mhurhangee/ep-ind-claims huggingface dataset:
A method for heat blanket certification comprising: preparing a thermochromatic coating containing one or more chromatic probes; applying the thermochromatic coating to a sheet as a measurement surface; creating a test layup with the heat blanket and a vacuum bagging film; sealing the vacuum bagging film; drawing a vacuum through a vacuum probe in the vacuum bagging film; bringing the heat blanket to operating temperature; illuminating measurement surface having the thermochromatic coating with light; and, observing the chromatic probe coloration, wherein said sheet is a FEP release film, said sheet being placed adjacent to an operative surface of the heat blanket to prevent the vacuum bagging film from adhering to the heat blanket. preparing a thermochromatic coating containing one or more chromatic probes; applying the thermochromatic coating to a sheet as a measurement surface; creating a test layup with the heat blanket and a vacuum bagging film; sealing the vacuum bagging film; drawing a vacuum through a vacuum probe in the vacuum bagging film; bringing the heat blanket to operating temperature; illuminating measurement surface having the thermochromatic coating with light; and, observing the chromatic probe coloration, wherein said sheet is a FEP release film, said sheet being placed adjacent to an operative surface of the heat blanket to prevent the vacuum bagging film from adhering to the heat blanket.
A clinical garment (112; 312; 512) comprising: a pneumatic convective device (110; 310); a hospital gown or robe with a body portion adapted to cover a portion of a patient, the body portion having an inner surface facing the patient and an outer surface away from the patient, wherein the inner surface of the hospital gown or robe receives the pneumatic convective device (110; 310); wherein the pneumatic convective device (110; 310) has an inflatable portion and a permeable member for emitting pressurized air from the inflatable portion; and wherein one or more access openings (142; 342; 344) in the body portion provides access to the pneumatic convective device. a pneumatic convective device (110; 310); a hospital gown or robe with a body portion adapted to cover a portion of a patient, the body portion having an inner surface facing the patient and an outer surface away from the patient, wherein the inner surface of the hospital gown or robe receives the pneumatic convective device (110; 310); wherein the pneumatic convective device (110; 310) has an inflatable portion and a permeable member for emitting pressurized air from the inflatable portion; and wherein one or more access openings (142; 342; 344) in the body portion provides access to the pneumatic convective device.
A device for detecting a hazardous condition in an area, comprising: a housing including a base mountable to a building structure and a replaceable portion connected to the base, wherein the base includes a pocket and a movable flap located at an exterior side of the base for providing access to the pocket; a controller contained within an interior of the housing; and a carbon monoxide device for detecting carbon monoxide, the carbon monoxide device being positioned within the pocket such that a sensing portion of the carbon monoxide device is in fluid communication with an environment external to the housing, the carbon monoxide device being operably coupled to the controller. a housing including a base mountable to a building structure and a replaceable portion connected to the base, wherein the base includes a pocket and a movable flap located at an exterior side of the base for providing access to the pocket; a controller contained within an interior of the housing; and a carbon monoxide device for detecting carbon monoxide, the carbon monoxide device being positioned within the pocket such that a sensing portion of the carbon monoxide device is in fluid communication with an environment external to the housing, the carbon monoxide device being operably coupled to the controller.
A secondary circuit for providing over-voltage protection for battery cells of a battery pack in a system including the pack and a battery charger, the pack having a pack microcontroller in communication with a charger microcontroller of the charger during a charge, one of the pack or charger microcontrollers (125; 159) providing primary cell over-voltage protection during the charge, wherein the secondary circuit comprises: a first circuit in the pack detecting a cell over-voltage condition of one of the cells and generating a signal reflective of the condition, and a second circuit in the charger sensing the signal to generate a disable signal in the charger to interrupt the charge current; characterized in that the signal is caused by a blown fuse which causes an open condition at a terminal pin between the first and second circuits (148, 151). a first circuit in the pack detecting a cell over-voltage condition of one of the cells and generating a signal reflective of the condition, and a second circuit in the charger sensing the signal to generate a disable signal in the charger to interrupt the charge current;
A process for preparing isocyanates by reacting the corresponding amines with phosgene, optionally in the presence of at least one inert medium, in the gas phase, which comprises reacting n amine streams with at least n phosgene streams, where n is a positive integer of at least 1, in a reactor and introducing at least one amine or phosgene stream into the reactor via at least one slit for mixing, where the amine is introduced through a slit which is flanked on both longitudinal sides by slits through which phosgene is introduced or amine is introduced through an inner slit which is surrounded on all sides by a contiguous slit through which phosgene is introduced and the two-dimensional shape of all the slits is rectangular.
