mhurhangee/ep-ind-claims huggingface dataset:
A chainsaw of the type comprising a body housing, an elongated guide bar projecting forward from the body housing, a saw-chain mounted to a periphery of the guide bar, an electric motor mounted within the body housing for rotating the saw-chain along the periphery of the guide bar, a top handle provided on an upper portion of the body housing in a fore-and-aft direction and located above the guide bar, the top handle being provided at its intermediate portion with a grip portion to be grasped by an operator, a plurality of rechargeable battery packs detachably mounted on a back portion of the body housing as a source of power supply to the electric motor, the battery packs being adapted to use in power tools, characterized in that all the battery packs are mounted in place and removed by left-and-right slide movement or up-and-down slide movement in the back portion of the body housing, and that a center of gravity of the chainsaw observed from the back side of the chainsaw is positioned in an extent of two times of lateral width of the grip portion at both sides of the vertical centerline (C w) of the grip portion, preferably in an extent of the same width as the lateral width of the grip portion, the lateral width of the grip portion is in a range of 25mm to 40mm.
An oligomeric or polymeric pore assembly capable of detecting the presence of a single molecule of an analyte comprising a number of pore-subunit polypeptides sufficient to form a pore, wherein at least one of said pore-subunit polypeptides is a pore-subunit polypeptide comprising a heterologous amino acid covalently linked to at least a first analyte-binding sensing moiety, wherein said analyte is a nucleotide or an oligonucleotide and wherein said sensing moiety is a cyclodextrin or an oligonucleotide.
A cleaning implement comprising melamine-formaldehyde foam, wherein the melamine-formaldehyde foam comprises from 0.1 to 5 weight % of at least one linear polymer with a number average molecular weight M n, calculated from the OH number according to DIN 53240, in the range from 500 to 10,000 g/mol, wherein the linear polymer is polyethylene glycol.
A game kit, comprising: a game board, said game board having a plurality of individual game tiles assembled to form said game board; an episode instruction card, said episode instruction card providing game players information about the game to be played on the assembled game board; a game board map providing instructions for assembly of a game board using respective individual game tiles from said plurality of game tiles; and a plurality of character markers from which to choose a respective one each by each said game players, for marking each said players positioning on said game board during play; characterized in that: each said game tile is alterable between a deployed configuration and a collapsed configuration; each said game tile has a different three-dimensional object depiction which is exposed while in said deployed configuration; each said game tile has said three-dimensional object depiction collapsed while in said collapsed configuration. a game board, said game board having a plurality of individual game tiles assembled to form said game board; an episode instruction card, said episode instruction card providing game players information about the game to be played on the assembled game board; a game board map providing instructions for assembly of a game board using respective individual game tiles from said plurality of game tiles; and a plurality of character markers from which to choose a respective one each by each said game players, for marking each said players positioning on said game board during play; characterized in that: each said game tile is alterable between a deployed configuration and a collapsed configuration; each said game tile has a different three-dimensional object depiction which is exposed while in said deployed configuration; each said game tile has said three-dimensional object depiction collapsed while in said collapsed configuration.
A multi-link wheel base, comprising a main body and wheels provided on the main body, wherein the main body is composed of a link assembly composed of links that are rotationally coupled together, and the wheels are provided on the link assembly; the link assembly includes an intermediate link and two end links, wherein both sides of the intermediate link are provided with a rotational connection position, one side of the end link is provided with a rotational connection position, wherein the rotational connection position includes a plug-in connection position as an insertion portion and a window connection position for receiving the plug-in connection position; the plug-in connection position and the window connection position are provided with a first through hole and a second through hole that are aligned with each other and the rotational connection positions on the adjacent links are rotationally connected by means of a connecting device, and the connecting device is assembled in the first through hole and the second through hole to achieve a rotational connection of the adjacent links, and the connecting device includes an assembly body provided in the second through hole and a connecting shaft provided in the assembly body, characterized in that the connecting device further includes a spherical rotating body provided in the first through hole, the connecting shaft penetrating the spherical rotating body.
