mhurhangee/ep-ind-claims huggingface dataset:
A system for interacting with automation devices, comprising: a plurality of automation devices communicatively coupled via a network; and an interface connected to the network comprising an interactive program and an execution engine for executing the interactive program, wherein the interactive program and the execution engine are executed from within a browser and interact with automation device data corresponding to the plurality of automation devices, the execution engine causes one or more of the plurality of the automation devices to execute processes in real time to generate a response to a request for information received from a user, wherein the one or more of the plurality of automation devices comprise at least one detection device that generates the response, wherein the interactive program embedded within the browser comprises a binding component and a presentation component; and wherein the binding component binds program variables within the interactive program to the automation device data corresponding to the plurality of automation devices such that a data change in any of the plurality of automation devices is immediately reflected in a program variable bound thereto. a plurality of automation devices communicatively coupled via a network; and an interface connected to the network comprising an interactive program and an execution engine for executing the interactive program, wherein the interactive program and the execution engine are executed from within a browser and interact with automation device data corresponding to the plurality of automation devices, the execution engine causes one or more of the plurality of the automation devices to execute processes in real time to generate a response to a request for information received from a user, wherein the one or more of the plurality of automation devices comprise at least one detection device that generates the response, wherein the interactive program embedded within the browser comprises a binding component and a presentation component; and wherein the binding component binds program variables within the interactive program to the automation device data corresponding to the plurality of automation devices such that a data change in any of the plurality of automation devices is immediately reflected in a program variable bound thereto.
A brake disk lock, having a claw (102, 302) comprising a first claw section (104, 304) and a second claw section (106, 306) which are movable relative to each other between an open position and a closed position of the claw (102, 302), wherein, in the closed position, the claw (102, 302) comprises a predetermined clearing width to engage around a section of a brake disk of a two-wheeler; and further having a locking mechanism (108, 308) which is configured to lock the claw (102, 302) in the closed position, characterized by an adjustment device (217, 317) configured to adjust the predetermination of the clearing width of the claw (102, 302) to different brake disks, wherein the predetermination of the clearing width of the claw (102, 302) can be adjusted by means of the adjustment device (217, 317) such that the clearing width with which the claw (102, 301) effectively limits a receiving space for the brake disk in the closed position is predetermined for a subsequent repeated fastening and locking of the brake disk lock to the brake disk. having a claw (102, 302) comprising a first claw section (104, 304) and a second claw section (106, 306) which are movable relative to each other between an open position and a closed position of the claw (102, 302), wherein, in the closed position, the claw (102, 302) comprises a predetermined clearing width to engage around a section of a brake disk of a two-wheeler; and further having a locking mechanism (108, 308) which is configured to lock the claw (102, 302) in the closed position, characterized by an adjustment device (217, 317) configured to adjust the predetermination of the clearing width of the claw (102, 302) to different brake disks, wherein the predetermination of the clearing width of the claw (102, 302) can be adjusted by means of the adjustment device (217, 317) such that the clearing width with which the claw (102, 301) effectively limits a receiving space for the brake disk in the closed position is predetermined for a subsequent repeated fastening and locking of the brake disk lock to the brake disk.
