mhurhangee/patent-ind-claim-en huggingface dataset:
A wellbore tool comprising: a first chamber configured to be positioned within a wellbore , the first chamber comprising a cooling fluid ; a second chamber positioned uphole of the first chamber, the first chamber and the second chamber configured to be lowered to a position within the wellbore, the second chamber comprising a cold source at a sub-zero temperature, the cooling fluid configured to be cooled upon contacting the cold source; a separation member positioned between the first chamber and second chamber, the separation member separating the cooling fluid and the cold source; and an activation device connected to the separation member, the activation device configured to cause the separation member to allow the cold source to contact the cooling fluid. a first chamber configured to be positioned within a wellbore , the first chamber comprising a cooling fluid ; a second chamber positioned uphole of the first chamber, the first chamber and the second chamber configured to be lowered to a position within the wellbore, the second chamber comprising a cold source at a sub-zero temperature, the cooling fluid configured to be cooled upon contacting the cold source; a separation member positioned between the first chamber and second chamber, the separation member separating the cooling fluid and the cold source; and an activation device connected to the separation member, the activation device configured to cause the separation member to allow the cold source to contact the cooling fluid.
A brush for the application of fluid products, particularly for powdery, creamy, liquid products or the like, comprising a plurality of spreading elements to spread a fluid product on a work surface and having a first ending part associated with a support element and a second free ending part , opposite to said first ending part and adapted to take and apply said product , wherein said support element is made of a flexible material; wherein said spreading elements present an elongated conformation extending from said support element along a longitudinal developing directions transversal in respect to said support element itself, wherein said spreading elements extend from said support element for at least 3⁄4 of their length and are made of a natural and/or synthetic hair type, and wherein said support element , which is formed on an attachment surface , is deformable by effect of an external force (F) exerted on the same, between: - a first configuration of use in which said support element is extended and lies on a substantially horizontal plane; and - a second configuration of use in which said support element is folded at least partly on itself; wherein said spreading elements have said first ending parts which are integrally associated with one another to define an attachment surface to said support element . wherein said spreading elements present an elongated conformation extending from said support element along a longitudinal developing directions transversal in respect to said support element itself, wherein said spreading elements extend from said support element for at least 3⁄4 of their length and are made of a natural and/or synthetic hair type, and wherein said support element , which is formed on an attachment surface , is deformable by effect of an external force (F) exerted on the same, between: - a first configuration of use in which said support element is extended and lies on a substantially horizontal plane; and - a second configuration of use in which said support element is folded at least partly on itself; - a first configuration of use in which said support element is extended and lies on a substantially horizontal plane; and - a second configuration of use in which said support element is folded at least partly on itself; wherein said spreading elements have said first ending parts which are integrally associated with one another to define an attachment surface to said support element .
A display device with a beam combiner comprising a superimposition area for combining a first ray beam (US) with a second ray beam (BS) that does not run parallel to it to form a common ray beam, an image-generating module and a holding device that can be fitted onto the head of a user and to which the beam combiner is attached such that when the holding device is fitted a user can perceive the real surroundings through the superimposition area of the beam combiner due to the first ray beam (US) which is being transmitted by the superimposition area , wherein the image-generating module generates an image and directs it as second ray beam (BS) onto the superimposition area such that when the holding device is fitted onto the head the user can perceive the image superimposed on the real surroundings, wherein the beam combiner includes a body that is transparent for the first ray beam (US) and which has the superimposition area which the first ray beam (US) strikes when passing through the body, wherein the transparent body comprises a front side and a rear side , the front side comprising the superimposition area , and wherein the second ray beam (BS) is guided in the transparent body to the superimposition area , characterized in that the front side of the transparent body is formed to be curved and the superimposition area is divided into a first section and a second section , wherein only the first section , which is formed of a plurality of reflective deflecting elements spaced apart from each other, brings about a deflection of the second ray beam (BS) by reflection such that after leaving the body the first ray beam (US), together with the deflected second ray beam (BS), forms the common ray beam (GS), wherein the deflecting elements are distributed irregularly in the superimposition area and wherein the first section has an imaging function for the second ray beam (BS) and the second section transmits the first ray beam (US).
A head worn display, HWD, comprising: a head attachment region ; an internal display viewable by a user and including variable transparency areas , the internal display arranged to display at least a portion of an external region external to the HWD ; and a controller configured to control the variable transparency areas to block view of a region of the external region and to control the internal display to overlay information in a region of the internal display corresponding to the region of the external region which is blocked; characterized in that the controller is configured to control the internal display to display direction information in a first overlay region in an inner region of the internal display , and to control the internal display to display peripheral information in a second overlay region in a peripheral region of the internal display , wherein the direction information directs a user to view the peripheral information in the peripheral region of the internal display . a head attachment region ; an internal display viewable by a user and including variable transparency areas , the internal display arranged to display at least a portion of an external region external to the HWD ; and a controller configured to control the variable transparency areas to block view of a region of the external region and to control the internal display to overlay information in a region of the internal display corresponding to the region of the external region which is blocked; characterized in that the controller is configured to control the internal display to display direction information in a first overlay region in an inner region of the internal display , and to control the internal display to display peripheral information in a second overlay region in a peripheral region of the internal display , wherein the direction information directs a user to view the peripheral information in the peripheral region of the internal display .
