mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: configuring a plurality of dynamic channel state information -CSI-reference signal -CSI-RS- resource configurations for each of one or more user equipments -UEs- within a coverage area; determining a communication activity level related to the one or more UEs; selecting one or more CSI-RS resource configurations of the plurality of dynamic CSI-RS resource configurations based on the determined communication activity level; signaling a CSI-RS trigger to each of the one or more UEs via layer 1 signaling, wherein the CSI-RS trigger identifies the selected one or more CSI-RS resource configurations; and transmitting CSI-RS according to the selected one or more CSI-RS resource configurations, identifying one or more deactivated dynamic CSI-RS resources of the plurality of dynamic CSI-RS resource configurations to reuse for data transmission; identifying one or more rate matching states corresponding to each of the identified one or more deactivated dynamic CSI-RS resources; generating a dynamic indication for one or more served UEs, wherein the dynamic indication identifies which of the identified one or more rate matching states are activated for rate matching; transmitting the dynamic indication to the one or more served UEs; and transmitting the data on the identified one or more deactivated dynamic CSI-RS resources using the identified one or more rate matching states. configuring a plurality of dynamic channel state information -CSI-reference signal -CSI-RS- resource configurations for each of one or more user equipments -UEs- within a coverage area; determining a communication activity level related to the one or more UEs; selecting one or more CSI-RS resource configurations of the plurality of dynamic CSI-RS resource configurations based on the determined communication activity level; signaling a CSI-RS trigger to each of the one or more UEs via layer 1 signaling, wherein the CSI-RS trigger identifies the selected one or more CSI-RS resource configurations; and transmitting CSI-RS according to the selected one or more CSI-RS resource configurations, identifying one or more deactivated dynamic CSI-RS resources of the plurality of dynamic CSI-RS resource configurations to reuse for data transmission; identifying one or more rate matching states corresponding to each of the identified one or more deactivated dynamic CSI-RS resources; generating a dynamic indication for one or more served UEs, wherein the dynamic indication identifies which of the identified one or more rate matching states are activated for rate matching; transmitting the dynamic indication to the one or more served UEs; and transmitting the data on the identified one or more deactivated dynamic CSI-RS resources using the identified one or more rate matching states.
A negative electrode for a lithium ion battery, wherein the negative electrode includes an active material including an Si based material, and a skeleton-forming agent used for skeleton formation of an active material layer of a negative electrode for a lithium ion battery, the negative electrode including an Si-based material as an active material, wherein the skeleton-forming agent includes a silicate having a siloxane bond or a phosphate having an aluminophosphate bond as an ingredient.
Cold film transfer method, in which a cold adhesive, in particular an adhesive crosslinking under UV radiation, is applied onto a substrate and is connected to a transfer ply of a transfer film, characterised in that a transfer film is brought together with the substrate, said transfer film comprising a carrier film and a transfer ply that can be detached from the carrier film, wherein, starting from the carrier film, the transfer ply comprises a transparent detachment layer, an optional transparent protective lacquer layer, at least one decorative layer and at least one priming layer made of a thermoplastic adhesive, which can be activated in a temperature range of >90°C, wherein, when bringing the transfer film together with the substrate, the at least one priming layer of the transfer film faces towards the cold adhesive, and wherein the cold adhesive is further cured, in particular the adhesive crosslinking under UV radiation is irradiated and crosslinked, wherein an adhesive connection to the transfer ply of the transfer film is formed.
A blow head for a blow extrusion device for producing a blown film from a material melt, having a nozzle device (1; 1a; 1b; 1c; 1d) in a head section of the blow head, the nozzle device having an outlet opening for discharging the material melt as blown film, wherein said nozzle device (1; 1a; 1b; 1c; 1d) has a melt channel for conveying the material melt to the outlet opening and has a temperature-control device, wherein the temperature-control device is designed and arranged to control the temperature of the material melt in the nozzle device (1; 1a; 1b; 1c; 1d), characterized in that for thermal separation between a temperature-control section of the nozzle device (1; 1a; 1b; 1c; 1d) that can be temperature-controlled by the temperature-control device and a base section of the blow head, which base section is arranged upstream of the temperature-control section in a flow direction of the material melt, at least one first thermal separation section is formed at least partially between the temperature-control section and the base section, wherein the temperature-control device has a cooling device for cooling the material melt and a heating device for heating the material melt and the cooling device is arranged upstream of the heating device in a flow direction of the material melt.
