mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for an amusement park, comprising: a bogie system configured to move along a ride path ; a platform coupled to the bogie system , wherein the platform is centered at a guide axis and configured to rotate about the guide axis with respect to the bogie system; a plurality of seats coupled to a surface of the platform and configured to rotate about the guide axis with the platform , wherein each seat of the plurality of seats is configured to rotate by a same degree of rotation as the platform ; wherein each seat can tilt or rotate with respect to the platform ; a sensor configured to detect the tilt or rotation position of a respective seat with respect to the platform ; and a controller configured to receive feedback indicative of the tilt or rotation position of the respective seat from the sensor and to control the rotation of the platform about the guide axis based on the feedback from the sensor . a bogie system configured to move along a ride path ; a platform coupled to the bogie system , wherein the platform is centered at a guide axis and configured to rotate about the guide axis with respect to the bogie system; a plurality of seats coupled to a surface of the platform and configured to rotate about the guide axis with the platform , wherein each seat of the plurality of seats is configured to rotate by a same degree of rotation as the platform ; wherein each seat can tilt or rotate with respect to the platform ; a sensor configured to detect the tilt or rotation position of a respective seat with respect to the platform ; and a controller configured to receive feedback indicative of the tilt or rotation position of the respective seat from the sensor and to control the rotation of the platform about the guide axis based on the feedback from the sensor .
A radiography system comprising: a plurality of patient beds each comprising a DR detector positioned therein; a remote control system ; and an x-ray source (115, 116; 306) configured to be selectively positioned relative to each of the patient beds via the remote control system and configured to be fired via the remote control system ; characterized by further comprising: a video camera attached adjacent to the x-ray source (115, 116; 306) and aimed at one of the patient beds , and a digital display (202; 404) configured to display a video captured by the video camera ; and at least one fiducial marker placed on or proximate to each of the patient beds , each of the at least one fiducial marker positioned at a known position and distance relative to a corresponding DR detector , the fiducial markers each configured to be visible on the digital display (202; 404) when the corresponding patient bed is displayed thereon. a plurality of patient beds each comprising a DR detector positioned therein; a remote control system ; and an x-ray source (115, 116; 306) configured to be selectively positioned relative to each of the patient beds via the remote control system and configured to be fired via the remote control system ; characterized by further comprising: a video camera attached adjacent to the x-ray source (115, 116; 306) and aimed at one of the patient beds , and a digital display (202; 404) configured to display a video captured by the video camera ; and at least one fiducial marker placed on or proximate to each of the patient beds , each of the at least one fiducial marker positioned at a known position and distance relative to a corresponding DR detector , the fiducial markers each configured to be visible on the digital display (202; 404) when the corresponding patient bed is displayed thereon. a video camera attached adjacent to the x-ray source (115, 116; 306) and aimed at one of the patient beds , and a digital display (202; 404) configured to display a video captured by the video camera ; and at least one fiducial marker placed on or proximate to each of the patient beds , each of the at least one fiducial marker positioned at a known position and distance relative to a corresponding DR detector , the fiducial markers each configured to be visible on the digital display (202; 404) when the corresponding patient bed is displayed thereon.
A method for preventing the unfolding of a protein during drying and/or inducing the (re-) folding of a protein after drying, comprising the step of embedding the protein in an aqueous solution, wherein the protein is selected from antibodies, blood factors, therapeutic enzymes and therapeutic vaccines, wherein the solution comprises at least three amino acids selected from three different groups of the groups of (a) amino acids with non polar, aliphatic R groups; (b) amino acids with polar, uncharged R groups; (c) amino acids with positively charged R groups; (d) amino acids with negatively charged R groups; and (e) amino acids with aromatic R groups; and wherein the solution is free or substantially free of (a) sugar; and (b-i) protein; and/or (b-ii) denaturing compounds; and (c) silanes wherein the drying is freeze-drying or spray-drying, and wherein the w/w ratio between the excipients of the solution and the protein is between 1:1 and 100:1. (a) amino acids with non polar, aliphatic R groups; (b) amino acids with polar, uncharged R groups; (c) amino acids with positively charged R groups; (d) amino acids with negatively charged R groups; and (e) amino acids with aromatic R groups; and wherein the solution is free or substantially free of (a) sugar; and (b-i) protein; and/or (b-ii) denaturing compounds; and (c) silanes wherein the drying is freeze-drying or spray-drying, and wherein the w/w ratio between the excipients of the solution and the protein is between 1:1 and 100:1.
