mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a device for obtaining streaming content, the method comprising: receiving a Media Presentation Description, MPD, file for dynamic adaptive streaming over hypertext transfer protocol, DASH, the MPD file specifying a request type and a parameter for the device to insert the parameter in a hypertext transfer protocol, HTTP, header form for a subsequent HTTP request; generating a name parameter and value parameter pair feedback in the HTTP header form as specified in the MPD file; generating the HTTP request using the request type in the HTTP header form as specified in the MPD file; sending the HTTP request, the request comprising an HTTP header that includes the name parameter and value parameter pair feedback; and receiving a response for the HTTP header associated with the HTTP request, the response comprising a value that corresponds to the name parameter and value parameter pair feedback. receiving a Media Presentation Description, MPD, file for dynamic adaptive streaming over hypertext transfer protocol, DASH, the MPD file specifying a request type and a parameter for the device to insert the parameter in a hypertext transfer protocol, HTTP, header form for a subsequent HTTP request; generating a name parameter and value parameter pair feedback in the HTTP header form as specified in the MPD file; generating the HTTP request using the request type in the HTTP header form as specified in the MPD file; sending the HTTP request, the request comprising an HTTP header that includes the name parameter and value parameter pair feedback; and receiving a response for the HTTP header associated with the HTTP request, the response comprising a value that corresponds to the name parameter and value parameter pair feedback.
A storage controller, comprising: a host interface circuit configured to receive first to eighth requests respectively corresponding to first to eighth logical addresses from a host device; a memory interface circuit configured to communicate with one or more first nonvolatile memories through a first channel, to communicate with one or more second nonvolatile memories through a second channel, to communicate with one or more third nonvolatile memories through a third channel and to communicate with one or more fourth nonvolatile memories through a fourth channel; a first flash translation layer configured to manage the one or more first nonvolatile memories through the first channel; a second flash translation layer configured to manage the one or more second nonvolatile memories through the second channel, a third flash translation layer configured to manage the one or more third nonvolatile memories through the third channel; a fourth flash translation layer configured to manage the one or more fourth nonvolatile memories through the fourth channel; and a scramble circuit configured to allocate the first to fourth requests corresponding to a first section of the first to eighth logical addresses to the first to fourth flash translation layers in a first allocation sequence, and to allocate the fifth to eighth requests corresponding to a second section of the first to eighth logical addresses to the first to fourth flash translation layers in a second allocation sequence different from the first sequence. a host interface circuit configured to receive first to eighth requests respectively corresponding to first to eighth logical addresses from a host device; a memory interface circuit configured to communicate with one or more first nonvolatile memories through a first channel, to communicate with one or more second nonvolatile memories through a second channel, to communicate with one or more third nonvolatile memories through a third channel and to communicate with one or more fourth nonvolatile memories through a fourth channel; a first flash translation layer configured to manage the one or more first nonvolatile memories through the first channel; a second flash translation layer configured to manage the one or more second nonvolatile memories through the second channel, a third flash translation layer configured to manage the one or more third nonvolatile memories through the third channel; a fourth flash translation layer configured to manage the one or more fourth nonvolatile memories through the fourth channel; and a scramble circuit configured to allocate the first to fourth requests corresponding to a first section of the first to eighth logical addresses to the first to fourth flash translation layers in a first allocation sequence, and to allocate the fifth to eighth requests corresponding to a second section of the first to eighth logical addresses to the first to fourth flash translation layers in a second allocation sequence different from the first sequence.
An inflation work station for inflating a tire-wheel assembly including a tire mounted to a wheel, comprising: a working device comprising a robotic arm provided with an end effecter, wherein the end effecter includes a wheel-engaging plunger member, a retaining apparatus connected to the wheel-engaging plunger member, and an inflation apparatus connected to the wheel-engaging plunger member, wherein the retaining apparatus includes at least one tire-engaging portion (612a, 612b) extending from a retaining apparatus base member, wherein the inflation apparatus includes at least one inflation probe (614a, 614b, 614a', 614b') extending from an inflation apparatus base member. a working device comprising a robotic arm provided with an end effecter, wherein the end effecter includes a wheel-engaging plunger member, a retaining apparatus connected to the wheel-engaging plunger member, and an inflation apparatus connected to the wheel-engaging plunger member, wherein the retaining apparatus includes at least one tire-engaging portion (612a, 612b) extending from a retaining apparatus base member, wherein the inflation apparatus includes at least one inflation probe (614a, 614b, 614a', 614b') extending from an inflation apparatus base member. a wheel-engaging plunger member, a retaining apparatus connected to the wheel-engaging plunger member, and an inflation apparatus connected to the wheel-engaging plunger member, wherein the retaining apparatus includes at least one tire-engaging portion (612a, 612b) extending from a retaining apparatus base member, wherein the inflation apparatus includes at least one inflation probe (614a, 614b, 614a', 614b') extending from an inflation apparatus base member.
