mhurhangee/ep-ind-claims huggingface dataset:
A confectionery product (100, 600) comprising: a first end (140, 602) and a second end (150, 604), a breakage initiation region (110, 610) at the second end of the product (150, 604), the breakage initiation region (110, 610) being constituted by a core, a plurality of frangible portions (120, 620) extending outwardly from the breakage initiation region (110, 610) and terminating in free ends (130, 630), said free ends (130, 630) lying on a plane which constitutes the first end of the product (140, 602), and a recess (160, 660) defined between the free ends (130, 630) and the breakage initiation region (110, 610), wherein the plurality of frangible portions (120, 620) are connected to the breakage initiation region (110, 610) via a region of weakness (180, 680), and wherein the frangible portions (120, 620) are configured to break apart from the product (100, 600) at the region of weakness (180, 680) when the first end of the product (140, 602) is placed onto a surface and a manual force is applied to the breakage initiation region (110, 610) to depress the breakage initiation region (110, 610) into the recess (160, 660). a first end (140, 602) and a second end (150, 604), a breakage initiation region (110, 610) at the second end of the product (150, 604), the breakage initiation region (110, 610) being constituted by a core, a plurality of frangible portions (120, 620) extending outwardly from the breakage initiation region (110, 610) and terminating in free ends (130, 630), said free ends (130, 630) lying on a plane which constitutes the first end of the product (140, 602), and a recess (160, 660) defined between the free ends (130, 630) and the breakage initiation region (110, 610), wherein the plurality of frangible portions (120, 620) are connected to the breakage initiation region (110, 610) via a region of weakness (180, 680), and wherein the frangible portions (120, 620) are configured to break apart from the product (100, 600) at the region of weakness (180, 680) when the first end of the product (140, 602) is placed onto a surface and a manual force is applied to the breakage initiation region (110, 610) to depress the breakage initiation region (110, 610) into the recess (160, 660).
Extract of algae of the order Ulvales, in particular extract of green algae of the Ulva type, comprising sulfated and non-sulfated polyanionic polysaccharides the size of which is smaller than 50 kDa, with the exception of sulfated and non-sulfated polyanionic polysaccharides the size of which is greater than 50 kDa, for its use in the prevention and/or treatment of a bacterial infection.
A transmitting method comprising: generating a plurality of data units (Fragment #1 - Fragment #5) by dividing data; configuring a plurality of packets (PACKET #1 - PACKET #5) by allocating header information (HEADER) to each of the plurality of data units (Fragment #1 - Fragment #5) and by packetizing the plurality of data units (Fragment #1 - Fragment #5), wherein packet sequence numbers are allocated to the packets and the header information (HEADER) of a packet includes its packet sequence number; and transmitting the plurality of configured packets (PACKET #1 - PACKET #5) together with control information; characterized in that an index, not transmitted, that starts from the head packet and indicates an order of the plurality of data units (Fragment #1 - Fragment #5) is allocated to the packets; the header information (HEADER) of a packet includes a fragment counter which indicates the number of data units (Fragment #1 - Fragment #5) which come after the data unit included in the packet; and when the fragment counter is not to be used by a receiving device: the control information includes divided data information which includes the packet sequence number of the head packet; and the fragment counter has a fixed value indicating that the fragment counter is not to be used by a receiving device. generating a plurality of data units (Fragment #1 - Fragment #5) by dividing data; configuring a plurality of packets (PACKET #1 - PACKET #5) by allocating header information (HEADER) to each of the plurality of data units (Fragment #1 - Fragment #5) and by packetizing the plurality of data units (Fragment #1 - Fragment #5), wherein packet sequence numbers are allocated to the packets and the header information (HEADER) of a packet includes its packet sequence number; and transmitting the plurality of configured packets (PACKET #1 - PACKET #5) together with control information; characterized in that an index, not transmitted, that starts from the head packet and indicates an order of the plurality of data units (Fragment #1 - Fragment #5) is allocated to the packets; the header information (HEADER) of a packet includes a fragment counter which indicates the number of data units (Fragment #1 - Fragment #5) which come after the data unit included in the packet; and when the fragment counter is not to be used by a receiving device: the control information includes divided data information which includes the packet sequence number of the head packet; and the fragment counter has a fixed value indicating that the fragment counter is not to be used by a receiving device. the control information includes divided data information which includes the packet sequence number of the head packet; and the fragment counter has a fixed value indicating that the fragment counter is not to be used by a receiving device.
A porous non mechanical valve comprising an external component which is hydrophobic without self-sealing properties and an internal component which is self-sealing, wherein the external component comprises sintered porous plastic and the internal component comprises sintered porous plastic and wherein the porous non mechanical valve blocks or retards the flow of liquid through the porous non mechanical valve.
