mhurhangee/patent-ind-claim-en huggingface dataset:
A method for allocating Sounding Reference Signal, SRS, resources, characterized by comprising: allocating, by an e-Node-B, eNB, a SRS bandwidth with 4n Resource Blocks, RBs, to a terminal, and dividing a time domain sequence of a SRS into t equally sized portions in the SRS bandwidth; wherein the t portions correspond to a total number of cyclic shifts; selecting, by the eNB, L cyclic shifts from the cyclic shifts of which the total number corresponds to the t portions, L≤t; configuring, by the eNB, a time domain RePetition Factor, RPF, used by the terminal, and for each terminal, configuring, by the eNB, the terminal to use one or more cyclic shifts in the L cyclic shifts, notifying, by the eNB, the terminal of a value of the time domain RPF, a location of a used frequency comb and a used cyclic shift by signaling; wherein, n is a positive integer; the RPF satisfies a following condition: 48 × n RPF can be exactly divided by 12; t is an integer by which 48 × n RPF can be exactly divided. allocating, by an e-Node-B, eNB, a SRS bandwidth with 4n Resource Blocks, RBs, to a terminal, and dividing a time domain sequence of a SRS into t equally sized portions in the SRS bandwidth; wherein the t portions correspond to a total number of cyclic shifts; selecting, by the eNB, L cyclic shifts from the cyclic shifts of which the total number corresponds to the t portions, L≤t; configuring, by the eNB, a time domain RePetition Factor, RPF, used by the terminal, and for each terminal, configuring, by the eNB, the terminal to use one or more cyclic shifts in the L cyclic shifts, notifying, by the eNB, the terminal of a value of the time domain RPF, a location of a used frequency comb and a used cyclic shift by signaling; wherein, n is a positive integer; the RPF satisfies a following condition: 48 × n RPF can be exactly divided by 12; t is an integer by which 48 × n RPF can be exactly divided.
A blade outer air seal assembly for a gas turbine engine , comprising: a support structure and a carrier ; the blade outer air seal assembly further comprising a blade outer air seal having a plurality of segments extending circumferentially about an axis and mounted in the support structure via the carrier ; and at least one of the plurality of segments having a base portion extending between a first circumferential side (C1) and a second circumferential side (C2) and from a first axial side (A1) to a second axial side (A2), a first hook extending from the base portion near the first axial side and facing towards the second axial side and a second hook extending from the base portion near the second axial side and facing towards the first axial side, and a slot in the second hook configured to receive a pin , wherein the carrier has a hole , and the pin extends through the hole and through the slot , and characterised in that the carrier includes a platform and a carrier hook and the hole extends through the platform and the carrier hook . a support structure and a carrier ; the blade outer air seal assembly further comprising a blade outer air seal having a plurality of segments extending circumferentially about an axis and mounted in the support structure via the carrier ; and at least one of the plurality of segments having a base portion extending between a first circumferential side (C1) and a second circumferential side (C2) and from a first axial side (A1) to a second axial side (A2), a first hook extending from the base portion near the first axial side and facing towards the second axial side and a second hook extending from the base portion near the second axial side and facing towards the first axial side, and a slot in the second hook configured to receive a pin , wherein the carrier has a hole , and the pin extends through the hole and through the slot , and characterised in that the carrier includes a platform and a carrier hook and the hole extends through the platform and the carrier hook .