A method for providing and authenticating an update to a secure transceiver of a second node in a distributed network having a plurality of nodes coupled to a serial bus, the method comprising, in sequence: transmitting a credential from an external source to a first node; while the second node is in an update state: a) providing update data and an authentication code to the second node from the external source; b) initiating the update by a processor of the second node, and c) finalizing the update by the processor of the second node and transmitting a finalization command to the first node; transmitting, by the first node, a command to put the second node into a close state; and while the second node is in the close state: a) providing, by the first node, the credential of the update to the second node; b) verifying and thereby authenticating, by the second node, the update data using the credential and the authentication code; and c) storing, by the second node, the authenticated update data in the secure transceiver; wherein in the update state, the transceiver of the second node is configured to accept commands to update data in a memory of the transceiver of the second node and to reject commands to set credentials and wherein in the close state, the transceiver of the second node is configured to not accept commands to update data in a memory of the second node. transmitting a credential from an external source to a first node; while the second node is in an update state: a) providing update data and an authentication code to the second node from the external source; b) initiating the update by a processor of the second node, and c) finalizing the update by the processor of the second node and transmitting a finalization command to the first node; a) providing update data and an authentication code to the second node from the external source; b) initiating the update by a processor of the second node, and c) finalizing the update by the processor of the second node and transmitting a finalization command to the first node; transmitting, by the first node, a command to put the second node into a close state; and while the second node is in the close state: a) providing, by the first node, the credential of the update to the second node; b) verifying and thereby authenticating, by the second node, the update data using the credential and the authentication code; and c) storing, by the second node, the authenticated update data in the secure transceiver; a) providing, by the first node, the credential of the update to the second node; b) verifying and thereby authenticating, by the second node, the update data using the credential and the authentication code; and c) storing, by the second node, the authenticated update data in the secure transceiver;
A power drive unit, PDU, for an aircraft cargo hold floor system, comprising: a first motorized roller comprising an outer rotor having a first magnetic member disposed on a radially inner surface of the outer rotor, the first motorized roller configured to rotate about an axis further comprising a second motorized roller comprising a cylindrical member coupled to a shaft, the cylindrical member configured to rotate with the shaft about the axis; an inner rotor having a second magnetic member disposed on a radially outer surface of the inner rotor, the inner rotor configured to drive the shaft; and a stator located between the outer rotor and the inner rotor, the stator having at least one winding in electromagnetic communication with the first magnetic member and the second magnetic member. a first motorized roller comprising an outer rotor having a first magnetic member disposed on a radially inner surface of the outer rotor, the first motorized roller configured to rotate about an axis further comprising a second motorized roller comprising a cylindrical member coupled to a shaft, the cylindrical member configured to rotate with the shaft about the axis; an inner rotor having a second magnetic member disposed on a radially outer surface of the inner rotor, the inner rotor configured to drive the shaft; and a stator located between the outer rotor and the inner rotor, the stator having at least one winding in electromagnetic communication with the first magnetic member and the second magnetic member.
An apparatus for use in a well, comprising: a tubular mandrel configured to connect to a downhole assembly; an outer hub having a bore therethrough and a latch member configured to attach to a wellhead; an inner housing disposed on the tubular mandrel and configured to attach the outer hub to the wellhead, wherein the inner housing is at least partially disposed within the bore of the outer hub; and a clutch assembly disposed within the bore of the outer hub and movable between a locked position and an unlocked position, wherein the tubular mandrel is rotatable relative to the inner housing to operate the downhole assembly in the unlocked position. a tubular mandrel configured to connect to a downhole assembly; an outer hub having a bore therethrough and a latch member configured to attach to a wellhead; an inner housing disposed on the tubular mandrel and configured to attach the outer hub to the wellhead, wherein the inner housing is at least partially disposed within the bore of the outer hub; and a clutch assembly disposed within the bore of the outer hub and movable between a locked position and an unlocked position, wherein the tubular mandrel is rotatable relative to the inner housing to operate the downhole assembly in the unlocked position.
A method for monitoring an unlicensed channel by a user equipment, UE, in a wireless communication network, the method comprising: receiving, from an evolved NodeB, eNB, measurement configuration on a licensed channel, the measurement configuration including information on Reference signal, RS, pattern and monitoring duration; monitoring the unlicensed channel based on the measurement configuration; receiving, from the eNB, a reference signal, RS, on the unlicensed channel corresponding to the measurement configuration; and measuring the unlicensed channel based on RS samples received within the monitoring duration, wherein the RS is at least one of primary synchronization signal, PSS, or secondary synchronization signal, SSS, and wherein, if a predetermined number of RSs are not received from the eNB during the monitoring duration, the monitoring duration is extended by receiving an indication of a second start time from the eNB. receiving, from an evolved NodeB, eNB, measurement configuration on a licensed channel, the measurement configuration including information on Reference signal, RS, pattern and monitoring duration; monitoring the unlicensed channel based on the measurement configuration; receiving, from the eNB, a reference signal, RS, on the unlicensed channel corresponding to the measurement configuration; and measuring the unlicensed channel based on RS samples received within the monitoring duration, wherein the RS is at least one of primary synchronization signal, PSS, or secondary synchronization signal, SSS, and wherein, if a predetermined number of RSs are not received from the eNB during the monitoring duration, the monitoring duration is extended by receiving an indication of a second start time from the eNB.
