mhurhangee/ep-ind-claims huggingface dataset:
Child safety seat for attachment to a motor vehicle seat, comprising a seat element, in particular a seat shell, and a side impact guard which can be moved from a rest position located within a predetermined width, in particular standard width, into a functional position located outside the predetermined width, in particular standard width, and vice versa, wherein the side impact guard comprises a flap element, wherein the flap element is partially embedded in an outer wall of the seat element in the functional position, so that only a section of the flap element extends beyond the outer wall, characterized in that a support section (16, 19) of the outer wall of the seat element is designed such that the flap element is received in the support section (16, 19) in the functional position, wherein the flap element protrudes by at least 50%, but no more than 80% of its length over the outer wall of the seat element in the functional position. wherein the side impact guard comprises a flap element, wherein the flap element is partially embedded in an outer wall of the seat element in the functional position, so that only a section of the flap element extends beyond the outer wall, characterized in that a support section (16, 19) of the outer wall of the seat element is designed such that the flap element is received in the support section (16, 19) in the functional position, wherein the flap element protrudes by at least 50%, but no more than 80% of its length over the outer wall of the seat element in the functional position.
A method for securely transmitting a digital message by means of an electronic letter service, whereby a user of the service has a system with a computer with a functioning browser running on it as well as an Internet connection, and the electronic letter service makes use of a TrustCenter, whereby an asymmetrical encryption method is installed on the TrustCenter, with the following steps: - the user creates a password, making use of the system of the user; - a user password verifier is cryptographically derived from the password; - the user password verifier is transmitted to the electronic letter service and the user password verifier is stored on a storage medium of the electronic letter service; whereby the method is characterized by the following steps: - a user secret is cryptographically derived from the password; - the user secret is encrypted using the public key of the TrustCenter; - the encrypted user secret is transmitted to the electronic letter service; - the encrypted user secret is transmitted from the electronic letter service to the TrustCenter, whereby the electronic letter service sends to the TrustCenter a function call for the generation of a user master secret; - the user secret is decrypted in the TrustCenter; - the user master secret is generated in the TrustCenter; - a user ID is generated in the TrustCenter; - the user master secret is encrypted with the user secret in the TrustCenter; - the user ID as well as the user master secret encrypted with the user secret are transmitted from the TrustCenter to the electronic letter service; - the user ID and the user master secret encrypted with the user secret are stored in the electronic letter service. - the user creates a password, making use of the system of the user; - a user password verifier is cryptographically derived from the password; - the user password verifier is transmitted to the electronic letter service and the user password verifier is stored on a storage medium of the electronic letter service; - a user secret is cryptographically derived from the password; - the user secret is encrypted using the public key of the TrustCenter; - the encrypted user secret is transmitted to the electronic letter service; - the encrypted user secret is transmitted from the electronic letter service to the TrustCenter, whereby the electronic letter service sends to the TrustCenter a function call for the generation of a user master secret; - the user secret is decrypted in the TrustCenter; - the user master secret is generated in the TrustCenter; - a user ID is generated in the TrustCenter; - the user master secret is encrypted with the user secret in the TrustCenter; - the user ID as well as the user master secret encrypted with the user secret are transmitted from the TrustCenter to the electronic letter service; - the user ID and the user master secret encrypted with the user secret are stored in the electronic letter service.
A method for sending a trigger message, comprising: after receiving a trigger message, a Machine Type Communication Inter-Working Function, MTC IWF, sending a load status request signaling to a mobility management unit; after receiving the load status request signaling, the mobility management unit feeding a load status response signaling back to the MTC IWF; and the MTC IWF determining the sending of the trigger message according to the load status response signaling fed back by the mobility management unit; wherein when the load status response signaling comprises a load factor, the MTC IWF determining the sending of the trigger message according to the load status response signaling fed back by the mobility management unit comprises: when the load factor indicates that a current network is in a congestion state, the MTC IWF (306, 504) sending the trigger message to a terminal by a mode of short message trigger or cell broadcast. after receiving a trigger message, a Machine Type Communication Inter-Working Function, MTC IWF, sending a load status request signaling to a mobility management unit; after receiving the load status request signaling, the mobility management unit feeding a load status response signaling back to the MTC IWF; and the MTC IWF determining the sending of the trigger message according to the load status response signaling fed back by the mobility management unit; wherein when the load status response signaling comprises a load factor, the MTC IWF determining the sending of the trigger message according to the load status response signaling fed back by the mobility management unit comprises: when the load factor indicates that a current network is in a congestion state, the MTC IWF (306, 504) sending the trigger message to a terminal by a mode of short message trigger or cell broadcast. when the load factor indicates that a current network is in a congestion state, the MTC IWF (306, 504) sending the trigger message to a terminal by a mode of short message trigger or cell broadcast.
