mhurhangee/ep-ind-claims huggingface dataset:
A node system comprising: a processor; and a memory; wherein the node system is configured to implement a method for node relay communication comprising: a) receiving a description of a flow entry in a packet from another node, characterised by: the description of the flow entry including an address in a flow, a Flow identifier of the flow entry, a flow version, an address and port information for one or more other nodes in the flow, and a private key, wherein the packet from the another node includes an expiration time stamp, and wherein the address and port information for one or more other nodes in the flow includes an internet protocol, IP, address and port for a next node in the flow; b) storing the flow entry and the private key in a database indexed by the Flow ID; c) receiving a packet, wherein the packet comprises an authentication code and packet data including packet sequence information and the Flow ID of the packet; d) performing a look up in the database of a flow entry corresponding to the Flow ID of the packet; and e) ignoring the packet or forwarding the packet to the IP address of the next node in the flow, depending on the result of the look-up. a processor; and a memory; a) receiving a description of a flow entry in a packet from another node, characterised by: the description of the flow entry including an address in a flow, a Flow identifier of the flow entry, a flow version, an address and port information for one or more other nodes in the flow, and a private key, wherein the packet from the another node includes an expiration time stamp, and wherein the address and port information for one or more other nodes in the flow includes an internet protocol, IP, address and port for a next node in the flow; b) storing the flow entry and the private key in a database indexed by the Flow ID; c) receiving a packet, wherein the packet comprises an authentication code and packet data including packet sequence information and the Flow ID of the packet; d) performing a look up in the database of a flow entry corresponding to the Flow ID of the packet; and e) ignoring the packet or forwarding the packet to the IP address of the next node in the flow, depending on the result of the look-up.
The use of astaxanthin compositions in foodstuffs, food supplements or feedstuffs for non-human mammals, where the astaxanthin composition comprises at least 90% by weight, based on the total weight of astaxanthin and astaxanthin derivatives in the composition, of a monoester of astaxanthin with an aliphatic C 10 -C 22 -monocarboxylic acid, where at least 90% by weight of the monoester present in the astaxanthin composition is a monoester with precisely one aliphatic, unbranched C 16 C 22 -monocarboxylic acid.
A steering wheel device comprising: a steering wheel that is connected with a steering column of a vehicle; and a lower cover that covers a steering column side of the steering wheel, wherein the lower cover includes: a bottom member facing the steering column; an open portion which is formed at a center of the bottom member and through which a steering shaft extending from the steering column to the steering wheel passes; slit portions (114a, 114b) formed on both sides, in a vehicle width direction, of the open portion of the bottom member, with the slit portions (114a, 114b) being bent and curved in predetermined shapes; characterised by buffer portions (116a, 116b) formed in the bottom member and fringed by the slit portions (114a, 114b), with these buffer portions (116a, 116b) each having a free end formed on a vehicle front side and a stationary end formed on a vehicle rear side; and bridge members (122a, 122b) that can be broken and bridge respective slit portions (114a, 114b) on the free end side of each of the buffer portions (116a, 116b). a steering wheel that is connected with a steering column of a vehicle; and a lower cover that covers a steering column side of the steering wheel, wherein the lower cover includes: a bottom member facing the steering column; an open portion which is formed at a center of the bottom member and through which a steering shaft extending from the steering column to the steering wheel passes; slit portions (114a, 114b) formed on both sides, in a vehicle width direction, of the open portion of the bottom member, with the slit portions (114a, 114b) being bent and curved in predetermined shapes; characterised by buffer portions (116a, 116b) formed in the bottom member and fringed by the slit portions (114a, 114b), with these buffer portions (116a, 116b) each having a free end formed on a vehicle front side and a stationary end formed on a vehicle rear side; and bridge members (122a, 122b) that can be broken and bridge respective slit portions (114a, 114b) on the free end side of each of the buffer portions (116a, 116b). a bottom member facing the steering column; an open portion which is formed at a center of the bottom member and through which a steering shaft extending from the steering column to the steering wheel passes; slit portions (114a, 114b) formed on both sides, in a vehicle width direction, of the open portion of the bottom member, with the slit portions (114a, 114b) being bent and curved in predetermined shapes; characterised by buffer portions (116a, 116b) formed in the bottom member and fringed by the slit portions (114a, 114b), with these buffer portions (116a, 116b) each having a free end formed on a vehicle front side and a stationary end formed on a vehicle rear side; and bridge members (122a, 122b) that can be broken and bridge respective slit portions (114a, 114b) on the free end side of each of the buffer portions (116a, 116b).
