mhurhangee/ep-ind-claims huggingface dataset:
A method for desynchronizing notifications across multiple electronic devices, the method comprising: receiving, by a primary electronic device, a notification; and establishing, by the primary electronic device, a direct connection with a companion electronic device with which the primary electronic device is synchronized; characterized in that the method further comprises: transmitting, by the primary electronic device, the notification to the companion electronic device with which the primary electronic device is synchronized through the direct connection; and desynchronizing a providing of the notification at the companion electronic device by using the direct connection, when the notification is checked at the primary electronic device. receiving, by a primary electronic device, a notification; and establishing, by the primary electronic device, a direct connection with a companion electronic device with which the primary electronic device is synchronized; characterized in that the method further comprises: transmitting, by the primary electronic device, the notification to the companion electronic device with which the primary electronic device is synchronized through the direct connection; and desynchronizing a providing of the notification at the companion electronic device by using the direct connection, when the notification is checked at the primary electronic device. transmitting, by the primary electronic device, the notification to the companion electronic device with which the primary electronic device is synchronized through the direct connection; and desynchronizing a providing of the notification at the companion electronic device by using the direct connection, when the notification is checked at the primary electronic device.
A pharmaceutical composition in liquid form or in solid form, being free of mannitol and of sucrose, comprising: - factor VII; - arginine, optionally in hydrochloride form; - isoleucine; - lysine, optionally in hydrochloride form; - glycine; - trisodium citrate or calcium chloride; - and, where appropriate, polysorbate 80 or polysorbate 20. - factor VII; - arginine, optionally in hydrochloride form; - isoleucine; - lysine, optionally in hydrochloride form; - glycine; - trisodium citrate or calcium chloride; - and, where appropriate, polysorbate 80 or polysorbate 20.
Refrigerated goods presentation and sales furniture, in particular goods presentation and sales freezer, comprising at least one goods presentation space which can be refrigerated and is surrounded by walls, having at least one opening area that permits access to the goods presentation space; at least one frame (12, 14), which surrounds the opening area of the goods presentation space; at least one goods presentation space closure element, formed as a sliding lid or a sliding door, which is formed such that it can be moved between a closed position, in which the lid or door at least partly closes the opening area of the goods presentation space, and at least one opened position, in which the lid or door permits access to the goods presentation space; wherein the goods presentation space closure element has at least one locking opening; wherein at least one locking element having a locking section is arranged in the frame (12, 14), which can be moved between a recessed position, in which the element is recessed substantially into the frame (12, 14), and at least one locking position, in which the locking section thereof projects at least partly out of the frame (12, 14); and wherein when the goods presentation space closure element is in the closed position and the locking element is in the locking position, the locking opening of the goods presentation space closure element and the locking section of the locking element are arranged relative to one another such that a locking unit, in particular a part of a lock, can be fed through the locking opening of the locking element and through the locking section of the goods presentation space closure element and can be locked in this position, in order to fix the goods presentation space closure element in its closed position with respect to the frame (12, 14).
A voice transcription system comprising: an input circuit arranged to receive a voice signal of spoken words from a remote source; a speech engine arranged to generate input text including first text words corresponding to the spoken words; a call assistant input circuit arranged to receive at least one letter input for second text words from a call assistant monitoring at least one of the voice signal and the input text, the call assistant input circuit including a database of second text words to select an anticipated second text word from the letter input prior to indication by the call assistant of completion of the second text word; and a display device arranged to display the anticipated second text word to the call assistant, and an output circuit arranged to transmit at least one of the first text words and the second text word to a remote user. an input circuit arranged to receive a voice signal of spoken words from a remote source; a speech engine arranged to generate input text including first text words corresponding to the spoken words; a call assistant input circuit arranged to receive at least one letter input for second text words from a call assistant monitoring at least one of the voice signal and the input text, the call assistant input circuit including a database of second text words to select an anticipated second text word from the letter input prior to indication by the call assistant of completion of the second text word; and a display device arranged to display the anticipated second text word to the call assistant, and an output circuit arranged to transmit at least one of the first text words and the second text word to a remote user.
