mhurhangee/ep-ind-claims huggingface dataset:
Colour marking with integrated spray safeguard for aerosol spray cans, having at least a substantially annular outer and a substantially annular inner element, which are arranged concentrically relative to each other and are separably connected to each other via at least one connecting element, wherein the annular outer element can be connected by a form fit or force fit to the dome of an aerosol spray can, and the annular inner element comprises a spacer element, which can be at least partly arranged between spray head and valve disc base of the spray can in such a way that the spray valve cannot be triggered by the spray head, characterized in that the inner opening of the annular outer element is larger than the outer diameter of the valve disc and comprises at least one latching element projecting into its inner opening, which reduces the diameter of the inner opening in such a way that, at least in the area of the latching element, the diameter of the inner opening of the annular outer element is so much smaller than the outer diameter of the valve disc that the annular outer element can be slipped over the valve disc, wherein the latching element latches in underneath the seam between valve disc and dome, substantially at the outer crimped seam between valve disc and dome, and thus fixes the annular outer element between valve disc and dome.
A head-mounted device, comprising: a display configured to present images to a user's eyes in eye boxes; a head-mountable support structure; a layer supported by the head-mountable support structure that is configured to separate an exterior region from an interior region and that is partially transparent to visible light passing from the exterior region to the eye boxes in the interior region; and optical sensors configured to operate through the layer at a visible light wavelength and at an infrared light wavelength, wherein the layer includes a visible-light reflecting layer and a visible-light absorbing layer, the visible-light reflecting layer being arranged between the exterior region and the visible-light absorbing layer, wherein the visible-light reflecting layer reflects more visible light at the visible light wavelength than the visible-light absorbing layer, wherein the visible-light absorbing layer absorbs more visible light than the visible-light reflecting layer at the visible light wavelength, and wherein the layer is more transparent at the infrared light wavelength than at the visible light wavelength. a display configured to present images to a user's eyes in eye boxes; a head-mountable support structure; a layer supported by the head-mountable support structure that is configured to separate an exterior region from an interior region and that is partially transparent to visible light passing from the exterior region to the eye boxes in the interior region; and optical sensors configured to operate through the layer at a visible light wavelength and at an infrared light wavelength, wherein the layer includes a visible-light reflecting layer and a visible-light absorbing layer, the visible-light reflecting layer being arranged between the exterior region and the visible-light absorbing layer, wherein the visible-light reflecting layer reflects more visible light at the visible light wavelength than the visible-light absorbing layer, wherein the visible-light absorbing layer absorbs more visible light than the visible-light reflecting layer at the visible light wavelength, and wherein the layer is more transparent at the infrared light wavelength than at the visible light wavelength.
A wall element comprising two outer layers extending at least substantially parallel to each other and an intermediate layer connected thereto, which wall element can be moved between a folded position, in which the outer layers face each other, and an unfolded position, in which the outer layers are spaced from each other, said intermediate layer comprising first parts which are connected to a respective outer layer and second parts which extend between said first parts, characterised in that the intermediate layer has a rectangular cross-section in the unfolded position, wherein the first parts extend parallel to the outer layers in the folded and unfolded positions, wherein the second parts extend perpendicularly to the first parts in the unfolded position, wherein the second parts extend parallel to the first parts in the folded position, and wherein each second part is pivotally connected to at least one of the first parts, wherein the intermediate layer is formed from one blank, wherein each second part 97) is pivotally connected to both first parts, wherein each second part is pivotally connected to one of the first parts along two spaced fold lines (21, 22; 23, 25), and wherein each second part is pivotally connected to the other first part along one fold line (23, 26).
Brake disc-hub connection, wherein a hub has drivers, which extend from a wheel flange of the hub in the axial direction relative to an axis of rotation common to a brake disc and the hub, and which engage in a tooth-like manner between supporting elements, which are arranged on the inner circumference of a brake disc and extend in the direction of the axis of rotation, wherein first intermediate elements are arranged in intermediate spaces between lateral flanks (15, 23) of the drivers and the supporting elements, said first intermediate elements encompassing the drivers in a radial and U-shaped manner in the circumferential direction, and bearing at least against the opposing flanks of the drivers in a planar manner, characterised in that second intermediate elements are arranged between the lateral flanks of the supporting elements and arms (31, 32) of the first intermediate elements bearing against the lateral flanks of the drivers, said second intermediate elements being capable of being mounted separately from the first intermediate elements.
