mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, by a user equipment, UE, a first message comprising information that indicates a first allocation of a plurality of channel subsets to a plurality of user equipments, UEs, for contention transmission of the plurality of UEs to a base station, BS, the first allocation being transmitted by the BS for one or more UEs to request access of a channel for an uplink transmission, wherein each UE is allocated with a channel subset such that a respective UE is allowed to contend to access channels within a channel subset allocated to the UE using a contention-based mechanism, wherein each channel subset comprises zero or more channels, and each channel subset comprises at least one channel that is different than one another, and wherein the plurality of channel subsets comprise a plurality of channels in unlicensed frequency spectrum; in response to receipt of the first message, selecting, by the UE, using a listen-before-talk technique, a first channel in a first channel subset allocated to the UE according to the first message and sending, by the UE, a request to the BS, the request indicating that the UE requests access to the first channel; and receiving, by the UE, a second message from the BS, the second message indicating a second allocation of the plurality of channels to the plurality of UEs for at least one UE to communicate with the BS over a channel allocated according to the second message. receiving, by a user equipment, UE, a first message comprising information that indicates a first allocation of a plurality of channel subsets to a plurality of user equipments, UEs, for contention transmission of the plurality of UEs to a base station, BS, the first allocation being transmitted by the BS for one or more UEs to request access of a channel for an uplink transmission, wherein each UE is allocated with a channel subset such that a respective UE is allowed to contend to access channels within a channel subset allocated to the UE using a contention-based mechanism, wherein each channel subset comprises zero or more channels, and each channel subset comprises at least one channel that is different than one another, and wherein the plurality of channel subsets comprise a plurality of channels in unlicensed frequency spectrum; in response to receipt of the first message, selecting, by the UE, using a listen-before-talk technique, a first channel in a first channel subset allocated to the UE according to the first message and sending, by the UE, a request to the BS, the request indicating that the UE requests access to the first channel; and receiving, by the UE, a second message from the BS, the second message indicating a second allocation of the plurality of channels to the plurality of UEs for at least one UE to communicate with the BS over a channel allocated according to the second message.
Plastic component with at least one electrical contact element (12, 13, 14, 16), wherein the plastic component has a plastic body and at least one electrical strip conductor, by means of which the electrical contact element (12, 13, 14, 16) can be electrically connected, wherein the plastic component is manufactured according to a combined injection molding and metal casting method, in which the plastic body is manufactured by means of an injection molding method and the least one electrical strip conductor is manufactured by means of a metal casting or metal injection molding method one after another, wherein the component formed last is molded onto the component formed first, wherein the electrical contact element is a spring bracket contact, which encloses a spring bracket of the plastic body, at which a section of the strip conductor is arranged, wherein the spring bracket has a freely projecting configuration and is connected to the plastic body only on one side, characterized in that the spring bracket is surrounded by a recess in the plastic body on all other sides.
A turbine comprising: a rotor supporting rotor blades; and a shroud surrounding the rotor blades, wherein an abradable layer on which abrasive particles are fixed so that parts of the abrasive particles protrude from an abradable surface as a surface of the abradable layer is formed on a tip of each rotor blade; wherein an inner wall of the shroud has a thermal barrier coating, a surface of which acts as an abrasive surface; wherein the tips of the protruding parts of the abrasive particles are adapted to be ground when they slide on the abrasive surface of the thermal barrier coating when the tips of the rotor blades contact the inner wall of the shroud during rotation of the rotor, and wherein a rest of the protruding parts of the abrasive particles is maintained to form a clearance (C-1) between the tips of the rotor blades and the inner wall of the shroud after the tips of the protruding parts of the abrasive particles are ground by sliding on the abrasive surface. a rotor supporting rotor blades; and a shroud surrounding the rotor blades, wherein an abradable layer on which abrasive particles are fixed so that parts of the abrasive particles protrude from an abradable surface as a surface of the abradable layer is formed on a tip of each rotor blade; wherein an inner wall of the shroud has a thermal barrier coating, a surface of which acts as an abrasive surface; wherein the tips of the protruding parts of the abrasive particles are adapted to be ground when they slide on the abrasive surface of the thermal barrier coating when the tips of the rotor blades contact the inner wall of the shroud during rotation of the rotor, and wherein a rest of the protruding parts of the abrasive particles is maintained to form a clearance (C-1) between the tips of the rotor blades and the inner wall of the shroud after the tips of the protruding parts of the abrasive particles are ground by sliding on the abrasive surface.
