mhurhangee/ep-ind-claims huggingface dataset:
A base for sewing machines, comprising: a bearing structure, fixed on a support table and designed to support, at a top thereof, a head of a machine of the sewing machines; transmission means, at least partially housed in the bearing structure, activated by an electric motor with interposing of a clutch device, which transmission organs are destined to supply drive to organs of the head as well as relay organs provided in the crochet-bearing group; characterised in that it comprises flange means, interposed between the bearing structure and the head, suitable to enable blocking of the head in different positions, such as to vary a projection thereof with respect to the bearing structure; first coupling means, to which a relative crochet-bearing group is associable, identified as a first series (31, 32, 33). a bearing structure, fixed on a support table and designed to support, at a top thereof, a head of a machine of the sewing machines; transmission means, at least partially housed in the bearing structure, activated by an electric motor with interposing of a clutch device, which transmission organs are destined to supply drive to organs of the head as well as relay organs provided in the crochet-bearing group; characterised in that it comprises flange means, interposed between the bearing structure and the head, suitable to enable blocking of the head in different positions, such as to vary a projection thereof with respect to the bearing structure; first coupling means, to which a relative crochet-bearing group is associable, identified as a first series (31, 32, 33).
Connector for an item of furniture, comprising a connector body which has a first end, and comprising a bearing element which is detachably connected to the connector body, wherein the first end has a fastening section with a bearing surface and the bearing element has a latching element which extends with its free end through the bearing surface into the fastening section when the connector body is brought into connection with the bearing element, wherein the connector body has a second end which is located opposite the first end and which has a connection piece (3.1) for a hollow profile, wherein the connection piece (3.1) has at least one guide surface (3.2) via which the hollow profile, along its inner side or an outer side, can be pushed onto the connection piece (3.1), and wherein the connection piece (3.1) further has a bearing surface (3.3) with a latching mechanism which latches into an opening of the hollow profile when the hollow profile is pushed onto the connection piece (3.1), wherein the connector body has a first side which is configured as a bearing surface for a table top, a shelf or the like, and a second side which is located opposite the first side and which bears against the bearing element when the bearing element is connected to the connector body, characterised in that the second side of the connector body has a connection stud which extends through a passage opening of the bearing element when the connector body is connected to the bearing element, and in that the bearing surface replicates the outer contour of a table leg, a shelving upright or the like.
A desk bell comprising: a supporting member; a bell body swingably supported by the supporting member; and striking means that hits the bell body, wherein the striking means includes a striker, an operating part for operating the striker, and separating means (14d, 14f, 15) that quickly separates the striker from the bell body after the striker striking the bell body, and wherein the bell body has a conical shape with an open bottom or an inverted bowl shape, characterized in that the striking means is configured such that the striker disposed inside the bell body and the operating part located outside the bell body are used as a lever around a fulcrum part disposed between the striker and the operating part, and the bell body has an inner top part placed and supported on or point-supported on the supporting member. a supporting member; a bell body swingably supported by the supporting member; and striking means that hits the bell body, wherein the striking means includes a striker, an operating part for operating the striker, and separating means (14d, 14f, 15) that quickly separates the striker from the bell body after the striker striking the bell body, and wherein the bell body has a conical shape with an open bottom or an inverted bowl shape, characterized in that the striking means is configured such that the striker disposed inside the bell body and the operating part located outside the bell body are used as a lever around a fulcrum part disposed between the striker and the operating part, and the bell body has an inner top part placed and supported on or point-supported on the supporting member.
A cytomegalovirus gB polypeptide comprising a non-functional transmembrane domain, wherein at least 50%, at least 70%, at least 80%, or at least 90% of the amino acids of the TM domain is deleted, and at least a portion of a gB protein extracellular domain comprising a fusion loop 1 domain defined by amino acids Y.I.Y located at position 155-157 of the sequence set forth in SEQ ID NO:1, or at a corresponding position in other CMV gB polypeptides, and a fusion loop 2 domain defined by amino acids W.L.Y located at position 240-242 of the sequence set forth in SEQ ID NO:1, or at a corresponding position in other CMV gB polypeptides, wherein at least the FL1 domain comprises the substitution of at least one amino acid selected from Y.I.Y located at position 155-157 of the sequence set forth in SEQ ID NO:1, or at a corresponding position in other CMV gB polypeptides, with a polar amino acid other than an aromatic amino acid.