A transmitting apparatus comprising: a transmission stream generating unit configured to generate a transmission stream in which a first transmission packet including transmitted media and a second transmission packet including information related to the transmitted media are time-division multiplexed; and a transmission stream transmitting unit configured to transmit the transmission stream to a reception side through a predetermined transmission path, wherein the transmission packets are MPEG media transport packets, characterized in that, when the transmitted media included in the first transmission packet is divided data of a file and a total number of dividing exceeds a predetermined number of 256, the transmission stream generating unit is configured to dispose, in a header of the first transmission packet, an extension header having order information that indicates an order of the divided data included in the first transmission packet and total number information that indicates a total number of the divided data. a transmission stream generating unit configured to generate a transmission stream in which a first transmission packet including transmitted media and a second transmission packet including information related to the transmitted media are time-division multiplexed; and a transmission stream transmitting unit configured to transmit the transmission stream to a reception side through a predetermined transmission path, wherein the transmission packets are MPEG media transport packets, characterized in that, when the transmitted media included in the first transmission packet is divided data of a file and a total number of dividing exceeds a predetermined number of 256, the transmission stream generating unit is configured to dispose, in a header of the first transmission packet, an extension header having order information that indicates an order of the divided data included in the first transmission packet and total number information that indicates a total number of the divided data.
A data transmission protection method, comprising: setting, by a station, two network allocation vectors, NAVs, including one intra-NAV and one inter-NAV, on all subchannel frequency bands in a channel transmission bandwidth of a basic service set, BSS, associated with the station; receiving, by the station, a physical layer convergence procedure protocol data unit, PPDU; and selecting, by the station, all channel transmission bandwidth as available frequency bands and determining a frequency domain resource in the all channel transmission bandwidth to send a data frame to respond to the PPDU based on a frequency domain resource scheduling information in a trigger frame when a current value of the inter-NAV is equal to 0, the PPDU includes the trigger frame sent by an access point in the basic service set, BSS, associated with the station and a scheduling target of the PPDU includes the station; and updating a current value of the intra-NAV to 0, when the PPDU includes a received contention free-end, CF-END, frame that comes from the BSS; and updating a current value of the inter-NAV to 0, when the PPDU includes a received contention free-end, CF-END, frame that comes from an overlapping basic service set, OBSS; wherein the intra-NAV is used to record duration in which the BSS forbids the station to transmit data on the all channel transmission bandwidth, and the inter-NAV is used to record duration in which a OBSS forbids the station to transmit data on the all channel transmission bandwidth. setting, by a station, two network allocation vectors, NAVs, including one intra-NAV and one inter-NAV, on all subchannel frequency bands in a channel transmission bandwidth of a basic service set, BSS, associated with the station; receiving, by the station, a physical layer convergence procedure protocol data unit, PPDU; and selecting, by the station, all channel transmission bandwidth as available frequency bands and determining a frequency domain resource in the all channel transmission bandwidth to send a data frame to respond to the PPDU based on a frequency domain resource scheduling information in a trigger frame when a current value of the inter-NAV is equal to 0, the PPDU includes the trigger frame sent by an access point in the basic service set, BSS, associated with the station and a scheduling target of the PPDU includes the station; and updating a current value of the intra-NAV to 0, when the PPDU includes a received contention free-end, CF-END, frame that comes from the BSS; and updating a current value of the inter-NAV to 0, when the PPDU includes a received contention free-end, CF-END, frame that comes from an overlapping basic service set, OBSS; wherein the intra-NAV is used to record duration in which the BSS forbids the station to transmit data on the all channel transmission bandwidth, and the inter-NAV is used to record duration in which a OBSS forbids the station to transmit data on the all channel transmission bandwidth.
Device for determining an estimated value of the contents temperature (T I) of the contents of a container of a household appliance; wherein the device comprises - the container with a container wall which encloses the contents at least partially; - an infrared, in short IR, sensor, which is pointed at the container wall and is designed to acquire sensor data in respect of a wall temperature (T W) of the container wall; and - a computing unit, which is designed, - to determine a type of contents of the container; - to determine a correction value from correction data on the basis of the determined type of contents; wherein the correction data indicates different correction values for different types of contents of the container; and - to determine the estimated value of the contents temperature (T I) of the contents of the container on the basis of the sensor data and on the basis of the determined correction value. - the container with a container wall which encloses the contents at least partially; - an infrared, in short IR, sensor, which is pointed at the container wall and is designed to acquire sensor data in respect of a wall temperature (T W) of the container wall; and - a computing unit, which is designed, - to determine a type of contents of the container; - to determine a correction value from correction data on the basis of the determined type of contents; wherein the correction data indicates different correction values for different types of contents of the container; and - to determine the estimated value of the contents temperature (T I) of the contents of the container on the basis of the sensor data and on the basis of the determined correction value.
