mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating an elevator call control system , the method comprising: receiving a first elevator call from a first individual carrying a first mobile device , the first elevator call including a destination request to travel from a first boarding floor to a first destination floor ; determining that the first individual carrying the first mobile device is traveling with a second individual , wherein the second individual is traveling to a second destination floor ; assigning an elevator car to the first elevator call ; and scheduling the elevator car to transport the first individual carrying the first mobile device and the second individual together to at least one of a first destination floor and the second destination floor ; and characterized in that the determining further comprises: detecting a location of a second mobile device carried by the second individual ; detecting a location of the first mobile device ; and determining that the second mobile device is within a selected range (R1) of the first mobile device . receiving a first elevator call from a first individual carrying a first mobile device , the first elevator call including a destination request to travel from a first boarding floor to a first destination floor ; determining that the first individual carrying the first mobile device is traveling with a second individual , wherein the second individual is traveling to a second destination floor ; assigning an elevator car to the first elevator call ; and scheduling the elevator car to transport the first individual carrying the first mobile device and the second individual together to at least one of a first destination floor and the second destination floor ; and characterized in that the determining further comprises: detecting a location of a second mobile device carried by the second individual ; detecting a location of the first mobile device ; and detecting a location of a second mobile device carried by the second individual ; detecting a location of the first mobile device ; and determining that the second mobile device is within a selected range (R1) of the first mobile device .
An electronic assembly comprising: a plurality of heat-generating semiconductor devices , each of the heat-generating semiconductor devices having a first side and a second side opposite the first side; one or more stack assemblies of evaporator stacks , each of the evaporator stacks comprising a hollow body with a floor at a first end and an outlet at a second end opposite the first end, the second end having an upper portion that is cylindrical, each said evaporator stack overlying the first side of a corresponding one of the semiconductor devices, wherein each said evaporator stack or its floor is adapted to convert a liquid-phase of a coolant into a gas-phase of the coolant; and a condensation container with respective openings in communication with the corresponding outlets of the evaporator stacks, the condensation container adapted to receive a gas-phase or vapor-phase of a coolant and to cool or convert the received gas-phase of the coolant into a liquid phase to replenish liquid for interaction with the floors of the evaporator stacks and return said liquid via the respective openings characterized in that the evaporator stacks are configured to collectively feed the condensation chamber with the gas-phase or vapor-phase of the coolant. a plurality of heat-generating semiconductor devices , each of the heat-generating semiconductor devices having a first side and a second side opposite the first side; one or more stack assemblies of evaporator stacks , each of the evaporator stacks comprising a hollow body with a floor at a first end and an outlet at a second end opposite the first end, the second end having an upper portion that is cylindrical, each said evaporator stack overlying the first side of a corresponding one of the semiconductor devices, wherein each said evaporator stack or its floor is adapted to convert a liquid-phase of a coolant into a gas-phase of the coolant; and a condensation container with respective openings in communication with the corresponding outlets of the evaporator stacks, the condensation container adapted to receive a gas-phase or vapor-phase of a coolant and to cool or convert the received gas-phase of the coolant into a liquid phase to replenish liquid for interaction with the floors of the evaporator stacks and return said liquid via the respective openings characterized in that the evaporator stacks are configured to collectively feed the condensation chamber with the gas-phase or vapor-phase of the coolant.
A measuring device for measuring at least one property of an object to be measured, wherein the measuring device comprises a signal processing unit , a first optical sensor row and a second optical sensor row between which a planar object to be measured is arranged to be placed; the direction of the first sensor row and the direction of the second sensor row differ from one another for measuring the object two-dimensionally on the basis of the differing directions of the first sensor row and the second sensor row ; each sensor of the first sensor row is arranged to form data representing a distance between the object to be measured and the sensor ; and each sensor of the second sensor row is arranged to form data representing a distance between the object to be measured and the sensor , characterized in that the signal processing unit is, on the basis of said data of the sensors of the first sensor row and the second sensor row , configured to determine an inclination angle of the surface of the first side of the object in one direction and an inclination angle of the surface of the opposite side in another direction for determining a total inclination of the object .