A method for backing up a database, in a database mirroring network that includes a backup server (102; 221) and first and second client machines (202, 204), each of the client machines having a database (206, 208) which is designated as one of a live database to be backed up and a mirror database, the method comprising, the backup server (102; 221): sending a request to one of the client machines for status information of a database (212; 208) associated with the client machine to which the request is directed, wherein the status information comprises information that identifies a location of the live database; receiving, from the client machine, the status information that identifies a client machine which has the database designated as the live database; commencing a backup operation using the live database; making an entry concerning the location of the live database at the time of the backup in a file index located on the backup server; and making an alias entry concerning the location of the mirror database at the time of the backup in a file index located on the backup server; receiving an indication that the live database has been re-designated during the backup operation as the mirror database, and an indication that the mirror database has been re-designated during the backup operation as the live database; updating the information concerning the changed designations of the databases (206, 208); and completing the backup operation using the newly designated live database. sending a request to one of the client machines for status information of a database (212; 208) associated with the client machine to which the request is directed, wherein the status information comprises information that identifies a location of the live database; receiving, from the client machine, the status information that identifies a client machine which has the database designated as the live database; commencing a backup operation using the live database; making an entry concerning the location of the live database at the time of the backup in a file index located on the backup server; and making an alias entry concerning the location of the mirror database at the time of the backup in a file index located on the backup server; receiving an indication that the live database has been re-designated during the backup operation as the mirror database, and an indication that the mirror database has been re-designated during the backup operation as the live database; updating the information concerning the changed designations of the databases (206, 208); and completing the backup operation using the newly designated live database.
Pneumatic vehicle tyre of radial construction having a tread having at least one profile band, which is delimited laterally by at least one circumferential groove, runs around in the circumferential direction and is provided over its circumference with at least one transverse groove row (3', 4', 5', 6') having a plurality of transverse grooves (3, 4, 5, 6) which extend parallel to one another, wherein the transverse grooves (3, 4, 5, 6) end within the profile band or have one of their ends opening into the circumferential groove laterally delimiting the profile band and have their other end ending within the profile band, wherein each transverse groove (3, 4, 5, 6) has a groove bottom and two groove walls (10a, 10b) and, in plan view, two mutually adjoining, first and second groove portions (7, 8) which enclose an obtuse angle (α) with respect to the centre line of the transverse groove (3, 4, 5, 6) that extends in the running direction of the groove, wherein the groove portions (7, 8) are delimited at the profile band outer surface in each case by two rectilinearly extending groove edges (7a, 7b, 8a, 8b), and wherein the groove edges (7a, 7b) of the first groove portion adjoin the groove edges (8a, 8b) of the second groove portion, characterized in that the first groove portion extends at an angle (β) of up to 20° to the axial direction, and the second groove portion extends at an angle (γ) of 30° to 50° to the axial direction, wherein in each groove portion (7, 8) at in each case a groove wall (10a, 10b) there is formed a bevel (11a, 11b) which forms an oblique surface and extends with respect to and along the groove edge (7a, 8b) delimiting this groove wall (10a, 10b), wherein the bevels (11a, 11b) extend along groove edges (7a, 8b) which do not adjoin one another.
A transmission belt comprising a body made of a first elastomeric material, a plurality of teeth and a plurality of cords buried in the body of the belt and a back, said belt having a working surface in correspondence to said teeth and said working surface being at least partially covered by a covering in non-elastomeric material characterized in that, defining the area between the plane that joins the neutral axis's of said cords, the working surface and the median transverse planes (P1, P2) of two adjacent teeth as the unitary longitudinal section, characterized in that covering occupies at least 25% of said unitary longitudinal section and in that said covering is made of a homogeneous material where homogeneous material is intended as one that does not exhibit discontinuities, which instead are typical of materials such as fabrics, non-woven fabrics and materials mainly based on fibres, whether yarn or non-yarn, and in that said covering is continuous and has regions of greater thickness and regions of lesser thickness or in that it is discontinuous and it forms separate or only partially joined caps.
