mhurhangee/ep-ind-claims huggingface dataset:
A method for performing a wireless communication between a first User Equipment, UE, and a Base Station, BS, in a wireless communication system supporting carrier aggregation, the method comprising: receiving, by the first UE, a resource allocation through one of downlink component carriers from the BS; and receiving signals through the downlink component carriers from the BS by the first UE based on the resource allocation, wherein the signals received through the downlink component carriers are cyclically shifted by different cyclic shift values and the cyclic shifting is performed by multiplying each of one or more downlink component carriers by a linear phase having a different phase angle, wherein a specific frequency selected from each of the one or more of the downlink component carriers is a reference for a start point to which the linear phase having a different phase angle is applied, wherein the reference is a Direct Current subcarrier of each of the one or more of the downlink component carriers, and wherein a common physical cell identifier is applied to the multiple downlink component carriers. receiving, by the first UE, a resource allocation through one of downlink component carriers from the BS; and receiving signals through the downlink component carriers from the BS by the first UE based on the resource allocation, wherein the signals received through the downlink component carriers are cyclically shifted by different cyclic shift values and the cyclic shifting is performed by multiplying each of one or more downlink component carriers by a linear phase having a different phase angle, wherein a specific frequency selected from each of the one or more of the downlink component carriers is a reference for a start point to which the linear phase having a different phase angle is applied, wherein the reference is a Direct Current subcarrier of each of the one or more of the downlink component carriers, and wherein a common physical cell identifier is applied to the multiple downlink component carriers.
A vehicular seat element comprising a first major surface, a second major surface and a foam core element disposed therebetween, the first major surface configured to be in contact with an occupant of the vehicle and the second major surface configured to be in contact with a support surface of the vehicle, the first major surface comprising a rate sensitive foam element adhered to the foam core element, the foam core element and the rate sensitive foam element being different.
An airless pump dispenser for a fluid comprising a housing having a top and a bottom, an airless pump mounted in an upper portion of said housing, a movable piston having a top and a bottom mounted for movement within said housing from a starting position proximate to said bottom of said housing, thereby defining a dispensing space to be filled with said fluid between said movable piston and said airless pump, and an end position proximate to said airless pump, a dispenser at said top of said housing for receiving said fluid from said airless pump and dispensing said fluid from said housing, and a spring member disposed at said bottom of said housing in contact with said bottom of said movable piston, wherein said starting position proximate to said bottom of said housing being spaced from said bottom of said housing by said spring member whereby a space is provided to accommodate expansion of said fluid within said housing when said housing is full, said spring member having a sufficient driving force to return said movable piston back to said starting position after accommodation of said expansion of said fluid and having an insufficient driving force to independently move said movable piston within said housing when said housing is filled with said fluid, wherein said dispenser comprises a movable exit housing (10") including a fluid exit (12") for dispensing said fluid, said airless pump (4") comprising an inlet (8") for fluid connection to said housing containing said fluid, a one way valve (11") controlling the flow of said fluid from said housing through said inlet (8"), a pump housing (15"), a pump cylinder (13") mounted within said pump housing (15"), a pump piston (23") slidably mounted within said pump cylinder (13") for slidable movement between an initial rest position and a dispensing position, said pump piston (23") including an inner conduit for said fluid connected to said fluid exit in said movable exit housing ", whereby upon movement of said pump piston (23") from said initial rest position to said dispensing position said fluid is dispensed through said inner conduit to said fluid exit (12") in said movable exit housing (10"), and upon return movement of said pump piston (23") from said dispensing position to said initial rest position, a vacuum is created to drawn said fluid from said dispensing space through said one-way valve (11").