Method for reuse of products which comprise the following steps: - reading of an EPC code of an RFID tag with which a product is marked by an RFID reader integrated in a container at the container of a collecting point, and identifying of the product on the basis of the EPC code; - sending of the information about the product to a mobile device of a user; - displaying of information about the product on a display of the mobile device so that the user can control that the product is recognized correctly; - confirming or non-confirming of the correctness of the displayed information about the product by the user; - sending of a confirmation signal from the mobile device to the collecting point, if the user has confirmed the correctness of the displayed information about the product; - accepting the product in the container, wherein the container is opened only then, if the confirmation signal that the product is correctly identified is received by the collecting point. - reading of an EPC code of an RFID tag with which a product is marked by an RFID reader integrated in a container at the container of a collecting point, and identifying of the product on the basis of the EPC code; - sending of the information about the product to a mobile device of a user; - displaying of information about the product on a display of the mobile device so that the user can control that the product is recognized correctly; - confirming or non-confirming of the correctness of the displayed information about the product by the user; - sending of a confirmation signal from the mobile device to the collecting point, if the user has confirmed the correctness of the displayed information about the product; - accepting the product in the container, wherein the container is opened only then, if the confirmation signal that the product is correctly identified is received by the collecting point.
A tape printing apparatus that prints a character string including a plurality of character regions divided by specified delimiting codes onto a tape, the apparatus comprising a controller that: controls normal printing with the character regions being printed in an order in which the characters were input; and controls inversed order printing of a character string with the character regions being printed in an order inverse to which the characters were input. controls normal printing with the character regions being printed in an order in which the characters were input; and controls inversed order printing of a character string with the character regions being printed in an order inverse to which the characters were input.
A powder molding die apparatus for powder molding, comprising: a die with a through-hole for forming a side of a compact, the through-hole being defined vertically through an upper surface of the die; a lower punch to be fitted into the through-hole from beneath; an upper punch to be fitted into the through-hole from above; and a lubricant applying means for applying a lubricant to the through-hole, said lubricant applying means allowing the lubricant to be applied to the through-hole prior to filling a raw powder in the through-hole from above, with the lower punch being fitted, so that the upper punch is allowed to be fitted into the through-hole after the filling of the raw powder, characterised in that said upper surface is surface treated to have water repellency, the upper surface being formed with a surface treatment layer having an improved liquid repelling ability relative to the upper surface, so that the surface treatment layer has a larger angle (Y') of contact with the lubricant than an angle (X') of contact of the surface made from the material of the die itself with the lubricant; and that said lubricant is either dispersion liquid or solution produced by dispersing or dissolving lubricant in water. a die with a through-hole for forming a side of a compact, the through-hole being defined vertically through an upper surface of the die; a lower punch to be fitted into the through-hole from beneath; an upper punch to be fitted into the through-hole from above; and a lubricant applying means for applying a lubricant to the through-hole, said lubricant applying means allowing the lubricant to be applied to the through-hole prior to filling a raw powder in the through-hole from above, with the lower punch being fitted, so that the upper punch is allowed to be fitted into the through-hole after the filling of the raw powder, characterised in that said upper surface is surface treated to have water repellency, the upper surface being formed with a surface treatment layer having an improved liquid repelling ability relative to the upper surface, so that the surface treatment layer has a larger angle (Y') of contact with the lubricant than an angle (X') of contact of the surface made from the material of the die itself with the lubricant; and that said lubricant is either dispersion liquid or solution produced by dispersing or dissolving lubricant in water.
A scintillator for imaging using X-rays or gamma-rays or charged particles, comprising a network of glass capillaries having an inner diameter at most equal to 500 micrometers, characterized in that these capillaries are filled with a polymer material formed from at least (i) a monomer selected from the group constituted by vinyltoluene, styrene and vinylxylene and their isomers, (ii) a cross-linking agent constituted by a dimethacrylate having a central chain comprising from 1 to 12 carbon atoms or by divinylbenzene, and (iii) triphenylbismuth, the cross-linking agent being present in a percentage by weight from 10% to 60% of its mixture with the monomer and the triphenylbismuth being present at 5% by weight at least, the cross-linking agent being present in a proportion of 0.75 to 1.25 times the content by weight of triphenylbismuth.