A fluid-filled chamber comprising: an outer barrier having an upper portion, an opposite lower portion, and a peripheral edge, the upper portion and lower portion being bonded together in a first bonded region and a second bonded region, the first bonded region and the second bonded region being spaced inward from the peripheral edge and having a convex shape; and a tensile member located within the outer barrier and including a first aperture formed therethrough and a first tensile indented area formed into a perimeter of the tensile member, the first bonded region extending into the first aperture and the second bonded region extending into the first tensile indented area; wherein the first bonded region is completely surrounded by the tensile member within the first aperture; and wherein the second bonded region includes a first portion surrounded by the tensile member within the first tensile indented area and a second portion opposing the peripheral edge. an outer barrier having an upper portion, an opposite lower portion, and a peripheral edge, the upper portion and lower portion being bonded together in a first bonded region and a second bonded region, the first bonded region and the second bonded region being spaced inward from the peripheral edge and having a convex shape; and a tensile member located within the outer barrier and including a first aperture formed therethrough and a first tensile indented area formed into a perimeter of the tensile member, the first bonded region extending into the first aperture and the second bonded region extending into the first tensile indented area; wherein the first bonded region is completely surrounded by the tensile member within the first aperture; and wherein the second bonded region includes a first portion surrounded by the tensile member within the first tensile indented area and a second portion opposing the peripheral edge.
An apparatus for segregating traffic amongst a plurality of stations that are associated with an access point, comprising: a LAN segment; and a personal virtual bridged local area network (personal VLAN) for partitioning said LAN segment logically into multiple virtual bridged local area networks (VLANs);and said personal VLAN further comprising: one or more logical ports (19, 21); and a Personal VLAN bridge adapted to maintain more than one logical port per physical port (15, 17), and to bridge between any said logical ports and physical ports; characterized in that the Personal VLAN bridge is further adapted to: receive from a station a request to create a new logical port that serves a new VLAN; and authenticate a request to join an existing VLAN received from a station. a LAN segment; and a personal virtual bridged local area network (personal VLAN) for partitioning said LAN segment logically into multiple virtual bridged local area networks (VLANs);and said personal VLAN further comprising: one or more logical ports (19, 21); and a Personal VLAN bridge adapted to maintain more than one logical port per physical port (15, 17), and to bridge between any said logical ports and physical ports; one or more logical ports (19, 21); and a Personal VLAN bridge adapted to maintain more than one logical port per physical port (15, 17), and to bridge between any said logical ports and physical ports; characterized in that the Personal VLAN bridge is further adapted to: receive from a station a request to create a new logical port that serves a new VLAN; and authenticate a request to join an existing VLAN received from a station. receive from a station a request to create a new logical port that serves a new VLAN; and authenticate a request to join an existing VLAN received from a station.
A window for a vehicle, comprising first and second glass substrates, laminated to one another via a first laminating material; and a deformable backbone supporting a plurality of LED devices, the deformable backbone being disposed between the first and second substrates, the LED devices being connected to one another via flexible wires, wherein the backbone has a shape selected to match an angle at which the windshield is to be disposed in the vehicle and so that the LED devices, when powered, emit light primarily in a direction parallel to a surface on which the vehicle is located.
A shell cross-member system (10; 110) for a railroad track, intended to be fixed in an apron of the railroad track, of the type comprising a cross-member having a lower face, and an upper face, for receiving a rail fastening system, and a shell, the shell enveloping substantially entirely the cross-member so as to define an inner volume for receiving the cross-member, the inner volume being sealed against outside attacks, characterized in that the shell includes an aperture, a contour thereof is configured to engage a slot provided on the upper face of the cross-member around an installation zone for the rail fastening system.