Conjugate containing at least one compound carrying carboxyl groups and an oligomer which consists of peptidically linked lysine monomer units, where the above-mentioned lysine monomer units in the oligomer are in each case linked via the ε-amino group of the side chain, characterised in that, in the case of the compound carrying carboxyl groups, the proportion of the carboxyl groups in the molecular weight of the compound carrying carboxyl groups is greater than 30%, in that at least one compound carrying carboxyl groups which is conjugated to the oligomer contains two or more free carboxyl groups, in that the conjugate contains between 3 and 6 or more than 9 compounds carrying carboxyl groups per 10 monomer units, and in that the oligomer has a chain length of 10 to 50 monomer units.
A washer/dryer comprising a body; a tub which is disposed into the body; a drum which is disposed in the tub, which rotates around its own axis and wherein the laundry is placed; at least one shock absorber which is fixed to the tub from one end and to the body from the other end, the shock absorber having a cylinder, a piston which moves linearly in the cylinder, a casing which is coaxial with the cylinder and the piston and which at least partially surrounds both the cylinder and the piston, at least one friction element which is positioned between the cylinder and the piston so as to completely enclose the piston, a retainer which prevents the friction element from being detached from the piston, the shock absorber having a first magnet group which is positioned in the casing so as to at least partially surround the retainer characterized by the first magnet group being positioned on the retainer holding the friction element so as to completely enclose the retainer and hence the friction element, a second magnet group and a third magnet group, whereby the sides of said second magnet group and said third magnet group facing the first magnet group have the same pole, so that in case the first magnet group gets close to the second magnet group or the third magnet group, the same poles repel each other, and whereby said second magnet group and said third magnet group are positioned in the casing concentrically with the piston and bear against the two opposite sides of the casing at both sides of the retainer parallel to the first magnet group so as to bear against the two opposite short edges of the casing and so as to be distanced from the first magnet group.
Kinematic mechanism for a head-up display, HUD, wherein said HUD comprises a HUD image combiner and a HUD protective cover, said mechanism comprising: a cover gear (6.1) for opening and closing the HUD protective cover; a combiner gear (5.1) for moving the HUD image combiner between a retracted position and an image display position; a motor arranged to drive the cover gear (6.1); characterized in that a Geneva gear (7.1) arranged in cooperation with the combiner gear (5.1) such that continuous rotary motion of the cover gear (6.1) is translated into an intermittent rotary motion of the Geneva gear (7.1); wherein the Geneva gear (7.1) and the combiner gear (5.1) are the same gear or are intermeshing gears. a cover gear (6.1) for opening and closing the HUD protective cover; a combiner gear (5.1) for moving the HUD image combiner between a retracted position and an image display position; a motor arranged to drive the cover gear (6.1); characterized in that a Geneva gear (7.1) arranged in cooperation with the combiner gear (5.1) such that continuous rotary motion of the cover gear (6.1) is translated into an intermittent rotary motion of the Geneva gear (7.1); wherein the Geneva gear (7.1) and the combiner gear (5.1) are the same gear or are intermeshing gears.
Structural column for a modular structure of an electrical cabinet, the structural column comprising two fitting elements symmetrically attached to the ends of a vertical profile by means of first welds made on the contacts between the parts, so as to form a single body, each fitting element being composed of a structural dowel partially inserted into an end of the vertical profile and two coupling elements perpendicularly arranged in relation to the structural dowel in a fitting element, wherein the coupling elements are attached to the structural dowel by means of second welds made on the contact areas between said parts; the coupling element comprises a "C" shaped, stamped part; both the upper and lower faces of the coupling element have bores evenly distributed along their length; and at one end, the coupling element has an L-shaped positioning flap coplanar with the lower face of said coupling element which assists in the perpendicular positioning and the connection between the coupling element and the structural dowel, and a limiter, also in "L" shape, perpendicularly arranged in relation to the positioning flap which restricts the free movement of horizontal beams during assembly of the modular structure; wherein the vertical profile comprises a closed tubular profile with two right-angled sides, which have rectangular frames at their ends; the closing of the closed tubular profile is carried out by a central flap configured to face the outside of the modular structure and located between the rectangular frame and connected to these via intermediate regions; wherein the first welds are made in the contact between the positioning flap and the intermediate regions and between the limiter and the structural dowel;.
Flushing device for a urinal, comprising a connection unit and a control unit, wherein the connection unit can be fixed to the urinal and the control unit can be connected to the connection unit via an interface, wherein the connection unit comprises a connection pipe with an inlet, for connection to a mains system, and an outlet, a flushing pipe with an inlet and an outlet for connection to a nozzle arrangement for discharging flushing water into the urinal bowl of the urinal, and a support element on which the outlet of the connection pipe and the inlet of the flushing pipe are mounted in a fixed position, wherein the control unit comprises a support element on which is arranged at least one control element, characterized in that at least one pipe section with an inlet and an outlet and also a flushing valve, which is arranged between the inlet and outlet and has a power-supply element, are furthermore arranged on the support element, and in that the said interface is provided by the outlet of the connection pipe, by the inlet of the flushing pipe, on the part of the connection unit, and by the inlet and the outlet of the pipe section, on the part of the control unit, wherein the inlet of the pipe section can be connected to the outlet of the connection pipe, and the outlet of the pipe section can be connected to the inlet of the flushing pipe.