A method supporting Medium Access Control, MAC, Protocol Data Unit, PDU, signaling for controlling congestion, the method is performed by a network and comprises: receiving (Step 112), from a Machine-Type Communication, MTC, device , a random-access preamble; sending (Step 114), to the MTC device , a random-access response that includes the MAC PDU having a MAC header that includes information for MTC support; receiving (Step 116), from the MTC device , a scheduled transmission; and performing contention resolution with the MTC device , wherein the information for MTC support allows the MTC device to apply a corresponding back-off interval based on preconfigured values with the network , wherein the information for MTC support is used in switching between Random Access Channel, RACH, load control modes configured based on an access class barring, ACB, and a backoff control, BOC. receiving (Step 112), from a Machine-Type Communication, MTC, device , a random-access preamble; sending (Step 114), to the MTC device , a random-access response that includes the MAC PDU having a MAC header that includes information for MTC support; receiving (Step 116), from the MTC device , a scheduled transmission; and performing contention resolution with the MTC device , wherein the information for MTC support allows the MTC device to apply a corresponding back-off interval based on preconfigured values with the network , wherein the information for MTC support is used in switching between Random Access Channel, RACH, load control modes configured based on an access class barring, ACB, and a backoff control, BOC.
A heating device (H) for thermally conditioning preforms made of a thermoplastic material to a temperature profile, which is suitable for a blow moulding, wherein the heating device (H) has several heating means arranged one behind the other along a heating section , comprising transport means for transporting the preforms on a transport path along the heating section and along the heating means , wherein the transport means are connected in a chain-like manner to form a closed revolving transport chain , wherein the transport means have a rotary drive body , which cooperates with a first engaging means , which is arranged and driven so as to revolve spaced apart from the transport chain , for introducing an intrinsic rotational movement around a longitudinal axis of the transport means by engaging with the rotational drive body , wherein the heating device (H) has a first heating section comprising first heating means for uniformly controlling the temperature of the preforms in the circumferential direction thereof, and a second heating section comprising second heating means for unevenly controlling the temperature of the preforms in the circumferential direction thereof (Preferential Heating), wherein the first engaging means is arranged in such a way that it engages with the rotary drive body in the region of the first heating section, and does not engaged with the rotary drive body in the region of the second section, characterised in that the heating device (H) has a second engaging means (45, 45', 45"), which is arranged and can be driven so as to revolve spaced apart from the transport chain in such a way that it engages with the rotary drive body in the region of the second heating section and thereby has the circumferential speed of the transport chain .
A modular and reconfigurable activity system comprising: a modular activity board formed of a deck having a top surface , a bottom surface , a first end portion and a second end portion , characterized in that the modular activity board further has opposing side rails , each of the first and second end portions being angled upward from the top surface of the deck, the deck being defined by a longitudinal axis through the first end portion and the second end portion, and a latitudinal axis through an approximate center of the deck through the opposing side rails, the deck further having a first activity accessory receiver proximate the first end portion and a second activity accessory receiver proximate the second end portion, each of the first and second activity accessory receivers being defined by a single circular aperture and having a first locking mechanism therewith; and further characterized in that the activity system further comprises a set of activity accessories, each activity accessory of the set of activity accessories comprising an attachment platform that is sized and configured to mate within the single circular aperture, the attachment platform further having a second locking mechanism therewith to cooperate with the first locking mechanism to releasably secure the attachment platform within the single circular aperture, each activity accessory further comprising an activity mechanism extending from a top and/or bottom of the attachment platform to enable an activity to be performed by a rider of the modular activity board when the activity accessory is secured to the deck. a modular activity board formed of a deck having a top surface , a bottom surface , a first end portion and a second end portion , characterized in that the modular activity board further has opposing side rails , each of the first and second end portions being angled upward from the top surface of the deck, the deck being defined by a longitudinal axis through the first end portion and the second end portion, and a latitudinal axis through an approximate center of the deck through the opposing side rails, the deck further having a first activity accessory receiver proximate the first end portion and a second activity accessory receiver proximate the second end portion, each of the first and second activity accessory receivers being defined by a single circular aperture and having a first locking mechanism therewith; and further characterized in that the activity system further comprises a set of activity accessories, each activity accessory of the set of activity accessories comprising an attachment platform that is sized and configured to mate within the single circular aperture, the attachment platform further having a second locking mechanism therewith to cooperate with the first locking mechanism to releasably secure the attachment platform within the single circular aperture, each activity accessory further comprising an activity mechanism extending from a top and/or bottom of the attachment platform to enable an activity to be performed by a rider of the modular activity board when the activity accessory is secured to the deck.