System for assisting the laying of a floor element, such as a slab, the floor element being intended to rest on at least one load-bearing element positioned below the floor element, the system comprising: - a floor, - a plurality of temporary holding members, each comprising a rod having a length greater than the thickness of the floor element and intended to extend through a respective through hole provided for this purpose in the floor element, in the thickness direction of the latter, each rod being provided with a first temporary securing means, and - for each temporary holding member, a second temporary securing means intended to be secured to the floor element and located along the axis of the respective through hole of the floor element, each second temporary securing means being able to cooperate with the first temporary securing means of the respective temporary holding member so as to temporarily secure said temporary holding member and the floor element in a position in which part of the rod of said temporary holding member extends out of said through hole and under the floor element, in such a way that the so-called lower end of said rod located under the floor element is able to come to bear on the ground or on the at least one load-bearing element so that said temporary holding member takes up the forces exerted by the bearing of the floor element as long as the latter is secured to said temporary holding member, the system being characterised by: each second temporary securing means and the first temporary securing means of the respective temporary holding member also being capable of being disengaged from each other so as to remove said temporary holding member from the floor element once the floor element rests on the at least one load-bearing element. - a floor, - a plurality of temporary holding members, each comprising a rod having a length greater than the thickness of the floor element and intended to extend through a respective through hole provided for this purpose in the floor element, in the thickness direction of the latter, each rod being provided with a first temporary securing means, and - for each temporary holding member, a second temporary securing means intended to be secured to the floor element and located along the axis of the respective through hole of the floor element, each second temporary securing means being able to cooperate with the first temporary securing means of the respective temporary holding member so as to temporarily secure said temporary holding member and the floor element in a position in which part of the rod of said temporary holding member extends out of said through hole and under the floor element, in such a way that the so-called lower end of said rod located under the floor element is able to come to bear on the ground or on the at least one load-bearing element so that said temporary holding member takes up the forces exerted by the bearing of the floor element as long as the latter is secured to said temporary holding member,
A method for managing an initiated call between a caller and a roaming callee, the caller and the roaming callee being both susbcribed to a same mobile operator network, this method being characterized in that it includes the following steps performed by a roaming callee mobile phone and by a server and by a gateway mobile switching centre, GMSC, included in the mobile operator network: - duplication and update of an existing contact stored in the roaming callee mobile phone to an extended contact, said existing contact being the mobile station international subscriber directory number, MSISDN, of the caller, the extended contact being an extended MSISDN including the existing contact and a predefined extension; - after setup the initiated call signaling, informing, by the server, via a voice message the caller about roaming information of the roaming callee; - following the step of informing, offering, by the server, the caller a first option to continue with the initiated call and assuming roaming charges; - when the caller chooses the first option, attaching, by the GMSC, to a provided mobile station roaming number allocated by a visitor location register to which the roaming callee is attached, the extended MSISDN, and displaying, by the roaming callee mobile phone, the extended contact informing the roaming callee that a free of charges call is received. - duplication and update of an existing contact stored in the roaming callee mobile phone to an extended contact, said existing contact being the mobile station international subscriber directory number, MSISDN, of the caller, the extended contact being an extended MSISDN including the existing contact and a predefined extension; - after setup the initiated call signaling, informing, by the server, via a voice message the caller about roaming information of the roaming callee; - following the step of informing, offering, by the server, the caller a first option to continue with the initiated call and assuming roaming charges; - when the caller chooses the first option, attaching, by the GMSC, to a provided mobile station roaming number allocated by a visitor location register to which the roaming callee is attached, the extended MSISDN, and displaying, by the roaming callee mobile phone, the extended contact informing the roaming callee that a free of charges call is received.
