mhurhangee/ep-ind-claims huggingface dataset:
Spring form with a casing ring having a tension lock and with a plane bottom part which has a circumferential side wall which casing ring and bottom part are releasably attached to one another via a form-fitting connection having a groove, characterized in that the bottom part and the side wall are designed as a pan wherein the bottom part is suitable for induction cookers due to a sufficient high proportion of ferromagnetic metals and that an attachment piece for a removable handle is arranged on the side wall and/or on the casing ring, so that the spring form can be used optionally for baking or frying or roasting of food.
A toner comprising a toner particle comprising a toner base particle containing a binder resin, a colorant and a releasing agent; and a resin particle adhering to the surface of the toner base particle, wherein the resin particle contains a resin A, and the resin A has an acid dissociation constant pKa of 7.0 or more and 9.0 or less, as determined according to the description, and has a group a represented by Formula: [Formula 1] where R 1 represents a hydroxy group, a carboxy group, an alkyl group having 1 or more and 18 or less carbon atoms, or an alkoxy group having 1 or more and 18 or less carbon atoms; R 2 represents a hydrogen atom, a hydroxy group, an alkyl group having 1 or more and 18 or less carbon atoms, or an alkoxy group having 1 or more and 18 or less carbon atoms; g represents an integer of 1 or more and 3 or less; h represents an integer of 0 or more and 3 or less; and when h is 2 or 3, a number h of R 1 may be the same or different, and a content of the group a per gram of the resin A is 50 μmol or more and 1000 μmol or less.
A battery assembly comprising at least two battery cells (101, 102) connected in series or in parallel, each of the battery cells (101, 102) comprising an electrode assembly comprising a cathode, an anode and a separator interposed between the cathode and the anode and a battery case in which the electrode assembly is mounted, wherein an electrode terminal of a first one of the battery cells and an electrode terminal of a second one of the battery cells are formed as a single member at a series or parallel connection portion between the first and second battery cells (101, 102), characterized in that each of the battery cells (101, 102) is structured such that electrode tabs (40, 50) extending respectively from electrode plates of the electrode assembly are coupled to a single electrode lead, and the first battery cell and the second battery cell are structured such that electrode tabs of the first battery cell and electrode tabs of the second battery cell are coupled to a single electrode lead at a series or parallel connection portion between the first and second battery cells (101, 102), the electrode lead connection portion being a single member welded to the electrode tabs (40, 50).
A radio access network node, said radio access network node being a base station, comprising: a first communication processing section (143, 441, 911) configured to receive multicast data or broadcast data transmitted from a core network; a second communication processing section (145, 443, 913) configured to transmit the multicast data or the broadcast data to a terminal apparatus through a wireless local area network; and a third communication processing section configured to transmit, directly to the terminal apparatus, control information related to transmission of the multicast data or the broadcast data, wherein the control information is: a timing when the multicast data or the broadcast data is transmitted to the terminal apparatus through the wireless local area network; or a channel of the wireless local area network used for transmitting the multicast data or the broadcast data. a first communication processing section (143, 441, 911) configured to receive multicast data or broadcast data transmitted from a core network; a second communication processing section (145, 443, 913) configured to transmit the multicast data or the broadcast data to a terminal apparatus through a wireless local area network; and a third communication processing section configured to transmit, directly to the terminal apparatus, control information related to transmission of the multicast data or the broadcast data, wherein the control information is: a timing when the multicast data or the broadcast data is transmitted to the terminal apparatus through the wireless local area network; or a channel of the wireless local area network used for transmitting the multicast data or the broadcast data. a timing when the multicast data or the broadcast data is transmitted to the terminal apparatus through the wireless local area network; or a channel of the wireless local area network used for transmitting the multicast data or the broadcast data.
Use of a toilet connection system for the wall-side connection of a shower toilet, wherein the shower toilet is connected to the toilet connection system and the toilet connection system comprises a flushing water inlet pipe connection device on the connection system side for a bowl of the shower toilet, a waste water pipe connection device on the connection system side for the bowl of the shower toilet and a shower water line connection device (19, 20) on the connection system side in the form of a separable shower water line interface or a positioning device to determine the shower water line position (8, 9) to a shower device, which leads to a separable shower water line interface located in front of the plane of the wall or of the toilet connection system, wherein the flushing water inlet pipe and the waste water pipe for the shower toilet are connected, wherein a centre of the waste water line at the waste water line connection device and a centre of the flushing water inlet pipe at the flushing water inlet pipe connection device define a vertical reference line and the circular centre of a cross-section of the shower water line at the shower water line connection device (19, 20) or at the positioning device, respectively, is at a horizontal distance from the reference line of more than 15 mm and less than 75 mm, characterised in that the separable shower water line interface is connected between two portions of the shower water line (8, 9) to the shower device of the shower toilet, in the plane of the wall, or, on the bowl side, in front of the wall plane or the plane of the toilet connection system.
