mhurhangee/ep-ind-claims huggingface dataset:
A terminal belonging to a group comprising: a receiver configured to receive from a base station: - a group common physical downlink control channel, PDCCH, allocated to a control resource set which is monitored by the terminal, wherein the group common PDCCH contains information indicating a configuration of a slot; and - a non-group common PDCCH which does not contain the information; and a circuitry configured to decode the group common PDCCH and the non-group common PDCCH, the terminal being characterized in that a first number of symbols in which the group common PDCCH is assigned ie has been made equal to a smallest second number of symbols in which the non-group common PDCCH is assigned. a receiver configured to receive from a base station: - a group common physical downlink control channel, PDCCH, allocated to a control resource set which is monitored by the terminal, wherein the group common PDCCH contains information indicating a configuration of a slot; and - a non-group common PDCCH which does not contain the information; and - a group common physical downlink control channel, PDCCH, allocated to a control resource set which is monitored by the terminal, wherein the group common PDCCH contains information indicating a configuration of a slot; and - a non-group common PDCCH which does not contain the information; and a circuitry configured to decode the group common PDCCH and the non-group common PDCCH, the terminal being characterized in that a first number of symbols in which the group common PDCCH is assigned ie has been made equal to a smallest second number of symbols in which the non-group common PDCCH is assigned.
A mobile station that is configured to perform common channel cancellation, comprising: means for estimating parameters for generating a common channel error; means for generating the common channel error based on the parameters; and means for subtracting the common channel error from received data samples, characterised in that the parameters comprise a channel impulse response estimate estimated through correlating a pilot sequence with the received data samples at various delay offsets to obtain the channel response at different time delays. means for estimating parameters for generating a common channel error; means for generating the common channel error based on the parameters; and means for subtracting the common channel error from received data samples, characterised in that the parameters comprise a channel impulse response estimate estimated through correlating a pilot sequence with the received data samples at various delay offsets to obtain the channel response at different time delays.
Disk brake for a commercial vehicle, having a brake caliper which encloses a brake disk and is held on a stationary brake carrier such that it can be displaced in the brake application direction by way of guide bushings which are fastened to said brake carrier by means of screws, are arranged parallel to and at a spacing from one another, form plain bearings and are wedged with the respectively associated screw, characterized in that a wedge sleeve with a wedge face which rises in the screwing-in direction is arranged between the respective screw and the guide bushing.
An indoor luminaire, including a luminaire body having at least one lamp, which is arranged in an internal space of the luminaire provided with a light exiting opening, characterized by a sound-absorbing moulded body, wherein there is provided at least one portion of the moulded body with unilaterally open depressions.
A binding protein comprising an inside-out immunoglobulin tethered light chain, a first inside-out immunoglobulin heavy chain and a second inside-out immunoglobulin heavy chain that specifically binds at least one antigen, wherein the inside-out tethered light chain comprises VH1-CL-linker-VH2-CL, the first inside-out tethered heavy chain comprises VL1-CH, and the second inside-out tethered heavy chain comprises VL2-CH, wherein i. VL1 is a first light chain variable region; ii. VL2 is a second light chain variable region; iii. CL is a light chain constant region; iv. VH1 is a first heavy chain variable region; v. VH2 is a second heavy chain variable region; vi. CH is a heavy chain constant region; and vii. linker is (G 4 S) 4 (SEQ ID NO: 1), (G 4 S) 6 (SEQ ID NO: 2), (G 4 S) 8 (SEQ ID NO: 3) or (G 4 S) 10 (SEQ ID NO: 4). i. VL1 is a first light chain variable region; ii. VL2 is a second light chain variable region; iii. CL is a light chain constant region; iv. VH1 is a first heavy chain variable region; v. VH2 is a second heavy chain variable region; vi. CH is a heavy chain constant region; and vii. linker is (G 4 S) 4 (SEQ ID NO: 1), (G 4 S) 6 (SEQ ID NO: 2), (G 4 S) 8 (SEQ ID NO: 3) or (G 4 S) 10 (SEQ ID NO: 4).