A supervised fire suppression system comprising: a) a discharge valve for controlling the release of a fire extinguishing agent from a container; b) a control head operatively associated with the discharge valve for actuating the discharge valve in the event of a fire, wherein the control head may be disengaged from the discharge valve to facilitate inspection of the control head; and c) an internal supervisory switching device configured to interact with the discharge valve to provide an indication when the control head has been disengaged from the discharge valve; characterised in that the internal supervisory switching device is mounted within the control head. a) a discharge valve for controlling the release of a fire extinguishing agent from a container; b) a control head operatively associated with the discharge valve for actuating the discharge valve in the event of a fire, wherein the control head may be disengaged from the discharge valve to facilitate inspection of the control head; and c) an internal supervisory switching device configured to interact with the discharge valve to provide an indication when the control head has been disengaged from the discharge valve;
A method of changing a content display area on a screen of a portable device, the method comprising: displaying a plurality of items, each of the plurality of items corresponds to an application in the portable device; receiving selection of a first item corresponding to a first application and selection of a second item corresponding to a second application, sequentially; and switching from displaying the plurality of items to displaying the first application and the second application as a split view, the first application being displayed on a first area of the display unit and the second application being displayed on a second area of the display unit, characterised in the that the method further comprises: detecting a touch interaction on the first area to control a size of the first area and the second area; and upon detection of the touch interaction, extending to a predetermined size the first area of the first application from the split view to be displayed as a main screen, and simultaneously reducing the second area of the second application to be displayed as a sub screen. displaying a plurality of items, each of the plurality of items corresponds to an application in the portable device; receiving selection of a first item corresponding to a first application and selection of a second item corresponding to a second application, sequentially; and switching from displaying the plurality of items to displaying the first application and the second application as a split view, the first application being displayed on a first area of the display unit and the second application being displayed on a second area of the display unit, characterised in the that the method further comprises: detecting a touch interaction on the first area to control a size of the first area and the second area; and upon detection of the touch interaction, extending to a predetermined size the first area of the first application from the split view to be displayed as a main screen, and simultaneously reducing the second area of the second application to be displayed as a sub screen. detecting a touch interaction on the first area to control a size of the first area and the second area; and upon detection of the touch interaction, extending to a predetermined size the first area of the first application from the split view to be displayed as a main screen, and simultaneously reducing the second area of the second application to be displayed as a sub screen.
A method carried out by a user equipment, UE, in a Radio Access Network, RAN, the method comprising: transmitting a power headroom control element from the UE to a base station in the RAN, Wherein the power headroom control element is structured to comprise a power headroom field containing power headroom information and having a predetermined number of bits in the power headroom control element; and an indicator field associated with the power headroom field; wherein the indicator field serves to indicate whether a transmission power field with a predetermined number of bits is present in the power headroom control element. transmitting a power headroom control element from the UE to a base station in the RAN, Wherein the power headroom control element is structured to comprise a power headroom field containing power headroom information and having a predetermined number of bits in the power headroom control element; and an indicator field associated with the power headroom field; wherein the indicator field serves to indicate whether a transmission power field with a predetermined number of bits is present in the power headroom control element.
A data processing method, comprising: obtaining user service data sent by a trusted institution in response to a data request of a data owner; detecting whether an end-user device of the data owner is provided with trusted hardware to obtain a detection result; storing the user service data in trusted hardware having a use permission on a target server when the detection result indicates that the end-user device of the data owner is not provided with trusted hardware; storing the user service data in at least one of the trusted hardware on the end-user device and the trusted hardware having the use permission on the target server when the detection result indicates that the end-user device of the data owner is provided with trusted hardware; obtaining data use authorization information sent by a data requester; verifying the data use authorization information; sending data authorized to be accessed by the data use authorization information to the data requester if the verification is successful, the data being stored in the trusted hardware, and the data being data obtained from the trusted institution; and storing a data sending record for the data in a blockchain network. obtaining user service data sent by a trusted institution in response to a data request of a data owner; detecting whether an end-user device of the data owner is provided with trusted hardware to obtain a detection result; storing the user service data in trusted hardware having a use permission on a target server when the detection result indicates that the end-user device of the data owner is not provided with trusted hardware; storing the user service data in at least one of the trusted hardware on the end-user device and the trusted hardware having the use permission on the target server when the detection result indicates that the end-user device of the data owner is provided with trusted hardware; obtaining data use authorization information sent by a data requester; verifying the data use authorization information; sending data authorized to be accessed by the data use authorization information to the data requester if the verification is successful, the data being stored in the trusted hardware, and the data being data obtained from the trusted institution; and storing a data sending record for the data in a blockchain network.