A method for generation of an anchor key in a network device in a communication network, the method being performed by the network device and comprising: obtaining a subscription data packet associated with an application security subscription of a user network module to an anchor key management service, the anchor key management service being provided as a service subscribed to by a user equipment associated with the user network module; extracting from the subscription data packet a subscription dataset, wherein the subscription dataset comprises an identifier of an application key management network node in the communication network that is associated with a service application; sending an authentication request message that includes a subscription permanent identifier, SUPI, of the user equipment associated with the user network module; generating a base authentication key upon successful completion of an authentication process for registering the user network module with the communication network; generating the anchor key based on the base authentication key and the SUPI: generating a unique identifier for the anchor key based on the identifier of the application key management network node; and wherein the anchor key is used for the user equipment associated with the user network module and the service application to generate an application encryption key for encrypted communication therebetween. obtaining a subscription data packet associated with an application security subscription of a user network module to an anchor key management service, the anchor key management service being provided as a service subscribed to by a user equipment associated with the user network module; extracting from the subscription data packet a subscription dataset, wherein the subscription dataset comprises an identifier of an application key management network node in the communication network that is associated with a service application; sending an authentication request message that includes a subscription permanent identifier, SUPI, of the user equipment associated with the user network module; generating a base authentication key upon successful completion of an authentication process for registering the user network module with the communication network; generating the anchor key based on the base authentication key and the SUPI: generating a unique identifier for the anchor key based on the identifier of the application key management network node; and wherein the anchor key is used for the user equipment associated with the user network module and the service application to generate an application encryption key for encrypted communication therebetween. generating a unique identifier for the anchor key based on the identifier of the application key management network node; and wherein the anchor key is used for the user equipment associated with the user network module and the service application to generate an application encryption key for encrypted communication therebetween.
Device for capturing an image of a plurality of objects such as a bottle and a syringe, for the secure production of medicinal preparations, including: - at least one pair of image capturing apparatuses arranged opposite one another, - a reflecting element for each of the image capturing apparatuses, the two reflecting elements of a given pair of apparatuses being arranged between said apparatuses and each being oriented so as to reflect, toward the corresponding apparatus, images of an area for producing a medicinal preparation. characterized in that the image capture device further comprises: - a stationary part formed by positioning means that are intended to be secured against an enclosure of the area for producing the medicinal preparation, - a base intended to be secured to the stationary part and - a half-baseplate rotatably mounted with respect to the base, the half-baseplate comprising at least one of the image capture apparatuses. - at least one pair of image capturing apparatuses arranged opposite one another, - a reflecting element for each of the image capturing apparatuses, the two reflecting elements of a given pair of apparatuses being arranged between said apparatuses and each being oriented so as to reflect, toward the corresponding apparatus, images of an area for producing a medicinal preparation. characterized in that the image capture device further comprises: - a stationary part formed by positioning means that are intended to be secured against an enclosure of the area for producing the medicinal preparation, - a base intended to be secured to the stationary part and - a half-baseplate rotatably mounted with respect to the base, the half-baseplate comprising at least one of the image capture apparatuses. the two reflecting elements of a given pair of apparatuses being arranged between said apparatuses and each being oriented so as to reflect, toward the corresponding apparatus, images of an area for producing a medicinal preparation. characterized in that the image capture device further comprises: - a stationary part formed by positioning means that are intended to be secured against an enclosure of the area for producing the medicinal preparation, - a base intended to be secured to the stationary part and - a half-baseplate rotatably mounted with respect to the base, the half-baseplate comprising at least one of the image capture apparatuses. - a stationary part formed by positioning means that are intended to be secured against an enclosure of the area for producing the medicinal preparation, - a base intended to be secured to the stationary part and - a half-baseplate rotatably mounted with respect to the base, the half-baseplate comprising at least one of the image capture apparatuses.