A method for wireless communication operable at a user equipment, UE, comprising: in a first slot, transmitting a first code block group, CBG, feedback corresponding to a first set of code block groups, CBGs, received from a base station, BS; in a second slot after the first slot, receiving downlink control information, DCI, and a first cyclic redundancy check, CRC, the first CRC generated based on the DCI and further scrambled by a first concatenation of the first CBG feedback and a previous CBG feedback corresponding to a set of CBGs transmitted by the BS in a slot prior to the first slot as decoded by the BS; generating a second CRC based on the DCI and further scrambled by a second concatenation of CBG feedbacks including the first CBG feedback and a previous CBG feedback corresponding to a set of CBGs transmitted by the BS in a slot prior to the first slot; and determining that the BS correctly decoded the first CBG feedback based on a comparison of the first CRC and the second CRC. in a first slot, transmitting a first code block group, CBG, feedback corresponding to a first set of code block groups, CBGs, received from a base station, BS; in a second slot after the first slot, receiving downlink control information, DCI, and a first cyclic redundancy check, CRC, the first CRC generated based on the DCI and further scrambled by a first concatenation of the first CBG feedback and a previous CBG feedback corresponding to a set of CBGs transmitted by the BS in a slot prior to the first slot as decoded by the BS; generating a second CRC based on the DCI and further scrambled by a second concatenation of CBG feedbacks including the first CBG feedback and a previous CBG feedback corresponding to a set of CBGs transmitted by the BS in a slot prior to the first slot; and determining that the BS correctly decoded the first CBG feedback based on a comparison of the first CRC and the second CRC.
A wiper blade comprising a wiper portion having a lip portion sliding on a surface of the vehicle windshield for wiping the surface of the windshield, and a rainwater reserving portion formed on one side surface of a tip end portion of the lip portion, the rainwater reserving portion being extending normally to and outwardly from one side surface of the tip end portion of the lip portion and having a concave rearward surface portion and an end surface, characterized in that the concave rearward surface portion and the end surface of the rainwater reserving portion form a sharp tip end wherein the thickness and the stiffness of the rainwater reserving portion is reduced gradually from a bottom portion to the tip end thereof.
A wiper blade for use on a windshield of an aircraft, the wiper blade comprising: a support member coupled to a blade element, a wash tube extending through a central portion of the support member; and a plurality of nozzles spaced along a length of the support member, wherein the wash tube is fluidly coupled to the plurality of nozzles; and characterized in that the support member is constructed from a composite material; and the wiper blade further comprising a plurality of clips, wherein each of the plurality of clips are coupled to and surround at least a portion of the support member and at least a portion of a blade element; and a fastener extending through each of the plurality of clips, wherein the fastener is configured to extend only through each of the plurality of clips and a rectangular top portion of the blade element to secure each of the plurality of clips to the blade element together in compression. a support member coupled to a blade element, a wash tube extending through a central portion of the support member; and a plurality of nozzles spaced along a length of the support member, wherein the wash tube is fluidly coupled to the plurality of nozzles; and characterized in that the support member is constructed from a composite material; and the wiper blade further comprising a plurality of clips, wherein each of the plurality of clips are coupled to and surround at least a portion of the support member and at least a portion of a blade element; and a fastener extending through each of the plurality of clips, wherein the fastener is configured to extend only through each of the plurality of clips and a rectangular top portion of the blade element to secure each of the plurality of clips to the blade element together in compression.
A trap for catching or killing insects comprising a. a back housing; b. an insect capture or killing means disposed in front of the back housing c. an insect attracting light source comprising light emitting diodes (LED's) which emit ultra violet radiation; and d. a cover, comprising openings allowing insects to enter the trap, through which insect attracting light is dispersed; characterized in that the light source is directed immediately inwardly through plus or minus 45 degrees towards the insect capture or killing means and is precluded from being directed immediately outwardly through the cover. a. a back housing; b. an insect capture or killing means disposed in front of the back housing c. an insect attracting light source comprising light emitting diodes (LED's) which emit ultra violet radiation; and d. a cover, comprising openings allowing insects to enter the trap, through which insect attracting light is dispersed;
A method of forming a component of an article of footwear (10, 100), apparel, or sporting equipment, the method comprising: decorating a portion of a plurality of foam particles, wherein the decorating comprises embossing or debossing the portion of the plurality of foam particles; arranging the plurality of foam particles by depositing a layer comprising the plurality of foam particles, wherein the arranged plurality of foam particles comprises a first thermoplastic elastomeric material, and wherein the arranged plurality of foam particles has a number average particle size of 0.04 millimeters to 10 millimeters in a longest dimension; and affixing together at least a portion of the arranged plurality of foam particles, wherein the affixing comprises using actinic radiation to fuse a portion of the foam particles to each other; wherein the arranging and affixing of a plurality of foam particles are carried out for two or more iterations, and wherein the component is formed layer-wise from a plurality of layers of arranged and affixed foam particles. decorating a portion of a plurality of foam particles, wherein the decorating comprises embossing or debossing the portion of the plurality of foam particles; arranging the plurality of foam particles by depositing a layer comprising the plurality of foam particles, wherein the arranged plurality of foam particles comprises a first thermoplastic elastomeric material, and wherein the arranged plurality of foam particles has a number average particle size of 0.04 millimeters to 10 millimeters in a longest dimension; and affixing together at least a portion of the arranged plurality of foam particles, wherein the affixing comprises using actinic radiation to fuse a portion of the foam particles to each other; wherein the arranging and affixing of a plurality of foam particles are carried out for two or more iterations, and wherein the component is formed layer-wise from a plurality of layers of arranged and affixed foam particles.