Utility vehicle comprising - a front part with a cabin; and - a rear loading part with a rear axle, a floor, at least one cross member (24; 26) and two longitudinal members each extending along a respective lateral side of the floor, with a rear foot opposite the rear axle and a middle foot at the boundary between the front and the rear part, each of the middle feet facing a body part, characterised in that the rear loading part is formed as a rear part with a rear axle, a floor, at least one cross member (24; 26) and two longitudinal members each extending along a respective lateral side of the floor, with a rear foot opposite the rear axle and a middle foot at the boundary between the front and the rear part, each of the middle feet facing a body part; characterised in that it comprises means (28a; 28b) for reinforcing the torsional rigidity of the vehicle, the said means providing a connection between the ends of the or at least one of the crossmembers (24; 26) and the facing bodywork elements of the middle feet and/or the rear feet, respectively, of the side members. - a front part with a cabin; and - a rear loading part with a rear axle, a floor, at least one cross member (24; 26) and two longitudinal members each extending along a respective lateral side of the floor, with a rear foot opposite the rear axle and a middle foot at the boundary between the front and the rear part, each of the middle feet facing a body part, characterised in that the rear loading part is formed as a rear part with a rear axle, a floor, at least one cross member (24; 26) and two longitudinal members each extending along a respective lateral side of the floor, with a rear foot opposite the rear axle and a middle foot at the boundary between the front and the rear part, each of the middle feet facing a body part;
A chat manager system for administrating a television program-related chat room, the chat manager comprising: • a chat room creation device which communicates with a chat server to perform at least one function selected from the group consisting in creating and cancelling a chat room, • a trigger device which is programmed to activate itself at the occurrence of a television program and automatically send a request for creation of a chat room related to the television program to the chat room creation device; and • a notification system adapted to generate a notification signal about the created chat room to at least one subscriber decoder. • a chat room creation device which communicates with a chat server to perform at least one function selected from the group consisting in creating and cancelling a chat room, • a trigger device which is programmed to activate itself at the occurrence of a television program and automatically send a request for creation of a chat room related to the television program to the chat room creation device; and • a notification system adapted to generate a notification signal about the created chat room to at least one subscriber decoder.
A method of fabricating a composite material part, the method comprising the following steps: · forming a fiber texture from refractory ceramic fibers; · placing the fiber texture in injection tooling; · injecting under pressure a slurry containing a powder of refractory ceramic particles into the fiber texture; · draining the liquid of the slurry that has passed through the fiber texture, while retaining the powder of refractory ceramic particles within said texture so as to obtain a fiber preform that is filled with refractory ceramic particles; · drying the fiber preform; · unmolding the fiber preform; and · sintering the refractory ceramic particles present in the fiber preform in order to form a refractory matrix in said preform; the method being characterized in that the injection tooling comprises a mold of porous material including an internal housing in which the fiber texture is placed, the slurry being injected into the fiber texture via at least one injection port present in the injection tooling and leading into the internal housing of the porous material mold, the tooling further comprising an enclosure made of rigid material in which the porous material mold is held while injecting the slurry under pressure and while draining the liquid of said slurry, the liquid of the slurry being discharged via at least one vent present in the rigid material enclosure. · forming a fiber texture from refractory ceramic fibers; · placing the fiber texture in injection tooling; · injecting under pressure a slurry containing a powder of refractory ceramic particles into the fiber texture; · draining the liquid of the slurry that has passed through the fiber texture, while retaining the powder of refractory ceramic particles within said texture so as to obtain a fiber preform that is filled with refractory ceramic particles; · drying the fiber preform; · unmolding the fiber preform; and · sintering the refractory ceramic particles present in the fiber preform in order to form a refractory matrix in said preform; the method being characterized in that the injection tooling comprises a mold of porous material including an internal housing in which the fiber texture is placed, the slurry being injected into the fiber texture via at least one injection port present in the injection tooling and leading into the internal housing of the porous material mold, the tooling further comprising an enclosure made of rigid material in which the porous material mold is held while injecting the slurry under pressure and while draining the liquid of said slurry, the liquid of the slurry being discharged via at least one vent present in the rigid material enclosure.
A nuclear fuel pellet, the pellet being prepared with UO 2 powder and having a cylindrical shape with a height of 9 to 13 mm and a horizontal cross-section diameter of 8 to 8.5mm, and comprising: at each of a top surface and a bottom surface thereof, a dish configured as a spherical groove shape having a predetermined curvature and a groove diameter of 4.7 to 5.2 mm on a center; a shoulder configured as an annular plane and perpendicular to a body of the fuel pellet along a rim of the dish; and a chamfer configured as a shape in which a corner is chamfered along a rim of the shoulder, wherein a width of the shoulder is 0.20 mm to 0.80 mm, and an angle between the chamfer and a horizontal plane is a 14-degree angle to 18-degree angle. a width of the shoulder is 0.20 mm to 0.80 mm, and an angle between the chamfer and a horizontal plane is a 14-degree angle to 18-degree angle.