An interface device for cloud gaming, comprising: one or more processors ; memory storing one or more programs for execution by the one or more processors, the one or more programs including an application; a communication module for receiving and/or transmitting messages and media streams between: the interface device and a game controller ; and the interface device and a gaming server that is remote from the interface device ; an output module configured to provide output of the application to an input of a display device coupled to or integrated with the interface device ; the application being configured to: implement a first mode in which the interface device processes and displays outputs associated with all messages transmitted by the game controller ; and implement a second mode in which the interface device processes and displays a predefined subset of messages from the game controller and displays gaming media streams transmitted by the gaming server while the game controller directly transmits gameplay commands to the gaming server . one or more processors ; memory storing one or more programs for execution by the one or more processors, the one or more programs including an application; a communication module for receiving and/or transmitting messages and media streams between: the interface device and a game controller ; and the interface device and a gaming server that is remote from the interface device ; the interface device and a game controller ; and the interface device and a gaming server that is remote from the interface device ; an output module configured to provide output of the application to an input of a display device coupled to or integrated with the interface device ; the application being configured to: implement a first mode in which the interface device processes and displays outputs associated with all messages transmitted by the game controller ; and implement a second mode in which the interface device processes and displays a predefined subset of messages from the game controller and displays gaming media streams transmitted by the gaming server while the game controller directly transmits gameplay commands to the gaming server . implement a first mode in which the interface device processes and displays outputs associated with all messages transmitted by the game controller ; and implement a second mode in which the interface device processes and displays a predefined subset of messages from the game controller and displays gaming media streams transmitted by the gaming server while the game controller directly transmits gameplay commands to the gaming server .
A method for producing a raw coke, which comprising steps of: subjecting a petroleum-based oil to vacuum-distillation to produce a residue of a first heavy oil with an initial boiling point of 300oC or higher, an asphalten content of 12 percent by mass or less, a saturate content of 60 percent by mass or more and a sulfur content of 0.3 percent by mass or less; subjecting a vacuum gas oil or desulfurized vacuum gas oil to fluidized catalytic cracking to produce a residue of a second heavy oil with an initial boiling point of 150oC or higher and a sulfur content of 0.5 percent by mass or less; mixing the first heavy oil with the second heavy oil to produce a feedstock composition; and coking the feedstock composition at a pressure of 300 to 800 kPa and a temperature of 400 to 600oC. subjecting a petroleum-based oil to vacuum-distillation to produce a residue of a first heavy oil with an initial boiling point of 300oC or higher, an asphalten content of 12 percent by mass or less, a saturate content of 60 percent by mass or more and a sulfur content of 0.3 percent by mass or less; subjecting a vacuum gas oil or desulfurized vacuum gas oil to fluidized catalytic cracking to produce a residue of a second heavy oil with an initial boiling point of 150oC or higher and a sulfur content of 0.5 percent by mass or less; mixing the first heavy oil with the second heavy oil to produce a feedstock composition; and coking the feedstock composition at a pressure of 300 to 800 kPa and a temperature of 400 to 600oC.
A pressure sensor assembly , comprising: a first receive antenna array configured to receive a first signal at a first frequency; a second receive antenna array configured to receive a second signal at a second frequency that differs from the first frequency; a diode coupled to both the first receive antenna array and the second receive antenna array , wherein the diode is configured to receive the first signal at the first frequency and the second signal at the second frequency and output a third signal at a third frequency that is a difference between the first frequency and the second frequency; a transmit antenna array coupled to the diode , wherein the transmit antenna array is configured to receive the third signal at the third frequency and output the third signal at the third frequency, and at least one cavity disposed within at least one substrate underneath at least a portion of one or more of the first receive antenna array , the second receive antenna array , or the transmit antenna array . a first receive antenna array configured to receive a first signal at a first frequency; a second receive antenna array configured to receive a second signal at a second frequency that differs from the first frequency; a diode coupled to both the first receive antenna array and the second receive antenna array , wherein the diode is configured to receive the first signal at the first frequency and the second signal at the second frequency and output a third signal at a third frequency that is a difference between the first frequency and the second frequency; a transmit antenna array coupled to the diode , wherein the transmit antenna array is configured to receive the third signal at the third frequency and output the third signal at the third frequency, and at least one cavity disposed within at least one substrate underneath at least a portion of one or more of the first receive antenna array , the second receive antenna array , or the transmit antenna array .
