mhurhangee/ep-ind-claims huggingface dataset:
A computing device within a reflective memory system, the computing device comprising: a memory block including a plurality of memory areas, each of the plurality of memory areas being configured to store data of a corresponding one of a plurality of data generating devices, the plurality of data generating devices including a first data generating device, the first data generating device being associated with a first memory area of the plurality of memory areas; characterized in that the computing device also comprises a special purpose processor configured to, intercept a write request, the write request being associated with the first data generating device of the plurality of data generating devices, determine whether the write request is valid, and write the data of the first data generating device to the first memory area if the determining determines that the write request is valid; wherein, concurrently, the special purpose processor is also configured to initiate a data refresh timer based on intercepting the write request; determine, whether the data refresh timer has expired prior to the data of the first data generating device being written to the first memory area; and trigger a safety system procedure by directly sending, or by triggering a general purpose processor to send, a safety system initiation message to one or more other computing devices within the reflective memory system 100 if the data refresh timer has expired prior to the data of the first data generating device being written to the first memory area. a memory block including a plurality of memory areas, each of the plurality of memory areas being configured to store data of a corresponding one of a plurality of data generating devices, the plurality of data generating devices including a first data generating device, the first data generating device being associated with a first memory area of the plurality of memory areas; characterized in that the computing device also comprises a special purpose processor configured to, intercept a write request, the write request being associated with the first data generating device of the plurality of data generating devices, determine whether the write request is valid, and write the data of the first data generating device to the first memory area if the determining determines that the write request is valid; wherein, concurrently, the special purpose processor is also configured to initiate a data refresh timer based on intercepting the write request; determine, whether the data refresh timer has expired prior to the data of the first data generating device being written to the first memory area; and trigger a safety system procedure by directly sending, or by triggering a general purpose processor to send, a safety system initiation message to one or more other computing devices within the reflective memory system 100 if the data refresh timer has expired prior to the data of the first data generating device being written to the first memory area.
An electronic device, comprising: a housing; a camera; a touchscreen display (140, 500); a memory; and a processor configured to: execute a camera application, while the camera application is being executed, control the touchscreen display to detect a multi-touch input (531, 532, 533) including at least two touch inputs on a periphery area including the front area of the touchscreen display and a side area of the touchscreen display or the housing, control the touchscreen display to detect at least one touch input of the at least two touch inputs being released, and control the camera to capture an image without another input, in response to detecting one touch input of the at least two touch inputs being released and the multi-touch input is maintained. a housing; a camera; a touchscreen display (140, 500); a memory; and a processor configured to: execute a camera application, while the camera application is being executed, control the touchscreen display to detect a multi-touch input (531, 532, 533) including at least two touch inputs on a periphery area including the front area of the touchscreen display and a side area of the touchscreen display or the housing, control the touchscreen display to detect at least one touch input of the at least two touch inputs being released, and control the camera to capture an image without another input, in response to detecting one touch input of the at least two touch inputs being released and the multi-touch input is maintained. execute a camera application, while the camera application is being executed, control the touchscreen display to detect a multi-touch input (531, 532, 533) including at least two touch inputs on a periphery area including the front area of the touchscreen display and a side area of the touchscreen display or the housing, control the touchscreen display to detect at least one touch input of the at least two touch inputs being released, and control the camera to capture an image without another input, in response to detecting one touch input of the at least two touch inputs being released and the multi-touch input is maintained.
Irrigation device with a water supply container and a capillary water transport line leading away therefrom, wherein a cover over the water reservoir forms hood-shaped with a side wall surrounding the water supply container and a support surface for a planter, characterized in that a fixing device is provided for high-tensile fixing an end of the water transport line projecting into the water supply container.
A method for transmitting a response signal, for at least two data streams in a wireless communication network, the method comprising: receiving a signal comprising a first data stream and a second data stream from the base station; decoding (705, 720) the first and second data streams from the signal; determining (710, 725) whether the first and second data streams are successfully decoded individually; generating an acknowledgement, ACK, as the response signal for the first and second data streams if the first and second data streams are successfully decoded; generating a negative acknowledgement, NACK, as the response signal for the first and second data streams if at least one of the first and second data streams is unsuccessfully decoded; and transmitting the ACK or NACK to the base station. receiving a signal comprising a first data stream and a second data stream from the base station; decoding (705, 720) the first and second data streams from the signal; determining (710, 725) whether the first and second data streams are successfully decoded individually; generating an acknowledgement, ACK, as the response signal for the first and second data streams if the first and second data streams are successfully decoded; generating a negative acknowledgement, NACK, as the response signal for the first and second data streams if at least one of the first and second data streams is unsuccessfully decoded; and transmitting the ACK or NACK to the base station.