A system for the storage of electric energy for a vehicle with electric propulsion, the storage system comprises: a pack of chemical batteries, each of which has a cylindrical shape having a central symmetry axis and presents, at one end, a positive pole and, at an opposite end, a negative pole; the batteries are arranged in at least one row, in which all the chemical batteries of the row are parallel to each other and are arranged one next to the other with a predetermined pitch, so that the row develops perpendicular to the central symmetry axes of the chemical batteries; and a plurality of electrical connection elements for connecting the poles of the chemical batteries of a same row, so as to create a sequence of groups of chemical batteries, in which the chemical, batteries are connected to each other in parallel, and so as to connect the groups of chemical batteries to each other in series; the storage system is characterized in that each electrical connection element consists of a rigid body made of an electrical conductor material, is U-shaped, and comprises a first head plate, which is electrically connected to the positive poles of the chemical batteries of a same first group of chemical batteries, a second head plate, which is electrically connected to the negative poles of the chemical batteries of a same second group of chemical batteries adjacent to the first group of chemical batteries, and a bridge plate, which connects the two head plates to each other by extending above or under the chemical batteries of the two groups of chemical batteries. a pack of chemical batteries, each of which has a cylindrical shape having a central symmetry axis and presents, at one end, a positive pole and, at an opposite end, a negative pole; the batteries are arranged in at least one row, in which all the chemical batteries of the row are parallel to each other and are arranged one next to the other with a predetermined pitch, so that the row develops perpendicular to the central symmetry axes of the chemical batteries; and a plurality of electrical connection elements for connecting the poles of the chemical batteries of a same row, so as to create a sequence of groups of chemical batteries, in which the chemical, batteries are connected to each other in parallel, and so as to connect the groups of chemical batteries to each other in series; the storage system is characterized in that each electrical connection element consists of a rigid body made of an electrical conductor material, is U-shaped, and comprises a first head plate, which is electrically connected to the positive poles of the chemical batteries of a same first group of chemical batteries, a second head plate, which is electrically connected to the negative poles of the chemical batteries of a same second group of chemical batteries adjacent to the first group of chemical batteries, and a bridge plate, which connects the two head plates to each other by extending above or under the chemical batteries of the two groups of chemical batteries.
A microcapsule comprising: a) a benefit agent inside a water insoluble porous inner shell; b) an outer shell comprising at least one layer of cationic polymer and at least one layer of anionic polymer; wherein the anionic polymer is anionically modified polysaccharide, and optionally the microcapsule comprises a non-ionic polysaccharide deposition aid. a) a benefit agent inside a water insoluble porous inner shell; b) an outer shell comprising at least one layer of cationic polymer and at least one layer of anionic polymer;
A stackable storage container with a body and a cover, wherein side walls of the body are provided with elastically deformable latching arms which can be pivoted counter to one another about an edge of the body, wherein the cover has first latching cams on an upper side, wherein, in a first configuration with the cover placed on the edge, the latching arms are releasably latchable with the first latching cams of the cover by overlapping these latching cams in a first latching position, and wherein, in a second configuration with a similar body stacked directly on the edge, the latching arms are releasably latchable with second latching cams of the similar body by overlapping these latching cams in a second latching position, and characterized in that the body has outwardly projecting feet, aligned parallel to the edge, which are provided on the upper side with the second latching cams, wherein the feet of the body, when this is stacked on the cover, engage so as to fit between the first latching cams, wherein, in a third configuration with cover placed on the edge and with similar body stacked on the cover, the latching arms can be releasably latched with the first latching cams of the cover by overlapping these latching cams and, at the same time, the feet of the similar body can be releasably latched, pinched therebetween in a third latching position. wherein side walls of the body are provided with elastically deformable latching arms which can be pivoted counter to one another about an edge of the body, wherein the cover has first latching cams on an upper side, wherein, in a first configuration with the cover placed on the edge, the latching arms are releasably latchable with the first latching cams of the cover by overlapping these latching cams in a first latching position, and wherein, in a second configuration with a similar body stacked directly on the edge, the latching arms are releasably latchable with second latching cams of the similar body by overlapping these latching cams in a second latching position, and the body has outwardly projecting feet, aligned parallel to the edge, which are provided on the upper side with the second latching cams, wherein the feet of the body, when this is stacked on the cover, engage so as to fit between the first latching cams, wherein, in a third configuration with cover placed on the edge and with similar body stacked on the cover, the latching arms can be releasably latched with the first latching cams of the cover by overlapping these latching cams and, at the same time, the feet of the similar body can be releasably latched, pinched therebetween in a third latching position.
