mhurhangee/ep-ind-claims huggingface dataset:
An agricultural baler comprising: a frame; a gate moveably coupled to the frame between an open position and a closed position; a formation chamber positioned between the frame and the gate, the formation chamber configured to form a crop package; and a banding system including a support member (75, 80, 90, 95) including a support surface configured to support the crop package, the support member (75, 80, 90, 95) including a channel defined by an opening in the support surface, the channel further defined by a first surface opposite a second surface and a third surface extending between the first and second surfaces (125, 130), the first surface including a protrusion extending toward the second surface, the protrusion including an apex that partially forms the opening, and a bander unit configured to move a banding element within the channel to band the crop package the formation chamber is configured to form the crop package into a first configuration, characterized in that the banding system is configured to receive the crop package in the first configuration and band the crop package into a second configuration. a frame; a gate moveably coupled to the frame between an open position and a closed position; a formation chamber positioned between the frame and the gate, the formation chamber configured to form a crop package; and a banding system including a support member (75, 80, 90, 95) including a support surface configured to support the crop package, the support member (75, 80, 90, 95) including a channel defined by an opening in the support surface, the channel further defined by a first surface opposite a second surface and a third surface extending between the first and second surfaces (125, 130), the first surface including a protrusion extending toward the second surface, the protrusion including an apex that partially forms the opening, and a bander unit configured to move a banding element within the channel to band the crop package the formation chamber is configured to form the crop package into a first configuration, characterized in that the banding system is configured to receive the crop package in the first configuration and band the crop package into a second configuration.
A printing device comprising: a controller configured to monitor whether a request for specific information was received from a specific printing device at a specific time; an information collection device configured such that: when the request is not received at the specific time, the information collection device queries an external server whether or not the specific information was transmitted from the specific printing device to the server, and when a reply that the specific information was not transmitted from the specific printing device to the server is received from the server, collects the specific information of each printing device from other printing devices (20c, 20d) able to communicate with; and an information transmission device configured to transmit to the server the specific information that was collected and the specific information about the printing device of which it is part.
A wheelable collapsible table and storage assembly for storing and transporting chairs and picnic equipment, the assembly having a receptacle, a lid and a pair of collapsible chairs, the receptacle having wheels and a handle at opposite ends, the lid being connected to the receptacle via foldable legs such that when the legs are in an extended condition, the lid is spaced apart from the receptacle so as to form a surface of a table, and when the legs are in a retracted condition, the lid fits over the opening of the receptacle so as to form a closed storage compartment, wherein the storage compartment has structure in the form of three rib-like elements (32, 34) that cradle a head, foot and intermediate portion of the w pair of collapsed chairs to confine each chair within the storage compartment in a parallel and spaced apart arrangement to form a space therebetween for storage of the picnic equipment, wherein two of the rib-like elements (32, 34) are situated at opposite end portions of the storage compartment to cradle the head and foot of each chair, wherein the third rib-like element substantially supports the chairs intermediate portions, wherein each rib-like element (32, 34) has recesses shaped to confine each chair, each chair being collapsible in both width and depth directions, and wherein the handle end of the receptacle has feet, the feet and wheels being arranged to support the assembly when it is in a generally horizontal position, wherein at least one of the feet is extendable and wherein the extension of the feet is provided by a set of nested caps which are adapted to fit over a cylindrical base connected to the receptacle such that adding or removing caps extends or reduces the length of the feet.
A shut-off device for a duct, in which a measuring device comprising a transmitter is housed, the shut-off device comprising: - a connecting ring formed of a peripheral wall and an inner rim, present on at least one section of the periphery of the peripheral wall, defining a recess for accommodating at least one portion of the transmitter; - a cover configured to close the duct and clip onto the connecting ring and thus rigidly connect the transmitter of the measuring device to the shut-off device the shut-off device being characterized in that the peripheral wall of the connecting ring comprises: - on an inner surface, at least one main retaining notch intended to keep the peripheral surface of the transmitter assembled with the connecting ring; - on an outer surface, at least one secondary retaining notch intended to interact with the cover and keep the transmitter assembled with the cover. - a connecting ring formed of a peripheral wall and an inner rim, present on at least one section of the periphery of the peripheral wall, defining a recess for accommodating at least one portion of the transmitter; - a cover configured to close the duct and clip onto the connecting ring and thus rigidly connect the transmitter of the measuring device to the shut-off device the shut-off device being characterized in that the peripheral wall of the connecting ring comprises: - on an inner surface, at least one main retaining notch intended to keep the peripheral surface of the transmitter assembled with the connecting ring; - on an outer surface, at least one secondary retaining notch intended to interact with the cover and keep the transmitter assembled with the cover. - on an inner surface, at least one main retaining notch intended to keep the peripheral surface of the transmitter assembled with the connecting ring; - on an outer surface, at least one secondary retaining notch intended to interact with the cover and keep the transmitter assembled with the cover.