An ostomy appliance comprising a. a front panel and a rear panel, at least partly sealed to one another along their peripheries (14, 15), said front and rear panels forming a pouch, the rear panel having a stomal opening for positioning around a stoma so that body waste excreted through the stoma is captured in said pouch; b. a filter for deodorization of odorous gas from the body waste, said filter located on the front panel and said filter comprising an opening for emitting said deodorized gas to the atmosphere; and c. a center panel between the front and rear panels which at least partly covers said filter and is attached to the front and rear panels along the periphery of the pouch and is characterised in that the center panel has a bottom edge that is positioned above the bottom edges (17, 18) of the front and rear panels wherein at least one of the center panel and front panel comprises one or more protrusions, and wherein the center panel and front panel are partly attached to one another. a. a front panel and a rear panel, at least partly sealed to one another along their peripheries (14, 15), said front and rear panels forming a pouch, the rear panel having a stomal opening for positioning around a stoma so that body waste excreted through the stoma is captured in said pouch; b. a filter for deodorization of odorous gas from the body waste, said filter located on the front panel and said filter comprising an opening for emitting said deodorized gas to the atmosphere; and c. a center panel between the front and rear panels which at least partly covers said filter and is attached to the front and rear panels along the periphery of the pouch and is characterised in that the center panel has a bottom edge that is positioned above the bottom edges (17, 18) of the front and rear panels wherein at least one of the center panel and front panel comprises one or more protrusions, and wherein the center panel and front panel are partly attached to one another.
A shut-off device for fluids, having a drive, an intermediate piece and a valve body, wherein a pressure piece driven by the drive is located in the intermediate piece and moves a closure element that cooperates with the valve body, which closure element has a locking member projecting in the direction of the drive, characterized in that the pressure piece has at least two locking slides, which are shiftable by means of a coupling bush encompassing the pressure piece into a locking position grasping the locking member.
A flow control valve comprising: a housing; a sleeve disposed within the housing, wherein the sleeve has a first end and a second end opposite the first end, wherein the sleeve comprises a plurality of sleeve protrusions at the first end and a plurality of fluid flow channels are formed between adjacent sleeve protrusions; an end cap; characterized by a seal carrier disposed within the sleeve, wherein the seal carrier comprises a carrier protrusion (426, 428) that extends from the second end of the sleeve and abuts against an interior surface of the housing; and the end cap mounted to the housing such that the plurality of sleeve protrusions abut against the end cap. a sleeve disposed within the housing, wherein the sleeve has a first end and a second end opposite the first end, wherein the sleeve comprises a plurality of sleeve protrusions at the first end and a plurality of fluid flow channels are formed between adjacent sleeve protrusions; an end cap; characterized by a seal carrier disposed within the sleeve, wherein the seal carrier comprises a carrier protrusion (426, 428) that extends from the second end of the sleeve and abuts against an interior surface of the housing; and the end cap mounted to the housing such that the plurality of sleeve protrusions abut against the end cap.
A passenger seat comprising a fixed portion and an arm rest stop assembly, said arm rest stop assembly comprising: (a) an arm rest pivotally coupled to the fixed portion and movable between a raised position and a deployed position; and (b) a down-stop mechanism comprising: (i) an adjustment pin; and (ii) an adjustment fastener coupled to the adjustment pin and the fixed portion of the passenger seat, wherein application of a torque force to the adjustment fastener induces linear travel of the adjustment pin relative to the fixed portion of the passenger seat, wherein the passenger seat further comprises a pivot plate fixedly coupled to the arm rest and pivotally coupled to the fixed portion and wherein the adjustment pin is inserted through the fixed portion, or positioned on the pivot plate, in a location that is covered by the arm rest so that passengers are not able to access the contact point between the pivot plate and the adjustment pin. (a) an arm rest pivotally coupled to the fixed portion and movable between a raised position and a deployed position; and (b) a down-stop mechanism comprising: (i) an adjustment pin; and (ii) an adjustment fastener coupled to the adjustment pin and the fixed portion of the passenger seat, wherein application of a torque force to the adjustment fastener induces linear travel of the adjustment pin relative to the fixed portion of the passenger seat, wherein the passenger seat further comprises a pivot plate fixedly coupled to the arm rest and pivotally coupled to the fixed portion and wherein the adjustment pin is inserted through the fixed portion, or positioned on the pivot plate, in a location that is covered by the arm rest so that passengers are not able to access the contact point between the pivot plate and the adjustment pin. (i) an adjustment pin; and (ii) an adjustment fastener coupled to the adjustment pin and the fixed portion of the passenger seat, wherein application of a torque force to the adjustment fastener induces linear travel of the adjustment pin relative to the fixed portion of the passenger seat, wherein the passenger seat further comprises a pivot plate fixedly coupled to the arm rest and pivotally coupled to the fixed portion and wherein the adjustment pin is inserted through the fixed portion, or positioned on the pivot plate, in a location that is covered by the arm rest so that passengers are not able to access the contact point between the pivot plate and the adjustment pin.
