mhurhangee/ep-ind-claims huggingface dataset:
Cooling device for a motor vehicle, wherein the cooling device comprises at least two cooling elements (2, 3, 4, 5) which are arranged in different, in particular parallel, planes in such a manner that the supplied ambient air can flow successively through them, and are connected to one another by means of plug-in connections (7, 8), wherein at least one first plug-in connection is designed to be moveable during the mounting along a first spatial axis and at least one second plug-in connection is designed to be movable during the mounting along a second spatial axis transversely with respect to the first spatial axis and at least one of the first plug-in connections, in its fixing position connecting the cooling elements (2, 3, 4, 5), is designed to be movable to a limited extent in the direction of at least one spatial axis in each case in the plane parallel to the cooling elements (2, 3, 4, 5), wherein the at least one first plug-in connection is arranged, forming a moveable bearing side, on a first edge, in particular on a first collecting device of the cooling elements (2, 3, 4, 5), and the at least one second plug-in connection is arranged, forming a fixed bearing side, on a second edge opposite the first edge, in particular of a second collecting device, characterized in that the plug-in connections (7, 8) consist of a spike arranged on one of the cooling elements (2, 3, 4, 5) and of a sleeve receiving the spike during the mounting of the cooling elements (2, 3, 4, 5) on one another and in the fixing position, wherein the sleeve comprises two plane-parallel boundary surfaces which, in the fixing position, are assigned to plane-parallel sliding surfaces of the spike, and the spacing of said boundary surfaces from each other is designed to be slightly larger than the distance between the sliding surfaces, and the boundary surfaces are arranged offset with respect to each other along the first spatial axis in such a manner that a step-shaped configuration of the boundary surfaces is achieved.
A downlink emergency service transmission method, characterized in comprising: receiving, by user equipment, first indication information sent by a base station, wherein the first indication information is used to indicate a reserved resource, and the reserved resource is a resource that is reserved by the base station from system resource and that is used to transmit a downlink emergency service, wherein the reserved resource is a resource statically configured by the base station, or the reserved resource is a resource dynamically configured by the base station; monitoring, by the user equipment after receiving the first indication information sent by the base station, whether there is an emergence service sent to the UE on the resource indicated by the first indication information; and receiving, by the user equipment based on the first indication information and by using the resource indicated by the first indication information, a downlink emergency service sent by the base station if the user equipment detects that there is a downlink emergency service sent to the UE on the resource indicated by the first indication information. receiving, by user equipment, first indication information sent by a base station, wherein the first indication information is used to indicate a reserved resource, and the reserved resource is a resource that is reserved by the base station from system resource and that is used to transmit a downlink emergency service, wherein the reserved resource is a resource statically configured by the base station, or the reserved resource is a resource dynamically configured by the base station; monitoring, by the user equipment after receiving the first indication information sent by the base station, whether there is an emergence service sent to the UE on the resource indicated by the first indication information; and receiving, by the user equipment based on the first indication information and by using the resource indicated by the first indication information, a downlink emergency service sent by the base station if the user equipment detects that there is a downlink emergency service sent to the UE on the resource indicated by the first indication information.
An operating device for operating electrical components of a vehicle, with an actuation surface which forms a visible face of the operating device, on which surface at least one symbol can be represented, wherein by contacting at least one region of the actuation surface with an actuating element a signal is transmitted from the operating device to at least one electrical component associated with the symbol, wherein the operating device comprises at least one shaping structural element made of sapphire glass, the structural element has a thickness of at least 3 mm, a paint layer is lasered on a surface of the structural element which is located opposite the visible face, wherein the paint layer is printed with the at least one symbol.
An optical connector for housing and holding a fusion-spliced portion, in which a short optical fiber that is fitted to an optical connector ferrule and a coated optical fiber are fusion spliced together, therein, characterized in that one end of a protection sleeve made of a thermal shrinkage material, which is configured to be slipped onto the short optical fiber and the coated optical fiber and to cover a periphery of the fusion-spliced portion, is coupled to the optical connector ferrule, and an air escape hole that is communicated with an inside of the protection sleeve is provided in the optical connector ferrule.