A honeycomb structure, comprising: a honeycomb substrate that has a porous partition wall defining a plurality of cells, the cells extending from an inflow end face as one end face to an outflow end face as another end face and becoming channels for a fluid; and an outer circumference coating layer disposed on an outer circumference of the honeycomb substrate, wherein a thermal expansion coefficient of the outer circumference coating layer at 25 to 800°C is larger than a thermal expansion coefficient of the honeycomb substrate at 25 to 800°C, wherein the thermal expansion coefficient of the outer circumference coating layer and the thermal expansion coefficient of the honeycomb substrate meet a relationship represented by Expression: 1.3 < (the thermal expansion coefficient of the outer circumference coating layer at 25 to 800°C/the thermal expansion coefficient of the honeycomb substrate at 25 to 800°C) < 40, wherein the outer circumference coating layer contains mica, or the outer circumference coating layer contains alumina and at least one kind selected from the group consisting of alumina fiber, calcined mica and bio-soluble fiber, and wherein the honeycomb substrate contains at least one kind selected from the group consisting of silicon carbide, alumina titanate, silicon nitride and cordierite. a honeycomb substrate that has a porous partition wall defining a plurality of cells, the cells extending from an inflow end face as one end face to an outflow end face as another end face and becoming channels for a fluid; and an outer circumference coating layer disposed on an outer circumference of the honeycomb substrate, wherein a thermal expansion coefficient of the outer circumference coating layer at 25 to 800°C is larger than a thermal expansion coefficient of the honeycomb substrate at 25 to 800°C, wherein the thermal expansion coefficient of the outer circumference coating layer and the thermal expansion coefficient of the honeycomb substrate meet a relationship represented by Expression: 1.3 < (the thermal expansion coefficient of the outer circumference coating layer at 25 to 800°C/the thermal expansion coefficient of the honeycomb substrate at 25 to 800°C) < 40, wherein the outer circumference coating layer contains mica, or the outer circumference coating layer contains alumina and at least one kind selected from the group consisting of alumina fiber, calcined mica and bio-soluble fiber, and wherein the honeycomb substrate contains at least one kind selected from the group consisting of silicon carbide, alumina titanate, silicon nitride and cordierite.
A method for controlling a normal force acting on a transport unit (Tn) of a conveyor installation in the form of a long stator linear motor on a track section of a conveyor track defined by the conveyor installation, on which track section drive coils (7, 8) of the long stator linear motor are provided on only one side of the transport unit (Tn) and the transport unit (Tn) is retained on the conveyor track on this side by guide elements, wherein a number of drive magnets (4, 5) on the transport unit (Tn) interacts with a number of drive coils (7, 8) for generating the normal force (F Nn) and the normal force (F Nn) is controlled with a controller (Rk) for controlling the normal force (F Nn), characterized in that an external force (F En) in normal direction acts on the transport unit (Tn) in the track section and the controller (Rk) determines a normal-force-forming current component (i And) of the drive current (i An) of the drive coils (7, 8) interacting with the transport unit (Tn) so that a resulting normal force (F ΣNn) acting on the transport unit (Tn) as the sum of the normal force (F Nn), a magnetic force (F Mn) in the normal direction caused by the drive magnets (4, 5), and the external force (F En) in the normal direction acting on the transport unit (Tn) corresponds at least to a specified retaining force (F Nnmin) in the normal direction, which specified retaining force (F Nnmin) is required to retain the transport unit (Tn) safely on the conveyor track in every situation.