An exhibition key delivery message distribution system operable to receive a distribution KDM (DKDM, 140) and comprising: a device list database containing device certificates of at least some target digital cinema players located in a unique region in which said KDM distribution system is allowed to distribute a composition; booking data database containing schedules regarding said composition pertaining to said DKDM; and a KDM generator operable to create an exhibition KDM (150a-150f) for said composition using a geographic rule in said DKDM, a device certificate from said device list database and booking data from said booking data database, wherein said geographic rule in said DKDM enables said exhibition KDM distribution system to distribute said exhibition KDM to only said at least some target digital cinema players (130a-130f) in said unique region. a device list database containing device certificates of at least some target digital cinema players located in a unique region in which said KDM distribution system is allowed to distribute a composition; booking data database containing schedules regarding said composition pertaining to said DKDM; and a KDM generator operable to create an exhibition KDM (150a-150f) for said composition using a geographic rule in said DKDM, a device certificate from said device list database and booking data from said booking data database, wherein said geographic rule in said DKDM enables said exhibition KDM distribution system to distribute said exhibition KDM to only said at least some target digital cinema players (130a-130f) in said unique region.
A lighting device comprising: a housing; an air inlet and an air outlet; a support structure in said housing extending in between said air inlet and said air outlet, said support structure including a section carrying at least one solid state lighting element; a conduit from said air inlet to said air outlet such that the conduit extends over the support structure; and a fan mounted in said conduit, wherein the fan is located closer to the air inlet than to the air outlet; wherein the support structure has a first slanted surface portion extending from the air inlet to said section and a second slanted surface portion extending from said section to the air outlet, wherein the fan is mounted on the first slanted surface portion such that the fan is slanted relative to said section. a housing; an air inlet and an air outlet; a support structure in said housing extending in between said air inlet and said air outlet, said support structure including a section carrying at least one solid state lighting element; a conduit from said air inlet to said air outlet such that the conduit extends over the support structure; and a fan mounted in said conduit, wherein the fan is located closer to the air inlet than to the air outlet; wherein the support structure has a first slanted surface portion extending from the air inlet to said section and a second slanted surface portion extending from said section to the air outlet, wherein the fan is mounted on the first slanted surface portion such that the fan is slanted relative to said section.
Valve rod for an iron, at least comprising a pointed part, with the aid of which a drop dosage can be carried out, a body part and a connecting part, with the aid of which a contact between an operating apparatus and the valve rod can be effected, characterised in that the valve rod can be produced from one piece of plastic, wherein the pointed part has at least one cover comprising a metal.
Use of calcium salicylate to improve roll stability in a grease composition comprising a base oil and a fatty acid salt of lithium and/or calcium, wherein the roll stability is measured according to ASTM D 1831.
Method for forwarding emergency messages from a terminal in a communication network with an access network, wherein - the emergency messages of the terminal are identified by a network access identifier, - the access network recognises the emergency messages as such on the basis of the network access identifier and forwards them to an emergency connectivity services network (emergency CSN), characterised in that - a user profile is able to be predetermined by a communication network provider, on the basis of which parameters for a communication link between the terminal and the emergency connectivity services network (emergency CSN) are determined, - the network access identifier features characters for identification of the user profile, - the access network and/or the emergency connectivity services network (emergency CSN) establish the predetermined user profile on the basis of the network access identifier. - the emergency messages of the terminal are identified by a network access identifier, - the access network recognises the emergency messages as such on the basis of the network access identifier and forwards them to an emergency connectivity services network (emergency CSN), - a user profile is able to be predetermined by a communication network provider, on the basis of which parameters for a communication link between the terminal and the emergency connectivity services network (emergency CSN) are determined, - the network access identifier features characters for identification of the user profile, - the access network and/or the emergency connectivity services network (emergency CSN) establish the predetermined user profile on the basis of the network access identifier.