A method for pre-aligning samples for more efficient processing of multiple samples with a broad ion beam system, the method comprising the steps of: affixing a sample (104, 702) to an adjustable portion of a sample holder; nesting the sample holder with a first mask having a first mask edge, wherein the first mask is positioned outside of a broad ion beam system; aligning the sample (104, 702) such that it has a desired geometric relationship to the first mask edge; and nesting the sample holder with a second mask having a second mask edge, wherein the second mask is positioned within a BIB system, and wherein the first mask and the second mask are geometrically similar such that the geometric relationship between the first mask edge and the sample (104, 702) when the sample holder is nested with the first mask is the same as the geometric relationship between the second mask edge and the sample (104, 702) when the sample holder is nested with the second mask. affixing a sample (104, 702) to an adjustable portion of a sample holder; nesting the sample holder with a first mask having a first mask edge, wherein the first mask is positioned outside of a broad ion beam system; aligning the sample (104, 702) such that it has a desired geometric relationship to the first mask edge; and nesting the sample holder with a second mask having a second mask edge, wherein the second mask is positioned within a BIB system, and wherein the first mask and the second mask are geometrically similar such that the geometric relationship between the first mask edge and the sample (104, 702) when the sample holder is nested with the first mask is the same as the geometric relationship between the second mask edge and the sample (104, 702) when the sample holder is nested with the second mask.
An optical line terminal, OLT, configured to communicate in a passive optical network, PON, with optical network units, ONUs, the OLT comprising at least one processor and at least one memory including computer program code, the at least one memory and computer program code configured to, with the at least one processor, cause the OLT to perform: - grouping data units for the ONUs in groups, wherein a group comprises data units for a subset of the ONUs (131-132; 133); - encoding the groups of data units into respective sets of codewords (342, 343); - interleaving the codewords of the respective sets thereby obtaining a stream of codewords; - sequentially transmitting the stream of codewords to the ONUs; and wherein the OLT is further configured to perform providing, to the ONUs, subset information identifying the subset of ONUs. - grouping data units for the ONUs in groups, wherein a group comprises data units for a subset of the ONUs (131-132; 133); - encoding the groups of data units into respective sets of codewords (342, 343); - interleaving the codewords of the respective sets thereby obtaining a stream of codewords; - sequentially transmitting the stream of codewords to the ONUs; and
An ophthalmic formulation comprising a self-forming thermodynamically stable liposome and a pharmaceutically effective amount of a corticosteroid for use in the treatment of a posterior segment disease, wherein the treatment comprises topical administration of the formulation to the eye of a patient in need of treatment thereof.
A method implemented in a wireless device, WD (22a; 22b), the method comprising: configuring a multi-slot transport block, TB, or a multi-slot physical uplink shared channel, PUSCH, by overlapping the multi-slot TB or the multi-slot PUSCH with at least one of another PUSCH and a physical uplink control channel, PUCCH, wherein a repetition is used for the multi-slot TB or the multi-slot PUSCH, and wherein if one multi-slot TB or one multi-slot PUSCH uses only one redundancy version, RV, RV cycling is applied among the repetitions. configuring a multi-slot transport block, TB, or a multi-slot physical uplink shared channel, PUSCH, by overlapping the multi-slot TB or the multi-slot PUSCH with at least one of another PUSCH and a physical uplink control channel, PUCCH, wherein a repetition is used for the multi-slot TB or the multi-slot PUSCH, and wherein if one multi-slot TB or one multi-slot PUSCH uses only one redundancy version, RV, RV cycling is applied among the repetitions.
An outer container defining an outer container volume therein, and being suitable for an aerosol dispenser having a longitudinal axis, said outer container comprising: a lower container portion with a closed end bottom terminating at a base disposed at a first end, the lower container portion being a single, integral piece, a piston mounted for axial movement within the outer container, and an upper container portion having an open neck at a second end, characterized by said upper container portion and said lower container portion being sealably joined together at a seal, wherein said outer container has a longitudinal dimension defining an axial length, said seal being disposed in the upper 50% of said longitudinal length, and said lower container portion bottom not having a bung hole therethrough. a lower container portion with a closed end bottom terminating at a base disposed at a first end, the lower container portion being a single, integral piece, a piston mounted for axial movement within the outer container, and an upper container portion having an open neck at a second end, characterized by said upper container portion and said lower container portion being sealably joined together at a seal, wherein said outer container has a longitudinal dimension defining an axial length, said seal being disposed in the upper 50% of said longitudinal length, and said lower container portion bottom not having a bung hole therethrough.