A method for manufacturing an overhead storage compartment for an aircraft cabin, the method comprising the steps of - Providing a shell part extending along a longitudinal axis between a first end and a second end, wherein the shell part partially surrounds an interior space, wherein the shell part has a first edge at the first end and a second edge at the second end, wherein the first edge and the second edge run transverse to the longitudinal axis, - Providing a first end wall and a second end wall, - Assembling the shell part and the first and second end walls (5, 7), wherein the first edge is attached to the first end wall and the second edge is attached to the second end wall, such that the shell part, the first end wall and the second end wall together at least partially surround the interior space, characterized in that the first end wall and/or the second end wall comprise an undirected long fiber reinforced plastic material, namely a sheet molding compound material or a bulk molding compound material, wherein the fibers have an average fiber length between 10 mm and 79 mm. - Providing a shell part extending along a longitudinal axis between a first end and a second end, wherein the shell part partially surrounds an interior space, wherein the shell part has a first edge at the first end and a second edge at the second end, wherein the first edge and the second edge run transverse to the longitudinal axis, - Providing a first end wall and a second end wall, - Assembling the shell part and the first and second end walls (5, 7), wherein the first edge is attached to the first end wall and the second edge is attached to the second end wall, such that the shell part, the first end wall and the second end wall together at least partially surround the interior space,
Optical element for collimating light from a light source, said optical element having: an in-coupling side arranged to receive said light; an out-coupling side arranged to allow for emission of collimated light; and an element body extending from said in-coupling side to said out-coupling side, the element body having a cross-section perpendicular to an optical axis (z) defined by an x-axis and a y-axis being perpendicular to each other, wherein said optical element has an x-curvature along said x-axis and a y-curvature along said y-axis, said y-curvature being greater than said x-curvature, thereby enabling for a light distribution of said collimated light emitted from said out-coupling side to have a cross-section of an asymmetric shape (C E) perpendicular to said optical axis (z), wherein the refractive index of the element body is higher than the medium of air surrounding it and the x- and y-curvatures are chosen to comply with total internal reflection and wherein the element body comprises either of, or a combination of, Poly Carbonate or Poly Methyl Metacrylate (PMMA). an in-coupling side arranged to receive said light; an out-coupling side arranged to allow for emission of collimated light; and an element body extending from said in-coupling side to said out-coupling side, the element body having a cross-section perpendicular to an optical axis (z) defined by an x-axis and a y-axis being perpendicular to each other, wherein said optical element has an x-curvature along said x-axis and a y-curvature along said y-axis, said y-curvature being greater than said x-curvature, thereby enabling for a light distribution of said collimated light emitted from said out-coupling side to have a cross-section of an asymmetric shape (C E) perpendicular to said optical axis (z), wherein the refractive index of the element body is higher than the medium of air surrounding it and the x- and y-curvatures are chosen to comply with total internal reflection and wherein the element body comprises either of, or a combination of, Poly Carbonate or Poly Methyl Metacrylate (PMMA).
A method (900, 1000) of determining a vibration response parameter of a vibratory element, the method (900, 1000) comprising: vibrating the vibratory element at a first frequency with a first drive signal, the first frequency being less than a resonant frequency; receiving a first vibration signal from the vibratory element vibrated at the first frequency; characterised by: measuring a first phase difference, the first phase difference being a phase difference between the first drive signal and the first vibration signal; vibrating the vibratory element at a second frequency with a second drive signal, the second frequency being greater than the resonant frequency; receiving a second vibration signal from the vibratory element vibrated at the second frequency; measuring a second phase difference, the second phase difference being a phase difference between the second drive signal and the second vibration signal; and using the first phase difference and the second phase difference to calculate at least one of: a phase difference; and a frequency; said at least one of the phase difference and the frequency corresponding to a half power or 3dB frequency of the vibratory element. vibrating the vibratory element at a first frequency with a first drive signal, the first frequency being less than a resonant frequency; receiving a first vibration signal from the vibratory element vibrated at the first frequency; characterised by: measuring a first phase difference, the first phase difference being a phase difference between the first drive signal and the first vibration signal; vibrating the vibratory element at a second frequency with a second drive signal, the second frequency being greater than the resonant frequency; receiving a second vibration signal from the vibratory element vibrated at the second frequency; measuring a second phase difference, the second phase difference being a phase difference between the second drive signal and the second vibration signal; and using the first phase difference and the second phase difference to calculate at least one of: a phase difference; and a frequency; said at least one of the phase difference and the frequency corresponding to a half power or 3dB frequency of the vibratory element. a phase difference; and a frequency; said at least one of the phase difference and the frequency corresponding to a half power or 3dB frequency of the vibratory element.