A method comprising: receiving, by an augmented service capability exposure function, A-SCEF, a command message from an application server, AS, comprising: an external identification tag, an application programming interface, API, instruction associated with the external identification tag, and a security credential; confirming that the security credential is authorized for the external identification tag; in response to the confirming, locating in a first electronically searchable catalog, by the A-SCEF, at least one network identifier associated with the external identification tag, wherein the at least one network identifier is different from the external identification tag; selecting, by the A-SCEF, a data connectivity pathway to at least one user equipment, UE, from at least two data connectivity pathways based at least in part on a selection hierarchy; and sending, by the A-SCEF, a communication to the at least one UE associated with the at least one network identifier based on the API instruction, the communication being sent over the data connectivity pathway that is selected. receiving, by an augmented service capability exposure function, A-SCEF, a command message from an application server, AS, comprising: an external identification tag, an application programming interface, API, instruction associated with the external identification tag, and a security credential; an external identification tag, an application programming interface, API, instruction associated with the external identification tag, and a security credential; confirming that the security credential is authorized for the external identification tag; in response to the confirming, locating in a first electronically searchable catalog, by the A-SCEF, at least one network identifier associated with the external identification tag, wherein the at least one network identifier is different from the external identification tag; selecting, by the A-SCEF, a data connectivity pathway to at least one user equipment, UE, from at least two data connectivity pathways based at least in part on a selection hierarchy; and sending, by the A-SCEF, a communication to the at least one UE associated with the at least one network identifier based on the API instruction, the communication being sent over the data connectivity pathway that is selected.
A window glass configured to be mounted to a vehicle, comprising: a glass main body , a plurality of heater wires formed to extend in a horizontal direction on an interior surface of the glass main body when mounted to the vehicle, and an antenna wire formed to intersect at least one of the heater wires ; the window glass being configured to be mounted to a vehicle in a forwardly titled fashion, the window glass being characterized in that the smallest line width "a" of the heater wires among line widths of the heater wires is at most 0.4 mm; and the largest line width "b" of the antenna wire among line widths of the antenna wire within a range of intersection between the antenna wire and the heater wires is smaller than the line width "a"; and the range of intersection of the antenna wire and the heater wires is defined by the intersection point closest to one end of the antenna wire and the intersection point closest to the other end of the antenna wire . a glass main body , a plurality of heater wires formed to extend in a horizontal direction on an interior surface of the glass main body when mounted to the vehicle, and an antenna wire formed to intersect at least one of the heater wires ; the window glass being configured to be mounted to a vehicle in a forwardly titled fashion, the window glass being characterized in that the smallest line width "a" of the heater wires among line widths of the heater wires is at most 0.4 mm; and the largest line width "b" of the antenna wire among line widths of the antenna wire within a range of intersection between the antenna wire and the heater wires is smaller than the line width "a"; and the range of intersection of the antenna wire and the heater wires is defined by the intersection point closest to one end of the antenna wire and the intersection point closest to the other end of the antenna wire .
An elevator car comprising: a wall panel defining part of a passenger space of the elevator car ; and an elevator display system having a viewing panel and an enclosure housing a display screen , wherein the viewing panel is mounted to the wall panel on an interior of the wall panel ; characterized in that the elevator car further comprises two or more receiving rails arranged on an exterior of the wall panel ; and that the enclosure is engageable with the receiving rails on the exterior of the wall panel such that the display screen is movably positioned relative to the viewing panel to be viewable from within the passenger space in an installed position. a wall panel defining part of a passenger space of the elevator car ; and an elevator display system having a viewing panel and an enclosure housing a display screen , wherein the viewing panel is mounted to the wall panel on an interior of the wall panel ; characterized in that the elevator car further comprises two or more receiving rails arranged on an exterior of the wall panel ; and that the enclosure is engageable with the receiving rails on the exterior of the wall panel such that the display screen is movably positioned relative to the viewing panel to be viewable from within the passenger space in an installed position.