Method for managing of captive preforms immobilized in a heating station during an interruption of production, the heating station forming part of an installation for production of thermoplastic material containers by forming the preforms heated by the heating station , the preforms following a production stream (P) through the production installation , the heating station including: - a device for conveying preforms including individual supports circulating in a closed circuit, each individual support being intended to transport a preform in continuous movement along a predetermined transport path forming a section of the production stream (P) from an entry point (A) to an exit point (B), - a heating cavity bordered by at least one row of emitters of monochromatic electromagnetic radiation commanded between an extinguished state and a lit state, the heating cavity being crossed by the transport path ; the method consisting in ejecting from the production stream (P) the so-called "cold" captive preforms that have been immobilized before they have been exposed to the electromagnetic radiation emitted by the emitters to a recycling stream and in ejecting from the production stream (P) the so-called "hot" captive preforms that have been at least partly exposed to the electromagnetic radiation emitted by the emitters to a reject stream separate from the recycling stream . - a device for conveying preforms including individual supports circulating in a closed circuit, each individual support being intended to transport a preform in continuous movement along a predetermined transport path forming a section of the production stream (P) from an entry point (A) to an exit point (B), - a heating cavity bordered by at least one row of emitters of monochromatic electromagnetic radiation commanded between an extinguished state and a lit state, the heating cavity being crossed by the transport path ;
A method of imaging a patient's skin comprising the steps: (a) applying topically a fluorescent biotag on the skin area of interest on the patient; and initiating an imaging sequence, characterised in that the imaging sequence comprises: (b) illuminating the area of interest with visible light; (c) taking an exposure with an imaging device using the visible light; (d) turning off the visible light; (e) illuminating the area of interest with autofocus light in the wavelength band of the emission band of the biotag, wherein the wavelength band is near infrared from 650-1400nm; (f) autofocusing the imaging device; (g) turning off the autofocus light; (h) illuminating the area of interest with excitation light in a wavelength band of the fluorescent excitation band of the biotag, wherein the wavelength band is near infrared from 650-1400nm; and (i) taking an exposure with the imaging device; wherein light for the exposure comprises emission light from the biotag; wherein the imaging device is a hand-held integrated digital single-lens reflex (DSLR) camera with autofocus capability comprising a filter in the optical path that substantially blocks the excitation light. (a) applying topically a fluorescent biotag on the skin area of interest on the patient; and initiating an imaging sequence, characterised in that the imaging sequence comprises: (b) illuminating the area of interest with visible light; (c) taking an exposure with an imaging device using the visible light; (d) turning off the visible light; (e) illuminating the area of interest with autofocus light in the wavelength band of the emission band of the biotag, wherein the wavelength band is near infrared from 650-1400nm; (f) autofocusing the imaging device; (g) turning off the autofocus light; (h) illuminating the area of interest with excitation light in a wavelength band of the fluorescent excitation band of the biotag, wherein the wavelength band is near infrared from 650-1400nm; and (i) taking an exposure with the imaging device; wherein light for the exposure comprises emission light from the biotag;
Light strip system comprising: - multiple controllable light strip modules serially connected to each other to form a light strip ; - at least one first sensor unit arranged at a first position on the light strip and a second sensor unit arranged at a second position on the light strip , characterized in that at least two controllable light strip modules are arranged between the sensor units ; - at least one processing and control unit which is connected to the sensor units in such a way that at least one parameter respectively detected by the sensor units can be transmitted to the processing and control unit, and wherein the processing and control unit is connected at least to the light strip modules arranged between the sensor units in order to control them; - wherein the at least one processing and control unit determines, on the basis of the parameters detected by the sensor units , values for an individual control of at least the light strip modules arranged between the sensor units and individually controls at least these light strip modules according to the determined values, - wherein the at least one processing and control unit is arranged on or integrated into one of the sensor units and forms a master module . - multiple controllable light strip modules serially connected to each other to form a light strip ; - at least one first sensor unit arranged at a first position on the light strip and a second sensor unit arranged at a second position on the light strip , characterized in that at least two controllable light strip modules are arranged between the sensor units ; - at least one processing and control unit which is connected to the sensor units in such a way that at least one parameter respectively detected by the sensor units can be transmitted to the processing and control unit, and wherein the processing and control unit is connected at least to the light strip modules arranged between the sensor units in order to control them; - wherein the at least one processing and control unit determines, on the basis of the parameters detected by the sensor units , values for an individual control of at least the light strip modules arranged between the sensor units and individually controls at least these light strip modules according to the determined values, - wherein the at least one processing and control unit is arranged on or integrated into one of the sensor units and forms a master module .