A coated carbon nanotube electric wire comprising: a carbon nanotube wire including one or more carbon nanotube aggregates configured of a plurality of carbon nanotubes; and an insulating coating layer with which the carbon nanotube wire is coated, wherein the insulating coating layer is configured of a material with a refractive index n D of equal to or greater than 1.45, and a q value of a peak top at a peak of scattering intensity based on X-ray scattering indicating density of the plurality of carbon nanotubes is equal to or greater than 2.0 nm -1 and equal to or less than 5.0 nm -1, and a full-width at half maximum Δq is equal to or greater than 0.1 nm -1 and equal to or less than 2.0 nm 1 a carbon nanotube wire including one or more carbon nanotube aggregates configured of a plurality of carbon nanotubes; and an insulating coating layer with which the carbon nanotube wire is coated, wherein the insulating coating layer is configured of a material with a refractive index n D of equal to or greater than 1.45, and a q value of a peak top at a peak of scattering intensity based on X-ray scattering indicating density of the plurality of carbon nanotubes is equal to or greater than 2.0 nm -1 and equal to or less than 5.0 nm -1, and a full-width at half maximum Δq is equal to or greater than 0.1 nm -1 and equal to or less than 2.0 nm 1
An apparatus comprising: a plurality of sensor elements wherein the plurality of sensor elements are configured to be actuated in response to exposure to a parameter and the apparatus is configured to record when each of the plurality of sensor elements are actuated wherein: the plurality of sensor elements comprises at least a first subset of the plurality of sensor elements and at least a second subset of the plurality of sensor elements where the first subset of the plurality of sensor elements are actuated in response to a first level of exposure to a parameter and the second subset of the plurality of sensor elements are actuated in response to a second level of exposure to a parameter, wherein at least one of the plurality of sensor elements comprises a portion of sensing material and an irreversible memory portion, wherein the portion of sensing material and the irreversible memory portion are connected in a circuit; wherein the plurality of sensor elements are arranged such that when the exposure to the parameter sensed by the sensing material exceeds a threshold value a reversible change in an electrical characteristic of the sensing material caused by the exposure to the parameter causes an irreversible change in an electrical characteristic of the irreversible memory portion, thereby causing an irreversible change in an electrical characteristic of the circuit. the plurality of sensor elements comprises at least a first subset of the plurality of sensor elements and at least a second subset of the plurality of sensor elements where the first subset of the plurality of sensor elements are actuated in response to a first level of exposure to a parameter and the second subset of the plurality of sensor elements are actuated in response to a second level of exposure to a parameter, wherein at least one of the plurality of sensor elements comprises a portion of sensing material and an irreversible memory portion, wherein the portion of sensing material and the irreversible memory portion are connected in a circuit; wherein the plurality of sensor elements are arranged such that when the exposure to the parameter sensed by the sensing material exceeds a threshold value a reversible change in an electrical characteristic of the sensing material caused by the exposure to the parameter causes an irreversible change in an electrical characteristic of the irreversible memory portion, thereby causing an irreversible change in an electrical characteristic of the circuit.
A method of transmitting data by a User Equipment, UE, using a Hybrid Auto Repeat Request, HARQ, scheme in a mobile communication system, the method comprising the steps of: receiving configuration information from an Enhanced Node B, ENB, the configuration information including a first Maximum Retransmission Limit, MRL, value to be applied to data that is transmitted over a persistent resource and preferred service information defining priorities of data to be transmitted over the persistent resource; when data to be transmitted by the UE is real time data, transmitting a first data packet to the ENB by using the persistent resource and applying the first MRL value to the first data packet, which is configured from the real time data, and if there is a remaining space in the first data packet, after the first data packet is configured from the real time data, sequentially filling the first data packet with data having a priority that is determined based on the preferred service information. receiving configuration information from an Enhanced Node B, ENB, the configuration information including a first Maximum Retransmission Limit, MRL, value to be applied to data that is transmitted over a persistent resource and preferred service information defining priorities of data to be transmitted over the persistent resource; when data to be transmitted by the UE is real time data, transmitting a first data packet to the ENB by using the persistent resource and applying the first MRL value to the first data packet, which is configured from the real time data, and if there is a remaining space in the first data packet, after the first data packet is configured from the real time data, sequentially filling the first data packet with data having a priority that is determined based on the preferred service information.