An apparatus (500, 1000) comprising: means for receiving a control signal; means for regulating power consumption of the means for receiving during intervals of less than one radio frame based on the control signal; and means for generating a pattern that indicates a temporal location of the intervals, wherein the temporal location of the intervals depends on the control signal, wherein the means for receiving is powered off during the intervals, wherein the means for receiving is powered on in between the intervals, characterized in that the pattern allows the means for receiving to be powered on only when receiving a pilot signal from a base station if it is determined that the radio frame is not intended for the apparatus (500, 1000). means for receiving a control signal; means for regulating power consumption of the means for receiving during intervals of less than one radio frame based on the control signal; and means for generating a pattern that indicates a temporal location of the intervals, wherein the temporal location of the intervals depends on the control signal, wherein the means for receiving is powered off during the intervals, wherein the means for receiving is powered on in between the intervals, characterized in that the pattern allows the means for receiving to be powered on only when receiving a pilot signal from a base station if it is determined that the radio frame is not intended for the apparatus (500, 1000).
A method comprising steps of: a) providing a glycan preparation comprising unusually modified glycans selected from the group consisting of sulfated glycans, phosphorylated glycans, multi-acetylated sialylated glycans and combinations thereof, wherein said unusually modified glycans are negatively charged and wherein the glycan preparation is obtained by releasing glycans and sialic acids from a therapeutic glycoprotein composition, wherein the sialic acids are released by exposing the therapeutic glycoprotein composition to at least one agent that cleaves sialic acid residues, under conditions that allow cleavage of sialic acid residues; b) subjecting the glycan preparation to a chromatographic separation technique that separates glycans based on charge to mass ratio, thereby separating said unusually modified glycans; and c) quantifying at least one separated unusually modified glycan using at least one quantification standard. a) providing a glycan preparation comprising unusually modified glycans selected from the group consisting of sulfated glycans, phosphorylated glycans, multi-acetylated sialylated glycans and combinations thereof, wherein said unusually modified glycans are negatively charged and wherein the glycan preparation is obtained by releasing glycans and sialic acids from a therapeutic glycoprotein composition, wherein the sialic acids are released by exposing the therapeutic glycoprotein composition to at least one agent that cleaves sialic acid residues, under conditions that allow cleavage of sialic acid residues; b) subjecting the glycan preparation to a chromatographic separation technique that separates glycans based on charge to mass ratio, thereby separating said unusually modified glycans; and c) quantifying at least one separated unusually modified glycan using at least one quantification standard.
Articulated vehicle including a first chassis part articulated around an axis to a second chassis part connected to the first chassis part by at least one cylinder for relative orientation of the chassis parts, each of the chassis parts being fitted with road wheels (13, 23) and railway wheels (11, 21) defining a support plane of the vehicle perpendicular to the articulation axis, and a mechanism for substituting the railway wheels for the road wheels and vice versa, the vehicle including a driver station secured to the first chassis part and a system for driving at least some of the wheels, the drive system including a combustion engine and an electric motor functionally connected in parallel to the road wheels (13, 23) of the vehicle, the electric motor is further connected to electrical energy accumulators, the vehicle including a first hydraulic pump driven functionally by the combustion engine and functionally connected to a supply circuit of at least one actuator of at least one item of equipment of the vehicle, the vehicle including a second hydraulic pump driven functionally by the combustion engine and functionally connected to a hydraulic motor driving an electric generator.
A heater for avoiding freeze of drain water on an outdoor heat exchanger of an outdoor unit for a refrigerator, wherein the outdoor unit includes a casing including four side surfaces and the outdoor heat exchanger disposed in the casing, including four heat exchange surfaces corresponding to the side surfaces of the casing, and including an opening disposed on side surfaces of the outdoor heat exchanger, the heater is in a shape of a rectangular frame along a lower end portion of the outdoor heat exchanger, and characterized in that the heater includes hinges allowing the heater to fold longitudinally. a casing including four side surfaces and the outdoor heat exchanger disposed in the casing, including four heat exchange surfaces corresponding to the side surfaces of the casing, and including an opening disposed on side surfaces of the outdoor heat exchanger, characterized in that the heater includes hinges allowing the heater to fold longitudinally.