A form-fill-seal machine for filling a bag with package contents while sealing a tube-shaped packaging material to form the bag, wherein the form-fill-seal machine comprises: a conveyance unit for conveying the packaging material downward; a transverse sealing unit having: first members for sandwiching the packaging material and sealing the packaging material in a transverse direction; and second members for sandwiching the packaging material while leaving a prescribed spacing; and a control unit for controlling a position of the transverse sealing unit; the control unit being configured to perform: a first control step to cause the transverse sealing unit located at a reference position to descend faster than the packaging material being conveyed downward by the conveyance unit , while the packaging material is sandwiched by the second members ; a second control step to cause, after the first control step, the transverse sealing unit to ascend while the packaging material is being sealed by the first members ; and a third control step to cause, after the second control step, the transverse sealing unit to move such that the first members are separated from the packaging material, and afterwards, returning the transverse sealing unit to the reference position. a conveyance unit for conveying the packaging material downward; a transverse sealing unit having: first members for sandwiching the packaging material and sealing the packaging material in a transverse direction; and second members for sandwiching the packaging material while leaving a prescribed spacing; and a control unit for controlling a position of the transverse sealing unit; the control unit being configured to perform: a first control step to cause the transverse sealing unit located at a reference position to descend faster than the packaging material being conveyed downward by the conveyance unit , while the packaging material is sandwiched by the second members ; a second control step to cause, after the first control step, the transverse sealing unit to ascend while the packaging material is being sealed by the first members ; and a third control step to cause, after the second control step, the transverse sealing unit to move such that the first members are separated from the packaging material, and afterwards, returning the transverse sealing unit to the reference position. a first control step to cause the transverse sealing unit located at a reference position to descend faster than the packaging material being conveyed downward by the conveyance unit , while the packaging material is sandwiched by the second members ; a second control step to cause, after the first control step, the transverse sealing unit to ascend while the packaging material is being sealed by the first members ; and a third control step to cause, after the second control step, the transverse sealing unit to move such that the first members are separated from the packaging material, and afterwards, returning the transverse sealing unit to the reference position.
A satellite constellation forming method of injecting a spacecraft onto which a plurality of satellites are loaded into a circular orbit and forming a satellite constellation which is configured by the plurality of satellites on the circular orbit , having: (A) the satellite deployment step (S2) of deploying one of the satellites into the circular orbit from the spacecraft on the circular orbit ; (B) the spacecraft acceleration step (S4) of accelerating the spacecraft and switching the orbit from the circular orbit to a spacecraft transfer orbit in the same orbit plane; (C) the spacecraft orbiting step (S5) of making the spacecraft orbit along the spacecraft transfer orbit a plurality of times; and (D) the spacecraft deceleration step (S6) of decelerating the spacecraft and switching the orbit from the spacecraft transfer orbit to the circular orbit in the same orbit plane, wherein the aforementioned (A) to (D) are repeated in order. (A) the satellite deployment step (S2) of deploying one of the satellites into the circular orbit from the spacecraft on the circular orbit ; (B) the spacecraft acceleration step (S4) of accelerating the spacecraft and switching the orbit from the circular orbit to a spacecraft transfer orbit in the same orbit plane; (C) the spacecraft orbiting step (S5) of making the spacecraft orbit along the spacecraft transfer orbit a plurality of times; and (D) the spacecraft deceleration step (S6) of decelerating the spacecraft and switching the orbit from the spacecraft transfer orbit to the circular orbit in the same orbit plane, wherein the aforementioned (A) to (D) are repeated in order.
A server system comprising: a first registering unit for, in response to receiving, from a terminal , a registration request for registering a user of a device in a condition in which a communication between the server system and the device via the Internet is not capable of being executed, registering a user ID for identifying the user; a second registering unit for, in response to receiving information related to registration of a service from the terminal in the condition in which the communication between the server system and the device via the Internet is not capable of being executed, registering service information used when the service is used, the service being provided from a specific server and being used at the device ; a third registering unit for, in response to receiving a device ID for identifying the device from the device after registering the user ID and the service information and after the condition in which the communication between the server system and the device via the Internet is not capable of being executed changes to a condition in which the communication between the server system and the device via the Internet is capable of being executed, registering the device ID in association with the user ID; a first receiving unit for receiving the device ID and related information related to the service from the device after registering the device ID; a communicating unit for, in response to receiving the related information, communicating with the specific server using the user ID and the service information for using the service. a first registering unit for, in response to receiving, from a terminal , a registration request for registering a user of a device in a condition in which a communication between the server system and the device via the Internet is not capable of being executed, registering a user ID for identifying the user; a second registering unit for, in response to receiving information related to registration of a service from the terminal in the condition in which the communication between the server system and the device via the Internet is not capable of being executed, registering service information used when the service is used, the service being provided from a specific server and being used at the device ; a third registering unit for, in response to receiving a device ID for identifying the device from the device after registering the user ID and the service information and after the condition in which the communication between the server system and the device via the Internet is not capable of being executed changes to a condition in which the communication between the server system and the device via the Internet is capable of being executed, registering the device ID in association with the user ID; a first receiving unit for receiving the device ID and related information related to the service from the device after registering the device ID; a communicating unit for, in response to receiving the related information, communicating with the specific server using the user ID and the service information for using the service.