An agricultural baler system, comprising: - a gathering device configured to gather crop material; - a bale chamber connected to said gathering device, said bale chamber includes at least one structural member having a longitudinal direction arranged in a direction of movement of the forming bale in said bale chamber, said structural member being coupled to a first support member and a second support member; - a compressing device reciprocatably movable inside said baling chamber for periodically compressing the crop material in said bale chamber; and - at least one sensor, said at least one sensor is coupled to said at least one structural member between said first support member and said second support member of said bale chamber, and in that said at least one sensor producing a signal, said signal containing information including at least a load on said compressing device and/or a density of a forming bale. characterized in that said at least one structural member has an end that is pivotally coupled to said first support member, said at least one sensor being located proximate to a mid-point between said first support member and said second support member. - a gathering device configured to gather crop material; - a bale chamber connected to said gathering device, said bale chamber includes at least one structural member having a longitudinal direction arranged in a direction of movement of the forming bale in said bale chamber, said structural member being coupled to a first support member and a second support member; - a compressing device reciprocatably movable inside said baling chamber for periodically compressing the crop material in said bale chamber; and - at least one sensor, said at least one sensor is coupled to said at least one structural member between said first support member and said second support member of said bale chamber, and in that said at least one sensor producing a signal, said signal containing information including at least a load on said compressing device and/or a density of a forming bale.
A fluid cartridge comprising a flexible circuit, the flexible circuit comprising a single flexible substrate, a first integrated circuit, which includes a memory, connected to the single flexible substrate, wherein an authentication code is stored on the memory, and characterized by an electrical connector pad array with first and second electrical connector pads (7, 8) arranged along straight parallel lines on the single flexible substrate, for connection to a host controller, wherein the first electrical connector pads are connected to first conductor lines that are connected to the first integrated circuit, and the second electrical connector pads are connected to second conductor lines connected to a fluid dispensing die.
A flexible door panel movable between an open position and a closed position relative to a doorway, the door panel comprising: a first pliable sheet made of a first polymeric material, the first sheet having a first water vapor transmission rate; a second pliable sheet made of a second polymeric material, the second sheet being generally parallel to the first sheet when the door is in the closed position, the second sheet having a second water vapor transmission rate, the first sheet and the second sheet being joined and generally sealed along their outer perimeter to create one large overall air chamber between the first sheet and the second sheet; a plurality of baffles dividing the air chamber into a plurality of smaller chambers; a thermally insulating pad being installed between the first sheet and the second sheet in each smaller chamber, the thermally insulating pad being resiliently compressible; and the flexible door panel being characterized in that it further comprises: a third sheet (54, 60) between the second sheet and the thermally insulating pad, the third sheet (54, 60) to abut the second sheet, the third sheet (54, 60) having a third water vapor transmission rate, the third water vapor transmission rate being lower than the first water vapor transmission rate, and the third water vapor transmission rate being lower than the second water vapor transmission rate. a first pliable sheet made of a first polymeric material, the first sheet having a first water vapor transmission rate; a second pliable sheet made of a second polymeric material, the second sheet being generally parallel to the first sheet when the door is in the closed position, the second sheet having a second water vapor transmission rate, the first sheet and the second sheet being joined and generally sealed along their outer perimeter to create one large overall air chamber between the first sheet and the second sheet; a plurality of baffles dividing the air chamber into a plurality of smaller chambers; a thermally insulating pad being installed between the first sheet and the second sheet in each smaller chamber, the thermally insulating pad being resiliently compressible; and the flexible door panel being characterized in that it further comprises: a third sheet (54, 60) between the second sheet and the thermally insulating pad, the third sheet (54, 60) to abut the second sheet, the third sheet (54, 60) having a third water vapor transmission rate, the third water vapor transmission rate being lower than the first water vapor transmission rate, and the third water vapor transmission rate being lower than the second water vapor transmission rate.
A method of sealing a service penetration in a structure, the method comprising applying a sealant composition around the service penetration on an exterior surface of the structure, wherein the penetration sealant composition comprises: from 5 to 40 wt% of a filler; from 20 to 80 wt% of a silicone polymer; and from 10 to 60 wt% of fire retardant compound.
Composition for textile treatment containing a) at least one unsaturated C 18 -C 24 fatty acid; b) at least one unsaturated C 20 -C 24 fatty alcohol; c) 5 to 80 % by weight of surfactant and/or organic solvent. a) at least one unsaturated C 18 -C 24 fatty acid; b) at least one unsaturated C 20 -C 24 fatty alcohol; c) 5 to 80 % by weight of surfactant and/or organic solvent.