A method for providing a network service of a cellular communication network covering a geographical area for a plurality of mobile terminals (11 - 13), the method comprising: - defining by a network entity a grid covering at least a part of the geographical area with grid fields (91, 92), framed by grid lines and spaced by a grid spacing (901, 902); - providing by the network entity grid information (53, 53') comprising reference point information and information on said grid spacing to at least one of the plurality of mobile terminals; - generating and sending to the network entity by the at least one of the plurality of mobile terminals crossing information (52, 52') in response to the at least one of the plurality of mobile terminals crossing one grid line, based on said grid information and on position information of the at least one of the plurality of mobile terminals; - keeping by the network entity grid field information for at least one grid field comprising identification information of the at least one of the plurality of mobile terminals when inside the one grid field based on said crossing information; and - providing by the network entity the network service based on said grid field information, wherein the method further comprises splitting or merging by the network entity said grid fields based on a current usage pattern of said network service. - defining by a network entity a grid covering at least a part of the geographical area with grid fields (91, 92), framed by grid lines and spaced by a grid spacing (901, 902); - providing by the network entity grid information (53, 53') comprising reference point information and information on said grid spacing to at least one of the plurality of mobile terminals; - generating and sending to the network entity by the at least one of the plurality of mobile terminals crossing information (52, 52') in response to the at least one of the plurality of mobile terminals crossing one grid line, based on said grid information and on position information of the at least one of the plurality of mobile terminals; - keeping by the network entity grid field information for at least one grid field comprising identification information of the at least one of the plurality of mobile terminals when inside the one grid field based on said crossing information; and - providing by the network entity the network service based on said grid field information,
An uplink control information transmission method, comprising: determining a time domain position of a first uplink control channel, PUCCH, wherein the first PUCCH carries first uplink control information, UCI, and the first UCI comprises a hybrid automatic repeat request, HARQ, and/or channel state information, CSI; determining a second PUCCH, wherein the second PUCCH carries second UCI, wherein a time domain position of the second PUCCH overlaps the time domain position of the first PUCCH, and the second UCI comprises a scheduling request, SR; and when a priority of the second UCI is higher than a priority of the first UCI, sending the second UCI on the second PUCCH, and cancelling transmission of the first UCI on the first PUCCH, wherein the priority of the second UCI is a priority of a resource configuration corresponding to the second UCI, and the priority of the resource configuration corresponding to the second UCI is configured by a higher layer signaling. determining a time domain position of a first uplink control channel, PUCCH, wherein the first PUCCH carries first uplink control information, UCI, and the first UCI comprises a hybrid automatic repeat request, HARQ, and/or channel state information, CSI; determining a second PUCCH, wherein the second PUCCH carries second UCI, wherein a time domain position of the second PUCCH overlaps the time domain position of the first PUCCH, and the second UCI comprises a scheduling request, SR; and when a priority of the second UCI is higher than a priority of the first UCI, sending the second UCI on the second PUCCH, and cancelling transmission of the first UCI on the first PUCCH, wherein the priority of the second UCI is a priority of a resource configuration corresponding to the second UCI, and the priority of the resource configuration corresponding to the second UCI is configured by a higher layer signaling.
Control rod for an automotive application, which has a rod-shaped base body and a receiving opening arranged in it, wherein a hard metal insert is inserted into the receiving opening and the hard metal insert has a base body, the outer contour of which is matched to the inner contour of the receiving opening of the base body of the control rod, and wherein the thermal expansion coefficient of the base body of the control rod is greater than the thermal expansion coefficient of the base body of the hard metal insert, characterized in that the base body of the hard metal insert has got an outer contour by which a rotation lock of the hard metal insert in the receiving opening of the base body of the control rod is provided, that the base body of the control rod has a stop (9; 9') acting in the axial direction for the base body of the hard metal insert at at least one side of the two axial sides of the receiving opening of the base body of the hard metal insert.
A resist composition comprising a polymer comprising recurring units having the general formula and recurring units of at least one type selected from the general formulae, and: wherein R 1, R 2 and R 3 are each independently methyl, ethyl or a straight, branched or cyclic C 3 -C 10 alkyl group, R 4 is hydrogen or methyl, R 5 is methyl, ethyl or a straight or branched C 3 -C 6 alkyl group, X 1 is a C 1 -C 10 alkylene group which may have an ether, ester, hydroxyl radical or lactone ring, or C 6 -C 10 arylene group, k 1 is 0 or 1, and q is 1 or 2.