A wound dressing comprising: a nonwoven web obtained from a plurality of fibers irradiation-grafted with individual polymer chains that extend from the surface of the fibers; wherein fibers in the plurality of fibers comprise fiber repeat units; wherein the individual polymer chains comprise hydrophilic monomer units each comprising at least one hydrophilic group; wherein the plurality of fibers in the nonwoven web have a ratio of hydrophilic groups to fiber repeat units in a range of from 0.25 to 5.0; wherein the grafted individual polymer chains are copolymer chains of monofunctional ethylenically-unsaturated monomers having a poly(alkylene oxide) group and anionic monomers having at least one ethylenically-unsaturated group and an additional anionic functional group, wherein the monomers with poly(alkylene oxide) group make up 2 to 25 wt% of the total monomer weight. a nonwoven web obtained from a plurality of fibers irradiation-grafted with individual polymer chains that extend from the surface of the fibers; wherein fibers in the plurality of fibers comprise fiber repeat units; wherein the individual polymer chains comprise hydrophilic monomer units each comprising at least one hydrophilic group; wherein the plurality of fibers in the nonwoven web have a ratio of hydrophilic groups to fiber repeat units in a range of from 0.25 to 5.0; wherein the grafted individual polymer chains are copolymer chains of monofunctional ethylenically-unsaturated monomers having a poly(alkylene oxide) group and anionic monomers having at least one ethylenically-unsaturated group and an additional anionic functional group, wherein the monomers with poly(alkylene oxide) group make up 2 to 25 wt% of the total monomer weight.
A method of operating a wireless terminal in a wireless communication network, the method comprising: transmitting a connection resume request from the wireless terminal to a base station (eNB) of the wireless communication network; after transmitting the connection resume request, receiving a connection resume message at the wireless terminal from the base station (eNB) wherein the connection resume message includes an indication to delay resuming the radio bearer of the connection until after the wireless terminal has performed reconfiguration based on a connection reconfiguration message; responsive to receiving the connection resume message, performing reconfiguration of a connection with the base station (eNB), wherein performing reconfiguration comprises performing reconfiguration of the connection based on the connection resume message; responsive to receiving the connection resume message, providing a security key for the connection with the base station (eNB); responsive to receiving the connection resume message, resuming a radio bearer, transmitting a connection resume complete message from the wireless terminal to the base station (eNB); and after resuming the radio bearer, transmitting uplink data using the radio bearer. transmitting a connection resume request from the wireless terminal to a base station (eNB) of the wireless communication network; after transmitting the connection resume request, receiving a connection resume message at the wireless terminal from the base station (eNB) wherein the connection resume message includes an indication to delay resuming the radio bearer of the connection until after the wireless terminal has performed reconfiguration based on a connection reconfiguration message; responsive to receiving the connection resume message, performing reconfiguration of a connection with the base station (eNB), wherein performing reconfiguration comprises performing reconfiguration of the connection based on the connection resume message; responsive to receiving the connection resume message, providing a security key for the connection with the base station (eNB); responsive to receiving the connection resume message, resuming a radio bearer, transmitting a connection resume complete message from the wireless terminal to the base station (eNB); and after resuming the radio bearer, transmitting uplink data using the radio bearer.
Aircraft seat device with at least one shell element (12a; 12b), wherein the shell element (12a; 12b) forms a hollow which faces an aircraft seat and forms a space in which an ottoman is arranged, the hollow being formed by a first sidewall (18a; 18b), a second sidewall (20a; 20b) and an upper wall (22a; 22b) of the shell element (12a; 12b) that is realized so as to be inclined, with at least one table unit (24a; 24b), with at least one support device (34a; 34b) configured to connect the at least one table unit (24a; 24b) obliquely to the shell element (12a; 12b) at least in a stowage position, wherein in the stowage position the table unit (24a; 24b) is arranged entirely in the space spanned by the shell element (12a; 12b) at the upper wall (22a; 22b) that delimits a foot space, wherein the support device (34a; 34b) comprises at least one rotational bearing unit (54a; 54b), which is configured for pivoting the table unit (24a; 24b) between the stowage position and at least one intermediate position that is situated substantially in a horizontal plane, wherein the support device (34a; 34b) comprises at least one linear bearing unit (36a; 36b), which is configured for traversing the table unit (24a; 24b) between the intermediate position and at least one completely deployed usage position that is close to a seat. with at least one shell element (12a; 12b), wherein the shell element (12a; 12b) forms a hollow which faces an aircraft seat and forms a space in which an ottoman is arranged, the hollow being formed by a first sidewall (18a; 18b), a second sidewall (20a; 20b) and an upper wall (22a; 22b) of the shell element (12a; 12b) that is realized so as to be inclined, with at least one table unit (24a; 24b), with at least one support device (34a; 34b) configured to connect the at least one table unit (24a; 24b) obliquely to the shell element (12a; 12b) at least in a stowage position, wherein in the stowage position the table unit (24a; 24b) is arranged entirely in the space spanned by the shell element (12a; 12b) at the upper wall (22a; 22b) that delimits a foot space, wherein the support device (34a; 34b) comprises at least one rotational bearing unit (54a; 54b), which is configured for pivoting the table unit (24a; 24b) between the stowage position and at least one intermediate position that is situated substantially in a horizontal plane, wherein the support device (34a; 34b) comprises at least one linear bearing unit (36a; 36b), which is configured for traversing the table unit (24a; 24b) between the intermediate position and at least one completely deployed usage position that is close to a seat.