A medical device for closing a perforation in a bodily wall, the medical device comprising: a suture having opposing first and second ends; a set of visceral staples for connecting the suture to the bodily wall, each visceral staple including a base and two tines (24, 26) connected to the base, the tines (24, 26) spaced apart to define a slot therebetween; a delivery catheter defining a lumen sized to receive the set of visceral staples, a distal end of the delivery catheter defining a pair of circumferentially spaced apertures in communication with the lumen, the suture passing through the pair of apertures and the lumen; the visceral staples arranged in the delivery catheter such that distal translation of a visceral staple through the distal end of the delivery catheter causes the suture to enter the slot; characterised in that the first end of the suture is fixed in one direction relative to the delivery catheter such that the second end of the suture is spooled towards the apertures as the set of visceral staples are distally translated relative to the delivery catheter. a suture having opposing first and second ends; a set of visceral staples for connecting the suture to the bodily wall, each visceral staple including a base and two tines (24, 26) connected to the base, the tines (24, 26) spaced apart to define a slot therebetween; a delivery catheter defining a lumen sized to receive the set of visceral staples, a distal end of the delivery catheter defining a pair of circumferentially spaced apertures in communication with the lumen, the suture passing through the pair of apertures and the lumen; the visceral staples arranged in the delivery catheter such that distal translation of a visceral staple through the distal end of the delivery catheter causes the suture to enter the slot; characterised in that the first end of the suture is fixed in one direction relative to the delivery catheter such that the second end of the suture is spooled towards the apertures as the set of visceral staples are distally translated relative to the delivery catheter.
Flexible tubular member comprising: a flexible tubular polymeric substrate, the substrate having an outer diameter of at least 5/16 inch (7.9 mm) and a burst strength in accordance with ASTM 876-04 of at least 475 psi (3275 kPa) at 23°C (296 K) and; a coating disposed on an outer surface of the tubular substrate, the coating comprising a photoinitiator and at least one UV radiation cured crosslinked polymeric layer having a thickness of less than 60 microns thick. a flexible tubular polymeric substrate, the substrate having an outer diameter of at least 5/16 inch (7.9 mm) and a burst strength in accordance with ASTM 876-04 of at least 475 psi (3275 kPa) at 23°C (296 K) and; a coating disposed on an outer surface of the tubular substrate, the coating comprising a photoinitiator and at least one UV radiation cured crosslinked polymeric layer having a thickness of less than 60 microns thick.
A refrigerant charging method for a refrigeration device in which carbon dioxide is used as a refrigerant, comprising: a connecting step for connecting a container containing the refrigerant into a space in the refrigeration device that is intended to be charged by the refrigerant, and a refrigerant charging step for moving refrigerant from the container to the intended space, characterised in that heating means is interposed between the container and the intended charging space, wherein in the refrigerant charging step, the refrigerant moves to the intended charging space that is substantially in a vacuum state, via the heating means; the refrigerant that has exited the container is heated by the heating means so that a specific enthalpy of the refrigerant when entering the intended charging space will be 430 kJ/kg or higher. a connecting step for connecting a container containing the refrigerant into a space in the refrigeration device that is intended to be charged by the refrigerant, and a refrigerant charging step for moving refrigerant from the container to the intended space, characterised in that heating means is interposed between the container and the intended charging space, wherein in the refrigerant charging step, the refrigerant moves to the intended charging space that is substantially in a vacuum state, via the heating means; the refrigerant that has exited the container is heated by the heating means so that a specific enthalpy of the refrigerant when entering the intended charging space will be 430 kJ/kg or higher.
A pen injector apparatus for use with a cartridge to deliver a plurality of single metered doses therefrom, the injector apparatus comprising: a body which receives and supports a cartridge of therapeutic material and has or receives a delivery needle at a forward end, the body defining: a conduit which, in use, provides a fluid communication path between a cartridge needle associated with the cartridge and the delivery needle and a seat for receiving a head of the cartridge, the cartridge needle being arranged to penetrate a septum of the cartridge when the cartridge is seated within the seat; and wherein the injector apparatus further comprises: a mechanism in fluid communication with the conduit and arranged to expel therapeutic material from the cartridge; wherein the mechanism is arranged to draw therapeutic material from the cartridge into the conduit by negative pressure and discharge a metered dose from the conduit via said delivery needle. a body which receives and supports a cartridge of therapeutic material and has or receives a delivery needle at a forward end, the body defining: a conduit which, in use, provides a fluid communication path between a cartridge needle associated with the cartridge and the delivery needle and a seat for receiving a head of the cartridge, the cartridge needle being arranged to penetrate a septum of the cartridge when the cartridge is seated within the seat; a conduit which, in use, provides a fluid communication path between a cartridge needle associated with the cartridge and the delivery needle and a seat for receiving a head of the cartridge, the cartridge needle being arranged to penetrate a septum of the cartridge when the cartridge is seated within the seat; and wherein the injector apparatus further comprises: a mechanism in fluid communication with the conduit and arranged to expel therapeutic material from the cartridge; wherein the mechanism is arranged to draw therapeutic material from the cartridge into the conduit by negative pressure and discharge a metered dose from the conduit via said delivery needle.