A method comprising: determining a given transmission resource for transmission; determining a first transmission power level; determining prior to transmitting on the given transmission resource whether the resource is occupied or unoccupied based on a clear channel assessment procedure having a first threshold level corresponding to the first transmission power level, wherein a given threshold level is based on a to-be-applied transmission power level such that a given reduced transmission power with respect to the to-be-applied transmission power level leads to a less stringent threshold level; upon detecting that the resource is occupied, determining a second transmission power level, reduced with respect to the first transmission power level, by applying a transmission power reduction on the basis of a difference between the first threshold level and an energy level detected during the clear channel assessment procedure such that a transmission using the second transmission power level would not render the resource as occupied based on the clear channel assessment procedure having a second threshold level corresponding to the second transmission power level, wherein the determination of the second transmission power level is further based at least partially on a predetermined maximum transmission power reduction value; and transmitting utilising the given transmission resource using the second transmission power level or omitting a transmission according to the determination of the second transmission power level. determining a given transmission resource for transmission; determining a first transmission power level; determining prior to transmitting on the given transmission resource whether the resource is occupied or unoccupied based on a clear channel assessment procedure having a first threshold level corresponding to the first transmission power level, wherein a given threshold level is based on a to-be-applied transmission power level such that a given reduced transmission power with respect to the to-be-applied transmission power level leads to a less stringent threshold level; upon detecting that the resource is occupied, determining a second transmission power level, reduced with respect to the first transmission power level, by applying a transmission power reduction on the basis of a difference between the first threshold level and an energy level detected during the clear channel assessment procedure such that a transmission using the second transmission power level would not render the resource as occupied based on the clear channel assessment procedure having a second threshold level corresponding to the second transmission power level, wherein the determination of the second transmission power level is further based at least partially on a predetermined maximum transmission power reduction value; and transmitting utilising the given transmission resource using the second transmission power level or omitting a transmission according to the determination of the second transmission power level.
A charged particle beam device for generating an image of a specimen using electron imaging, comprising: an electron source structured to generate an electron beam, an electron column, a sample chamber, the electron source being coupled to the electron column, the electron column at least partially housing a system (10, 12) structured to direct the electron beam toward the specimen positioned in the sample chamber to which the electron column is coupled; an electron detector, the electron detector including one or more assemblies positioned within the electron column or the sample chamber, each of the assemblies including a silicon photomultiplier SiPM and a scintillator directly connected face-to-face to an active light sensing surface of the SiPM without a light transporting device being positioned in between the scintillator and the SiPM, wherein in each of the one or more assemblies the scintillator is structured to emit photons when impinged by electrons ejected from the specimen in response to the electron beam impinging on the specimen and the SiPM is structured to generate a signal responsive to receipt of the photons from the scintillator; and electronic circuitry, wherein each SiPM is coupled to the electronic circuitry and wherein the signal generated by each SiPM is proportional to an instantaneous intensity of the electrons that impinged on the scintillator associated with the SiPM, and wherein the electronic circuitry is structured to generate an image of the specimen based on the signal generated by each SiPM. an electron source structured to generate an electron beam, an electron column, a sample chamber, the electron source being coupled to the electron column, the electron column at least partially housing a system (10, 12) structured to direct the electron beam toward the specimen positioned in the sample chamber to which the electron column is coupled; an electron detector, the electron detector including one or more assemblies positioned within the electron column or the sample chamber, each of the assemblies including a silicon photomultiplier SiPM and a scintillator directly connected face-to-face to an active light sensing surface of the SiPM without a light transporting device being positioned in between the scintillator and the SiPM, wherein in each of the one or more assemblies the scintillator is structured to emit photons when impinged by electrons ejected from the specimen in response to the electron beam impinging on the specimen and the SiPM is structured to generate a signal responsive to receipt of the photons from the scintillator; and electronic circuitry, wherein each SiPM is coupled to the electronic circuitry and wherein the signal generated by each SiPM is proportional to an instantaneous intensity of the electrons that impinged on the scintillator associated with the SiPM, and wherein the electronic circuitry is structured to generate an image of the specimen based on the signal generated by each SiPM.
