) and arranged in the internal volume of the cartridge body , said first adsorbent (14-1) having an adsorption capacity for gaseous CO 2 greater than an adsorption capacity for gaseous oxygen, - it further comprises at least one bypass line fluidically connected at connection sites located upstream of each of said first and second gas ports (1-1; 1-2) such that a portion of the gas entering the internal volume through either of said first and second gas ports (1-1; 1-2) is diverted and flows within said at least one bypass line , and - at least a part of said at least one bypass line is formed of a transparent material and contains at least one second adsorbent material and at least one saturation indicator material.
A server-implemented method for tracking an asset in an indoor facility, comprising: receiving , from a first mobile device connected to the server via a wireless communication network , an asset tracking tag collision report, the asset tracking tag collision report including a tag identifier of an asset tracking tag associated with the asset , wherein the tag identifier is transmitted to the first mobile device in a wireless signal broadcast by the asset tracking tag when the asset tracking tag determines that the asset has moved; determining a new location of the asset based on the received asset tracking tag collision report; updating an asset location database to indicate the new location of the asset ; and in response to determining the new location of the asset , transmitting an instruction message to a plurality of mobile devices within the facility instructing a next of the plurality of mobile devices to detect the wireless signal from the asset tracking tag to direct the asset tracking tag to cease broadcasting the wireless signal. receiving , from a first mobile device connected to the server via a wireless communication network , an asset tracking tag collision report, the asset tracking tag collision report including a tag identifier of an asset tracking tag associated with the asset , wherein the tag identifier is transmitted to the first mobile device in a wireless signal broadcast by the asset tracking tag when the asset tracking tag determines that the asset has moved; determining a new location of the asset based on the received asset tracking tag collision report; updating an asset location database to indicate the new location of the asset ; and in response to determining the new location of the asset , transmitting an instruction message to a plurality of mobile devices within the facility instructing a next of the plurality of mobile devices to detect the wireless signal from the asset tracking tag to direct the asset tracking tag to cease broadcasting the wireless signal.
A method of complementing or accentuating the taste and mouthfeel characteristics of an edible foodstuff product or a beverage product comprising the addition thereto of a compound corresponding to the formula wherein R 1 is an alkyl residue containing from 6 to 20 carbon atoms, or an alkene residue containing from 9 to 25 carbon atoms with from 1 to 3 double bonds, and m is land wherein the compound of formula (I) is incorporated in an amount of 1 ppb to 10 ppm within the edible foodstuff product or within the beverage product. R 1 is an alkyl residue containing from 6 to 20 carbon atoms, or an alkene residue containing from 9 to 25 carbon atoms with from 1 to 3 double bonds, and m is land wherein the compound of formula (I) is incorporated in an amount of 1 ppb to 10 ppm within the edible foodstuff product or within the beverage product.
A token for craft devices of craft equipment , the token comprising: a processor ; and a mechanical coupling device , characterized by a cryptography unit configured to cryptographically communicate the token by encrypting and/or decrypting signals; wherein the processor is configured to interact, in particular in terms of control technology, with different craft devices of the craft equipment ; wherein the mechanical coupling device is configured to mechanically couple with different craft devices of the craft equipment ; and wherein the token is configured, upon mechanical coupling of the mechanical coupling device with a craft device , to exchange data with said craft device by means of the processor , and in particular to control said craft device . a processor ; and a mechanical coupling device , a cryptography unit configured to cryptographically communicate the token by encrypting and/or decrypting signals; wherein the processor is configured to interact, in particular in terms of control technology, with different craft devices of the craft equipment ; wherein the mechanical coupling device is configured to mechanically couple with different craft devices of the craft equipment ; and wherein the token is configured, upon mechanical coupling of the mechanical coupling device with a craft device , to exchange data with said craft device by means of the processor , and in particular to control said craft device .