A method performed by a user equipment, UE,, wherein the UE is configured to operate on a carrier configured for multimedia broadcast multicast services, MBMSs, the method comprising: receiving, on a physical downlink control channel, PDCCH, of the carrier, downlink control information, DCI, format 1C as defined in Third Generation Partnership Project, 3GPP, Technical Specification, TS, 36.212 v13.2.0, wherein the receiving is performed using an MBMS Radio Network Temporary Identifier, M-RNTI, as defined in 3GPP TS 36.212 v13.2.0, wherein the DCI comprises i) a bit indicating whether or not at least two emergency notifications are broadcast on the carrier and ii) 8 bits adapted to provide a notification relating to a change of a multicast control channel, MCCH, of the carrier, and wherein said at least two emergency notifications comprises an Earthquake and Tsunami Warning System, ETWS, notification and a Commercial Mobile Alert System, CMAS, notification; if the bit is set to one, implementing a behavior defined in 3GPP TS 36.331 v13.2.0 for a UE that receives a paging message in which two fields relating to indication of the ETWS notification and the CMAS notification are set to one, wherein the behavior includes receiving the ETWS notification and the CMAS notification by checking System Information Blocks, SIBs, 10 to 12. receiving, on a physical downlink control channel, PDCCH, of the carrier, downlink control information, DCI, format 1C as defined in Third Generation Partnership Project, 3GPP, Technical Specification, TS, 36.212 v13.2.0, wherein the receiving is performed using an MBMS Radio Network Temporary Identifier, M-RNTI, as defined in 3GPP TS 36.212 v13.2.0, wherein the DCI comprises i) a bit indicating whether or not at least two emergency notifications are broadcast on the carrier and ii) 8 bits adapted to provide a notification relating to a change of a multicast control channel, MCCH, of the carrier, and wherein said at least two emergency notifications comprises an Earthquake and Tsunami Warning System, ETWS, notification and a Commercial Mobile Alert System, CMAS, notification; if the bit is set to one, implementing a behavior defined in 3GPP TS 36.331 v13.2.0 for a UE that receives a paging message in which two fields relating to indication of the ETWS notification and the CMAS notification are set to one, wherein the behavior includes receiving the ETWS notification and the CMAS notification by checking System Information Blocks, SIBs, 10 to 12.
A resin composition comprising (a) a polyphenylene ether resin, (b) a polypropylene resin, (c) a compatibilizer, (d) an inorganic filler, and (e) a hydrotalcite-like compound, wherein the inorganic filler (d) contains an inorganic filler surface-treated with a surface treatment agent containing an acid functional group, and the hydrotalcite-like compound (e) is a hydrotalcite compound represented by the following formula: [M 2+ 1-x M 3+ x 2] x+ [A n- x/n ·mH 2 O] x-, wherein M 2+ refers to divalent metal ions such as Mg 2+, Mn 2+, Fe 2+ and Co 2+, and M 3+ refers to trivalent metal ions such as Al 3+, Fe 3+ and C 3+; A n- refers to an n-valent anion, particularly a monovalent or divalent anion, such as CO 3 2-, OH -, HPO 4 2- and SO 4 2-; x is 0 < x < 0.5; and m is 0 ≤ m < 1. the inorganic filler (d) contains an inorganic filler surface-treated with a surface treatment agent containing an acid functional group, and the hydrotalcite-like compound (e) is a hydrotalcite compound represented by the following formula: [M 2+ 1-x M 3+ x 2] x+ [A n- x/n ·mH 2 O] x-, wherein M 2+ refers to divalent metal ions such as Mg 2+, Mn 2+, Fe 2+ and Co 2+, and M 3+ refers to trivalent metal ions such as Al 3+, Fe 3+ and C 3+; A n- refers to an n-valent anion, particularly a monovalent or divalent anion, such as CO 3 2-, OH -, HPO 4 2- and SO 4 2-; x is 0 < x < 0.5; and m is 0 ≤ m < 1.