An insulated-well immersion cooling enclosure, comprising: a well formed in a substrate material, the well having a first surface at a first elevation, a second surface at a second elevation that is lower than the first elevation, and side surfaces extending between the first and second surfaces; a lid in contact with and fastened to the first surface of the well, the lid, the second surface of the well, and the side surfaces of the well enclosing an internal space configured to contain a dielectric coolant submerging one or more computing devices in the internal space; and an insulating liner on the second surface and the side surfaces of the well, the insulating liner having a first side in contact with the dielectric coolant and a second side in contact with the substrate material at the second surface and the side surfaces of the well, wherein the insulating liner includes an insulating layer constructed from a polymeric material that is non-permeable to the dielectric coolant, thereby preventing the dielectric coolant from passing through the insulating liner to the substrate material. a well formed in a substrate material, the well having a first surface at a first elevation, a second surface at a second elevation that is lower than the first elevation, and side surfaces extending between the first and second surfaces; a lid in contact with and fastened to the first surface of the well, the lid, the second surface of the well, and the side surfaces of the well enclosing an internal space configured to contain a dielectric coolant submerging one or more computing devices in the internal space; and an insulating liner on the second surface and the side surfaces of the well, the insulating liner having a first side in contact with the dielectric coolant and a second side in contact with the substrate material at the second surface and the side surfaces of the well, wherein the insulating liner includes an insulating layer constructed from a polymeric material that is non-permeable to the dielectric coolant, thereby preventing the dielectric coolant from passing through the insulating liner to the substrate material.
A method of preparing a compound of formula: comprising reacting a compound of formula: with 0.6 to 1.0 molar equivalent of cyanuric chloride to form the compound of formula.
A construct for holding at least one article, the construct comprising: a plurality of panels (110, 112, 116, 120, 124) extending at least partially around an interior of the construct, the plurality of panels at least partially forming a corner of the construct; and locking features for at least partially interlocking the construct with a separate construct having similar locking features, the locking features comprising at least a locking tab and an engagement aperture, the locking tab being proximate the engagement aperture at the corner of the construct, wherein the locking tab and the engagement aperture are for selectively engaging the respective engagement aperture and locking tab of the separate construct. a plurality of panels (110, 112, 116, 120, 124) extending at least partially around an interior of the construct, the plurality of panels at least partially forming a corner of the construct; and locking features for at least partially interlocking the construct with a separate construct having similar locking features, the locking features comprising at least a locking tab and an engagement aperture, the locking tab being proximate the engagement aperture at the corner of the construct, wherein the locking tab and the engagement aperture are for selectively engaging the respective engagement aperture and locking tab of the separate construct.
Atomiser nozzle for a sanitary water outlet, for the purpose of atomising pressurised water, which atomiser nozzle has a swirl chamber in which issues at least one feed channel, which is oriented transversely to the nozzle longitudinal axis and runs tangentially into the swirl chamber, wherein at least one inlet channel is connected upstream of each feed channel in the flow direction, and wherein the swirl chamber tapers in the outflow direction in the direction of a nozzle channel, at the channel end region of which the water jet exits into the atmosphere, wherein the atomiser nozzle has a nozzle body which has an insertion opening on the inflow side, and a plug can be inserted into the insertion opening, and wherein the plug forms the channel wall, facing the plug, of the inlet and feed channels (13, 4), characterised in that on the circumferential wall of the insertion opening at least one groove intended for the formation of an inlet channel is provided, and the plug is inserted as far as an annular shoulder which extends around the inner circumference, which annular shoulder has at least one groove which is provided in order to form a feed channel.