A modular strap family for electronic devices, comprising: a first base unit comprising a first electronic functional unit; and a first enclosure defining a first attachment coupling; a second base unit comprising a second electronic functional unit different to the first electronic functional unit; and a second enclosure defining a second attachment coupling, wherein the first enclosure and the second enclosure are different; and a strap unit comprising: a strap defining a third attachment coupling; wherein the first attachment coupling and the second attachment coupling are standardized such that: in a first configuration, the third attachment coupling couples the strap to the first attachment coupling; and in a second configuration, the third attachment coupling couples the strap to the second attachment coupling. a first base unit comprising a first electronic functional unit; and a first enclosure defining a first attachment coupling; a second base unit comprising a second electronic functional unit different to the first electronic functional unit; and a second enclosure defining a second attachment coupling, wherein the first enclosure and the second enclosure are different; and a strap unit comprising: a strap defining a third attachment coupling; wherein the first attachment coupling and the second attachment coupling are standardized such that: in a first configuration, the third attachment coupling couples the strap to the first attachment coupling; and in a second configuration, the third attachment coupling couples the strap to the second attachment coupling. in a first configuration, the third attachment coupling couples the strap to the first attachment coupling; and in a second configuration, the third attachment coupling couples the strap to the second attachment coupling.
A field hardened industrial device comprising: a housing having electrically conductive metal walls surrounding a cavity having an open end, an electronics assembly fitted within the cavity; and a circuit card assembly, CCA, electronically coupled to the electronics assembly, the circuit card assembly comprising a multi-layered printed wiring board, PWB, with pass-through electrical connections and an embedded ground plane electrically coupled to the housing to shield the electronics assembly from electromagnetic interference, characterized in that the circuit card assembly forms a hermetic seal with the housing to provide environmental protection to the electronics assembly (292, 308). a housing having electrically conductive metal walls surrounding a cavity having an open end, an electronics assembly fitted within the cavity; and a circuit card assembly, CCA, electronically coupled to the electronics assembly, the circuit card assembly comprising a multi-layered printed wiring board, PWB, with pass-through electrical connections and an embedded ground plane electrically coupled to the housing to shield the electronics assembly from electromagnetic interference,
A propulsion apparatus (202, 300, 400, 500), comprising: a motor (206, 306, 406, 500) having a housing (207, 307, 407, 507), the motor configured to rotate at a revolutions per minute; a propeller having a plurality of telescoping propeller blades (204, 304, 404, 504), including: a first shaft (205-1, 305-1, 405-1, 505-1) having a first end and a second end; and a first propeller blade (204-1, 304-1, 404-1, 504-1) of the plurality of propeller blades that extends from the second end of the first shaft; and a propeller adjustment controller configured to enable independent telescopic movement of the first propeller blade by moving the first shaft in or out with respect to the housing such that the first propeller blade is extendable away from the motor or retractable toward the motor so as to enable the first propeller blade to be in a different extended or retracted position than the other propeller blades. a motor (206, 306, 406, 500) having a housing (207, 307, 407, 507), the motor configured to rotate at a revolutions per minute; a propeller having a plurality of telescoping propeller blades (204, 304, 404, 504), including: a first shaft (205-1, 305-1, 405-1, 505-1) having a first end and a second end; and a first propeller blade (204-1, 304-1, 404-1, 504-1) of the plurality of propeller blades that extends from the second end of the first shaft; and a first shaft (205-1, 305-1, 405-1, 505-1) having a first end and a second end; and a first propeller blade (204-1, 304-1, 404-1, 504-1) of the plurality of propeller blades that extends from the second end of the first shaft; and a propeller adjustment controller configured to enable independent telescopic movement of the first propeller blade by moving the first shaft in or out with respect to the housing such that the first propeller blade is extendable away from the motor or retractable toward the motor so as to enable the first propeller blade to be in a different extended or retracted position than the other propeller blades.
A non-fluorescent method for enumerating early granulocyte cells comprising promyelocytes, myelocytes and metamyelocytes in a blood sample, wherein the method comprises: analyzing white blood cells of the blood sample using a low angle light scatter (LALS) parameter; separating the EGCs from other white blood cells using the LALS parameter; and enumerating the separated EGCs, wherein the separation of EGCs from the other white blood cells is further based upon Opacity. analyzing white blood cells of the blood sample using a low angle light scatter (LALS) parameter; separating the EGCs from other white blood cells using the LALS parameter; and enumerating the separated EGCs, wherein the separation of EGCs from the other white blood cells is further based upon Opacity.