A device for casting and consolidating a textile preform with continuous fibers impregnated with a thermoplastic polymer, comprising: i. a matrix comprising a cast with an imprint corresponding to the shape of the part, which cast extends in depth between an entry plane and a bottom and is inserted in a carcass; ii. means of heating (241, 242) the cast by induction; iii. means of cooling (235, 331, 332) the matrix; iv. a punch with a projecting portion corresponding to the shape of the part and remote from the imprint with a defined gap value, and a piece capable of serving as a blank-holder between said punch and matrix; characterized by the fact that the induction heating means comprise two inductors extending in cavities of the cast and each forming a coil in planes of different heights, substantially parallel to the entry plane of the imprint and located between said entry plane and the bottom of the cast. i. a matrix comprising a cast with an imprint corresponding to the shape of the part, which cast extends in depth between an entry plane and a bottom and is inserted in a carcass; ii. means of heating (241, 242) the cast by induction; iii. means of cooling (235, 331, 332) the matrix; iv. a punch with a projecting portion corresponding to the shape of the part and remote from the imprint with a defined gap value, and a piece capable of serving as a blank-holder between said punch and matrix;
A wheel balancing device for balancing spoked wheels, comprising: a rotatable holding device configured to receive and rotatably support a spoked wheel to be balanced; at least one spoke sensor configured to detect the spokes of the spoked wheel, characterized in that the wheel balancing device comprises in addition an angular position sensor and an evaluation device, the angular position sensor being configured to detect the current angular position of the spoked wheel, and the evaluation device being configured to determine the position of the spokes along the circumference of the spoked wheel by combining signals delivered by the angular position sensor and the spoke sensor, while the spoked wheel is accelerated or decelerated. a rotatable holding device configured to receive and rotatably support a spoked wheel to be balanced; at least one spoke sensor configured to detect the spokes of the spoked wheel, characterized in that the wheel balancing device comprises in addition an angular position sensor and an evaluation device, the angular position sensor being configured to detect the current angular position of the spoked wheel, and the evaluation device being configured to determine the position of the spokes along the circumference of the spoked wheel by combining signals delivered by the angular position sensor and the spoke sensor, while the spoked wheel is accelerated or decelerated.
A method for raising plants rooted in a ball of cultivating material in a container, wherein the plant is enclosed in an at least substantially shape-retaining tubular body, characterised in that the tubular body comprises an upper edge facing away from the ball of cultivating material in the position of use, in which recessed portions are provided, with branches of the plant growing through the space provided by recessed portions in the upper edge to beyond the upper edge of the tubular body, wherein to train the branches of a plant towards the recessed portions, the inner surface of the tubular body facing the plant is provided with guide surfaces which extend at least substantially in vertical direction in the position of use of the tubular body and which, seen in cross-sectional view of the tubular body, include an angle with a line enveloping the outer side of the tubular body.
A surface acoustic wave, SAW, device comprising: a SAW element; a conductor connected to the SAW element; a lithium tantalate, LT, substrate including the SAW element; and a case for housing the LT substrate including the SAW element, wherein the case includes a cover part, a lateral part, and a bottom part, the bottom part includes a sapphire substrate, the LT substrate being positioned on a first surface of the sapphire substrate, the first surface serving as an inner surface of the case, and a second surface opposite to the first surface serving as an outer surface of the case, the conductor includes a via conductor provided in a through-hole continuously penetrating through the sapphire substrate and the LT substrate, the through-hole includes a first through-hole penetrating through the sapphire substrate and a second through-hole penetrating through the LT substrate, and the first through-hole has a first modified part including polycrystalline alumina, on at least one part of an inner surface, and the second through-hole has a second modified part formed of polycrystalline alumina, on the whole inner surface. a SAW element; a conductor connected to the SAW element; a lithium tantalate, LT, substrate including the SAW element; and a case for housing the LT substrate including the SAW element, wherein the case includes a cover part, a lateral part, and a bottom part, the bottom part includes a sapphire substrate, the LT substrate being positioned on a first surface of the sapphire substrate, the first surface serving as an inner surface of the case, and a second surface opposite to the first surface serving as an outer surface of the case, the conductor includes a via conductor provided in a through-hole continuously penetrating through the sapphire substrate and the LT substrate, the through-hole includes a first through-hole penetrating through the sapphire substrate and a second through-hole penetrating through the LT substrate, and the first through-hole has a first modified part including polycrystalline alumina, on at least one part of an inner surface, and the second through-hole has a second modified part formed of polycrystalline alumina, on the whole inner surface.