Method for anchoring a foundation structure in the seabed, comprising the following steps: introducing at least one receiving structure into the seabed, lowering at least one support post of the foundation structure into the at least one receiving structure, producing a connection between the receiving structure and foundation structure by filling the receiving structure with a curable filling compound, and curing the curable filling compound, wherein the support post is fixed in the receiving structure in an integrally bonded manner prior to filling the receiving structure with the curable filling compound, characterized in that the integrally bonded fixing is achieved by means of a curable fixing compound.
An apparatus for forming a friction weld, the apparatus comprising: a support arrangement (9, 101, 98); a holding member (1, 56, 109, 95), which is supported by the support arrangement (9, 101, 98), and means for driving the holding member to rotate with respect thereto, or move with respect thereto along an arcuate path; a consumable element (16, 52, 112, 90) having first and second joining faces, the consumable element (16, 52, 112, 90) being mounted in a mounting location (3, 118, 97) on the holding member (1, 56, 109, 95) so that the first and second joining faces are exposed, wherein the consumable element (16, 52, 112, 90) is rotatable with respect to the holding member (1, 56, 109, 95) about a first centre of rotation, and wherein when in use the holding member (1, 56, 109, 95) is driven to rotate or move with respect to the support arrangement (9, 101, 98), the first centre of rotation travels in an orbital motion with respect to the support arrangement (1, 56, 109, 95); and first and second alignment arrangements (31, 120), positioned to hold first and second workpieces (39, 119, 91, 121, 122) respectively in place so that attachment faces of the first and second workpiece (39, 119, 91, 121, 122) are aligned with the respective first and second joining faces of the consumable element (16, 52, 112, 90). a support arrangement (9, 101, 98); a holding member (1, 56, 109, 95), which is supported by the support arrangement (9, 101, 98), and means for driving the holding member to rotate with respect thereto, or move with respect thereto along an arcuate path; a consumable element (16, 52, 112, 90) having first and second joining faces, the consumable element (16, 52, 112, 90) being mounted in a mounting location (3, 118, 97) on the holding member (1, 56, 109, 95) so that the first and second joining faces are exposed, wherein the consumable element (16, 52, 112, 90) is rotatable with respect to the holding member (1, 56, 109, 95) about a first centre of rotation, and wherein when in use the holding member (1, 56, 109, 95) is driven to rotate or move with respect to the support arrangement (9, 101, 98), the first centre of rotation travels in an orbital motion with respect to the support arrangement (1, 56, 109, 95); and first and second alignment arrangements (31, 120), positioned to hold first and second workpieces (39, 119, 91, 121, 122) respectively in place so that attachment faces of the first and second workpiece (39, 119, 91, 121, 122) are aligned with the respective first and second joining faces of the consumable element (16, 52, 112, 90).
Group of motor vehicles, wherein the motor vehicles of each group have at least one module which is designed as a common part, wherein the common parts are bodyshell parts which are produced by the same deep-drawing tool or by the same casting tool or by the same extrusion tool, wherein at least two front-end modules (V, V1, V2) with different spacings (D1, D2) between the engine mounts and at least two passenger cell modules (F, F1, F2) with different spacings between the front seats are provided, wherein the front-end modules (V, V1, V2) and the passenger cell modules (F, F1, F2) can be combined in such a way that three groups of motor vehicles of the different vehicle classes "compact", "midsize" and "large" can be produced from two front-end modules (V, V1, V2) and two passenger cell modules (F, F1, F2), - wherein the motor vehicles of the vehicle class "compact" are formed from the combination of the front-end module and the passenger cell module of the base variant, - wherein the motor vehicles of the vehicle class "large" are formed from the combination of the front-end module and the passenger cell module of the high variant, and - wherein the motor vehicles of the vehicle class "midsize" are formed from the combination of the front-end module of the base variant and the passenger cell module of the high variant, or - wherein the motor vehicles of the vehicle class "midsize" are formed from the combination of the front-end module of the high variant and the passenger cell module of the base variant. - wherein the motor vehicles of the vehicle class "compact" are formed from the combination of the front-end module and the passenger cell module of the base variant, - wherein the motor vehicles of the vehicle class "large" are formed from the combination of the front-end module and the passenger cell module of the high variant, and - wherein the motor vehicles of the vehicle class "midsize" are formed from the combination of the front-end module of the base variant and the passenger cell module of the high variant, or - wherein the motor vehicles of the vehicle class "midsize" are formed from the combination of the front-end module of the high variant and the passenger cell module of the base variant.