A system comprising: a processor; and memory storing computer readable instructions that, when executed, cause the system to: generate a user interface including a map and information regarding athletic activity performed in an area displayed in the map; determine an activity level of a plurality of sub-areas of the area displayed in the map, wherein the activity level includes a number of activity performances recorded for a corresponding area; characterized in that the instructions, when executed, cause the system to: generate a heat map visually depicting the activity level of the plurality of sub-areas; and generate a route extending through a first sub-area and a second sub-area, wherein generating the route includes selecting the first sub-area and the second sub-area to maximize or minimize an overall activity level of the route. a processor; and memory storing computer readable instructions that, when executed, cause the system to: generate a user interface including a map and information regarding athletic activity performed in an area displayed in the map; determine an activity level of a plurality of sub-areas of the area displayed in the map, wherein the activity level includes a number of activity performances recorded for a corresponding area; generate a user interface including a map and information regarding athletic activity performed in an area displayed in the map; determine an activity level of a plurality of sub-areas of the area displayed in the map, wherein the activity level includes a number of activity performances recorded for a corresponding area; characterized in that the instructions, when executed, cause the system to: generate a heat map visually depicting the activity level of the plurality of sub-areas; and generate a route extending through a first sub-area and a second sub-area, wherein generating the route includes selecting the first sub-area and the second sub-area to maximize or minimize an overall activity level of the route. generate a heat map visually depicting the activity level of the plurality of sub-areas; and generate a route extending through a first sub-area and a second sub-area, wherein generating the route includes selecting the first sub-area and the second sub-area to maximize or minimize an overall activity level of the route.
Reflective beam former for changing the diameter of a collimated light beam, comprising, arranged one after the other in a beam path, - at least one first mirror surface of a first type of curvature, - at least one second mirror surface (2,2'), designed as a plane mirror surface (9, 9'), with a plane mirror axis perpendicular to the second mirror surface (2, 2') and - several third mirror surfaces (3, 3'), curved and differing in their curvatures, of a second type of curvature, wherein one of the two types of curvature is convex and the other is concave, and wherein the shapes of the mirror surfaces are matched to each other, with the result that a collimated light beam entering the beam former via a first mirror surface or a third mirror surface (3, 3') exits the beam former via a third mirror surface (3, 3') or first mirror surface as a collimated light beam, - characterized in that - the at least one second mirror surface (2,2') is arranged in the beam path between the first mirror surface and a selected one of the several third mirror surfaces (3, 3') such that the first mirror surface and the selected third mirror surface (3, 3') are positioned confocally relative to each other, and - the beam former comprises selection means for selecting one of the several third curved mirror surfaces (3, 3') by selecting a position for a plane mirror surface (9, 9') in the beam path along the plane mirror axis for the variable adjustment of the ratio of the diameters of the entering and the emerging collimated light beam. - at least one first mirror surface of a first type of curvature, - at least one second mirror surface (2,2'), designed as a plane mirror surface (9, 9'), with a plane mirror axis perpendicular to the second mirror surface (2, 2') and - several third mirror surfaces (3, 3'), curved and differing in their curvatures, of a second type of curvature, wherein one of the two types of curvature is convex and the other is concave, and wherein the shapes of the mirror surfaces are matched to each other, with the result that a collimated light beam entering the beam former via a first mirror surface or a third mirror surface (3, 3') exits the beam former via a third mirror surface (3, 3') or first mirror surface as a collimated light beam, - characterized in that - the at least one second mirror surface (2,2') is arranged in the beam path between the first mirror surface and a selected one of the several third mirror surfaces (3, 3') such that the first mirror surface and the selected third mirror surface (3, 3') are positioned confocally relative to each other, and - the beam former comprises selection means for selecting one of the several third curved mirror surfaces (3, 3') by selecting a position for a plane mirror surface (9, 9') in the beam path along the plane mirror axis for the variable adjustment of the ratio of the diameters of the entering and the emerging collimated light beam.
A peripheral component interconnect express PCIe-based data transmission method, comprising: encapsulating, by a first node, data into a transaction layer packet, TLP, wherein the TLP comprises a packet header and an extension header, the packet header comprises a first field and a second field, the first field, the second field, and the extension header are used to indicate first encapsulation information, and the first encapsulation information comprises a data type of the data and at least one encapsulation parameter corresponding to the data type; and sending, by the first node, the TLP to a second node. encapsulating, by a first node, data into a transaction layer packet, TLP, wherein the TLP comprises a packet header and an extension header, the packet header comprises a first field and a second field, the first field, the second field, and the extension header are used to indicate first encapsulation information, and the first encapsulation information comprises a data type of the data and at least one encapsulation parameter corresponding to the data type; and sending, by the first node, the TLP to a second node.