A vehicle mirror surface angle adjusting device for adjusting an angle of a mirror surface of a vehicle, the vehicle mirror surface angle adjusting device comprising: a stationary member fixed to a mirror housing, a movable member to be attached with a mirror unit, a holding member holding the movable member onto the stationary member and rotatably centered on a rotational center, and a driving member allowing the movable member to rotate relative to the stationary member centered on the rotational center, wherein the stationary member has a stationary-side spherical surface configured of a part of a spherical surface that centers on the rotational center, the movable member has a movable-side spherical surface configured of a part of a spherical surface that centers on the rotational center, a gap between the stationary-side spherical surface and the movable-side spherical surface, and a sealant that seals the gap between the stationary-side spherical surface and the movable-side spherical surface and wherein at least one of the stationary-side spherical surface and the movable-side spherical surface include a sealant pool part (58, 64) to pool the sealant, and the sealant pool part (58, 64) is configured of a longitudinal groove part disposed in the direction intersecting the mirror surface characterized in that the longitudinal groove part has a shape with a width narrower toward the mirror surface. a stationary member fixed to a mirror housing, a movable member to be attached with a mirror unit, a holding member holding the movable member onto the stationary member and rotatably centered on a rotational center, and a driving member allowing the movable member to rotate relative to the stationary member centered on the rotational center, wherein the stationary member has a stationary-side spherical surface configured of a part of a spherical surface that centers on the rotational center, the movable member has a movable-side spherical surface configured of a part of a spherical surface that centers on the rotational center, a gap between the stationary-side spherical surface and the movable-side spherical surface, and a sealant that seals the gap between the stationary-side spherical surface and the movable-side spherical surface and wherein at least one of the stationary-side spherical surface and the movable-side spherical surface include a sealant pool part (58, 64) to pool the sealant, and the sealant pool part (58, 64) is configured of a longitudinal groove part disposed in the direction intersecting the mirror surface characterized in that the longitudinal groove part has a shape with a width narrower toward the mirror surface.
Device for the power supply of lighting bars, comprising: - at least one base element (2, 3), substantially plate-shaped, from which protrudes at least one perforating element (4, 5) made of an electrically conductive material; - at least one bridge element (6, 7, 8), made in a single body piece and associable with said base element (2, 3) in a configuration of use in which said base element (2, 3) and said bridge element (6, 7, 8) surround a portion of a lighting bar and said perforating element (4, 5) penetrates through at least one perforable wall of said lighting bar and supplies power to said lighting bar. wherein said bridge element (6, 7, 8) comprises a first wall, a second wall and a third wall arranged in a C pattern, in which said first wall and said second wall are associated with each other by means of said third wall; wherein said third wall comprises an inner surface which, in said configuration of use, is adapted to come into contact with said lighting bar on the opposite side with respect to said base element (2, 3); characterized by the fact that said inner surface has a central thickened portion which, in said configuration of use, protrudes towards said base element (2, 3). - at least one base element (2, 3), substantially plate-shaped, from which protrudes at least one perforating element (4, 5) made of an electrically conductive material; - at least one bridge element (6, 7, 8), made in a single body piece and associable with said base element (2, 3) in a configuration of use in which said base element (2, 3) and said bridge element (6, 7, 8) surround a portion of a lighting bar and said perforating element (4, 5) penetrates through at least one perforable wall of said lighting bar and supplies power to said lighting bar.