A fitting for connecting a plurality of pipe elements (96, 98), said fitting comprising: first and second housing portions (12, 14) attached to one another and defining a plurality of receptacles (16, 18) for receiving said pipe elements (96, 98), at least first and second receptacles (16, 18) of said plurality of receptacles (16, 18) respectively surrounding first and second axes (20, 22), said first axis oriented coaxially with said first receptacle, said second axis oriented coaxially with said second receptacle, said first axis being angularly oriented with respect to said second axis, each of said housing portions (12, 14) comprising: at least first and second channels (26, 28) positioned respectively within said first and second receptacles (16, 18), said first channel facing said first axis, said second channel facing said second axis; at least first and second retainers positioned respectively in said first and second channels (26, 28), each of said retainers comprising a band having oppositely disposed ends (46, 48), a plurality of teeth being positioned along one edge of said band, said teeth of said first retainer projecting toward said first axis, said teeth of said second retainer projecting toward said second axis, characterized in that each of said channels (26, 28) has a first floor and a second floor, said first floor having a greater radius of curvature than said second floor; and at least one tab is positioned along an opposite edge of said band of said first or second retainer, said band overlying said first floor, said at least one tab overlying said second floor when said retainers are positioned within said channels (26, 28). at least first and second channels (26, 28) positioned respectively within said first and second receptacles (16, 18), said first channel facing said first axis, said second channel facing said second axis; at least first and second retainers positioned respectively in said first and second channels (26, 28), each of said retainers comprising a band having oppositely disposed ends (46, 48), a plurality of teeth being positioned along one edge of said band, said teeth of said first retainer projecting toward said first axis, said teeth of said second retainer projecting toward said second axis,
A method of determining structural parameters of a wallboard, comprising: providing a processor and a display device associated with said processor; inputting a core strength value of the wallboard into the processor, the processor performing the following steps: determining a required nail pull value based on a thickness of the wallboard type; calculating a face paper stiffness value based on said provided core strength value and said determined nail pull value; and displaying said calculated face paper stiffness value on the display device; and selecting a face paper type for the wallboard based on said face paper stiffness value displayed on said display device, wherein said face paper stiffness value is based on the following equation: Nail Pull = a + b x face paper stiffness + c x core strength; the Nail Pull being expressed in N, the face paper stiffness being expressed in kN/m and the core strength being expressed in kN/m 2; characterized in that a = a 1 + a 2 / 1 + Exp − board density − a 3 / a 4 N, wherein a1 = 29,9992309 N (6.7441271), a2 = 92,8382145 N (20.870959), a3 = 700,295644 kg/m 3 (43.718215) and a4 = 34,179193 kg/m 3 (2.1337464); and wherein b= 0,042216124 N/(kN/m) (0.009490606731 lb f /(kN/m)) and c= 0,047701656 N/(kN/m 2) (0.073937419 lb f /psi). providing a processor and a display device associated with said processor; inputting a core strength value of the wallboard into the processor, the processor performing the following steps: determining a required nail pull value based on a thickness of the wallboard type; calculating a face paper stiffness value based on said provided core strength value and said determined nail pull value; and displaying said calculated face paper stiffness value on the display device; and selecting a face paper type for the wallboard based on said face paper stiffness value displayed on said display device, wherein said face paper stiffness value is based on the following equation: Nail Pull = a + b x face paper stiffness + c x core strength; the Nail Pull being expressed in N, the face paper stiffness being expressed in kN/m and the core strength being expressed in kN/m 2; determining a required nail pull value based on a thickness of the wallboard type; calculating a face paper stiffness value based on said provided core strength value and said determined nail pull value; and displaying said calculated face paper stiffness value on the display device; and selecting a face paper type for the wallboard based on said face paper stiffness value displayed on said display device, wherein said face paper stiffness value is based on the following equation: Nail Pull = a + b x face paper stiffness + c x core strength; the Nail Pull being expressed in N, the face paper stiffness being expressed in kN/m and the core strength being expressed in kN/m 2; wherein a1 = 29,9992309 N (6.7441271), a2 = 92,8382145 N (20.870959), a3 = 700,295644 kg/m 3 (43.718215) and a4 = 34,179193 kg/m 3 (2.1337464); and wherein b= 0,042216124 N/(kN/m) (0.009490606731 lb f /(kN/m)) and c= 0,047701656 N/(kN/m 2) (0.073937419 lb f /psi).
A telomerase inhibitor for use in alleviating at least one symptom resulting from myelofibrosis in an individual, wherein the telomerase inhibitor is imetelstat or a pharmaceutically acceptable salt thereof.