A method for manufacturing an aerogel sheet, the method comprising: a step (a) of immersing a blanket in an impregnation vessel in which silica sol is stored to impregnate the silica sol; a step (b) of introducing a gelling catalyst to a surface of the blanket in which the silica sol is impregnated to gelate the silica sol; a step (c) of aging the blanket in which the silica sol is gelated; a step (d) of introducing a coating solution to the aged blanket to modify a surface of the blanket; and a step (e), after step (d), of drying the blanket of which the surface is modified, wherein step (e) comprises a first drying step of injecting carbon dioxide at a rate of 70 L/min for ten minutes under environments of a temperature of 28°C and a pressure of 70 bar to dry the blanket of which the surface is modified, a second drying step of raising to a temperature of 50°C for 1 hour and 20 minutes to dry the blanket, a third drying step of injecting carbon dioxide at a rate of 0.7 L/min for 20 minutes under a temperature of 50°C and a pressure of 150 bar to dry the blanket again, and a fourth drying step of injecting carbon dioxide at a rate of 0.7 L/min for 20 minutes after breaking for 20 minutes to dry the blanket, and wherein step (e) further comprises a step of discharging the carbon dioxide for 2 hours after the fourth drying step. a step (a) of immersing a blanket in an impregnation vessel in which silica sol is stored to impregnate the silica sol; a step (b) of introducing a gelling catalyst to a surface of the blanket in which the silica sol is impregnated to gelate the silica sol; a step (c) of aging the blanket in which the silica sol is gelated; a step (d) of introducing a coating solution to the aged blanket to modify a surface of the blanket; and a step (e), after step (d), of drying the blanket of which the surface is modified, wherein step (e) comprises a first drying step of injecting carbon dioxide at a rate of 70 L/min for ten minutes under environments of a temperature of 28°C and a pressure of 70 bar to dry the blanket of which the surface is modified, a second drying step of raising to a temperature of 50°C for 1 hour and 20 minutes to dry the blanket, a third drying step of injecting carbon dioxide at a rate of 0.7 L/min for 20 minutes under a temperature of 50°C and a pressure of 150 bar to dry the blanket again, and a fourth drying step of injecting carbon dioxide at a rate of 0.7 L/min for 20 minutes after breaking for 20 minutes to dry the blanket, and wherein step (e) further comprises a step of discharging the carbon dioxide for 2 hours after the fourth drying step.
Slurry distributor having a slurry distributor system which has a central distributor arm and two lateral distributor arms (20, 22) pivotably arranged thereon, which are pivotable between a position aligning with the central distributor arm and a position aligning transversely with respect to the central distributor arm, wherein the central distributor arm is pivotable about at least one transverse axis between a working position folded downwards and a transport position folded upwards, characterised in that the at least one transverse axis is translatably movably guided between a lower position and an upper position in at least one slotted hole extending in the upward direction of the slurry distributor.
A cam isolation system for a gas turbine engine compressor actuator comprising: a torque tube; a cam bracket operatively coupled to an engine case structure, the cam bracket defining a slot (90, 92); and an actuator bracket operatively coupled to the torque tube at a first end of the actuator bracket, the actuator bracket having a pin (70, 74) disposed within the slot of the cam bracket; and wherein the cam bracket includes a first cam bracket side and a second cam bracket side, the first cam bracket side defining a first slot and the second cam bracket side defining a second slot, the actuator bracket having a first pin extending from a first side of the actuator bracket and into the first slot, the actuator bracket having a second pin extending from a second side of the actuator bracket and into the second slot. a torque tube; a cam bracket operatively coupled to an engine case structure, the cam bracket defining a slot (90, 92); and an actuator bracket operatively coupled to the torque tube at a first end of the actuator bracket, the actuator bracket having a pin (70, 74) disposed within the slot of the cam bracket; and wherein the cam bracket includes a first cam bracket side and a second cam bracket side, the first cam bracket side defining a first slot and the second cam bracket side defining a second slot, the actuator bracket having a first pin extending from a first side of the actuator bracket and into the first slot, the actuator bracket having a second pin extending from a second side of the actuator bracket and into the second slot.