A communication system comprising: a communication terminal ; a base station connected to the communication terminal ; a management apparatus configured to manage positional information regarding the communication terminal ; a server configured to provide a communication service for the communication terminal , wherein the server is a server providing a mobile edge computing function, and is located in the vicinity of the base station ; a local gateway configured to connect the base station to the server, the local gateway including physical resources and software resources, and being configured to operate as a virtual network apparatus by activating network functions using the software resources; and a control apparatus configured to control start or stop of the network function that the local gateway includes; wherein the management apparatus is configured to transmit the positional information regarding the communication terminal to the control apparatus ; the control apparatus is configured to control start or stop of the network function that the local gateway includes based on the positional information, and further information comprising at least one of a type of the communication terminal , a type of a service that has been requested, and a delay time that the service requests, the further information being received from the management apparatus and the communication terminal is configured to receive the communication service from the server via the local gateway in which the network function has been activated. a communication terminal ; a base station connected to the communication terminal ; a management apparatus configured to manage positional information regarding the communication terminal ; a server configured to provide a communication service for the communication terminal , wherein the server is a server providing a mobile edge computing function, and is located in the vicinity of the base station ; a local gateway configured to connect the base station to the server, the local gateway including physical resources and software resources, and being configured to operate as a virtual network apparatus by activating network functions using the software resources; and a control apparatus configured to control start or stop of the network function that the local gateway includes; wherein the management apparatus is configured to transmit the positional information regarding the communication terminal to the control apparatus ; the control apparatus is configured to control start or stop of the network function that the local gateway includes based on the positional information, and further information comprising at least one of a type of the communication terminal , a type of a service that has been requested, and a delay time that the service requests, the further information being received from the management apparatus and the communication terminal is configured to receive the communication service from the server via the local gateway in which the network function has been activated.
A method for manufacturing a cellular structure, in particular of the abradable structure type for a turbomachine, comprising the following steps: a) providing a plurality of metal sheets each having, in a first direction (D1), undulations each formed by a succession of so-called vertex areas alternately arranged with junction areas of said vertex areas ; b) juxtaposing the sheets so that said first directions (D1) of said sheets are parallel two by two, with the vertex areas of a sheet being placed in contact with the vertex areas of the adjacent sheet(s) to form cells ; c) placing a first end of each sheet , in a second direction (D2) perpendicular to the first direction (D1), in contact with a support plate ; d) arranging a soldering element between the support plate and said first ends of the sheets and heating the assembly in a furnace; with the method comprising a step prior to step d) of adding means for blocking the diffusion of solder from said first ends of the sheets to the second free ends of the sheets , characterized in that the solder diffusion blocking means comprises cutouts provided in at least some of the vertex areas of the metal sheets . a) providing a plurality of metal sheets each having, in a first direction (D1), undulations each formed by a succession of so-called vertex areas alternately arranged with junction areas of said vertex areas ; b) juxtaposing the sheets so that said first directions (D1) of said sheets are parallel two by two, with the vertex areas of a sheet being placed in contact with the vertex areas of the adjacent sheet(s) to form cells ; c) placing a first end of each sheet , in a second direction (D2) perpendicular to the first direction (D1), in contact with a support plate ; d) arranging a soldering element between the support plate and said first ends of the sheets and heating the assembly in a furnace;
Armrest comprising a base and an arm support that can be moved, by means of a guide device , between at least one use position and a non-use position, wherein the arm support is movable, by means of the guide device , in parallel with a swivel axis (a), between a proximal and a distal position, and is pivotable about the swivel axis (a), between a primary and a secondary position, wherein the armrest comprises a drive device including a motor drive having a drive part which is movable between a first and a second position, in order to displace the arm support in a first direction (y1), between the non-use position and the use position, at least in part, wherein the drive device comprises at least one spring which can be tensioned upon the movement of the drive part or an additional drive part of the drive device , wherein the arm support can be moved axially, in a second direction (y2), by means of the spring , which second direction is directed counter to the first direction (y1).