A corrosion sensor (100, 200, 300, 400) comprising: an insulating substrate (110, 210, 310); a thin film (120, 220, 320) of a first metallic material formed on the substrate; and characterised by: an array of areas (150, 250, 250, 450) comprising a second metallic material provided at the surface of the thin film, the second metallic material being selected such that, in use of the sensor, the second metallic material is cathodic relative to the first metallic material; electrical terminals (126, 127, 226, 227, 326, 327) defined on the thin film such that the electrical resistance of the thin film can be monitored; and a plurality of resistive tracks (122, 123, 124, 222, 223, 224, 322) defined on the thin film connecting the electrical terminals, and wherein the areas comprising a second metallic material are provided at the surface of the resistive tracks. an insulating substrate (110, 210, 310); a thin film (120, 220, 320) of a first metallic material formed on the substrate; and characterised by: an array of areas (150, 250, 250, 450) comprising a second metallic material provided at the surface of the thin film, the second metallic material being selected such that, in use of the sensor, the second metallic material is cathodic relative to the first metallic material; electrical terminals (126, 127, 226, 227, 326, 327) defined on the thin film such that the electrical resistance of the thin film can be monitored; and a plurality of resistive tracks (122, 123, 124, 222, 223, 224, 322) defined on the thin film connecting the electrical terminals, and wherein the areas comprising a second metallic material are provided at the surface of the resistive tracks. an array of areas (150, 250, 250, 450) comprising a second metallic material provided at the surface of the thin film, the second metallic material being selected such that, in use of the sensor, the second metallic material is cathodic relative to the first metallic material; electrical terminals (126, 127, 226, 227, 326, 327) defined on the thin film such that the electrical resistance of the thin film can be monitored; and a plurality of resistive tracks (122, 123, 124, 222, 223, 224, 322) defined on the thin film connecting the electrical terminals, and wherein the areas comprising a second metallic material are provided at the surface of the resistive tracks.
Pneumatic rotary actuator for a shut-off valve (8, 33) for closing and opening a feed channel of a shut-off device, said shut-off valve (8, 33) being actuated via a drive shaft and said rotary actuator having two pistons (19, 19') capable of moving inversely and synchronously in a pressure-tight housing and each being connectable to the drive shaft via a drive arrangement (21, 23, 27) in such a manner that the linear motion of the pistons (19, 19') is translated into a rotary motion of the drive shaft, said drive arrangement (21, 23, 27) comprising two piston guides (21, 21'), each of which is firmly attached to one of the pistons (19, 19') and a drive element that is firmly connectable to the drive shaft, wherein the drive arrangement (21, 23, 27) is a toggle-lever mechanism, wherein a thrust element (23, 23') that is hinge-jointed to the respective piston guide (21, 21') and to the drive element via first (24, 24') and second (28, 28') pivots, is arranged between each of the respective piston guides (21, 21') and the drive element to form the toggle-lever mechanism between the pistons (19, 19') and the drive element, characterized in that the first pivots (24, 24') are provided with at least one concentric roller (25, 25'), in particular with a roller bearing, for supporting the transverse forces, and the rollers (25, 25') are guided in a guide slot (26, 26') along an inner (22, 22') or outer (20, 20') running surface.
A method, comprising: identifying, by a device in a network, an upcoming network formation event, the upcoming network formation event comprising a network join operation by at least one node, the identifying comprising receiving at the device a non-mandatory request to switch one or more nodes in the network to use a network formation broadcast schedule during the event; determining, by the device, whether to instruct the one or more nodes to use the network formation broadcast schedule immediately or whether to delay instructing the one or more nodes to use the network formation broadcast schedule based on feedback from the one or more nodes; instructing, by the device, either immediately or following a delay, one or more nodes in the network to use the network formation broadcast schedule during the event; determining, by the device, that a degree of functionality in the network during the event exceeds a threshold amount based on network metrics indicative of progress of the network formation event; and instructing, by the device, the one or more nodes to use a normal broadcast schedule, in response to determining that the degree of functionality in the network during the event exceeds the threshold amount, wherein the network formation broadcast schedule and the normal broadcast schedule each define a schedule of frequency-hopping channels, and wherein channels of the network formation broadcast schedule are active more frequently than channels of the normal broadcast schedule when in use. identifying, by a device in a network, an upcoming network formation event, the upcoming network formation event comprising a network join operation by at least one node, the identifying comprising receiving at the device a non-mandatory request to switch one or more nodes in the network to use a network formation broadcast schedule during the event; determining, by the device, whether to instruct the one or more nodes to use the network formation broadcast schedule immediately or whether to delay instructing the one or more nodes to use the network formation broadcast schedule based on feedback from the one or more nodes; instructing, by the device, either immediately or following a delay, one or more nodes in the network to use the network formation broadcast schedule during the event; determining, by the device, that a degree of functionality in the network during the event exceeds a threshold amount based on network metrics indicative of progress of the network formation event; and instructing, by the device, the one or more nodes to use a normal broadcast schedule, in response to determining that the degree of functionality in the network during the event exceeds the threshold amount, wherein the network formation broadcast schedule and the normal broadcast schedule each define a schedule of frequency-hopping channels, and wherein channels of the network formation broadcast schedule are active more frequently than channels of the normal broadcast schedule when in use.