mhurhangee/ep-ind-claims huggingface dataset:
A point-to-point radio apparatus comprising: a radio interface configured to establish a first point-to-point radio link with a counterpart apparatus and to communicate with the counterpart apparatus using the first point-to-point radio link; a communication interface configured to be connected to a network including another point-to-point radio system; signal processing means configured to relay traffic between the radio interface and the communication interface, characterized in that the point-to-point apparatus furthermore comprises control means configured to perform a first channel search to search for an idle channel available to use in the first point-to-point radio link in response to receiving a first notification which is sent from the other point-to-point radio system when the other point-to-point radio system performs a second channel search (S105E) to search for an idle channel available to use in a second point-to-point radio link operated by the other point-to-point radio system, wherein the first and second point-to-point radio links (11A, 11E) are disposed in a communication path between a base station and a higher network node, and the first point-to-point radio link is disposed downstream of the communication path and is closer to the base station than the second point-to-point radio link is to the base station. a radio interface configured to establish a first point-to-point radio link with a counterpart apparatus and to communicate with the counterpart apparatus using the first point-to-point radio link; a communication interface configured to be connected to a network including another point-to-point radio system; signal processing means configured to relay traffic between the radio interface and the communication interface, characterized in that the point-to-point apparatus furthermore comprises control means configured to perform a first channel search to search for an idle channel available to use in the first point-to-point radio link in response to receiving a first notification which is sent from the other point-to-point radio system when the other point-to-point radio system performs a second channel search (S105E) to search for an idle channel available to use in a second point-to-point radio link operated by the other point-to-point radio system, wherein the first and second point-to-point radio links (11A, 11E) are disposed in a communication path between a base station and a higher network node, and the first point-to-point radio link is disposed downstream of the communication path and is closer to the base station than the second point-to-point radio link is to the base station.
A probiotic strain of Lactobacillus selected from Lactobacillus plantarum 3R9 (DSM 18788), Lactobacillus gasseri SO121 (DSM 18790), Lactobacillus plantarum I7 (DSM 18787), and Lactobacillus plantarum SP158 (DSM 18789) and wherein said strain is isolated from a sour dough and has the ability to self-agglutinate.
A transportable vehicle enclosure for painting vehicles comprising ceiling and floor portions and a first, second, third and fourth side portions, wherein said first and third and said second and fourth side portions are oppositely disposed, said first side portion being configured to allow vehicular access; whereby, in use, a vehicle may be placed within said enclosure; said enclosure further comprising an air handling unit for producing a first temperature level within said enclosure suitable for a spraying mode of operation and for producing a second temperature level within said enclosure suitable for a baking mode of operation; wherein said floor portion comprises longitudinal and sideways extending struts; and wherein said enclosure is rectangular in plan view; characterised by said air handling unit being located inside said enclosure adjacent to said third side portion.
A drive mechanism of a drug delivery device for dispensing of a dose of a medicament, the mechanism comprising: - a housing (30, 120) extending in an axial direction (1, 2), - a piston rod to operably engage with a piston of a cartridge to displace the piston in an axial distal direction, - a drive sleeve extending in axial direction (1, 2) and being rotatable in a dose incrementing direction against the action of a spring enclosing at least an axial portion of the drive sleeve, - a dose limiting member threadedly engaged with the drive sleeve, and rotatably locked to the housing (30, 120), - at least one stop (44, 47, 113, 114) located on at least one of dose limiting member and drive sleeve for limiting an axial displacement of the dose limiting member relative to the drive sleeve, wherein the dose limiting member comprises a first radially inwardly extending stop to engage with a first radially outwardly extending stop of the drive sleeve, when the dose limiting member reaches a dose limiting configuration, characterized in that, - at least a portion of the dose limiting member is located radially between the drive sleeve and the spring. - a housing (30, 120) extending in an axial direction (1, 2), - a piston rod to operably engage with a piston of a cartridge to displace the piston in an axial distal direction, - a drive sleeve extending in axial direction (1, 2) and being rotatable in a dose incrementing direction against the action of a spring enclosing at least an axial portion of the drive sleeve, - a dose limiting member threadedly engaged with the drive sleeve, and rotatably locked to the housing (30, 120), - at least one stop (44, 47, 113, 114) located on at least one of dose limiting member and drive sleeve for limiting an axial displacement of the dose limiting member relative to the drive sleeve, wherein the dose limiting member comprises a first radially inwardly extending stop to engage with a first radially outwardly extending stop of the drive sleeve, when the dose limiting member reaches a dose limiting configuration, characterized in that, - at least a portion of the dose limiting member is located radially between the drive sleeve and the spring.