A method of transmitting data from a communications device to a mobile communications network or receiving data from the mobile communications network at the communications device via a wireless access interface provided by the mobile communications network for transmitting and receiving data to and from communications devices, the wireless access interface providing communications resources within a system bandwidth and in time divided units providing communications resources within the system bandwidth for allocation to communications devices of a first type and a second type, the second type of the communications devices having a reduced capability compared to the first type of communications devices, the method comprising generating, at the communications device, a random access message, by selecting (S2) a sequence from a predetermined set of sequences, which have been allocated to the communications devices of the second type, the communications device being a communications device of the second type, transmitting (M4) the random access message from the communications device of the second type to the mobile communications network, and in response to the random access message, receiving (M6), from communications resources allocated to the communications device within a limited bandwidth, a random access response at the communications device transmitted according to the capability of the communications device of the second type, wherein the wireless access interface includes a virtual carrier defining a set of communications resources of the system bandwidth for allocation to the communications device of the second type for transmitting or receiving signals within the communications resources of the virtual carrier, the communications resources within each of the time divided units of the virtual carrier being within the limited bandwidth, the limited bandwidth being smaller than the system bandwidth in accordance with the reduced capability of the second type of communications devices, for the communications devices of the second type to transmit or to receive data at a rate which is lower than a rate which can be transmitted or received using the system bandwidth by communications devices of the first type.
Ski including a strip mounted lengthwise to the ski's outer side in the ski center portion/grip zone, wherein the strip has a width from 17 mm to 60 mm, a height at most equivalent to the ski thickness throughout, and a length equivalent the length of the ski grip zone, wherein the strip's bottom inner edge is smooth high with the ski base/sliding surface (A), and wherein the strip's underside (B) comprises a piece of skins/gripping surface (C) attached to the strip's underside, characterized in that the strip's underside (B) has a 2 mm deep groove, and that the groove's inner edge goes 5 mm from the outer edge of the sliding surface (A), and the strip's underside (B) is widthwise outward sloping 5 degrees upward relative to the sliding surface (A).
A three-dimensional measurement apparatus configured to measure a three-dimensional shape of a measurement target , the apparatus comprising: projecting means configured to project, onto the measurement target , patterned light having a two-dimensionally coded pattern in which a plurality of types of words each having a different two-dimensional structure and being distinguishable from each other are two-dimensionally arranged; capturing means configured to capture the measurement target onto which the patterned light is projected; and calculating means configured to extract a word from an image captured by the capturing means , and configured to calculate a three-dimensional position of a target pixel of the image based on the extracted word, wherein the two-dimensionally coded pattern is two-fold symmetrical, whereby in the two-dimensionally coded pattern, one type of word appears only once in one row, and a column can be specified by an extracted word, and wherein the two-dimensionally coded pattern is a pattern in which a different predetermined word is repeated in a column direction for each column, and the predetermined word in the k-th column from one end of the pattern is equal to a word obtained by rotating the predetermined word in the k-th column from the other end of the pattern by 180°. projecting means configured to project, onto the measurement target , patterned light having a two-dimensionally coded pattern in which a plurality of types of words each having a different two-dimensional structure and being distinguishable from each other are two-dimensionally arranged; capturing means configured to capture the measurement target onto which the patterned light is projected; and calculating means configured to extract a word from an image captured by the capturing means , and configured to calculate a three-dimensional position of a target pixel of the image based on the extracted word, wherein the two-dimensionally coded pattern is two-fold symmetrical, whereby in the two-dimensionally coded pattern, one type of word appears only once in one row, and a column can be specified by an extracted word, and
A device for applying a fluid, such as adhesive or lotion, to a moving substrate , comprising a nozzle head with a first inlet opening for the fluid and with an outlet opening for the fluid, wherein the fluid passes from the first inlet opening via a switchable valve, which is switched by means of a flow fluid, to the outlet opening, and comprising a supply station with a fastening surface with a first mouth region of a fluid duct, the nozzle head being arranged so as to be pivotable relative to the fastening surface about a pivot axis , wherein the first inlet opening for the fluid and the first mouth region of the fluid duct are arranged in alignment along the pivot axis , characterized in that a second mouth region of a first flow fluid duct in the fastening surface is communicatively connected to a second inlet opening for a first flow fluid on a side , which faces toward the fastening surface , of the nozzle head , wherein the second inlet opening for the first flow fluid is formed so as to be curved along a circular arc around the pivot axis , said pivot axis being the central axis of the first inlet opening .