A cable capture device for single-cable cableways, for lateral mounting in the region of cable-bearing roller rockers on a rocker-supporting beam, with a first cable capture shell, in which the load-bearing cable of the single-cable cableway can be captured in the event of its detachment from the cable-bearing rollers, wherein the first cable capture shell has a supporting shank, on the free end of which the first cable capture shell is formed, characterised in that at least one second cable capture shell (3") is arranged in an installation position below the first cable capture shell; the first and second cable capture shell (3") lies further outward in the direction of fall of the load-bearing cable from the cable-bearing roller rocker, and wherein the first and the second cable capture shells (3', 3") each have an approximately vertical outer abutment wall (11', 11") with an upper and inwardly directed inclination (12', 12"), such that each cable capture shell (3', 3"), in combination with the supporting surface (13', 13") for the load-bearing cable, the abutment wall (11', 11") and the inclination (12', 12"), forms in each case a three-point support with supporting points for the load-bearing cable.
Thin-film solar module with integrated wiring of at least two solar cells comprising a) an electrically non-conductive substrate; or b) an electrically conductive substrate; having an electrically non-conductive barrier layer on which a layer structure, which comprises at least one crystalline semiconductor layer with a first doping and also at least one crystalline semiconductor layer with a second doping opposite the first doping, is deposited, the solar module having insulating separating channels, in which the layer structure is removed, between the individual solar cells and, at least in a part of the separating channels and at least on regions of the layer structure, an emitter contact and a base contact being deposited by means of vapour-phase deposition, injection, sputtering, printing or evaporation coating methods, characterised in that the separating channels have an edge insulation in the form of a printed, evaporation-coated, deposited or grown nitride or carbide layer, the substrate being completely encapsulated in its entirety by the barrier layer, the barrier layer consisting of a nitride layer or a carbide layer or combinations hereof or essentially comprising these, the barrier layer having a thickness of 100 nm to 100 μm, and the layer structure having a front-side insulation layer which represents a passivation layer. a) an electrically non-conductive substrate; or b) an electrically conductive substrate;
Differential having a brake device, comprising a drive shaft, two output shafts (11, 12), a differential housing which has an inlet opening for the drive shaft and two opposite outlet openings (5, 6) for the output shafts (11, 12), and having a differential cage, wherein the at least one brake device is a drum brake which has a passive element (21, 30), which exhibits a cylindrical frictional surface, and brake shoes, the frictional surfaces of which brake shoes can be placed against the cylindrical frictional surface of the passive element (21, 30), wherein the passive element (21, 30) is fastened to the differential cage and/or to one of the shafts (7, 11, 12) in such a way that its cylindrical frictional surface is arranged coaxially in relation to the respective opening (4, 5, 6), and wherein the brake shoes are held in a pivotable manner on a carrier plate (26, 31) which is flange-connected to an edge of said opening (4, 5, 6).
A secondary battery comprising: a cell body; and a current interrupt device mounted on the cell body, wherein the current interrupt device operates by force applied to the current interrupt device according to an increase in volume of the cell body to interrupt current flowing to the cell body, characterized in that the current interrupt device further comprises: a wrapping part wrapping at least a portion of the cell body; and an electrically conductive part providing a path of the current flowing through the cell body in a state of being electrically connected to the wrapping part, and the electrically conductive part comprises: a first electrically conductive part and a second electrically conductive part, a portion of the wrapping part is disposed between the first electrically conductive part and the second electrically conductive part, the wrapping part and the first electrically conductive part and the wrapping part and the second electrically conductive part are connected to each other, and wherein the wrapping part is spaced apart from at least one of the first electrically conductive part and the second electrically conductive part by force applied to the wrapping part as the secondary battery increases in volume to interrupt the current flowing through the electrically conductive part. a cell body; and a current interrupt device mounted on the cell body, wherein the current interrupt device operates by force applied to the current interrupt device according to an increase in volume of the cell body to interrupt current flowing to the cell body, a wrapping part wrapping at least a portion of the cell body; and an electrically conductive part providing a path of the current flowing through the cell body in a state of being electrically connected to the wrapping part, and the electrically conductive part comprises: a first electrically conductive part and a second electrically conductive part, a portion of the wrapping part is disposed between the first electrically conductive part and the second electrically conductive part, the wrapping part and the first electrically conductive part and the wrapping part and the second electrically conductive part are connected to each other, and wherein the wrapping part is spaced apart from at least one of the first electrically conductive part and the second electrically conductive part by force applied to the wrapping part as the secondary battery increases in volume to interrupt the current flowing through the electrically conductive part.
