mhurhangee/ep-ind-claims huggingface dataset:
A mixture of isolated peptides comprising three or more different isolated peptides, wherein each isolated peptide comprises a sequence of SEQ ID NO:1, M-K-X 3 -X 4 -D-X 6 -I-A-A-X 10 -X 11 -V-L-X 14 -G-M-A-K-X 19 -G-X 21 -F-A-X 24 -X 25 (SEQ ID NO: 1) wherein X 3 is an amino acid selected from the group consisting of R and Q, X 4 is an amino acid selected from the group consisting of N and D, X 6 is an amino acid selected from the group consisting of N and E, X 10 is an amino acid selected from the group consisting of V, F and L, X 11 is an amino acid selected from the group consisting of I and M, X 14 is an amino acid selected from the group consisting of K, Q and H, X 19 is an amino acid selected from the group consisting of N, Q and E, X 21 is an amino acid selected from the group consisting of E and Q, X 24 is an amino acid selected from the group consisting of I, V, Y and W, and X 25 is an amino acid selected from the group consisting of K and R.
Hairstyle accessory, comprising a net structure provided with an opening for inserting a hair bundle, the net structure being composed of a plurality of net meshes and being suitable to hold hair therein, the net structure being made of a single material, characterized in that each net mesh has a pattern such to give to the net structure auxetic properties.
A method, comprising: by a user equipment device, UE, establishing a connection with a base station; transmitting an indication to the base station indicating a preference to transmit an acknowledgment message in the same slot as a downlink packet received through the physical downlink shared channel, PDSCH, wherein the indication is transmitted based at least in part on an average packet size, and wherein the acknowledgment message indicates whether the downlink packet was successfully received; and communicating with the base station according to the preference at least in part in response to transmitting the indication. by a user equipment device, UE, establishing a connection with a base station; transmitting an indication to the base station indicating a preference to transmit an acknowledgment message in the same slot as a downlink packet received through the physical downlink shared channel, PDSCH, wherein the indication is transmitted based at least in part on an average packet size, and wherein the acknowledgment message indicates whether the downlink packet was successfully received; and communicating with the base station according to the preference at least in part in response to transmitting the indication.
A graphics processor comprising: a first tile of graphics processing engines; a second tile of graphics processing engines; and an interface between a host system and the graphics processor, the interface configured to receive a set of commands for a workload having a first partition and a second partition, submit the set of commands to the first tile of graphics processing engines, and submit the set of commands to the second tile of graphics processing engines; wherein the first tile of graphics processing engines is configured to read a first partition identifier from a first hardware context, the first partition identifier associated with the first partition, and conditionally execute commands of the first partition while bypassing commands of the second partition; and wherein the second tile of graphics processing engines is configured to read a second partition identifier from a second hardware context, the second partition identifier associated with the second partition, and conditionally execute commands of the second partition while bypassing commands of the first partition. a first tile of graphics processing engines; a second tile of graphics processing engines; and an interface between a host system and the graphics processor, the interface configured to receive a set of commands for a workload having a first partition and a second partition, submit the set of commands to the first tile of graphics processing engines, and submit the set of commands to the second tile of graphics processing engines; wherein the first tile of graphics processing engines is configured to read a first partition identifier from a first hardware context, the first partition identifier associated with the first partition, and conditionally execute commands of the first partition while bypassing commands of the second partition; and wherein the second tile of graphics processing engines is configured to read a second partition identifier from a second hardware context, the second partition identifier associated with the second partition, and conditionally execute commands of the second partition while bypassing commands of the first partition.