A pressure device with resilient elements, in particular brush elements of a brush body that are mechanically coupled with a spring system having a number of spring elements (37*) arranged between a base plate (34*) and a bottom plate (38*), characterized in that the brush elements (B1*, B2*,..., Bi*,..., Bn*) of the pressure device are mechanically coupled with a double spring system, that said double spring system is composed of the aforementioned spring system and a further spring system mechanically coupled with the aforementioned spring system, wherein the aforementioned spring system altogether is pre-tensioned to a pre-defined minimum pressure force F2min in the state of rest and, in the state of operation for flat items, exerts a pressure force F2 linearly rising with the thickness, wherein, in the state of rest, there is exerted a pressure force lower than the pressure force provided by the brush elements, that there are provided at least two first stop elements (341*) that limit the stroke of the base plate (34*) to the bottom plate (38*) in the direction of gravity, wherein, after the stop elements (341*) have hit, the brush elements in total provide a minimum pressure force F1 min corresponding to the total of the deformation forces D B of the brush elements in the state of rest of the pressure device, and wherein the brush elements, in the state of operation for flat items, exert, from the first thickness up to a second thickness, a non-linearly rising pressure force up to an optimum pressure force F1 opt on the flat item, and that the further spring system is altogether pre-tensioned to a pre-defined pressure force F3min that is equal to the optimum pressure force F1opt of the brush elements and, in the state of operation for flat items, exerts, from a second thickness on, a pressure force F3 linearly rising with the thickness, wherein the following applies to the pressure forces: F 3 > F 3 min = F 1 opt > F 1 > F 1 min = F 2 max > F 2 > F 2 min.
An irradiating system comprising: - an elongate radiating element having a longitudinal axis and being configured to output radiation from multiple positions thereof and in a first direction away from the longitudinal axis, - a transporting element configured to transport one or more objects in a second direction past the radiating element to have the object(s) irradiated by the rad iation, - a sensor configured to sense a parameter, characterized in that the sensor comprises a collecting element configured to collect a radiation or gas, and in that the system further comprises a translator configured to translate the collecting element along the longitudinal axis and at a position between the radiating element and the transporting element. - an elongate radiating element having a longitudinal axis and being configured to output radiation from multiple positions thereof and in a first direction away from the longitudinal axis, - a transporting element configured to transport one or more objects in a second direction past the radiating element to have the object(s) irradiated by the rad iation, - a sensor configured to sense a parameter,
A method, performed by a device, for estimating physical activity of an individual based on electrocardiogram, wherein the method comprises: - receiving an electrocardiogram signal originating from the individual; - identifying a non-cardiac muscle signal in the received electrocardiogram signal, wherein the identifying of the non-cardiac muscle signal comprises measuring a degree of fluctuations in the electrocardiogram signal excluding fluctuations of QRS complexes; - estimating a presence or a level of physical activity of the individual, wherein the estimated presence or level of physical activity corresponds to an estimated measure of heart activity and which estimation is based on the identified non-cardiac muscle signal and on an established relationship between non-cardiac muscle signal levels and measures of physical activity, which measures comprise measures of heart activity; and - obtaining a measure of heart activity from the electrocardiogram signal and comparing with the estimated measure of heart activity, thereby enabling reduction of influence of physical activity in the measure of heart activity and/or due to mental stress of the individual. - receiving an electrocardiogram signal originating from the individual; - identifying a non-cardiac muscle signal in the received electrocardiogram signal, wherein the identifying of the non-cardiac muscle signal comprises measuring a degree of fluctuations in the electrocardiogram signal excluding fluctuations of QRS complexes; - estimating a presence or a level of physical activity of the individual, wherein the estimated presence or level of physical activity corresponds to an estimated measure of heart activity and which estimation is based on the identified non-cardiac muscle signal and on an established relationship between non-cardiac muscle signal levels and measures of physical activity, which measures comprise measures of heart activity; and - obtaining a measure of heart activity from the electrocardiogram signal and comparing with the estimated measure of heart activity, thereby enabling reduction of influence of physical activity in the measure of heart activity and/or due to mental stress of the individual.
Holographic foil supplying device for a hot foil stamping machine comprising a reel for holographic foil, an advancement system for advancing the holographic foil along a movement path in a feeding direction and a frame supporting the reel and the advancement system, wherein the frame comprises a mount for mounting the holographic foil supplying device to the hot foil stamping machine, characterized in that the mount comprises lateral adjustment means for adjusting the position of the frame in a direction perpendicular to the feeding direction.