Coupling element for a timber-concrete ceiling composite construction, wherein the coupling element is made from a timber-based material, wherein the coupling element has a coupling bar implemented onto a timber body of the coupling element , while the coupling bar partially overreaches the surface of the body of the coupling element , wherein to insert a coupling reinforcement , the coupling bar has openings and to connect with a ceiling beam through a glued connection, the coupling bar has several openings or grooves and toothing on the bottom edge, and wherein the coupling bar is an integral part of the coupling element and is securely connected with the body of the coupling element , characterized in that the coupling bar is made of timber and in that the coupling bar is connected with the body of the coupling element through a glued connection.
Aircraft comprising a fuselage with a longitudinal direction as well as a vertical median plane, and comprising, from the front to the rear, a central wing spar , a main landing gear compartment , as well as a section of fuselage , the main landing gear compartment comprising a rear transverse wall connected to the section of fuselage which is positioned at the rear of the main landing gear compartment , as well as a base wall which is connected to the central wing spar , the rear transverse wall and the base wall forming a sealed barrier between a first, pressurized area (Z1) and a second, non-pressurized area (Z2), the aircraft comprising a ventral beam which passes through the main landing gear compartment ; the main landing gear compartment comprising : - a body , produced in a single piece from composite material, separating the first pressurized area (Z1) and the second non-pressurized area (Z2), said body comprising a first part (56.1) corresponding to the base wall , a second part (56.2) corresponding to the rear transverse wall , an inner face (F56) which is oriented towards the second non-pressurized area (Z2), as well as an outer face (F56') which is oriented towards the first pressurized area (Z1); - at least two longitudinal beams made of composite material, oriented parallel to the longitudinal direction and connected to the body ; - bolster beams (66.1, 66.2) which assure the continuity of the ventral beam , the bolster beams (66.1, 66.2) being positioned in-line with the longitudinal beams , and being connected to the ventral beam , to the section of fuselage , as well as to the body . - a body , produced in a single piece from composite material, separating the first pressurized area (Z1) and the second non-pressurized area (Z2), said body comprising a first part (56.1) corresponding to the base wall , a second part (56.2) corresponding to the rear transverse wall , an inner face (F56) which is oriented towards the second non-pressurized area (Z2), as well as an outer face (F56') which is oriented towards the first pressurized area (Z1); - at least two longitudinal beams made of composite material, oriented parallel to the longitudinal direction and connected to the body ; - bolster beams (66.1, 66.2) which assure the continuity of the ventral beam , the bolster beams (66.1, 66.2) being positioned in-line with the longitudinal beams , and being connected to the ventral beam , to the section of fuselage , as well as to the body .
Arrangement of support elements for holding electronic functional modules (133-1, 133-2, 133-x), comprising: a first support element (100-1), wherein the first support element (100-1) has an upper side (101-1) and a lower side (103-1), wherein a first bridge receptacle (105-1) is formed in the upper side (101-1), and wherein a second bridge receptacle (107-1) is formed in the lower side (103-1); and a second support element (100-2), wherein the second support element (100-2) has a first side bridge (111-2) and a second side bridge (113-2), wherein the first side bridge (111-2) is insertable in the first bridge receptacle (105-1), and wherein the second side bridge (113-2) is insertable in the second bridge receptacle (107-1), wherein in an upper side (101-1, 101-2, 101-3, 101 -x) of the first, second, third or further support element (100-1, 100-2, 100-3, 100-x) a first cable receptacle (125-1, 125-2, 125-3, 125-x) for receiving a first electrical cable or a second cable receptacle (127-1, 127-2, 127-3, 127-x) for receiving a second electrical cable is formed. a first support element (100-1), wherein the first support element (100-1) has an upper side (101-1) and a lower side (103-1), wherein a first bridge receptacle (105-1) is formed in the upper side (101-1), and wherein a second bridge receptacle (107-1) is formed in the lower side (103-1); and a second support element (100-2), wherein the second support element (100-2) has a first side bridge (111-2) and a second side bridge (113-2), wherein the first side bridge (111-2) is insertable in the first bridge receptacle (105-1), and wherein the second side bridge (113-2) is insertable in the second bridge receptacle (107-1), wherein in an upper side (101-1, 101-2, 101-3, 101 -x) of the first, second, third or further support element (100-1, 100-2, 100-3, 100-x) a first cable receptacle (125-1, 125-2, 125-3, 125-x) for receiving a first electrical cable or a second cable receptacle (127-1, 127-2, 127-3, 127-x) for receiving a second electrical cable is formed.