A method for evaluating the prognosis of a patient suffering from breast cancer, characterized by comprising the steps: measuring an RNA expression level of snoRNA U50 characterized by the nucleotide sequences identified herein as SEQ ID No. 1, in a sample isolated from the patient; comparing said RNA expression level with a predetermined reference value; and providing a good prognosis when the RNA expression level of the snoRNA U50 is higher than the predetermined reference value and a poor prognosis when the RNA expression level of the snoRNA U50 is lower than the predetermined reference value, wherein a prognosis of stage 1 breast cancer is given when the RNA expression level of the snoRNA U50 is between 400 copies/ng and 225 copies/ng. measuring an RNA expression level of snoRNA U50 characterized by the nucleotide sequences identified herein as SEQ ID No. 1, in a sample isolated from the patient; comparing said RNA expression level with a predetermined reference value; and providing a good prognosis when the RNA expression level of the snoRNA U50 is higher than the predetermined reference value and a poor prognosis when the RNA expression level of the snoRNA U50 is lower than the predetermined reference value, wherein a prognosis of stage 1 breast cancer is given when the RNA expression level of the snoRNA U50 is between 400 copies/ng and 225 copies/ng.
A view control device for a vehicle, comprising: a change unit that changes a field of view of vehicle surroundings for a vehicle occupant; and a control unit that, in a case of establishment of a predetermined condition that is before establishment of a preset change condition under which the viewing range is to be changed, controls the change unit so as to change the field of view to a predetermined preparatory field wherein, in a case in which the change condition is satisfied after the change to the preparatory field, the control unit further controls the change unit so as to change the field of view in association with turning of the vehicle; characterized in that the preparatory field is determined based on a seat position. a change unit that changes a field of view of vehicle surroundings for a vehicle occupant; and a control unit that, in a case of establishment of a predetermined condition that is before establishment of a preset change condition under which the viewing range is to be changed, controls the change unit so as to change the field of view to a predetermined preparatory field wherein, in a case in which the change condition is satisfied after the change to the preparatory field, the control unit further controls the change unit so as to change the field of view in association with turning of the vehicle; characterized in that the preparatory field is determined based on a seat position.
Assembly comprising a guide-wire , which extends along a main direction (X) and which comprises distally a flexible tip , and a guide-wire kit comprising: i) an introduction element of the guide-wire in an artery, which identifies an inner space occupied by the guide-wire and which is tapered in a distal direction to create an opening through an introduction catheter; ii) a torque body , proximal to the introduction element , which delimits internally a longitudinal passage to receive in part the guide-wire and which comprises blocking means of said guide-wire to said body , suitable for being reversibly switched between a retention configuration wherein said means work on the guide wire to block it, and a release configuration to permit movements of the guide-wire in relation to said body ; iii) a slide control which defines a support surface for the guide-wire , manually accessible to control (roto-)translations of the guide-wire , thereby orientations and/or sliding of the flexible tip , when said means are in the release configuration; said assembly being characterized in that the torque body , the introduction element and the slide control are each disengageable, independently of the others, from the guide-wire in a radial direction. i) an introduction element of the guide-wire in an artery, which identifies an inner space occupied by the guide-wire and which is tapered in a distal direction to create an opening through an introduction catheter; ii) a torque body , proximal to the introduction element , which delimits internally a longitudinal passage to receive in part the guide-wire and which comprises blocking means of said guide-wire to said body , suitable for being reversibly switched between a retention configuration wherein said means work on the guide wire to block it, and a release configuration to permit movements of the guide-wire in relation to said body ; iii) a slide control which defines a support surface for the guide-wire , manually accessible to control (roto-)translations of the guide-wire , thereby orientations and/or sliding of the flexible tip , when said means are in the release configuration;