A method of controlling a first vehicle autonomously, the method comprising: planning, by one or more processors, to maneuver the first vehicle to autonomously complete an assertive action with respect to a second vehicle (680, 780, 880); predicting that the second vehicle will take a particular responsive action based on the assertive action; maneuvering, by the one or more processors, the first vehicle towards completing the assertive action by initiating a movement towards completing the assertive action in a way that would allow the first vehicle to cancel completing the assertive action without causing a collision between the first vehicle and the second vehicle, and in order to indicate to the second vehicle or a driver of the second vehicle that the first vehicle is attempting to complete the assertive action; determining, by the one or more processors, whether the second vehicle is taking the particular responsive action in response to the maneuvering; determining, by the one or more processors, whether the first vehicle is able to take the assertive action; and when the first vehicle is determined to be able to take the assertive action, completing the assertive action, by the one or more processors, by controlling the first vehicle autonomously using the determination of whether the second vehicle begins to take the particular responsive action. planning, by one or more processors, to maneuver the first vehicle to autonomously complete an assertive action with respect to a second vehicle (680, 780, 880); predicting that the second vehicle will take a particular responsive action based on the assertive action; maneuvering, by the one or more processors, the first vehicle towards completing the assertive action by initiating a movement towards completing the assertive action in a way that would allow the first vehicle to cancel completing the assertive action without causing a collision between the first vehicle and the second vehicle, and in order to indicate to the second vehicle or a driver of the second vehicle that the first vehicle is attempting to complete the assertive action; determining, by the one or more processors, whether the second vehicle is taking the particular responsive action in response to the maneuvering; determining, by the one or more processors, whether the first vehicle is able to take the assertive action; and when the first vehicle is determined to be able to take the assertive action, completing the assertive action, by the one or more processors, by controlling the first vehicle autonomously using the determination of whether the second vehicle begins to take the particular responsive action.
Method for filling packages or containers with a padding material, wherein the padding material is supplied to the package or the container by way of a supply unit, wherein contour properties of one or more items of packaging in the package or in the container are determined by means of a sensor unit, are processed by a logic controller, and a capacity of the volume to be filled of the package or the container is evaluated therefrom and a variable amount of padding material derived therefrom is introduced into the package or the container, wherein an item of information of an information carrier on the package or the container is read by means of a reader and an item of information pertaining to the inner volume of the package or the container is evaluated therefrom, characterized in that a highest point of the item of packaging or the items of packaging is determined from the contour properties of the item of packaging or the items of packaging and a first filling volume of padding material, which is required for filling up to the highest point of the item of packaging or the items of packaging, is determined therefrom.
Use of a plunger bar with a base body composed completely or predominantly of a light metal material, on which body a coupler for coupling a casting plunger and/or a coupler for coupling a drive piston is disposed, as a casting plunger bar for a casting machine, wherein the casting plunger coupler and/or the drive piston coupler are/is composed of a different material than the base body and are/is a separate component (2', 3') attached to the base body, and wherein the light metal material is a metal alloy including aluminium or magnesium as a main ingredient.
A method by a wireless device for restricting channel state information, CSI, measurement comprises: receiving, from a network node, information identifying a first subset of channel state information-reference signal, CSI-RS, resources comprising one or more parameters identifying a first subset of physical resource blocks, PRBs, and a first subset of antenna ports to be used in performing CSI measurements, the first subset of antenna ports being associated with a first portion of a frequency band that is less than all of the frequency band, wherein the information received from the network node further identifies a first CSI reporting type of a plurality of CSI reporting types for reporting the CSI associated with the first subset of CSI-RS resources; performing CSI measurements in the first subset of antenna ports associated with the first portion of the frequency band; and transmitting, to the network node and based on the information, a first CSI report of the first CSI reporting type of the plurality of CSI reporting types, the first CSI report comprising one or more values associated with the CSI measurements performed in the first subset of CSI-RS resources. receiving, from a network node, information identifying a first subset of channel state information-reference signal, CSI-RS, resources comprising one or more parameters identifying a first subset of physical resource blocks, PRBs, and a first subset of antenna ports to be used in performing CSI measurements, the first subset of antenna ports being associated with a first portion of a frequency band that is less than all of the frequency band, wherein the information received from the network node further identifies a first CSI reporting type of a plurality of CSI reporting types for reporting the CSI associated with the first subset of CSI-RS resources; performing CSI measurements in the first subset of antenna ports associated with the first portion of the frequency band; and transmitting, to the network node and based on the information, a first CSI report of the first CSI reporting type of the plurality of CSI reporting types, the first CSI report comprising one or more values associated with the CSI measurements performed in the first subset of CSI-RS resources.