A non-transitory computer readable medium embodied with programming code executable by a processor, and the processor when executing the programming code is operable to perform functions, including functions to: receive information related to ingestion of a meal, wherein the information includes a coarse indication of a size of the meal, a relative time of ingestion of the meal, and a general composition indication of the meal; identify a blood glucose measurement value that was received within a predetermined time range of the relative time of ingestion of the meal; select a meal model from a plurality of meal models; determine a setting for a delay parameter based on the received relative time of ingestion of the meal; determine a setting for an extend parameter based on the received general composition indication of the meal; determine a setting for a delivery constraint based on the received coarse indication of the size of the meal; modify the selected meal model using the determined setting for the delay parameter, the determined setting for the extend parameter, and the determined setting for the delivery constraint; using the modified, selected meal model, determine a dose of insulin to be delivered in response to the received information; and output an instruction for delivery to a drug delivery device, wherein the outputted instruction indicates a determined dose of insulin to be delivered. receive information related to ingestion of a meal, wherein the information includes a coarse indication of a size of the meal, a relative time of ingestion of the meal, and a general composition indication of the meal; identify a blood glucose measurement value that was received within a predetermined time range of the relative time of ingestion of the meal; select a meal model from a plurality of meal models; determine a setting for a delay parameter based on the received relative time of ingestion of the meal; determine a setting for an extend parameter based on the received general composition indication of the meal; determine a setting for a delivery constraint based on the received coarse indication of the size of the meal; modify the selected meal model using the determined setting for the delay parameter, the determined setting for the extend parameter, and the determined setting for the delivery constraint; using the modified, selected meal model, determine a dose of insulin to be delivered in response to the received information; and output an instruction for delivery to a drug delivery device, wherein the outputted instruction indicates a determined dose of insulin to be delivered.
A method for operating an electronic device , the method comprising: displaying at least one item corresponding to at least one other electronic device (200-1, 200-2, 200-3, 200-4) and at least one window corresponding to at least one predefined role; transmitting, to each of the at least one other electronic device (200-1, 200-2, 200-3, 200-4), a message for requesting to output an identifiable signal which is visible or audible; receiving, from one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4), the identifiable signal; identifying a location of one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4) based on the received identifiable signal; and assigning the at least one predefined role to one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4) based on the location of one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4); wherein the at least one item is displayed in the at least one window based on the assigned at least one predefined role, and wherein the method further comprises, in response to detecting an input for the at least one item, transmitting a control signal for controlling the at least one other electronic device (200-1, 200-2, 200-3, 200-4) to perform the determined at least one predefined role. displaying at least one item corresponding to at least one other electronic device (200-1, 200-2, 200-3, 200-4) and at least one window corresponding to at least one predefined role; transmitting, to each of the at least one other electronic device (200-1, 200-2, 200-3, 200-4), a message for requesting to output an identifiable signal which is visible or audible; receiving, from one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4), the identifiable signal; identifying a location of one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4) based on the received identifiable signal; and assigning the at least one predefined role to one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4) based on the location of one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4); wherein the at least one item is displayed in the at least one window based on the assigned at least one predefined role, and wherein the method further comprises, in response to detecting an input for the at least one item, transmitting a control signal for controlling the at least one other electronic device (200-1, 200-2, 200-3, 200-4) to perform the determined at least one predefined role.
Method for transmitting data from a first terminal, called a transmitter terminal (TermE), to a second terminal, called a receiver terminal (TermR), said method comprising a step of obtaining a piece of current time data (DTC), said method being characterized in that it comprises: - ; - a step of determining a piece of transmission time data (DTT) as a function of the piece of current time data (DTC) and at least one predetermined parameter comprising a duration (t) to be added to said piece of current time data (DTC) to obtain said a piece of transmission time data (DTT); - a step of obtaining a piece of data to be encrypted (DaCh) from at least one piece of data to be transmitted (DaTr) and from said at least one piece of transmission time data (DTT); - a step of encrypting, by means of an encryption key (KeyC), said preliminarily obtained piece of data to be encrypted (DaCh), this step delivering a piece of encrypted data (DCh); - a step for transmitting said piece of encrypted data (DCh) as a function of said piece of transmission time data (DTT) comprising putting the transmission on hold until a time substantially close to the piece of transmission time data and upon reaching said time, transmitting said piece of encrypted data (DCh) at a time substantially equal to the time defined by said piece of transmission time data (DTT). - ; - a step of determining a piece of transmission time data (DTT) as a function of the piece of current time data (DTC) and at least one predetermined parameter comprising a duration (t) to be added to said piece of current time data (DTC) to obtain said a piece of transmission time data (DTT); - a step of obtaining a piece of data to be encrypted (DaCh) from at least one piece of data to be transmitted (DaTr) and from said at least one piece of transmission time data (DTT); - a step of encrypting, by means of an encryption key (KeyC), said preliminarily obtained piece of data to be encrypted (DaCh), this step delivering a piece of encrypted data (DCh); - a step for transmitting said piece of encrypted data (DCh) as a function of said piece of transmission time data (DTT) comprising putting the transmission on hold until a time substantially close to the piece of transmission time data and upon reaching said time, transmitting said piece of encrypted data (DCh) at a time substantially equal to the time defined by said piece of transmission time data (DTT).