A wheel angle sensor assembly for measuring a relative rotation between a front axle of a vehicle with respect to a knuckle to be coupled to a wheel of the vehicle, the wheel angle sensor assembly comprising - a steering pin configured to be coupled via a mechanical shape coupling with a first member defined by one of the front axle and the knuckle , - an angle sensor configured to be carried and coupled at rotation with a second member defined by the other one of the front axle and the knuckle , and - a resilient element comprising a deformable material being softer than the material of at least one between the steering pin and the first member ; wherein one between the steering pin and the first member defines a groove configured for housing said resilient element , and wherein the other between the steering pin and the first member carries a protrusion configured to be housed in said groove , wherein said mechanical shape coupling is realized within the groove by interference between the resilient element and said protrusion said protrusion being inserted in a portion of the groove left free by the resilient element ; the wheel angle sensor is characterized in that the resilient element comprises a base portion and at least one tooth portion that extends in a cantilever manner from the base portion ; the mechanical shape coupling being realized by the protrusion that cooperates on at least one side with the at least one tooth portion . - a steering pin configured to be coupled via a mechanical shape coupling with a first member defined by one of the front axle and the knuckle , - an angle sensor configured to be carried and coupled at rotation with a second member defined by the other one of the front axle and the knuckle , and - a resilient element comprising a deformable material being softer than the material of at least one between the steering pin and the first member ; wherein one between the steering pin and the first member defines a groove configured for housing said resilient element , and wherein the other between the steering pin and the first member carries a protrusion configured to be housed in said groove , wherein said mechanical shape coupling is realized within the groove by interference between the resilient element and said protrusion said protrusion being inserted in a portion of the groove left free by the resilient element ; the wheel angle sensor is characterized in that the resilient element comprises a base portion and at least one tooth portion that extends in a cantilever manner from the base portion ; the mechanical shape coupling being realized by the protrusion that cooperates on at least one side with the at least one tooth portion .
A control system for cost optimal operation of an energy facility including equipment covered by a maintenance contract, the control system comprising: - equipment configured to operate during an optimization period; and - a controller configured to: - obtain a cost function that defines a cost of operating the energy facility over the optimization period as a function of one or more setpoints for the equipment; - modify the cost function to include a maintenance cost term that defines a maintenance cost as a function of a rate variable and an equipment usage variable; - simulate the cost of operating the energy facility over the optimization period at each of a plurality of different values of the rate variable; - select a value of the rate variable that results in a lowest cost of operating the energy facility over the optimization period; - perform an online optimization of the cost function with the rate variable set to the selected value to generate the one or more setpoints for the equipment; and - operate the equipment during the optimization period in accordance with the one or more setpoints generated by performing the online optimization. - equipment configured to operate during an optimization period; and - a controller configured to: - obtain a cost function that defines a cost of operating the energy facility over the optimization period as a function of one or more setpoints for the equipment; - modify the cost function to include a maintenance cost term that defines a maintenance cost as a function of a rate variable and an equipment usage variable; - simulate the cost of operating the energy facility over the optimization period at each of a plurality of different values of the rate variable; - select a value of the rate variable that results in a lowest cost of operating the energy facility over the optimization period; - perform an online optimization of the cost function with the rate variable set to the selected value to generate the one or more setpoints for the equipment; and - operate the equipment during the optimization period in accordance with the one or more setpoints generated by performing the online optimization. - obtain a cost function that defines a cost of operating the energy facility over the optimization period as a function of one or more setpoints for the equipment; - modify the cost function to include a maintenance cost term that defines a maintenance cost as a function of a rate variable and an equipment usage variable; - simulate the cost of operating the energy facility over the optimization period at each of a plurality of different values of the rate variable; - select a value of the rate variable that results in a lowest cost of operating the energy facility over the optimization period; - perform an online optimization of the cost function with the rate variable set to the selected value to generate the one or more setpoints for the equipment; and - operate the equipment during the optimization period in accordance with the one or more setpoints generated by performing the online optimization.