A clip connection, having - a first component, - a male fixing element which projects from the first component, wherein the male fixing element has a first portion connected directly to the first component and a second, spherical or sphere-like, portion adjoining the first portion, and - a clip element which is clipped onto the male fixing element, wherein - the clip element has a plurality of clamping jaws (6a - 6d) spaced apart from each other in a peripheral direction of the clip element, which jaws beneath an equatorial plane of the spherical or sphere-like portion bear from below against the spherical or sphere-like portion and thereby oppose a pull-off force acting on the clip element which attempts to pull the clip element off from the male fixing element, and - the clamping jaws (6a - 6d) are separated from each other by clamping-jaw slots (7a - 7d), characterised in that • the clamping-jaw slots (7a - 7d) extend from an upper side of the clamping jaws (6a - 6d) as far as a shield-ring-like portion, and • the shield-ring-like portion has shield ring slots (9a - 9d) spaced apart from one another in the peripheral direction of the clip element, which slots extend in a radial direction of the clip element, with a shield ring lobe (8a - 8d) being provided between two successive shield ring slots (9a - 9d) in the peripheral direction in each case. - a first component, - a male fixing element which projects from the first component, wherein the male fixing element has a first portion connected directly to the first component and a second, spherical or sphere-like, portion adjoining the first portion, and - a clip element which is clipped onto the male fixing element, wherein - the clip element has a plurality of clamping jaws (6a - 6d) spaced apart from each other in a peripheral direction of the clip element, which jaws beneath an equatorial plane of the spherical or sphere-like portion bear from below against the spherical or sphere-like portion and thereby oppose a pull-off force acting on the clip element which attempts to pull the clip element off from the male fixing element, and - the clamping jaws (6a - 6d) are separated from each other by clamping-jaw slots (7a - 7d), • the clamping-jaw slots (7a - 7d) extend from an upper side of the clamping jaws (6a - 6d) as far as a shield-ring-like portion, and • the shield-ring-like portion has shield ring slots (9a - 9d) spaced apart from one another in the peripheral direction of the clip element, which slots extend in a radial direction of the clip element, with a shield ring lobe (8a - 8d) being provided between two successive shield ring slots (9a - 9d) in the peripheral direction in each case.
A touch fastener loop material comprising a non-woven web of fibers forming both a base and a field of hook-engageable loops of a tenacity of at least 1.1 grams per denier extending outward from one broad side of the base, wherein the fibers are distributed such that, for a plurality of six micron slices parallel to the base, the field of loops has a maximum ratio of a volume of occupied by the non-woven web of fibers to a total volume of the slice of between 5 and 25 percent, and wherein the maximum ratio occurs closer to an elevation where the ratio first rises above 5% than to an elevation where the ratio falls back below 5% running upward from the base.
An arc flash protection device for a generator set, the arc flash protection device comprising: a sensor configured to detect a presence of at least one person or arc flash protection qualifying event in proximity to the generator set; and a controller; characterized in that the controller is configured to communicate with the generator set, wherein the controller is configured to: detect a short circuit in the generator set or a circuit which it supplies; identify a phase condition for the short circuit and to discriminate between a 1-phase condition, a 2-phase condition, and a 3-phase condition; and shut down the generator set upon detection of a short circuit in the generator set or a circuit which it supplies and the generator set reaching a limit on a thermal damage curve for the generator set, wherein the controller is also configured to initiate an arc flash protection regime when the presence of the at least one person or arc flash protection qualifying event is detected, the arc flash protection regime including shutting down the generator set upon detection of a short circuit. a sensor configured to detect a presence of at least one person or arc flash protection qualifying event in proximity to the generator set; and a controller; characterized in that the controller is configured to communicate with the generator set, wherein the controller is configured to: detect a short circuit in the generator set or a circuit which it supplies; identify a phase condition for the short circuit and to discriminate between a 1-phase condition, a 2-phase condition, and a 3-phase condition; and shut down the generator set upon detection of a short circuit in the generator set or a circuit which it supplies and the generator set reaching a limit on a thermal damage curve for the generator set, detect a short circuit in the generator set or a circuit which it supplies; identify a phase condition for the short circuit and to discriminate between a 1-phase condition, a 2-phase condition, and a 3-phase condition; and shut down the generator set upon detection of a short circuit in the generator set or a circuit which it supplies and the generator set reaching a limit on a thermal damage curve for the generator set, wherein the controller is also configured to initiate an arc flash protection regime when the presence of the at least one person or arc flash protection qualifying event is detected, the arc flash protection regime including shutting down the generator set upon detection of a short circuit.