An antibacterial and antifungal preparation containing, beside the biologically active ingredient, auxiliary ingredients such as fillers, characterized in that it contains a biologically active ingredient being an acid with a formula 1 shown in the drawing, where R 1 and R 2 signify carboxyl groups (-COOH), R 3, R 4, R 5, R 6, R 7 signify hydrogen, X signifies nitrogen and Y signifies carbon in the amount of 60 to 85% by weight, and the remaining amount is a composition of inorganic and organic fillers.
Pneumatic vehicle tyre, in particular for use in winter driving conditions, with a tread strip, which tread strip has rows of profile blocks on the shoulder side, which are separated by circumferential channels, running around in the circumferential direction, from a central tread strip region, in which further channels - diagonal channels, circumferential channels, transverse channels and the like - form profile blocks (3, 7a) or other profile positives, wherein the profile blocks (3, 7a) or profile positives are respectively provided with a number of sipes (11, 12), that run at least substantially in the transverse direction of the tread strip, have a width of 0.4 mm to 0.6 mm and divide the shoulder blocks and the profile blocks (3, 7a) or other profile positives into block elements (3a, 17a, 17b), form gripping edges with respect to the profile surface and at least in some portions run straight or substantially straight in plan view and in these portions are bounded by planar sipe walls (16, 20) running in a radial direction, wherein there are sipes (11, 12) which have on the one planar sipe wall (16, 20), running in a radial direction, of a portion running straight in plan view a single projection with a further gripping edge that is formed on the projection and the distance of which from the profile surface - in the case of a new tyre - is between 1 mm and 2 mm, characterized in that the tread strip is of a directional configuration, wherein, in the profile blocks on the shoulder side, the projections are arranged on sipe walls that adjoin running-out edges of the block elements, and wherein, in profile positives (7a, 7b) in the central tread strip region, the projections are arranged on sipe walls that adjoin running-in edges of the profile positive elements (17a, 17b).
A one-dimensional measuring machine comprising: a probe configured to contact an object to be measured in one direction; a movement mechanism that movably supports the probe in the one direction; a detector configured to detect a current position of the probe in the one direction; a measurement unit configured to take a selected origin as a used origin among a plurality of the origins including an absolute origin and a relative origin set in a measurement range in the one direction in which the probe is permitted to be disposed, the measurement unit being configured to measure a distance between the used origin and the current position of the probe detected by the detector; a display unit that includes a display screen; and a display control unit configured to display a scale bar indicative of the measurement range on the display screen, the display control unit being configured to display an origin mark (32, 33) at a position corresponding to the used origin on the scale bar; wherein the origin mark (32, 33) is configured to enable a user to identify the used origin on the scale bar. a probe configured to contact an object to be measured in one direction; a movement mechanism that movably supports the probe in the one direction; a detector configured to detect a current position of the probe in the one direction; a measurement unit configured to take a selected origin as a used origin among a plurality of the origins including an absolute origin and a relative origin set in a measurement range in the one direction in which the probe is permitted to be disposed, the measurement unit being configured to measure a distance between the used origin and the current position of the probe detected by the detector; a display unit that includes a display screen; and a display control unit configured to display a scale bar indicative of the measurement range on the display screen, the display control unit being configured to display an origin mark (32, 33) at a position corresponding to the used origin on the scale bar; wherein the origin mark (32, 33) is configured to enable a user to identify the used origin on the scale bar.