A quality management system for a radiation therapy apparatus, the quality management system comprising: an input/output unit configured to display selectable quality management items and configured to allow a user to select desired quality management items among the displayed quality management items and arrange the selected quality management items in a desired order; f a quality management order error determining unit configured to determine whether there is an error in the order of the quality management items that are selected and arranged in a desired order by the user; and a quality management execution control unit configured to perform control such that quality management is executed in the order of the quality management items that are determined by the quality management order error determining unit to have no error in the arrangement order thereof. an input/output unit configured to display selectable quality management items and configured to allow a user to select desired quality management items among the displayed quality management items and arrange the selected quality management items in a desired order; f a quality management order error determining unit configured to determine whether there is an error in the order of the quality management items that are selected and arranged in a desired order by the user; and a quality management execution control unit configured to perform control such that quality management is executed in the order of the quality management items that are determined by the quality management order error determining unit to have no error in the arrangement order thereof.
Luggage or container comprising a plurality of pivotable wheels and comprising a braking device acting on at least two of said pivotable wheels, comprising a manual control means comprising a first button, referred to as "activation button" and a second button, referred to as "deactivation button", characterised in that the manual control means actuates a cable, referred to as the Bowden cable, passing through two flexible tensioning sheaths (5, 6), and that said cable acts at each one of its two ends on a means for the braking actuating of one of said pivotable wheels.
Coupling means to be used for lashing and supporting containers, more particularly containers to be transported on cargo ships, which coupling means comprises a lashing bar and a locking head connected to it, which locking head comprises a locking means for locking into the corner casting of a container, and between which locking head and lashing bar is a joint arrangement, which enables movement of the lashing bar in relation to the locking head towards the corner casting and away from the corner casting, wherein the joint arrangement is formed from an elongated slot in the locking head and from a shaft of the lashing bar movably installed into it, and characterized in that when the locking head is locked into the corner casting of a container the joint arrangement is wholly above the horizontal plane traveling via the centre of curvature of the bottom edge of the locking hole of the corner casting.
An auxiliary washing machine comprising: a case body configured to be able to support a washing or drying machine; a drawer configured to be drawable from and insertable into the case body; an outer tub configured to provide a space to store water and located inside the drawer, the outer tub having an opening that allows laundry to be introduced into the outer tub; an inner tub rotatably provided in the outer tub to stir laundry or to provide a space for storing laundry; a door configured to open or close the opening; and characterized by a door sensor to detect whether the door opens or closes the opening while the drawer is inside the case body. a case body configured to be able to support a washing or drying machine; a drawer configured to be drawable from and insertable into the case body; an outer tub configured to provide a space to store water and located inside the drawer, the outer tub having an opening that allows laundry to be introduced into the outer tub; an inner tub rotatably provided in the outer tub to stir laundry or to provide a space for storing laundry; a door configured to open or close the opening; and characterized by a door sensor to detect whether the door opens or closes the opening while the drawer is inside the case body.
A method for managing an embedded universal integrated circuit card eUICC, wherein the eUICC is installed on a terminal, a profile is installed on the eUICC, the profile is locked according to a policy rule, which is installed on the eUICC, and the method comprises: receiving, by the eUICC, a first unlocking message, wherein the first unlocking message carries identification information of the profile and verification information of the profile; determining the profile based on the identification information, and performing verification based on locally stored verification information and the verification information carried in the first unlock message; characterized by unlocking, by the eUICC, the profile by changing the policy rule after the verification is successful. receiving, by the eUICC, a first unlocking message, wherein the first unlocking message carries identification information of the profile and verification information of the profile; determining the profile based on the identification information, and performing verification based on locally stored verification information and the verification information carried in the first unlock message; characterized by unlocking, by the eUICC, the profile by changing the policy rule after the verification is successful.
A remote station for use in a communication system, wherein traffic data and signaling data for remote stations (125, 127) are transmitted by at least one base station in said communication system in defined sequences of traffic frames and signaling frames, wherein said remote station and at least one other remote station are configured to receive their respective traffic frames and signaling frames simultaneously and at the same frequency, and wherein the sequences of the at least two remote stations are so defined that the signaling frames for each of the two remote stations occupy different positions in the defined sequences, wherein said remote station, comprises: first receiving means for receiving data intended for the remote station for use, together with data intended for said other remote station on the same frequency and in the same time slot; second receiving means for receiving signaling data intended for the remote station for use during a first time interval different than a second time interval allocated for receiving signaling data intended for said other remote station; and means for transmitting an indication that the remote station comprises the second receiving means. first receiving means for receiving data intended for the remote station for use, together with data intended for said other remote station on the same frequency and in the same time slot; second receiving means for receiving signaling data intended for the remote station for use during a first time interval different than a second time interval allocated for receiving signaling data intended for said other remote station; and means for transmitting an indication that the remote station comprises the second receiving means.