A method for providing a location based service to a user operating a mobile device (30,32,34), the method comprising: receiving (52,152), by a server, a current location of the mobile device (30,32,34) in encrypted form; processing (54,154), by the server, the current location of the mobile device (30,32,34) in encrypted form, the processing utilizing at least one previously designated user approved location, for which the user desires to receive a location based service, that is stored in a database accessible by the server, to produce a result without having to decrypt the current location of the mobile device (30,32,34); sending (54,154), by the server, the result to the mobile device (30,32,34) for processing by the mobile device (30,32,34); receiving, (68,168) by the server, the current location of the mobile device (30,32,34) from the mobile device (30,32,34) in unencrypted form only when the mobile device (30,32,34) determines that its current location is near a user approved location based on the result returned to the mobile device (30,32,34); and using (70, 170) the current location of the mobile device (30,32,34) to provide a location based service to the user operating the mobile device (30,32,34). receiving (52,152), by a server, a current location of the mobile device (30,32,34) in encrypted form; processing (54,154), by the server, the current location of the mobile device (30,32,34) in encrypted form, the processing utilizing at least one previously designated user approved location, for which the user desires to receive a location based service, that is stored in a database accessible by the server, to produce a result without having to decrypt the current location of the mobile device (30,32,34); sending (54,154), by the server, the result to the mobile device (30,32,34) for processing by the mobile device (30,32,34); receiving, (68,168) by the server, the current location of the mobile device (30,32,34) from the mobile device (30,32,34) in unencrypted form only when the mobile device (30,32,34) determines that its current location is near a user approved location based on the result returned to the mobile device (30,32,34); and using (70, 170) the current location of the mobile device (30,32,34) to provide a location based service to the user operating the mobile device (30,32,34).
A head guard comprising a first head guard portion intended to cooperate at least partially with an external rigid body, and a second head guard portion intended to cooperate with a roof; said head guard being deformable and comprising an outer support layer which is semi-rigid and deformable, said outer support layer having an adhesion face directed towards the roof on which is deposited an inner adhesion layer consisting of a material configured to adhere to the roof, such as the adhesion layer of the second head guard portion intended to cooperate with the roof is covered at least partially with a temporary protective film, this temporary protective film being intended to be detached from the adhesion layer, characterized in that the adhesion layer of the first head guard portion is covered at least partially with a permanent passivation layer, the permanent passivation layer being extensible and being irreversibly fastened to the adhesion layer.
Patching equipment (100, 200, 700, 800, 1104), the patching equipment (100, 200, 700, 800, 1104) comprising: a plurality of ports (102, 210, 710, 810, 1108) configured to receive a plurality of connectors (104, 630, 1030, 1108); a processing unit (204, 312, 912) configured to execute instructions thereon; and a wireless communication interface (314, 638, 914, 1038), wherein the processing unit (204, 312, 912) communicates connectivity information with a collection device (1102, 1204, 1304, 1401, 1504) through the wireless communication interface (314, 638, 914, 1038); an energy storage device (324, 440, 644), wherein the energy storage device (324, 440, 644) is configured to power the patching equipment (100, 200, 700, 800, 1104) after a power event; and a power staggering control, wherein the power staggering control regulates the use of power in connection with the ports (102, 210, 710, 810, 1108) and connectors (104, 630, 1030, 1108) in the event of the power event experienced by the patching equipment (100, 200, 700, 800, 1104), such that the use of power in connection with different ports in the plurality of ports (102, 210, 710, 810, 1108) is impacted by the power event at different times. a plurality of ports (102, 210, 710, 810, 1108) configured to receive a plurality of connectors (104, 630, 1030, 1108); a processing unit (204, 312, 912) configured to execute instructions thereon; and a wireless communication interface (314, 638, 914, 1038), wherein the processing unit (204, 312, 912) communicates connectivity information with a collection device (1102, 1204, 1304, 1401, 1504) through the wireless communication interface (314, 638, 914, 1038); an energy storage device (324, 440, 644), wherein the energy storage device (324, 440, 644) is configured to power the patching equipment (100, 200, 700, 800, 1104) after a power event; and a power staggering control, wherein the power staggering control regulates the use of power in connection with the ports (102, 210, 710, 810, 1108) and connectors (104, 630, 1030, 1108) in the event of the power event experienced by the patching equipment (100, 200, 700, 800, 1104), such that the use of power in connection with different ports in the plurality of ports (102, 210, 710, 810, 1108) is impacted by the power event at different times.