Method for spectrum sharing in a communication network comprising at least a first network comprising first transmission systems S 1 and a second network comprising second transmission systems S 2, the networks operating in frequency ranges which can be at least partially superimposed and in the same geographical zone, leading to a spectrum band being shared, characterised in that it comprises at least the following steps: • affiliating the at least first system and the at least second system with a server and communicating to the server spectrum sharing rules, • determining whether there is a constrained system for which the frequency band is fixed and, if yes, attributing to the constrained system a first spectrum sub-band of the shared spectrum band for a specific geographic zone, generating an alarm if this is not possible, • carrying out this attribution for all the geographic zones covered by the constrained system, • identifying the non-constrained systems and, while applying the spectrum sharing rules, attributing to each of the non-constrained systems and each defined geographic zone a spectrum sub-band for each of the systems in accordance with the geographic zone covered by the network, and, if it is impossible to find a spectrum sub-band, generating an alarm. • affiliating the at least first system and the at least second system with a server and communicating to the server spectrum sharing rules, • determining whether there is a constrained system for which the frequency band is fixed and, if yes, attributing to the constrained system a first spectrum sub-band of the shared spectrum band for a specific geographic zone, generating an alarm if this is not possible, • carrying out this attribution for all the geographic zones covered by the constrained system, • identifying the non-constrained systems and, while applying the spectrum sharing rules, attributing to each of the non-constrained systems and each defined geographic zone a spectrum sub-band for each of the systems in accordance with the geographic zone covered by the network, and, if it is impossible to find a spectrum sub-band, generating an alarm.
A control channel transmission method, comprising: determining L physical resource block pairs that are used to transmit a control channel, wherein resource elements excluding a resource element for a demodulation reference signal, DMRS, in each physical resource block pair of the L physical resource block pairs are grouped into at least one enhanced resource element group, eREG, wherein L is an integer greater than 0; obtaining, according to an aggregation level of the control channel, a number of enhanced control channel elements, eCCEs, that form the control channel and sequence numbers of eREGs mapped from each of the eCCEs, wherein, when L is greater than 1, the eREGs mapped from each eCCE are numbered differently, the eREGs being distributed on different physical resource block pairs of the L physical resource block pairs; and sending each of the eCCEs using the resource elements included in the eREGs corresponding to the sequence numbers of the eREGs mapped from each of the eCCEs. determining L physical resource block pairs that are used to transmit a control channel, wherein resource elements excluding a resource element for a demodulation reference signal, DMRS, in each physical resource block pair of the L physical resource block pairs are grouped into at least one enhanced resource element group, eREG, wherein L is an integer greater than 0; obtaining, according to an aggregation level of the control channel, a number of enhanced control channel elements, eCCEs, that form the control channel and sequence numbers of eREGs mapped from each of the eCCEs, wherein, when L is greater than 1, the eREGs mapped from each eCCE are numbered differently, the eREGs being distributed on different physical resource block pairs of the L physical resource block pairs; and sending each of the eCCEs using the resource elements included in the eREGs corresponding to the sequence numbers of the eREGs mapped from each of the eCCEs.
A feed-through, comprising: a substantially cylindrical body including a passage, wherein said body has a reduced diameter region located on an exterior surface of the body; a first flange portion located on the exterior surface of the body, wherein the reduced diameter region is smaller than the first flange portion; and a second flange portion located on the exterior surface of the body and located across the reduced diameter region from the first flange portion; a plug located in and substantially blocking the passage; one or more conductors extending through the plug, wherein the feed-through is configured to be permanently or removably attached to a first component and to be removably affixed and positionably affixed to a second component, wherein the feed-through is adapted to couple the second component to the first component, and wherein the feed-through is adapted to create a selectively adjustable rotatable attachment interface with the second component; one or more projecting fasteners operable to be manipulated to project into the reduced diameter portion and hold the second component in position on the feed-through, wherein the one or more projecting fasteners may be loosened in order to allow the second component to be rotated, wherein the reduced diameter portion is configured to receive an end of the one or more projecting fasteners; with the selectively adjustable rotatable attachment being adapted to adjust the rotational positions between the first component and the second component when the feed-through is coupled to the first component. a substantially cylindrical body including a passage, wherein said body has a reduced diameter region located on an exterior surface of the body; a first flange portion located on the exterior surface of the body, wherein the reduced diameter region is smaller than the first flange portion; and a second flange portion located on the exterior surface of the body and located across the reduced diameter region from the first flange portion; a plug located in and substantially blocking the passage; one or more conductors extending through the plug, wherein the feed-through is configured to be permanently or removably attached to a first component and to be removably affixed and positionably affixed to a second component, wherein the feed-through is adapted to couple the second component to the first component, and wherein the feed-through is adapted to create a selectively adjustable rotatable attachment interface with the second component; one or more projecting fasteners operable to be manipulated to project into the reduced diameter portion and hold the second component in position on the feed-through, wherein the one or more projecting fasteners may be loosened in order to allow the second component to be rotated, wherein the reduced diameter portion is configured to receive an end of the one or more projecting fasteners; with the selectively adjustable rotatable attachment being adapted to adjust the rotational positions between the first component and the second component when the feed-through is coupled to the first component.