A method for reproducing media content in a terminal, the method performed by the terminal and comprising the steps of: storing a plurality of media contents in the terminal; assigning the stored plurality of media contents to be associated with a plurality of content servers; accessing a first content server of the plurality of content servers; displaying, via a touch screen of the terminal, a first web page associated with the first content server; assigning a first media content associated with the first content server in a list displayed on the touch screen of the terminal; reproducing, in response to accessing the first content server, the first media content associated with the first content sever assigned to the list; accessing a second content server of the plurality of content servers; displaying, via the touch screen, a second web page associated with the second content server while reproducing the first media content in the list; assigning a second media content associated with the second content server in the list displayed on the touch screen of the terminal; reproducing the second media content in the list after the completion of reproducing the first media content while displaying the second web page associated with the second content server; and if a broadcast channel is connected to the terminal over a broadcast network, stopping an output of audio of a broadcast program provided through the broadcast channel and outputting video of the broadcast program while the first or second media content is continuously reproduced, wherein the first and second media contents comprise audio. storing a plurality of media contents in the terminal; assigning the stored plurality of media contents to be associated with a plurality of content servers; accessing a first content server of the plurality of content servers; displaying, via a touch screen of the terminal, a first web page associated with the first content server; assigning a first media content associated with the first content server in a list displayed on the touch screen of the terminal; reproducing, in response to accessing the first content server, the first media content associated with the first content sever assigned to the list; accessing a second content server of the plurality of content servers; displaying, via the touch screen, a second web page associated with the second content server while reproducing the first media content in the list; assigning a second media content associated with the second content server in the list displayed on the touch screen of the terminal; reproducing the second media content in the list after the completion of reproducing the first media content while displaying the second web page associated with the second content server; and if a broadcast channel is connected to the terminal over a broadcast network, stopping an output of audio of a broadcast program provided through the broadcast channel and outputting video of the broadcast program while the first or second media content is continuously reproduced, wherein the first and second media contents comprise audio.
Concrete mix containing aggregates with mixed demolition granulate and slag granulate, cement, water and concrete plasticizer, characterized in that the aggregates consist of at least 75 percent by volume of mixed demolition granulate and slag granulate, that the slag granulate is electric arc furnace slag granulate and the weight ratio of electric arc furnace slag granulate to mixed demolition granulate is in a range from a minimum of 1:1 to a maximum of 2:1.
Supply device (22, 76, 84) for delivering opened fibres or flocked fibres to a transport device (4, 10) which serves for the further transport of a formed fleece or flocked fibre mat in a transport direction wherein the supply device (22, 76, 84) has at least one driven infeed roller (32, 102, 202) and at least one driven opening roller (36, 108, 208) which interacts with the infeed roller (32, 102, 202), characterised in that the supply device (22, 76, 84) has a plurality of supply segments arranged horizontally next to one another, and a plurality of individually controllable infeed rollers (32, 102, 202) such that each supply segment is assigned its own infeed roller (32, 102, 202).
A method performed by a control plane, CP, entity for mobility management comprising: selecting a CP entity for session management for a session of a user equipment, UE, based on a first set of data items; selecting a user plane, UP, entity for the session of the UE based on a second set of data items, the second set of data items including at least some of the same data items of the first set; and sending, to the selected CP entity for session management, a message including an identity or indication of the selected UP entity for the session of the UE, wherein sending the message to the selected CP entity for session management further comprises one of: sending a message comprising a create session request which includes the identity or indication of the selected UP entity in a data field for a access point name, APN, or a data network name, DNN; or sending a message comprising a create session request which includes the identity or indication of the selected UP entity as metadata in an access point name, APN, or a data network name, DNN selecting a CP entity for session management for a session of a user equipment, UE, based on a first set of data items; selecting a user plane, UP, entity for the session of the UE based on a second set of data items, the second set of data items including at least some of the same data items of the first set; and sending, to the selected CP entity for session management, a message including an identity or indication of the selected UP entity for the session of the UE, wherein sending the message to the selected CP entity for session management further comprises one of: sending a message comprising a create session request which includes the identity or indication of the selected UP entity in a data field for a access point name, APN, or a data network name, DNN; or sending a message comprising a create session request which includes the identity or indication of the selected UP entity as metadata in an access point name, APN, or a data network name, DNN sending a message comprising a create session request which includes the identity or indication of the selected UP entity in a data field for a access point name, APN, or a data network name, DNN; or sending a message comprising a create session request which includes the identity or indication of the selected UP entity as metadata in an access point name, APN, or a data network name, DNN