A message-passing iterative decoding method of an LFSR sequence with a length N generated by means of a generator polynomial, said LFSR sequence being associated, as a simplex code, with a parity matrix, H, said decoding method comprising the following steps of: (a) determining a set of parity polynomials, with a weight equal to 3 and a constant equal to 1, corresponding to a combination of parity equations of the matrix H; (b) generating an extended parity matrix H ext by concatenating a predetermined number K or elementary parity matrices, respectively associated with K parity polynomials selected from said set; (c) checking that the Tanner graph associated with the matrix H ext does not include a cycle with a length 4 and, in the absence of such a cycle, (d) calculating the number of cycles with a length 6 within the Tanner graph and, in the case where this number is equal to NK, storing in a table the combination of parity polynomials selected in step (b); steps (b), (c), (d) being repeated for all the combinations of K parity polynomials of said set; and (e) calculating for each combination of parity polynomials stored in said table the number of cycles with the length 8 in the Tanner graph associated with the matrix H ext (f) selecting a combination of K parity polynomials corresponding to the lowest number of cycles with a length 8 calculated in step (e) to carry out a message-passing iterative decoding of said sequence in the Tanner graph associated with the matrix H ext generated from the combination thus selected. (a) determining a set of parity polynomials, with a weight equal to 3 and a constant equal to 1, corresponding to a combination of parity equations of the matrix H; (b) generating an extended parity matrix H ext by concatenating a predetermined number K or elementary parity matrices, respectively associated with K parity polynomials selected from said set; (c) checking that the Tanner graph associated with the matrix H ext does not include a cycle with a length 4 and, in the absence of such a cycle, (d) calculating the number of cycles with a length 6 within the Tanner graph and, in the case where this number is equal to NK, storing in a table the combination of parity polynomials selected in step (b); (e) calculating for each combination of parity polynomials stored in said table the number of cycles with the length 8 in the Tanner graph associated with the matrix H ext (f) selecting a combination of K parity polynomials corresponding to the lowest number of cycles with a length 8 calculated in step (e) to carry out a message-passing iterative decoding of said sequence in the Tanner graph associated with the matrix H ext generated from the combination thus selected.
An electronic device comprising: a display; a fingerprint sensor configured to acquire fingerprint data through a display region, the display region being at least a partial region of an entire display area of the display; a memory configured to store a first application for performing a designated function other than fingerprint registration and a second application for performing the fingerprint registration; and a processor configured to: execute the first application, the execution causing a first graphical object for controlling the designated function to be displayed through the display region; acquire at least one first fingerprint data from a first user input on the first graphical object using the fingerprint sensor; execute the second application, wherein the execution thereof includes acquiring second fingerprint data from a second user input on the display region, and generate fingerprint information about the same user using the at least one first fingerprint data and the second fingerprint data. a display; a fingerprint sensor configured to acquire fingerprint data through a display region, the display region being at least a partial region of an entire display area of the display; a memory configured to store a first application for performing a designated function other than fingerprint registration and a second application for performing the fingerprint registration; and a processor configured to: execute the first application, the execution causing a first graphical object for controlling the designated function to be displayed through the display region; acquire at least one first fingerprint data from a first user input on the first graphical object using the fingerprint sensor; execute the second application, wherein the execution thereof includes acquiring second fingerprint data from a second user input on the display region, and generate fingerprint information about the same user using the at least one first fingerprint data and the second fingerprint data. execute the first application, the execution causing a first graphical object for controlling the designated function to be displayed through the display region; acquire at least one first fingerprint data from a first user input on the first graphical object using the fingerprint sensor; execute the second application, wherein the execution thereof includes acquiring second fingerprint data from a second user input on the display region, and generate fingerprint information about the same user using the at least one first fingerprint data and the second fingerprint data.