A membrane comprising: a microporous polyolefin film made by a dry-stretch process and having substantially round shaped pores which have an aspect ratio in the range of 0.75 to 1.25.
Individual chain wheel for a bicycle front crank arrangement for engaging in a drive chain, said individual chain wheel comprising a multiplicity of teeth formed on a circumference of the chain wheel and having a first and a second group of teeth, wherein the teeth of the second group of teeth are arranged in an alternating manner between the teeth of the first group of teeth, wherein each tooth has a load flank via which force is transmitted between an adjacent chain pulley of the drive chain and the respective tooth , and wherein each tooth of the first group of teeth has at least one profiling with an opening in the vicinity of the flank, in which a portion of an inner link plate of the drive chain, which portion protrudes beyond the chain pulley of the drive chain, engages, wherein the load flank and the profiling of at least one tooth of the first group of teeth are geometrically designed and arranged with respect to each other in such a manner that, even in the event of wear-involving stressing of the load flank as a consequence of the transmission of force via the chain pulleys of the drive chain during operation of the individual chain wheel , an unobstructed disengagement of the respective chain pulley of the drive chain adjacent to the load flank and of the tooth is ensured, characterized in that the opening in the vicinity of the flank is formed asymmetrically and is set back in a more pronounced manner in relation to the load flank of a tooth , which is under consideration, of the first group of teeth, as viewed in the circumferential direction, than in relation to a counterload flank on the rear side of a closest tooth , as viewed in the circumferential direction, of the first group of teeth.
Part for coaxial connection of two tubes , comprising two connection portions , each provided with a receiving area for a connection element of each tube , the two connection portions being able to slide in one another, between a position in which the two portions are spaced apart and a position in which the two portions are closed up, in which the two receiving areas can hold the connection elements together and form a closed contour, each connection portion comprising a male area which slides in an associated female area of the other portion , and a female area in which the male area of the other connection portion slides, the male area of each connection portion comprising at least one arm which slides in at least one rail of the female area of the other connection portion , each connection portion being provided with at least one clip, such that the position in which the two connection portions are closed up is obtained by clipping, characterized in that each connection portion also comprises an element which projects from the periphery of the connection portion and which is clipped into an opening in the other connection portion .
A communication method, comprising: saving virtual network information comprising host information in a virtual network table by a software defined network, SDN, controller ; receiving , by the SDN controller from a SDN switch , a forwarding request message comprising at least a header portion of a layer-2 packet; determining , by the SDN controller, whether a source host and a destination host of the layer-2 packet are in the same virtual network according to the virtual network table; characterised in that the method further comprises: if it is determined that the source host and the destination host are not in the same virtual network: dropping , by the SDN controller, the layer-2 packet, wherein the host information comprises the MAC address of the hosts for determining whether the source host and the destination host are in the same virtual network. saving virtual network information comprising host information in a virtual network table by a software defined network, SDN, controller ; receiving , by the SDN controller from a SDN switch , a forwarding request message comprising at least a header portion of a layer-2 packet; determining , by the SDN controller, whether a source host and a destination host of the layer-2 packet are in the same virtual network according to the virtual network table; characterised in that the method further comprises: if it is determined that the source host and the destination host are not in the same virtual network: dropping , by the SDN controller, the layer-2 packet, wherein the host information comprises the MAC address of the hosts for determining whether the source host and the destination host are in the same virtual network. if it is determined that the source host and the destination host are not in the same virtual network: dropping , by the SDN controller, the layer-2 packet, wherein the host information comprises the MAC address of the hosts for determining whether the source host and the destination host are in the same virtual network.
A safety device for monitoring at least one machine , the safety device comprising at least one sensor for generating sensor data relating to the machine and a processing unit for the sensor data, which is connected at least indirectly to the sensor and the machine and is configured as a runtime environment with at least one computing node and for running a plurality of logic units on the at least one computing node , at least one logic unit being configured as a safety function unit for safety-oriented evaluation of the sensor data and at least one logic unit being configured as a diagnostic unit for monitoring the at least one safety function unit , characterized in that the at least one safety function unit is configured to transmit status messages and execution messages to the diagnostic unit , wherein status messages provide information about a status of the at least one safety function unit and thus about its operational readiness and possible restrictions or errors, and wherein an execution message relates to the execution of a safety function or a service which the at least one safety function unit executes, from which an execution sequence of the executed safety functions or services is generated, in that the diagnostic unit is configured to detect a safety-relevant malfunction of the safety device in a status monitoring using statuses from the status messages and in an execution monitoring using the execution sequence generated from the execution messages , and in that the runtime environment comprises a message system with two message channels, via which the at least one safety function unit transmits status messages and execution messages in parallel to the diagnostic unit.