An apparatus comprising: a light source comprising: a droplet generator arranged to dispense a sequence of droplets of a feed material; and a solid state laser arranged to generate an excitation light directed to a droplet of the feed material such that, in use, the interaction of the excitation light with the droplet of the feed material causes the droplet to ionize to form a plasma, wherein the droplet is caused by the excitation light to be heated to a sufficiently high plasma temperature at a sufficiently high plasma density such that the plasma emits an illumination light with a radiance of at least 10 W/mm 2 -sr within a spectral region from 40 nanometers to 200 nanometers, and wherein the apparatus is arranged such that, in use, the illumination light is useable to illuminate a specimen; wherein the solid state laser is arranged to generate the excitation light with a pulse duration between 1 nanosecond and 40 nanoseconds, with a wavelength of one micrometer, and with a pulse energy between 1 milliJoule and 20 milliJoules. a light source comprising: a droplet generator arranged to dispense a sequence of droplets of a feed material; and a solid state laser arranged to generate an excitation light directed to a droplet of the feed material such that, in use, the interaction of the excitation light with the droplet of the feed material causes the droplet to ionize to form a plasma, wherein the droplet is caused by the excitation light to be heated to a sufficiently high plasma temperature at a sufficiently high plasma density such that the plasma emits an illumination light with a radiance of at least 10 W/mm 2 -sr within a spectral region from 40 nanometers to 200 nanometers, and wherein the apparatus is arranged such that, in use, the illumination light is useable to illuminate a specimen; a droplet generator arranged to dispense a sequence of droplets of a feed material; and a solid state laser arranged to generate an excitation light directed to a droplet of the feed material such that, in use, the interaction of the excitation light with the droplet of the feed material causes the droplet to ionize to form a plasma, wherein the droplet is caused by the excitation light to be heated to a sufficiently high plasma temperature at a sufficiently high plasma density such that the plasma emits an illumination light with a radiance of at least 10 W/mm 2 -sr within a spectral region from 40 nanometers to 200 nanometers, and wherein the apparatus is arranged such that, in use, the illumination light is useable to illuminate a specimen; wherein the solid state laser is arranged to generate the excitation light with a pulse duration between 1 nanosecond and 40 nanoseconds, with a wavelength of one micrometer, and with a pulse energy between 1 milliJoule and 20 milliJoules.
Atomiser (1; 28), particularly rotary atomiser, with a) a first paint inlet for a first paint system, b) at least one additional second paint inlet for a second paint system, where both paint inlets (3, 4) are separated from each other, so that the atomiser (1; 28) may optionally apply one of the two different paint systems, c) an application device, particularly a bell cup, for applying both the paint systems, d) wherein for supplying the application device with the first or second paint system d1) a first main valve in the first paint inlet and a second main valve in the second paint inlet, or d2) a common main valve for both paint inlets (3, 4) is provided, e) a common pipe section leading to the application device, wherein both paint inlets (3, 4) open via the at least one main needle valve (FA, FB; HN) into the common pipe section, characterised in that f) the at least one main valve (FA, FB; HN) is a main needle valve (FA, FB; HN), and g) at least one flushing pipe (8, 9; 12) opens into the common pipe section which is located downstream behind the at least one main needle valve (FA, FB; HN). a) a first paint inlet for a first paint system, b) at least one additional second paint inlet for a second paint system, where both paint inlets (3, 4) are separated from each other, so that the atomiser (1; 28) may optionally apply one of the two different paint systems, c) an application device, particularly a bell cup, for applying both the paint systems, d) wherein for supplying the application device with the first or second paint system d1) a first main valve in the first paint inlet and a second main valve in the second paint inlet, or d2) a common main valve for both paint inlets (3, 4) is provided, d1) a first main valve in the first paint inlet and a second main valve in the second paint inlet, or d2) a common main valve for both paint inlets (3, 4) is provided, e) a common pipe section leading to the application device, wherein both paint inlets (3, 4) open via the at least one main needle valve (FA, FB; HN) into the common pipe section, f) the at least one main valve (FA, FB; HN) is a main needle valve (FA, FB; HN), and g) at least one flushing pipe (8, 9; 12) opens into the common pipe section which is located downstream behind the at least one main needle valve (FA, FB; HN).
Gel composition comprising an antiseptic agent and preferably also an anaesthetic agent, characterised in that the gel composition further contains a diol component, which is hexylene glycol, pentylene glycol or structural isomers.
An operation device for an autonomous vehicle that is capable of performing automatic driving and is a shared vehicle for riding by an unspecified large number of occupants, comprising: a mechanical operation unit configured to perform driving control for the autonomous vehicle, characterized in that the mechanical operation unit can be stored in a storage compartment covered with a lid. a mechanical operation unit configured to perform driving control for the autonomous vehicle, characterized in that the mechanical operation unit can be stored in a storage compartment covered with a lid.
Aerosol-generating device, comprising: a housing having an outer surface, an inner surface, and a through-hole connecting the outer surface and the inner surface; a button at least partially arranged in the through-hole; and a membrane fixed to the housing and extending across the through-hole; wherein a form-fit (19, 21) is provided between the housing and the button; characterized in that the form-fit (19, 21) is configured to retain the button in the through-hole against the button falling out of the through-hole towards an outside of the aerosol-generating device. a housing having an outer surface, an inner surface, and a through-hole connecting the outer surface and the inner surface; a button at least partially arranged in the through-hole; and a membrane fixed to the housing and extending across the through-hole; wherein a form-fit (19, 21) is provided between the housing and the button; characterized in that the form-fit (19, 21) is configured to retain the button in the through-hole against the button falling out of the through-hole towards an outside of the aerosol-generating device.