A kit comprising an oral wash composition and a post collection stabilization solution, wherein: (a) the oral wash composition, comprises one or more salivating agents, one or more antimicrobial agents, and one or more dyes and (b) the post collection stabilization composition comprises one or more antimicrobial agents and one or more dyes, wherein the post collection stabilization composition is buffered at a pH ranging between 3 and 6. (a) the oral wash composition, comprises one or more salivating agents, one or more antimicrobial agents, and one or more dyes and (b) the post collection stabilization composition comprises one or more antimicrobial agents and one or more dyes, wherein the post collection stabilization composition is buffered at a pH ranging between 3 and 6.
A composition in the form of an injectable aqueous solution, the pH of which is from 3.5 to 4.4, comprising at least human insulin A21G referred to as regular and at least a glucagon suppressor with prandial action.
A mixer, for mixing energy of a pulse voltage and energy of an electromagnetic wave in the same transmission line, the mixer comprising: a first input terminal, having an inner conductor and an outer conductor that form a coaxial structure, and for inputting the electromagnetic wave; a second input terminal, for inputting the pulse voltage; a hybrid output terminal, having an inner conductor and an outer conductor that form a coaxial structure, and for outputting the pulse voltage and the electromagnetic wave; a bar-shaped first electrically conductive member, having one end electrically connected to the second input terminal and the other end electrically connected to the inner conductor of the hybrid output terminal; a cylindrical second electrically conductive member, separated from and surrounding the first electrically conductive member in a spaced manner, configured to be coaxial with the first electrically conductive member, and electrically connected to the inner conductor of the first input terminal; and a cylindrical third electrically conductive member, separated from the second electrically conductive member, receiving the first electrically conductive member and the second electrically conductive member in a spaced manner, configured to be coaxial with the first electrically conductive member and the second electrically conductive member, and electrically connected to the outer conductor of the first input terminal and the outer conductor of the hybrid output terminal respectively. a first input terminal, having an inner conductor and an outer conductor that form a coaxial structure, and for inputting the electromagnetic wave; a second input terminal, for inputting the pulse voltage; a hybrid output terminal, having an inner conductor and an outer conductor that form a coaxial structure, and for outputting the pulse voltage and the electromagnetic wave; a bar-shaped first electrically conductive member, having one end electrically connected to the second input terminal and the other end electrically connected to the inner conductor of the hybrid output terminal; a cylindrical second electrically conductive member, separated from and surrounding the first electrically conductive member in a spaced manner, configured to be coaxial with the first electrically conductive member, and electrically connected to the inner conductor of the first input terminal; and a cylindrical third electrically conductive member, separated from the second electrically conductive member, receiving the first electrically conductive member and the second electrically conductive member in a spaced manner, configured to be coaxial with the first electrically conductive member and the second electrically conductive member, and electrically connected to the outer conductor of the first input terminal and the outer conductor of the hybrid output terminal respectively.
2-( -2-Methylpyrrolidin-2-yl)-1H-benzimidazole-4-carboxamide Crystalline Form 1 which, when measured at -100°C ± 2°C in the tetragonal crystal system and P4 3 2 1 2 space group with radiation at 0.7107 Å, is characterized by respective lattice parameter values a, b and c of 8.218 Å ± 0.002Å, 8.218 Å ± 0.002 Å and 36.06 Å ± 0.01 Å and α, β and γ values of 90°.
Inner sole for sports footwear, comprising a base body, which is sized and shaped so as to be insertable into said sports footwear and to receive the sole of the foot of a user or a portion thereof, wherein said base body has a first face, which is provided with a plurality of projections defining corresponding recessed portions, and a second face, which has a substantially uniform and smooth surface, wherein said inner sole comprises at least one spacer which has substantially the same size and shape as said base body or as a part thereof, wherein said spacer is selectively switchable between a first position, in which it is coupled with said first face of said base body, and a second position, in which it is coupled with said second face of said base body, and wherein said spacer is shaped so that it is received within one or more of said recessed portions when it is coupled with said first face of said base body, so that, when said spacer is in said first position, the overall thickness of said inner sole coincides with the thickness of said base body, whereas, when said spacer is in said second position, the overall thickness of said inner sole, in the region in which said spacer is present, is substantially equal to the sum of the thickness of said base body and the thickness of said spacer, and in that said spacer is joined to said base body by means of a connecting element.