Fluid tight closure for a neck of a fluid circuit of a vehicle, comprising a collar to be rotated about and axis for connection to the neck, a head defining at least one nipple (6; 7) for connection with a respective tube of the circuit, a through hole set in parallel to the nipple, and a cap to close the through hole and removable for refilling the circuit through the neck, a ring seal surrounded by collar so as to define a fluid-tight seal between the head and the neck when the collar is firmly attached to the neck, wherein the head is rotatable with respect to the collar.
A method for protecting privacy of a subscriber identity included in a user equipment, UE, the method comprising: by the UE: initiating an attach procedure with a cellular wireless network entity; sending to the cellular wireless network entity a first uplink, UL, message that includes a subscription concealed identifier, SUCI, generated by encryption of a subscription permanent identifier, SUPI; receiving from the cellular wireless network entity an authentication failure indication; sending to the cellular wireless network entity a second UL message that includes a fallback SUCI, SUCI FB; when receiving an authentication success indication from the cellular wireless network entity in response to the second UL message, establishing a secure connection with the cellular wireless network entity; and when receiving a second authentication failure indication from the cellular wireless network entity in response to the second UL message, terminating the attach procedure with the cellular wireless network entity, wherein the SUCI FB is generated by encryption of the SUPI based at least in part on a symmetric fallback encryption key, K FB, or an asymmetric fallback public key, PK FB, provisioned to the UE by the cellular wireless network entity. initiating an attach procedure with a cellular wireless network entity; sending to the cellular wireless network entity a first uplink, UL, message that includes a subscription concealed identifier, SUCI, generated by encryption of a subscription permanent identifier, SUPI; receiving from the cellular wireless network entity an authentication failure indication; sending to the cellular wireless network entity a second UL message that includes a fallback SUCI, SUCI FB; when receiving an authentication success indication from the cellular wireless network entity in response to the second UL message, establishing a secure connection with the cellular wireless network entity; and when receiving a second authentication failure indication from the cellular wireless network entity in response to the second UL message, terminating the attach procedure with the cellular wireless network entity, wherein the SUCI FB is generated by encryption of the SUPI based at least in part on a symmetric fallback encryption key, K FB, or an asymmetric fallback public key, PK FB, provisioned to the UE by the cellular wireless network entity.
A brake caliper assembly, comprising: a) a caliper body including: i) an inboard wall; ii) an outboard wall; and iii) a transverse wall connecting the inboard wall and the outboard wall; b) a support member adapted to connect the brake caliper assembly to a vehicle; wherein the support member is connected to the inboard wall at two (22, 26) or more support connections (22, 24, 26), the support connections (22, 26) comprise: a first fastener inserted through a first bore defined in the caliper body and into a first bore defined in the support member; a second fastener inserted through a second bore defined in the support member and into a second bore defined in the caliper body, and a third fastener inserted through a third bore defined in the caliper body and into a third bore defined in the support member, and wherein the first fastener and the third fastener are inserted from the top of the caliper body, and the second fastener is inserted from the bottom of the caliper body. a) a caliper body including: i) an inboard wall; ii) an outboard wall; and iii) a transverse wall connecting the inboard wall and the outboard wall; i) an inboard wall; ii) an outboard wall; and iii) a transverse wall connecting the inboard wall and the outboard wall; b) a support member adapted to connect the brake caliper assembly to a vehicle; wherein the support member is connected to the inboard wall at two (22, 26) or more support connections (22, 24, 26), the support connections (22, 26) comprise: a first fastener inserted through a first bore defined in the caliper body and into a first bore defined in the support member; a second fastener inserted through a second bore defined in the support member and into a second bore defined in the caliper body, and a third fastener inserted through a third bore defined in the caliper body and into a third bore defined in the support member, and wherein the first fastener and the third fastener are inserted from the top of the caliper body, and the second fastener is inserted from the bottom of the caliper body.
Fiber mat for protection and/or cleaning of surfaces, the fiber mat consisting of two polypropylene non-wovens arranged on top of each other including fibers consolidated in some areas in the form of an outer non-woven, which is designed as a spunbond, and a core non-woven, which is designed as a meltblown, and consisting of a protective film impermeable to liquids disposed on the flat side of the core non-woven facing away from the outer non-woven.