A substrate, comprising (a) a compound having blood anticoagulation activity which contains (i) a blood anticoagulation activity portion, and (ii) a polymer chain portion having hydrophilicity, and (b) a hydrophilic polymer compound which contains at least one selected from a group consisting of polyvinyl alcohol, polyether, polyvinyl pyrolidone, and a material composed of polyether and polysiloxane, wherein the amount of elution of the compound having blood anticoagulation activity is less than 0.6 μg/ml. (a) a compound having blood anticoagulation activity which contains (i) a blood anticoagulation activity portion, and (ii) a polymer chain portion having hydrophilicity, and (i) a blood anticoagulation activity portion, and (ii) a polymer chain portion having hydrophilicity, and (b) a hydrophilic polymer compound which contains at least one selected from a group consisting of polyvinyl alcohol, polyether, polyvinyl pyrolidone, and a material composed of polyether and polysiloxane,
A method for detection of tampering in an executable code comprising one or more code blocks (202A, 202B, 202C, 202N), comprising: - monitoring execution of the executable code with a call stack data structure associated therewith, the execution involving accessing one or more address spaces (202A, 204B, 204C, 204N); - receiving information about the one or more address spaces, as accessed; - comparing the received information about one or more accessed address spaces with information about one or more allowed address spaces defined in the call stack data structure of the executable code; - raising a flag upon detection that the one or more accessed address spaces are different from the one or more allowed address spaces, based on the comparison; - executing an action based on the raised flag; and - adding the flag as a global variable to each of the one or more code blocks of the executable code, wherein the flag of each of the one or more code blocks has a false value, and a value of the flag of a given code block is changed to a true value when an accessed address space of the given code block is different from the one or more allowed address spaces, further wherein if the value of the flag of the given code block is a false value, an accessed address space of one or more subsequent code blocks is not compared with the one or more allowed address spaces. - monitoring execution of the executable code with a call stack data structure associated therewith, the execution involving accessing one or more address spaces (202A, 204B, 204C, 204N); - receiving information about the one or more address spaces, as accessed; - comparing the received information about one or more accessed address spaces with information about one or more allowed address spaces defined in the call stack data structure of the executable code; - raising a flag upon detection that the one or more accessed address spaces are different from the one or more allowed address spaces, based on the comparison; - executing an action based on the raised flag; and - adding the flag as a global variable to each of the one or more code blocks of the executable code, wherein the flag of each of the one or more code blocks has a false value, and a value of the flag of a given code block is changed to a true value when an accessed address space of the given code block is different from the one or more allowed address spaces,
A method of manufacturing a plurality of optoelectronic semiconductor devices comprising the steps of: - depositing a plurality of semiconductor chips, which in operation emit electromagnetic radiation of a first wavelength range from a radiation exit surface, on an auxiliary carrier, - depositing a first conversion material in intermediate regions between the semiconductor chips, wherein the first conversion material is suitable for converting electromagnetic radiation of the first wavelength range into electromagnetic radiation of a second wavelength range, - depositing a second conversion material over the first conversion material, wherein the second conversion material is suitable for converting electromagnetic radiation of the first wavelength range into electromagnetic radiation of a second wavelength range or a third wavelength range, - removing the auxiliary carrier and - separating the semiconductor components, wherein the first conversion material forms a first conversion layer on the side flanks of the semiconductor chip and the second conversion material forms a second conversion layer on the radiation exit surface of the semiconductor chip, wherein - the first conversion material is a first liquid resin in which phosphor particles are incorporated, and the second conversion material is a second liquid resin in which phosphor particles are incorporated, and - the phosphor particles sediment from the second resin into the first resin, and - the first and the second resin are cured before separation. - depositing a plurality of semiconductor chips, which in operation emit electromagnetic radiation of a first wavelength range from a radiation exit surface, on an auxiliary carrier, - depositing a first conversion material in intermediate regions between the semiconductor chips, wherein the first conversion material is suitable for converting electromagnetic radiation of the first wavelength range into electromagnetic radiation of a second wavelength range, - depositing a second conversion material over the first conversion material, wherein the second conversion material is suitable for converting electromagnetic radiation of the first wavelength range into electromagnetic radiation of a second wavelength range or a third wavelength range, - removing the auxiliary carrier and - separating the semiconductor components, wherein the first conversion material forms a first conversion layer on the side flanks of the semiconductor chip and the second conversion material forms a second conversion layer on the radiation exit surface of the semiconductor chip, wherein - the first conversion material is a first liquid resin in which phosphor particles are incorporated, and the second conversion material is a second liquid resin in which phosphor particles are incorporated, and - the phosphor particles sediment from the second resin into the first resin, and - the first and the second resin are cured before separation.
A method for suppressing flavor release in a beverage product, the method comprising preparing a beverage product comprising 1,3-propanediol in an amount effective to provide a ratio of a flavor compound to 1,3-propanediol in the beverage product of 0.05:100 to 5:100 to suppress release of the flavor compound from the beverage product, wherein the flavor compound is selected from the group consisting of decanoic acid, acetaldehyde, octanal, citral, octanol, hexanol, benzaldehyde, limonene, guaiacol, and tetramethyl pyrazine.