A computer-implemented method comprising: identifying an angle between a pair of adjacent road segments of a plurality of adjoining road segments; comparing the identified angle to a predetermined threshold angle; defining a strand (15a-b; 141a-b) of road segments corresponding to the plurality of adjoining road segments, wherein when the identified angle is greater than the predetermined threshold angle, the pair of adjacent road segments are included in the strand of road segments; identifying speed data for the plurality of adjoining road segments (13a-i; 14a-c, 14d-g; 161, 162, 163); accessing a strand database for the predefined strand (15a-b; 141a-b) of road segments corresponding to the plurality of adjoining road segments; calculating an aggregate speed value for the predefined strand of road segments based on the speed data for the plurality of adjoining road segments represented by the predefined strand of road segments; and providing the aggregate speed value as a representative of traffic on the plurality of adjoining road segments represented by the predefined strand of road segments. identifying an angle between a pair of adjacent road segments of a plurality of adjoining road segments; comparing the identified angle to a predetermined threshold angle; defining a strand (15a-b; 141a-b) of road segments corresponding to the plurality of adjoining road segments, wherein when the identified angle is greater than the predetermined threshold angle, the pair of adjacent road segments are included in the strand of road segments; identifying speed data for the plurality of adjoining road segments (13a-i; 14a-c, 14d-g; 161, 162, 163); accessing a strand database for the predefined strand (15a-b; 141a-b) of road segments corresponding to the plurality of adjoining road segments; calculating an aggregate speed value for the predefined strand of road segments based on the speed data for the plurality of adjoining road segments represented by the predefined strand of road segments; and providing the aggregate speed value as a representative of traffic on the plurality of adjoining road segments represented by the predefined strand of road segments.
A method executed by a network device implementing a control-client to configure a session-sender to perform a test to determine whether differentiated services code point, DSCP, and explicit congestion notification, ECN, are modified in a single test session in a forward direction and a reverse direction between the session-sender and a session-reflector, where multiple DSCP and ECN are tested using the single test session, the method comprising: receiving a server greeting message from a server including characteristics of the session-reflector; determining whether the session-reflector supports use of multiple DSCP in the single test session; setting a set-up-response message to indicate DSCP and ECN testing in forward and reverse directions between the session-reflector and the session-sender; determining whether the session-reflector supports DSCP and ECN monitoring; adding an indicator of DSCP and ECN monitoring in the set-up-response message, in response to a determination that the session-reflector supports DSCP and ECN monitoring; and sending the set-up-response message to the server. receiving a server greeting message from a server including characteristics of the session-reflector; determining whether the session-reflector supports use of multiple DSCP in the single test session; setting a set-up-response message to indicate DSCP and ECN testing in forward and reverse directions between the session-reflector and the session-sender; determining whether the session-reflector supports DSCP and ECN monitoring; adding an indicator of DSCP and ECN monitoring in the set-up-response message, in response to a determination that the session-reflector supports DSCP and ECN monitoring; and sending the set-up-response message to the server.