A pharmaceutical composition adapted for oral administration comprising: (a) a carrier comprising microcrystalline cellulose particles comprising on or in said carrier about 0.65% w/w hydrocortisone of the composition and, a binding agent comprising hydroxypropylmethylcellulose wherein hydroxypropylmethylcellulose is provided between 0.1-5.0% w/w of the composition (b) a sealing layer comprising hydroxypropylmethylcellulose (c) and a taste masking polymer layer contacting said sealing layer, wherein the sealing layer is between the hydroxypropylmethylcellulose and hydrocortisone and the taste masking layer, and wherein said composition is for use in the treatment of adrenal insufficiency in paediatric and elderly subjects. (a) a carrier comprising microcrystalline cellulose particles comprising on or in said carrier about 0.65% w/w hydrocortisone of the composition and, a binding agent comprising hydroxypropylmethylcellulose wherein hydroxypropylmethylcellulose is provided between 0.1-5.0% w/w of the composition (b) a sealing layer comprising hydroxypropylmethylcellulose (c) and a taste masking polymer layer contacting said sealing layer,
An aerosol-generating article (40, 140, 240, 340) for use with an aerosol-generating device, the article (40, 140, 240, 340) comprising: a main reservoir (51, 151, 251, 351) for storing aerosol-forming liquid (50, 150, 250, 350); a capillary buffer reservoir (52, 152, 252, 352) in fluid communication with the main reservoir (51, 151, 251, 351) for storing aerosol-forming liquid (50, 150, 250, 350) due to capillary action; and a liquid conduit (70, 170, 270, 370) in fluid communication at least with the capillary buffer reservoir (52, 152, 252, 352) for providing aerosol-forming liquid (50, 150, 250, 350) at an interface to the outside of the capillary buffer reservoir (52, 152, 252, 352) and the main reservoir (51, 151, 251, 351), wherein the liquid conduit (70, 170, 270, 370) comprises a filament bundle, and wherein the filament bundle comprises a plurality of first filaments comprising or being made of a first susceptor material. a main reservoir (51, 151, 251, 351) for storing aerosol-forming liquid (50, 150, 250, 350); a capillary buffer reservoir (52, 152, 252, 352) in fluid communication with the main reservoir (51, 151, 251, 351) for storing aerosol-forming liquid (50, 150, 250, 350) due to capillary action; and a liquid conduit (70, 170, 270, 370) in fluid communication at least with the capillary buffer reservoir (52, 152, 252, 352) for providing aerosol-forming liquid (50, 150, 250, 350) at an interface to the outside of the capillary buffer reservoir (52, 152, 252, 352) and the main reservoir (51, 151, 251, 351), wherein the liquid conduit (70, 170, 270, 370) comprises a filament bundle, and wherein the filament bundle comprises a plurality of first filaments comprising or being made of a first susceptor material.
A composition comprising a salt of ethylenediamine disuccinic acid comprising at least 1.6 mole of alkaline earth metal per mole of ethylenediamine disuccinic acid and which further comprises hydrogen peroxide or another peroxygen containing compound.
Surface sealing element for building objects, comprising a flat support, wherein the flat support is a plastic film, a textile layer which is impregnated with adhesive and bonded adhesively to the flat support, and a mesh layer with perforations arranged on the surface of the textile layer facing away from the flat support, wherein the mesh layer is constructed from intersecting, rod-like mesh elements.
A method for the detection of changes in illumination for vision systems between a detection image of a region of study acquired at a detection time t, and a background model image of said region of study, the background model image reflecting the temporal evolution of the region of study at an instant prior to detection time t, wherein the detection image comprises a first set of pixels and the background model image comprises a second set of pixels, said first set of pixels and said second set of pixels sharing one and the same set of N pixel coordinates ( r 1,..., r N), and a single pixel value of the first set of pixel values and a single pixel value of the second set of pixel values being associated with each pixel coordinate ( r i) of the set of pixel coordinates ( r 1,..., r N), said method comprising the provision of an acceptance threshold value of the change in illumination, the acceptance threshold value depending on the illumination conditions of the region of study, and characterized in that the method comprises the following sequence of steps: - selecting a region segmented by means of digital image segmentation techniques between the detection image and the background model image, the segmented region reflecting a change with respect to the background model; - determining a correlation value between the pixels in the segmented region which belong to the detection image and the pixels in the segmented region which belong to the background model image, based on the pixel value (1.i) of the detection image and the pixel value (2.i) of the background model image corresponding to one and the same pixel coordinate which belongs to the segmented region; - in the event that the correlation value is greater than the acceptance threshold value, it is detected that a change in illumination has occurred in the detection image. - selecting a region segmented by means of digital image segmentation techniques between the detection image and the background model image, the segmented region reflecting a change with respect to the background model; - determining a correlation value between the pixels in the segmented region which belong to the detection image and the pixels in the segmented region which belong to the background model image, based on the pixel value (1.i) of the detection image and the pixel value (2.i) of the background model image corresponding to one and the same pixel coordinate which belongs to the segmented region; - in the event that the correlation value is greater than the acceptance threshold value, it is detected that a change in illumination has occurred in the detection image.