A synthetic nutritional composition comprising an oligosaccharide mixture, for use in the prevention and/or treatment of atopic dermatitis, in an infant or young child by increasing SCFA production in such infant or young child; wherein the oligosaccharide mixture consists of 2'-fucosyllactose (2'FL) and lacto-N-neotetraose (LNnT) in a total amount of from 0.1 to 10 wt% of the nutritional composition; the composition does not contain any sialylated oligosaccharide(s), any GOS and/or any bovine milk oligosaccharide.
A stent comprising: an expandable framework comprising a plurality of serpentine bands and a plurality of connector struts, each connector strut attached between two adjacent serpentine bands; each serpentine band comprising a plurality of alternating struts and turns, said turns comprising alternating proximal turns and distal turns, each serpentine band forming a closed tubular structure; said plurality of said serpentine bands each having their proximal turns aligned on a common stent circumference and comprising first distal turns and second distal turns, the first distal turns aligned with one another on a common stent circumference, the second distal turns aligned with one another on a common stent circumference and offset from the first distal turns, each band in said plurality comprising first struts and second struts, each first strut attached between a proximal turn and a first distal turn, each second strut attached between a proximal turn and a second distal turn, said second struts being wider than said first struts and said second distal turns having a greater width than said first distal turns; and each connector strut attached between a second distal turn of one serpentine band and a proximal turn of an adjacent serpentine band. an expandable framework comprising a plurality of serpentine bands and a plurality of connector struts, each connector strut attached between two adjacent serpentine bands; each serpentine band comprising a plurality of alternating struts and turns, said turns comprising alternating proximal turns and distal turns, each serpentine band forming a closed tubular structure; said plurality of said serpentine bands each having their proximal turns aligned on a common stent circumference and comprising first distal turns and second distal turns, the first distal turns aligned with one another on a common stent circumference, the second distal turns aligned with one another on a common stent circumference and offset from the first distal turns, each band in said plurality comprising first struts and second struts, each first strut attached between a proximal turn and a first distal turn, each second strut attached between a proximal turn and a second distal turn, said second struts being wider than said first struts and said second distal turns having a greater width than said first distal turns; and each connector strut attached between a second distal turn of one serpentine band and a proximal turn of an adjacent serpentine band.
An evaporative cooling system comprising: an evaporative cooler liquid-to-air membrane energy exchanger (LAMEE) disposed within a scavenger air plenum that is configured to channel a scavenger air stream; a first liquid-to-air heat exchanger (LAHE) disposed within a process air plenum that is configured to channel a process air stream; and a cooling fluid circuit that is configured to circulate an evaporative cooling fluid between the evaporative cooler LAMEE and the first LAHE, wherein the evaporative cooler LAMEE is configured to utilize the scavenger air stream to evaporatively cool the cooling fluid, and wherein the first LAHE is configured to receive the cooling fluid from the evaporative cooler LAMEE and to allow the cooling fluid to absorb heat from the process air stream to cool the process air stream, characterized in that the evaporative cooler LAMEE is configured to direct the cooling fluid and the scavenger air stream through separate channels divided by membrane separation layers, the membrane separation layers including a semi-permeable membrane thereon. an evaporative cooler liquid-to-air membrane energy exchanger (LAMEE) disposed within a scavenger air plenum that is configured to channel a scavenger air stream; a first liquid-to-air heat exchanger (LAHE) disposed within a process air plenum that is configured to channel a process air stream; and a cooling fluid circuit that is configured to circulate an evaporative cooling fluid between the evaporative cooler LAMEE and the first LAHE, wherein the evaporative cooler LAMEE is configured to utilize the scavenger air stream to evaporatively cool the cooling fluid, and wherein the first LAHE is configured to receive the cooling fluid from the evaporative cooler LAMEE and to allow the cooling fluid to absorb heat from the process air stream to cool the process air stream, characterized in that the evaporative cooler LAMEE is configured to direct the cooling fluid and the scavenger air stream through separate channels divided by membrane separation layers, the membrane separation layers including a semi-permeable membrane thereon.