Electric device for connection to a high-voltage line, comprising - a magnetizable core, - at least one winding (5, 6) which is arranged in the vicinity of the core and - a housing (9, 10) which is filled with insulating fluid and in which the at least one winding (5, 6) is arranged, - wherein the core is arranged at least partly outside the housing (9, 10), characterized in that the core is arranged completely between two pressing plates (11, 12) which are situated opposite one another and between which tension elements for clamping the core extend. - a magnetizable core, - at least one winding (5, 6) which is arranged in the vicinity of the core and - a housing (9, 10) which is filled with insulating fluid and in which the at least one winding (5, 6) is arranged, - wherein the core is arranged at least partly outside the housing (9, 10),
A reversible conveyor assembly, comprising: a screw conveyor having one or more projection means formed on both upper and lower portions of said screw conveyor; and a conveyor flange having a guiding means wherein both said screw conveyor and said conveyor flange are in axial alignment characterized in that the conveyor flange has a groove, and both, the guiding means and the groove are engraved on upper portion of said conveyor flange, wherein said screw conveyor is securely assembled to said conveyor flange in such a way that the guiding means of said conveyor flange is arranged to contact the inner surface of circular projection of said screw conveyor for placing at least one of the projection means of said screw conveyor with the groove of said conveyor flange, wherein the projection means in both the upper and lower portions of said screw conveyor are configured to align with the groove of said conveyor flange, such that said screw conveyor is reversibly attachable to said conveyor flange. a screw conveyor having one or more projection means formed on both upper and lower portions of said screw conveyor; and a conveyor flange having a guiding means wherein both said screw conveyor and said conveyor flange are in axial alignment characterized in that the conveyor flange has a groove, and both, the guiding means and the groove are engraved on upper portion of said conveyor flange, wherein said screw conveyor is securely assembled to said conveyor flange in such a way that the guiding means of said conveyor flange is arranged to contact the inner surface of circular projection of said screw conveyor for placing at least one of the projection means of said screw conveyor with the groove of said conveyor flange, wherein the projection means in both the upper and lower portions of said screw conveyor are configured to align with the groove of said conveyor flange, such that said screw conveyor is reversibly attachable to said conveyor flange.
A transmission system for a vehicle, comprising, - a first gear assembly, - a second gear assembly, - an intermediate unit comprising a first sprocket element, a second sprocket element, and a coupling element, - an output gear assembly with an output shaft, the first sprocket element being connectable to an input shaft of a traction motor of the vehicle in an axial direction of the first sprocket element to receive an input torque, the second sprocket element being arranged radially to the first sprocket element and in communication with the first sprocket element through the coupling element to receive the input torque, the first gear assembly being connectable to the second sprocket element coaxially to convert the input torque to a first output torque, the second gear assembly being connectable to the first sprocket element coaxially to convert the input torque to a second output torque, and the output gear assembly being configured to selectively transfer the first output torque from the first gear assembly to the output shaft or the second output torque from the second gear assembly to the output shaft, characterized in that the coupling element is a chain or a belt circumscribing the first sprocket element and the second sprocket element. - a first gear assembly, - a second gear assembly, - an intermediate unit comprising a first sprocket element, a second sprocket element, and a coupling element, - an output gear assembly with an output shaft, the first sprocket element being connectable to an input shaft of a traction motor of the vehicle in an axial direction of the first sprocket element to receive an input torque, the second sprocket element being arranged radially to the first sprocket element and in communication with the first sprocket element through the coupling element to receive the input torque, the first gear assembly being connectable to the second sprocket element coaxially to convert the input torque to a first output torque, the second gear assembly being connectable to the first sprocket element coaxially to convert the input torque to a second output torque, and the output gear assembly being configured to selectively transfer the first output torque from the first gear assembly to the output shaft or the second output torque from the second gear assembly to the output shaft, characterized in that the coupling element is a chain or a belt circumscribing the first sprocket element and the second sprocket element.
A method for assigning frequency-domain resources for a communication channel to a user equipment, UE, in an active bandwidth part, BWP, with a size N BWP size in number of RBs, the method being performed by a network node of a wireless communication network, wherein the number of bits, b, available for signaling a frequency domain resource assignment is less than ⌈ log 2 N BWP size N BWP size + 1 / 2 ⌉, the number of bits, b, being defined based on the size of another BWP, N BWP, 2 size, the method comprising: encoding a frequency-domain resource indication value, RIV, to indicate a starting virtual resource block, RB start, and an allocation length, L RBs, in terms of contiguously allocated RBs assigned to the UE, wherein the RIV is encoded to support all possible allocation lengths between one and N BWP size RBs, and a subset of all possible starting virtual RBs, RB start, between zero and N BWP size − 1 with a resolution of a RBs, wherein the value of α is determined by α = ⌈ N BWP size / N BWP, 2 size 2 ⌉; sending the RIV to the UE in a downlink control information message for assigning frequency-domain resources within the active BWP. encoding a frequency-domain resource indication value, RIV, to indicate a starting virtual resource block, RB start, and an allocation length, L RBs, in terms of contiguously allocated RBs assigned to the UE, wherein the RIV is encoded to support all possible allocation lengths between one and N BWP size RBs, and a subset of all possible starting virtual RBs, RB start, between zero and N BWP size − 1 with a resolution of a RBs, wherein the value of α is determined by α = ⌈ N BWP size / N BWP, 2 size 2 ⌉; sending the RIV to the UE in a downlink control information message for assigning frequency-domain resources within the active BWP.