An agent comprising an miRNA capable of interacting with a sequence set forth in any one of SEQ ID NOs: 31 to 36 present in the 3'-untranslated region of epidermal growth factor receptor (EGFR) or a downstream effector molecule thereof, for use in treating a disease or disorder selected from among renal disease, pulmonary disease, cardiac disease, skin disease, infection, lung cancer, gastrointestinal cancer, glioblastoma, cervical cancer, ovarian cancer, bladder cancer, breast cancer, brain cancer, prostate cancer, colon cancer, colorectal cancer, endometrial carcinoma, esophageal cancer and head and neck cancer.
A method for monitoring traffic between network members (141, 151, 161) in a network by a network switch, wherein in the network different network members (141, 151, 161) are connected with the network switch comprising a processor unit and a content addressable memory CAM, in which rules concerning data transmissions between different network members (141, 151, 161) are stored; wherein upon receiving data to be transmitted between two network members (142, 152), the data to be transmitted are compared with the rules stored in the CAM and depending on a result of this comparison it is selected whether to allow the data transmission or to deny the data transmission or to transfer the data to be transmitted to the processor unit; wherein if the data to be transmitted have a size larger than a threshold which depends on the size of the rules stored in the CAM, only an amount of the data to be transmitted with the size of the rules stored in the CAM is compared with the rules stored in the CAM and if it is selected to transfer the data to be transmitted to the processor unit, a predetermined identification number is assigned to the data to be transmitted and by means of the identification number, the processor unit further evaluates an amount of the data to be transmitted, which has not been compared with the rules stored in the CAM. wherein in the network different network members (141, 151, 161) are connected with the network switch comprising a processor unit and a content addressable memory CAM, in which rules concerning data transmissions between different network members (141, 151, 161) are stored; wherein upon receiving data to be transmitted between two network members (142, 152), the data to be transmitted are compared with the rules stored in the CAM and depending on a result of this comparison it is selected whether to allow the data transmission or to deny the data transmission or to transfer the data to be transmitted to the processor unit; wherein if the data to be transmitted have a size larger than a threshold which depends on the size of the rules stored in the CAM, only an amount of the data to be transmitted with the size of the rules stored in the CAM is compared with the rules stored in the CAM and if it is selected to transfer the data to be transmitted to the processor unit, a predetermined identification number is assigned to the data to be transmitted and by means of the identification number, the processor unit further evaluates an amount of the data to be transmitted, which has not been compared with the rules stored in the CAM.
An artificial stone (100,200) for covering a supporting surface, said artificial stone (100,200) comprising a body including a top portion with an irregular facing surface (32,232) having a facing contour with a depending rim, a base portion (10,210) with a base surface for placement on the supporting surface, a sidewall, and a body contour (31,270) defining a footprint of the body for installation of the artificial stone (100,200) in mating engagement with other like stones in a repeating pattern, with intermediate perimeter joints being created between mating stones in the installed condition, the facing surface (32,232) having a total surface area defined by the facing contour (33,233) and being subdivided by at least one simulated joint into a continuous, major surface portion and at least one minor surface portion (42, 43, 44, 45); the major surface portion being free of any simulated joints and having the appearance of a slab and the minor surface portion (42, 43, 44, 45) having the appearance of a filler stone; and at least one perimeter recess that extends into the body and extends from the facing surface (32,232) to the base surface, where each of the at least one perimeter recess is defined by a region in which a sidewall of the artificial stone (100,200) is set back from the body contour for generating a gap between the artificial stone (100,200) and the other like stones in mating engagement therewith, the gap having a larger width than the adjoining perimeter joint, characterized in that the body includes an intermediate portion between the top portion and the base portion, the facing contour fitting within the body contour, and the intermediate portion having an inclined wall extending between the rim and the sidewall of the base portion.
A method for preparation of a coated building board comprising a colour imaging layer comprising at least a) application of an aqueous coating composition comprising i) 20% to 80% by weight of the coating composition of an acrylic polymer emulsion, and ii) 0.2% to 20% by weight of the coating composition of a molecular sieve on at least of a part of the surface of the building board, and b) curing the coating composition. a) application of an aqueous coating composition comprising i) 20% to 80% by weight of the coating composition of an acrylic polymer emulsion, and ii) 0.2% to 20% by weight of the coating composition of a molecular sieve on at least of a part of the surface of the building board, and i) 20% to 80% by weight of the coating composition of an acrylic polymer emulsion, and ii) 0.2% to 20% by weight of the coating composition of a molecular sieve on at least of a part of the surface of the building board, and b) curing the coating composition.