An interior building product to which a coating has been applied, the coating comprising: a resin formulation that includes a melamine formaldehyde resin characterized by its ability to strengthen the interior building product when applied as a coating to the building product; and an aldehyde scavenger selected from the group consisting of adipic dihydrazide and a combination of adipic dihydrazide and a polyvinyl alcohol. a resin formulation that includes a melamine formaldehyde resin characterized by its ability to strengthen the interior building product when applied as a coating to the building product; and an aldehyde scavenger selected from the group consisting of adipic dihydrazide and a combination of adipic dihydrazide and a polyvinyl alcohol.
A curved screen assembly, comprising a curved display screen , a first supporting component , and a middle frame , wherein the curved display screen has a first arc-shaped face and a second arc-shaped face ; the first supporting component is located between the middle frame and the first arc-shaped face , and comprises a supporting body provided with a first supporting face , where the first supporting face matches the first arc-shaped face in outline; and the middle frame is provided with a second supporting face , where the second supporting face matches the second arc-shaped face in outline, wherein the first supporting component comprises: a connecting portion , where an end face of the supporting body facing the middle frame extends outward to form the connecting portion , wherein the middle frame comprises: a middle frame body , where the first supporting component is arranged between the middle frame body and the first arc-shaped face , and the connecting portion is connected to the middle frame body in a detachable manner; and a second supporting component , where the second supporting component is integrally molded with the middle frame body and provided with the second supporting face . the first supporting component is located between the middle frame and the first arc-shaped face , and comprises a supporting body provided with a first supporting face , where the first supporting face matches the first arc-shaped face in outline; and the middle frame is provided with a second supporting face , where the second supporting face matches the second arc-shaped face in outline, wherein the first supporting component comprises: a connecting portion , where an end face of the supporting body facing the middle frame extends outward to form the connecting portion , wherein the middle frame comprises: a middle frame body , where the first supporting component is arranged between the middle frame body and the first arc-shaped face , and the connecting portion is connected to the middle frame body in a detachable manner; and a second supporting component , where the second supporting component is integrally molded with the middle frame body and provided with the second supporting face . a middle frame body , where the first supporting component is arranged between the middle frame body and the first arc-shaped face , and the connecting portion is connected to the middle frame body in a detachable manner; and a second supporting component , where the second supporting component is integrally molded with the middle frame body and provided with the second supporting face .
A sliding bearing element comprising a substrate , a diffusion layer arranged directly thereon and a functional layer , wherein the functional layer has an a-C:H:X DLC coating, wherein X stands for at least one element from the group of Si, O, N, F, and the diffusion layer has embedded nitrogen and/or at least one nitride which is different from a first nitride, wherein the first nitride is a nitride of an element of the substrate , characterized in that a compound layer comprising the first nitride of the element of the substrate is arranged between the diffusion layer and the DLC coating, wherein the compound layer is arranged directly on the diffusion layer and the functional layer is arranged directly on the compound layer.
An inlet duct for one or more aircraft engines , comprising: two or more inlet duct legs extending from two or more duct openings to the one or more engines ; and a flow relief pathway disposed at each inlet duct leg to condition an inlet airflow from the inlet duct legs at an engine inlet, wherein the flow relief pathway equalizes an inlet airflow pressure distribution upstream of the engine inlet and, wherein the flow relief pathway comprises a balance tube extending from a first inlet duct leg to a second inlet duct leg and which is configured to allow cross-flow between the inlet duct legs . two or more inlet duct legs extending from two or more duct openings to the one or more engines ; and a flow relief pathway disposed at each inlet duct leg to condition an inlet airflow from the inlet duct legs at an engine inlet, wherein the flow relief pathway equalizes an inlet airflow pressure distribution upstream of the engine inlet and, wherein the flow relief pathway comprises a balance tube extending from a first inlet duct leg to a second inlet duct leg and which is configured to allow cross-flow between the inlet duct legs .