A ferment extract from a strain of Eupenicillium crustaceum species, wherein the ferment extract comprises 31 to 79 % by weight of peptides, 1 to 8 % by weight of free amino acids, 10 to 27 % by weight of carbohydrates and 15 to 40 % by weight of lipids.
A continuous packing product of absorbent articles in which a plurality of packing units are continuous, with one or more absorbent articles being packed in each unit by means of an exterior sheet comprising a thermally bonded product partition region configured to partition the packing product into packing units; characterised in that the exterior sheet has: a first resin layer which is formed of a thermoplastic resin; and a second resin layer which is formed of a thermoplastic resin with a melting point higher than that of the thermoplastic resin forming the first resin layer; the second resin layer is laminated on the first resin layer in at least the bonded region; the thermoplastic resin of the second resin layer is soluble in a solvent; a print layer to which printing is applied is formed at a side of the first resin layer facing the second resin layer; and the print layer is intermittently formed and is not laminated on the first resin layer in the bonded region. a first resin layer which is formed of a thermoplastic resin; and a second resin layer which is formed of a thermoplastic resin with a melting point higher than that of the thermoplastic resin forming the first resin layer; the second resin layer is laminated on the first resin layer in at least the bonded region; the thermoplastic resin of the second resin layer is soluble in a solvent; a print layer to which printing is applied is formed at a side of the first resin layer facing the second resin layer; and the print layer is intermittently formed and is not laminated on the first resin layer in the bonded region.
A method comprising: selecting, by a network node, a group of network function instances, wherein the group of network function instances comprises a group of virtualized network instances configured to provide a same type of network function, the selecting based on information indicating membership of a network function instance in the group of network functions instances and the information including session information for a request associated with a session of a user equipment, the session information indicating whether the network function instance and/or the group of network function instances was assigned to the user equipment for a previous session; and forwarding, by the network node, the request to at least one network function instance within the selected group. selecting, by a network node, a group of network function instances, wherein the group of network function instances comprises a group of virtualized network instances configured to provide a same type of network function, the selecting based on information indicating membership of a network function instance in the group of network functions instances and the information including session information for a request associated with a session of a user equipment, the session information indicating whether the network function instance and/or the group of network function instances was assigned to the user equipment for a previous session; and forwarding, by the network node, the request to at least one network function instance within the selected group.
A tire comprising a tread portion provided with a plurality of circumferential main grooves so as to be axially divided into a plurality of land portions, wherein the circumferential main grooves include two shoulder main grooves, the land portions include two shoulder land portions defined as extending axially outwardly from the respective shoulder main grooves, each of the shoulder main grooves is a zigzag groove in a trapezoidal wave form comprising first circumferential segments extending in the tire circumferential direction, second circumferential segments extending in the tire circumferential direction and positioned on the axially inside of the first circumferential segments, first oblique segments inclined with respect to the tire circumferential direction toward one side in the tire axial direction and connecting the first circumferential segments with the second circumferential segments, and second oblique segments inclined with respect to the tire circumferential direction toward the other side in the tire axial direction and connecting the first circumferential segments and the second circumferential segments, wherein each first circumferential segment is defined as having side edges (Ei15, Eo15) on both sides extending in the tire circumferential direction, each second circumferential segment is defined as having side edges and on both sides extending in the tire circumferential direction, each first oblique segment is defined as having side edges and on both sides being inclined with respect to the tire circumferential direction toward one side in the tire axial direction, each second oblique segment is defined as having side edges (Ei18, Eo18) on both sides being inclined with respect to the tire circumferential direction toward the other side in the tire axial direction, each of the shoulder land portions is provided with shoulder axial grooves extending axially outwardly from the adjacent shoulder main groove beyond a tread edge (Te), and the shoulder axial grooves are respectively connected to oblique segments of one group selected from a group of the first oblique segments and a group of the second oblique segments, so that composite shoulder axial grooves are respectively formed by the shoulder axial grooves and the oblique segments of the above-said one group, wherein the composite shoulder axial grooves extend axially outwardly while gradually and smoothly increasing the respective groove widths, without stepwisely changing the groove width at a junction position between the shoulder axial groove and said oblique segments, characterized in that the groove width (wsh) of each of the composite shoulder axial grooves at its axially inner end is in a range from 0.50 to 0.75 times the groove width (WSg) thereof at its axially outer end.