A bookbinding system comprising: an image forming apparatus; and a bookbinding apparatus including a controller; both of the image forming apparatus and the bookbinding apparatus including a communication section (TM2, TM3) respectively, for transmitting information from the image forming apparatus to the bookbinding apparatus; wherein the bookbinding apparatus comprises a coating section for coating adhesive on a stack of sheets, a replenishing section controlled by the controller for replenishing adhesive to the coating section; the information transmitted from the image forming apparatus through the communication section is information on the number of sheets included in the stack of sheets; and the controller is suitable for controlling replenishment rate of the adhesive by the replenishing section using a function of automatic replenishment, by calculation based on the information on the number of sheets included in the stack of sheets transmitted from the image forming apparatus through the communication section. an image forming apparatus; and a bookbinding apparatus including a controller; both of the image forming apparatus and the bookbinding apparatus including a communication section (TM2, TM3) respectively, for transmitting information from the image forming apparatus to the bookbinding apparatus; wherein the bookbinding apparatus comprises a coating section for coating adhesive on a stack of sheets, a replenishing section controlled by the controller for replenishing adhesive to the coating section; the information transmitted from the image forming apparatus through the communication section is information on the number of sheets included in the stack of sheets; and the controller is suitable for controlling replenishment rate of the adhesive by the replenishing section using a function of automatic replenishment, by calculation based on the information on the number of sheets included in the stack of sheets transmitted from the image forming apparatus through the communication section.
A protective liner for use in the shipping of articles, the liner comprising layers of synthetic plastics material welded together to provide a plurality of panels each of which is constituted by a plurality of inflatable tubes, there being a manifold to which all the tubes connect and which has an air inlet valve to enable the manifold to communicate with a source of air under pressure for the purpose of inflating the tubes, the liner comprising a first group of panels for protecting a first article to be shipped, the first group of panels consisting of a rectangular first panel which constitutes, in use, a side wall panel, a second panel protruding in one direction from one edge of the first panel and which, in use, constitutes a base panel, a third panel protruding from the opposed edge of the first panel in the opposite direction to the second panel and which, in use, constitutes a top panel, and further panels (204, 206.1, 212.1, 214) protruding from both the remaining edges of the first panel and which, in use, constitute side panels of the liner, and a second group of panels which is joined to the first group of panels and is for protecting a second article to be shipped and which is adjacent the first article, the second group of panels comprising first panels (206, 212, 218, 222) for protecting the sides of the second article, a second panel for protecting the top of the second article and a third panel for protecting the bottom of the second article, one panel being, in use, between the articles being shipped, wherein the liner includes a double height panel (206.1, 206.2, 212.1, 212.2) on each side of said rectangular first panel, the lower part (206.1, 212.1) of each double height panel being joined to said rectangular first panel and constituting one of said further panels of the first group, and the upper parts (206.2, 212.2) each constituting one of said first panels of the second group.
Machine for dismantling and distributing bales of animal litter (Bt) or bales of fodder (Bt) comprising: - a means (Mt) for transporting a cylindrical or parallelepipedal bale (Bt), a means (Mp) for decompacting said bale, said transport means being arranged to displace said bale towards said decompacting means, - or a means (Md) for unwinding a cylindrical bale, the machine comprising a capstan (Cb) provided with a traction member comprising a revolving piece (Pr, T1) linked to a rotation driving means (Mr), the revolving piece (Pr, T1) being intended to receive at least one winding of links, of a thread, binding said bale or of a protection film enveloping said bale, to pull it or them by adhesion of at least one loop wound around said revolving piece, during the operation of the rotation driving means (Mr), in order to extract them from said bale, characterized in that the machine is provided with a device (Dg) for guiding the links, the thread or the protection film, towards the revolving piece (Pr, T1), the guiding device comprising a rounded wall (Pi) disposed in such a way that the links, the thread or the protection film made taut by the capstan (Cb) can be wound on the revolving piece (Pr, T1). - a means (Mt) for transporting a cylindrical or parallelepipedal bale (Bt), a means (Mp) for decompacting said bale, said transport means being arranged to displace said bale towards said decompacting means, - or a means (Md) for unwinding a cylindrical bale, the machine comprising a capstan (Cb) provided with a traction member comprising a revolving piece (Pr, T1) linked to a rotation driving means (Mr), the revolving piece (Pr, T1) being intended to receive at least one winding of links, of a thread, binding said bale or of a protection film enveloping said bale, to pull it or them by adhesion of at least one loop wound around said revolving piece, during the operation of the rotation driving means (Mr), in order to extract them from said bale, characterized in that the machine is provided with a device (Dg) for guiding the links, the thread or the protection film, towards the revolving piece (Pr, T1), the guiding device comprising a rounded wall (Pi) disposed in such a way that the links, the thread or the protection film made taut by the capstan (Cb) can be wound on the revolving piece (Pr, T1).