A method for transmitting a downlink channel performed by a base station, comprising: notifying a User Equipment, UE, of a resource set for transmission of a group common physical downlink control channel, PDCCH; wherein the method is characterized by that the notifying the UE of the resource set for transmission of the group common PDCCH specifically includes: in a case that the resource set of the group common PDCCH overlaps with a resource set of a common downlink control channel, notifying the UE of the resource set for transmission of the common PDCCH by a main information block, MIB, message, thereby implicitly notifying the UE of the resource set for transmission of the group common PDCCH; wherein the group common PDCCH carries the information of a group of UEs, and the group of UEs includes at least one UE. notifying a User Equipment, UE, of a resource set for transmission of a group common physical downlink control channel, PDCCH; wherein the method is characterized by that the notifying the UE of the resource set for transmission of the group common PDCCH specifically includes: in a case that the resource set of the group common PDCCH overlaps with a resource set of a common downlink control channel, notifying the UE of the resource set for transmission of the common PDCCH by a main information block, MIB, message, thereby implicitly notifying the UE of the resource set for transmission of the group common PDCCH; wherein the group common PDCCH carries the information of a group of UEs, and the group of UEs includes at least one UE. in a case that the resource set of the group common PDCCH overlaps with a resource set of a common downlink control channel, notifying the UE of the resource set for transmission of the common PDCCH by a main information block, MIB, message, thereby implicitly notifying the UE of the resource set for transmission of the group common PDCCH; wherein the group common PDCCH carries the information of a group of UEs, and the group of UEs includes at least one UE.
An ammunition magazine for containing an ammunition belt of a plurality of linked ammunition cartridges to be fed into a machine gun, said ammunition magazine comprising: a front opening enabling a leading end of said ammunition belt to be accessible for continuous feeding of said machine gun and for linking with a trailing end of another ammunition belt; a rear opening (26") enabling a trailing end of said ammunition belt to be accessible for linking with a leading end of another ammunition belt; and two ledges, wherein each of said ledges projects internally from a respective side of said ammunition magazine, for supporting selected cartridges of said ammunition cartridges, when said ammunition belt is folded vertically inside said ammunition magazine, and when the folded portions of said ammunition belt are hung from and supported by said selected cartridges. a front opening enabling a leading end of said ammunition belt to be accessible for continuous feeding of said machine gun and for linking with a trailing end of another ammunition belt; a rear opening (26") enabling a trailing end of said ammunition belt to be accessible for linking with a leading end of another ammunition belt; and two ledges, wherein each of said ledges projects internally from a respective side of said ammunition magazine, for supporting selected cartridges of said ammunition cartridges, when said ammunition belt is folded vertically inside said ammunition magazine, and when the folded portions of said ammunition belt are hung from and supported by said selected cartridges.
Dispenser tray for a washing machine, comprising three chambers (50-1, 50-2, 50-3) extending substantially side by side along a longitudinal extension of the dispenser tray, wherein a first chamber of the chambers (50-1, 50-2, 50-3) and a second chamber of the chambers (50-1, 50-2, 50-3) being separated from each other by a first partition wall, and the second chamber and a third chamber of the chambers (50-1, 50-2, 50-3) being separated from each other by a second partition wall, wherein a first valve is arranged at one end of the first chamber, a second valve is arranged at one end of the second chamber, and a third valve is arranged at one end of the third chamber, wherein the valves (26-1, 26-2, 26-3) are each designed to cooperate with a respective connection on the washing machine, wherein a removable cartridge is arranged in the first chamber and the first valve is fixed to the cartridge.