A server device comprising: circuitry configured to: transmit, to a content reproduction device, a uniform resource locator, URL, for accessing a media presentation description, MPD, wherein the MPD includes access information for accessing each of a plurality of segments of contents, characterised in that the URL includes a parameter description for causing the content reproduction device to add a parameter of the content reproduction device to the URL, and to thereby generate the URL of a segment of content based on the transmitted URL to which the parameter of the content reproduction device has been added; and send, to the content reproduction device, the segment of content corresponding to the generated URL of the segment of content upon receiving a request from the content reproduction device using the generated URL. circuitry configured to: transmit, to a content reproduction device, a uniform resource locator, URL, for accessing a media presentation description, MPD, wherein the MPD includes access information for accessing each of a plurality of segments of contents, characterised in that the URL includes a parameter description for causing the content reproduction device to add a parameter of the content reproduction device to the URL, and to thereby generate the URL of a segment of content based on the transmitted URL to which the parameter of the content reproduction device has been added; and transmit, to a content reproduction device, a uniform resource locator, URL, for accessing a media presentation description, MPD, wherein the MPD includes access information for accessing each of a plurality of segments of contents, characterised in that the URL includes a parameter description for causing the content reproduction device to add a parameter of the content reproduction device to the URL, and to thereby generate the URL of a segment of content based on the transmitted URL to which the parameter of the content reproduction device has been added; and send, to the content reproduction device, the segment of content corresponding to the generated URL of the segment of content upon receiving a request from the content reproduction device using the generated URL.
A cabinet for dangerous materials, with a cabinet body and with at least one swing door which is pivotally connected to the cabinet body in at least one pivot point, wherein - the pivot point is arranged in a stationary manner and substantially in door-side extension of an body exterior, wherein further - the cabinet body has a body volume which is measured based on a body opening (KÖ) in conjunction with a body width, which together form the rectangular base area associated with the body volume, wherein furthermore - the cabinet body and the swing door are each equipped with a fire-resistant inner lining (4, 5), and wherein - the cabinet body is equipped with a drip tray for any escaping dangerous materials, and - the drip tray provided inside the cabinet body fills the entire area spanned by the cabinet opening (KÖ) in conjunction with the cabinet width, characterized in that - in the region of the pivot point, the inner lining of, on the one hand, the cabinet body and the inner lining of, on the other hand, the swing door are each equipped with interengaging stepped recesses (6, 7), wherein - the interengaging recesses (6, 7), when the swing door is closed, define an inner lining with substantially the same wall thickness throughout, and that - the respective swing door is designed to be handle-free with an internal push latch, i.e. an outside of the respective swing door does not have a handle, knob or comparable handle. - the pivot point is arranged in a stationary manner and substantially in door-side extension of an body exterior, wherein further - the cabinet body has a body volume which is measured based on a body opening (KÖ) in conjunction with a body width, which together form the rectangular base area associated with the body volume, wherein furthermore - the cabinet body and the swing door are each equipped with a fire-resistant inner lining (4, 5), and wherein - the cabinet body is equipped with a drip tray for any escaping dangerous materials, and - the drip tray provided inside the cabinet body fills the entire area spanned by the cabinet opening (KÖ) in conjunction with the cabinet width, characterized in that - in the region of the pivot point, the inner lining of, on the one hand, the cabinet body and the inner lining of, on the other hand, the swing door are each equipped with interengaging stepped recesses (6, 7), wherein - the interengaging recesses (6, 7), when the swing door is closed, define an inner lining with substantially the same wall thickness throughout, and that - the respective swing door is designed to be handle-free with an internal push latch, i.e. an outside of the respective swing door does not have a handle, knob or comparable handle.
System for obtaining electrical energy from a wave motion in which a pipe partly submerged in water comprises internally a hydraulic turbine and an electric generator connected to each other to generate electricity, said pipe further comprising external means for imparting up and down movement to the pipe suitable for keeping the the hydraulic turbine below the minimum level of the outer wave motion and wherein said pipe extends at its bottom in a water inlet (10 a, 12) adapted to capture the water wave, characterized in that it comprises: - mechanical means for imparting horizontal rotation to the pipe suitable for placing the water inlet (10 a, 12) in face of the incoming water wave, - a pipe bottom end designed with a double bending radius (R, r) suitable for causing a water inlet (12, 12 a) of cross section larger than the pipe cross section ( a). - mechanical means for imparting horizontal rotation to the pipe suitable for placing the water inlet (10 a, 12) in face of the incoming water wave, - a pipe bottom end designed with a double bending radius (R, r) suitable for causing a water inlet (12, 12 a) of cross section larger than the pipe cross section ( a).