A compound of formula I or a pharmaceutically acceptable salt thereof wherein, Z is sulphur, W is absent and wherein n is zero or an integer from 1 to 8 and m is zero or an integer from 1 to 8; R 1, R 2 and R 3 are each hydrogen for use in treating hyperproliferative diseases. wherein, Z is sulphur, W is absent and wherein n is zero or an integer from 1 to 8 and m is zero or an integer from 1 to 8; R 1, R 2 and R 3 are each hydrogen
A dispensing container having: a body (4, 74) defining a cavity for storing dispensable cavity contents and having an opening which opens into the cavity; a covering (14, 18, 92) configured to close the opening; a lid connected to the body by a failure zone and openable about a hinge formed at least in part by the covering, to cause failure of the failure zone and provide access to the dispensable cavity contents; and characterised in that the failure zone includes a failure portion, a body portion and a lid portion, a lip extending towards the inside of the container from the body portion and an externally concave curved surface on the lid portion of the failure zone operable, after failure of the failure portion, to effect re-closure of the container by pressing the lid back towards the body until the lid portion has extended beyond the body portion. a body (4, 74) defining a cavity for storing dispensable cavity contents and having an opening which opens into the cavity; a covering (14, 18, 92) configured to close the opening; a lid connected to the body by a failure zone and openable about a hinge formed at least in part by the covering, to cause failure of the failure zone and provide access to the dispensable cavity contents; and characterised in that the failure zone includes a failure portion, a body portion and a lid portion, a lip extending towards the inside of the container from the body portion and an externally concave curved surface on the lid portion of the failure zone operable, after failure of the failure portion, to effect re-closure of the container by pressing the lid back towards the body until the lid portion has extended beyond the body portion.
System made of window attachment molding and seal element, wherein at least one seal body of the seal element is arranged to form a seal at the end of at least one section of a molding, and wherein the seal body of the seal element is provided either in the joint region between the ends of abutting sections of window attachment moldings or between the end of one window attachment molding and an adjoining component, characterized in that the seal element (4, 14) has a carrier, which is to be arranged on the window attachment molding and which bears at least one seal body, the carrier of the seal element (4, 14) is accommodated in a groove of the window attachment molding, which extends in the longitudinal direction and up to the end of the window attachment molding, or the carrier of the seal element (4, 14) is designed to engage in a cavity of the window attachment molding, which extends in the longitudinal direction and up to the end of the window attachment molding.
A cooking assembly, comprising: a housing having a lower, base portion and defining a hollow cooking chamber; at least one heating element (38, 28) disposed in the housing and in thermal communication with the hollow cooking chamber; a fan mounted to the housing and configured to circulate air in the hollow cooking chamber; and a smoke unit including a fuel box in fluid communication with the hollow cooking chamber, and an igniter configured to ignite fuel contained in the fuel box, wherein the fan is configured to draw smoke from the fuel box into the hollow cooking chamber; characterised in that the housing has an upper, lid portion, the base portion and the lid portion defining the hollow cooking chamber, the lid portion being movably coupled to the base portion for selectively enclosing the hollow cooking chamber; and the smoke unit is mounted to an exterior surface of the lid portion and is configured to be in fluid communication with the hollow cooking chamber via a lid aperture. a housing having a lower, base portion and defining a hollow cooking chamber; at least one heating element (38, 28) disposed in the housing and in thermal communication with the hollow cooking chamber; a fan mounted to the housing and configured to circulate air in the hollow cooking chamber; and a smoke unit including a fuel box in fluid communication with the hollow cooking chamber, and an igniter configured to ignite fuel contained in the fuel box, wherein the fan is configured to draw smoke from the fuel box into the hollow cooking chamber; the housing has an upper, lid portion, the base portion and the lid portion defining the hollow cooking chamber, the lid portion being movably coupled to the base portion for selectively enclosing the hollow cooking chamber; and the smoke unit is mounted to an exterior surface of the lid portion and is configured to be in fluid communication with the hollow cooking chamber via a lid aperture.