A method of bonding an optical member and a holder that holds the optical member, comprising: applying a surface treatment to at least a part of a surface of at least one of the optical member and the holder to change contact characteristics of the at least the part of the surface with a liquid; and bonding the optical member and the holder to each other after applying the surface treatment to the at least a part of the surface of the at least one of the optical member and the holder wherein the method further comprises, after the applying the surface treatment: applying an antireflection paint in a liquid state to the at least the part of the surface; characterized by slipping the antireflection paint applied to a predetermined surface-treated portion of the at least the part of the surface; wherein the predetermined surface-treated portion includes a sliding angle (α) of the antireflection paint in a liquid state that is less than 10 degrees, so as to circle an optically used area of the optical member, and wherein the optical member and the holder are bonded to each other with an O-ring therebetween, so that the O-ring comes in contact with the predetermined surface-treated portion. applying a surface treatment to at least a part of a surface of at least one of the optical member and the holder to change contact characteristics of the at least the part of the surface with a liquid; and bonding the optical member and the holder to each other after applying the surface treatment to the at least a part of the surface of the at least one of the optical member and the holder wherein the method further comprises, after the applying the surface treatment: applying an antireflection paint in a liquid state to the at least the part of the surface; characterized by slipping the antireflection paint applied to a predetermined surface-treated portion of the at least the part of the surface; wherein the predetermined surface-treated portion includes a sliding angle (α) of the antireflection paint in a liquid state that is less than 10 degrees, so as to circle an optically used area of the optical member, and wherein the optical member and the holder are bonded to each other with an O-ring therebetween, so that the O-ring comes in contact with the predetermined surface-treated portion. applying an antireflection paint in a liquid state to the at least the part of the surface; characterized by slipping the antireflection paint applied to a predetermined surface-treated portion of the at least the part of the surface; wherein the predetermined surface-treated portion includes a sliding angle (α) of the antireflection paint in a liquid state that is less than 10 degrees, so as to circle an optically used area of the optical member, and wherein the optical member and the holder are bonded to each other with an O-ring therebetween, so that the O-ring comes in contact with the predetermined surface-treated portion.
Method for determining a balance of forces in a positioning device, in particular in a safety-related positioning device, comprising a control valve, which control valve comprises an actuator that can be moved relative to a control valve housing, said movement of the actuator being brought about by an actuating drive which latter exerts a driving force on said actuator, said positioning device initially being in an idle state starting from which the driving energy required for the movement of the actuating drive is steadily increased, said driving energy being converted into the driving force by drive means (26, 28, 32), and furthermore at least one sensor (34, 36,38) for measuring at least one measurand is provided in the actuating drive, and as soon as a change of the measurand is detected, this is assumed to be indicative of a state in which a holding force, which prevents any movement of the actuator, and a driving force generated by the driving energy are approximately equal, in which a minor increase of the driving energy would generate a required breakaway force, characterized in that the measurand in this case is the sound generated by a change in the mechanical tension of the actuating drive, for which purpose the sensor is designed as a solid borne sound sensor which is connected to the housing of the actuating drive.
An absorbent incontinence article with a main body portion, consisting of a front region, a back region and a crotch region lying therebetween in a longitudinal direction finally positioned between the legs of a wearer, where the main body portion comprises an absorbent core, and with material sections (34, 2) attached on both sides to the back region which extend in the transverse direction beyond lateral longitudinal edges of the main body portion and connect the front region and the back region of the main body portion when the article is worn, wherein these material sections (34, 2) are folded onto themselves along at least one fold line (50, 52, 54) running in the longitudinal direction and wherein partial sections of those material sections (34, 2) folded onto each other and lying face-to-face against each other are releasably attached to one another at affixation points or affixation areas, wherein a folded respective such material section (34, 2) comprises a gripping area (58, 12) for unfolding the material section, and wherein the material sections (34, 2) provided on both sides of an article folded prior to use are folded inwards onto the body-facing side of the main body portion, characterized in, that the number, the arrangement or the relative surface area of the affixation points or the adherent strength of the releasably attached partial sections of the material sections is selected such that the releasable attachment at all those affixation points or affixation areas can be undone when unfolding by a single pull on a respective gripping area (58, 12) of the material section (34, 2), and wherein the material sections attached on both sides to the back region each comprising closure elements which interact in a releasable adherent or adhesive manner with a landing region on the main body portion.