An adaptor for an electronic communication device, comprising a frame which comprises: (a) a connection module for connecting said frame to said electronic communication device; and (b) a plurality of docking areas disposed on said frame, each said docking area comprising: (i) a space having a space unit with a predetermined size and a predetermined shape; characterized in that each said docking area further comprises: (ii) an anchoring mechanism; and (iii) an electrical interconnection site; wherein said space is adapted to receive a package with an attachment mechanism for docking with said frame via said anchoring mechanism; wherein said package having a size and shape of at least one of said space unit; wherein said electrical interconnection site is configured to couple with said package when said package is docked with said docking area, wherein said connection module is configured to establish connection interface between said package and said electronic communication device; wherein said adaptor provides universal docking of said packages thereby enabling a user to add at least one desired function to said electronic communication device. (a) a connection module for connecting said frame to said electronic communication device; and (b) a plurality of docking areas disposed on said frame, each said docking area comprising: (i) a space having a space unit with a predetermined size and a predetermined shape; characterized in that each said docking area further comprises: (ii) an anchoring mechanism; and (iii) an electrical interconnection site; (i) a space having a space unit with a predetermined size and a predetermined shape; (ii) an anchoring mechanism; and (iii) an electrical interconnection site;
Clasp for a container, such as a bag or a leather article, comprising: - an anchoring portion, for being fixed to a flap or a wall of said container; - a wide portion, for preventing the clasp from moving apart from a buttonhole provided on another flap or wall of said container; and - an intermediate connection portion, connected in a rotary manner, through a pair of hinges (21, 22), to said anchoring portion and to said wide portion, respectively; said wide portion and said anchoring portion are configured so as to rotate relative to said intermediate portion, so that said clasp is able to assume: - a compact condition, in which said wide portion and said anchoring portion are close to one another and are juxtaposed on opposite sides relative to said intermediate connection portion; - an extended condition, in which said wide portion is substantially aligned relative to said intermediate connection portion, thus allowing said clasp to move through said buttonhole; - a closing condition, in which said wide portion and said anchoring portion are arranged at a distance form one another, said wide portion being arranged in a direction that is substantially transverse to said intermediate connection portion, thus preventing said clasp from moving out of said buttonhole; the clasp is characterized in that it comprises furthermore: - a further wide portion, arranged on the opposite side relative to said wide portion and for preventing the clasp from moving apart from a further buttonhole provided on said container; - a further intermediate connection portion, which is hinged, through a pair of further hinges (23, 24), to said anchoring portion and to said further wide portion, respectively. - an anchoring portion, for being fixed to a flap or a wall of said container; - a wide portion, for preventing the clasp from moving apart from a buttonhole provided on another flap or wall of said container; and - an intermediate connection portion, connected in a rotary manner, through a pair of hinges (21, 22), to said anchoring portion and to said wide portion, respectively; - a compact condition, in which said wide portion and said anchoring portion are close to one another and are juxtaposed on opposite sides relative to said intermediate connection portion; - an extended condition, in which said wide portion is substantially aligned relative to said intermediate connection portion, thus allowing said clasp to move through said buttonhole; - a closing condition, in which said wide portion and said anchoring portion are arranged at a distance form one another, said wide portion being arranged in a direction that is substantially transverse to said intermediate connection portion, thus preventing said clasp from moving out of said buttonhole; - a further wide portion, arranged on the opposite side relative to said wide portion and for preventing the clasp from moving apart from a further buttonhole provided on said container; - a further intermediate connection portion, which is hinged, through a pair of further hinges (23, 24), to said anchoring portion and to said further wide portion, respectively.
A user device, UD, for performing ranging measurements, the user device comprising: a receiving unit adapted to receive a plurality of signals from a plurality of navigation satellites, wherein each of the plurality of signals comprises a first navigation message during a first validity period and at least one second navigation message during a second validity period; a processing unit adapted to process the first navigation message in the first validity period and adapted to perform ranging measurements in the second validity period based on the plurality of signals received during the second validity period and the first navigation message processed in the first validity period, and wherein the second validity period follows the first validity period, wherein the first navigation message comprises a time dynamic signal quality indicator, SQI, wherein the processing unit is adapted to determine a dimension of the second validity period based on the time dynamic SQI and a predetermined ranging accuracy of the UD, wherein the time dynamic SQI is an indicator for overbounding a ranging error, and wherein the time dynamic SQI being valid for the first validity period is different from the time dynamic SQI being valid for the second validity period. a receiving unit adapted to receive a plurality of signals from a plurality of navigation satellites, wherein each of the plurality of signals comprises a first navigation message during a first validity period and at least one second navigation message during a second validity period; a processing unit adapted to process the first navigation message in the first validity period and adapted to perform ranging measurements in the second validity period based on the plurality of signals received during the second validity period and the first navigation message processed in the first validity period, and wherein the second validity period follows the first validity period, wherein the first navigation message comprises a time dynamic signal quality indicator, SQI, wherein the processing unit is adapted to determine a dimension of the second validity period based on the time dynamic SQI and a predetermined ranging accuracy of the UD, wherein the time dynamic SQI is an indicator for overbounding a ranging error, and wherein the time dynamic SQI being valid for the first validity period is different from the time dynamic SQI being valid for the second validity period.
An ejecting system for dispensing countermeasure boxes, comprising a container arranged to hold a multiple of stacked boxes, wherein a pushing actuator is arranged to push at one end of the stack of boxes in a first direction, wherein the system further comprises an ejecting mechanism comprising a driving actuator connected to a rotating member, the rotating member being arranged to engage with a box and on the side of the box most distant from the pushing actuator such that said box is moved in a second direction perpendicular to said first direction, and ejected.