A power connection system comprising a connector and a terminal stud, said connector comprising: a connector fastening portion comprising a threaded captive fastener; a connector electrical conduction portion comprising a connector body configured to retain the connector fastening portion extending through the connector body and in movable communication with the connector body, characterised in that, it comprises furthermore a connector conductive surface having an annular insert disposed within an aperture defined by the connector body; and a connector keying portion comprising a keyed aperture forming an opening in and defined by the connector body and comprising a keyed connector diameter; said terminal stud comprising: a terminal stud keying portion comprising a keyed stud diameter; wherein the keyed connector diameter comprises the same dimension as the keyed stud diameter plus a tolerance; wherein the connector electrical conduction portion further comprises the connector conductive surface being disposed within the connector keyed aperture; wherein the captive fastener extents through at least a portion of the connector body and is configured to be received by the terminal stud. a connector fastening portion comprising a threaded captive fastener; a connector electrical conduction portion comprising a connector body configured to retain the connector fastening portion extending through the connector body and in movable communication with the connector body, characterised in that, it comprises furthermore a connector conductive surface having an annular insert disposed within an aperture defined by the connector body; and a connector keying portion comprising a keyed aperture forming an opening in and defined by the connector body and comprising a keyed connector diameter; said terminal stud comprising: a terminal stud keying portion comprising a keyed stud diameter; wherein the keyed connector diameter comprises the same dimension as the keyed stud diameter plus a tolerance; wherein the connector electrical conduction portion further comprises the connector conductive surface being disposed within the connector keyed aperture; wherein the captive fastener extents through at least a portion of the connector body and is configured to be received by the terminal stud. a terminal stud keying portion comprising a keyed stud diameter; wherein the keyed connector diameter comprises the same dimension as the keyed stud diameter plus a tolerance; wherein the connector electrical conduction portion further comprises the connector conductive surface being disposed within the connector keyed aperture; wherein the captive fastener extents through at least a portion of the connector body and is configured to be received by the terminal stud.
A bucket with a top opening defined by a container edge and an off-centre bucket-handle for the carrying of the bucket attached in a pivoting manner to opposing pivot points on the container edge, wherein the pivot points are disposed on a virtual connecting line extending from one pivot point to the opposing pivot point, and the bucket handle comprises a support element at both ends, which is mounted in a pivoting manner in the pivot points at the container edge, characterised in that the pivot points are arranged in such a manner that the virtual connecting line is arranged offset in an offset direction relative to a vertical axis extending through the centre of gravity of the filled container, and the support element comprises a support portion extending opposite to the offset direction, which engages under the container edge at least in one support position, wherein the support position of the two opposing support elements are disposed on or behind a line parallel to the virtual connecting line, which extends through the vertical axis and wherein the bucket-handle is attached in a rotationally rigid manner to the support element, and the support element is mounted on the container in a rotatable manner at the pivot point.
A method of operating a base station (402, 502), the method comprising: communicating a base station assigned wireless terminal identifier and at least two corresponding mask values to a wireless terminal (404, 504), wherein each mask value being represented by a first number of information bits, wherein each mask value identifies potential traffic channel segments in a recurring traffic channel structure which may be assigned to said wireless terminal (404, 504); and communicating a first type assignment message to said wireless terminal (404, 504), said first type assignment message including said wireless terminal identifier (408, 514) and a mask identifier value, said mask identifier value distinguishing between the at least two mask values assigned to the wireless terminal. communicating a base station assigned wireless terminal identifier and at least two corresponding mask values to a wireless terminal (404, 504), wherein each mask value being represented by a first number of information bits, wherein each mask value identifies potential traffic channel segments in a recurring traffic channel structure which may be assigned to said wireless terminal (404, 504); and communicating a first type assignment message to said wireless terminal (404, 504), said first type assignment message including said wireless terminal identifier (408, 514) and a mask identifier value, said mask identifier value distinguishing between the at least two mask values assigned to the wireless terminal.