mhurhangee/ep-ind-claims huggingface dataset:
A REMOVABLE BASE FOR THE VERTICAL ELEMENTS OF STREET FURNITURE characterised in that it consists of an upper part formed by a flat metal plate which has a pair of wings at each end, in the shape of an "L" and of a lower part in the form of a "U", which in its upper part has a pair of flanges arranged horizontally which also have ribs arranged symmetrically with respect to the transverse axis of the said flanges, a group of stop pads, a pair of pellets made from nylon or of material with similar properties, a brake formed by a rectangular plate which has a stud at its centre and the vertical element of a street furniture item that is joined to the upper piece by an anchor plate, and in that the upper part has the pair of wings with an "L" cross-section on the interior of the part, and the lower part that in its upper portion has the pair of flanges arranged horizontally, so that by positioning one part over the other, the wings and the flanges have their faces parallel to each other, thereby forming a box, separated by a space equal to the width of the stop pads which are inserted into each of the box's four corners; where the wings of the upper part are suspended in the central area, in a width equal to that of the brake plate; having the stud of the brake of a length at least 3 cm longer than the existing length of the lower face of the flanges and the upper face of the upper part of the box; having the plate of the brake with respective recesses at the ends that are provided with the pellets made from nylon or of material with similar properties, which are embedded in the said recesses and ribs.
A method for establishing a service flow comprising a plurality of payload messages in a point-to-multipoint, PMP, wireless multi-hop relay network comprising a base station, at least one relay station, and a subscriber station, the method comprising: a. the base station sending a signalling message containing a path list, and an initial connection identifier, CID, for a connection between the base station and one of the at least one relay stations, the signalling message identifying the service flow for servicing the subscriber station; b. one of the at least one relay stations receiving the signalling message and replacing the CID contained in said signalling message with a new CID and forwarding the signalling message with the new CID, the one of the at least one relay stations adapted to create an entry in a CID mapping table mapping the CID to the new CID for use in routing subsequent payload messages associated with the service flow, and c. wherein step b. is repeated by one or more additional relay stations until the subscriber station is reached. a. the base station sending a signalling message containing a path list, and an initial connection identifier, CID, for a connection between the base station and one of the at least one relay stations, the signalling message identifying the service flow for servicing the subscriber station; b. one of the at least one relay stations receiving the signalling message and replacing the CID contained in said signalling message with a new CID and forwarding the signalling message with the new CID, the one of the at least one relay stations adapted to create an entry in a CID mapping table mapping the CID to the new CID for use in routing subsequent payload messages associated with the service flow, and c. wherein step b. is repeated by one or more additional relay stations until the subscriber station is reached.
A power supply control system comprising: one or more power supply control devices (1, 38, 39, 40) supplied with power from a battery; and a controller for wirelessly communicating signals with the power supply control devices (1, 38, 39, 40), wherein each of the power supply control devices (1, 38, 39, 40) includes a startup unit for receiving, via a first antenna, a wireless startup signal transmitted from the controller, and supplying power from the battery to a communication unit while receiving the wireless startup signal, and the communication unit which is for, while being supplied with power from the battery, receiving, via a second antenna, a monitoring control instruction from the controller, acquiring a monitoring control result for the monitored and/or controlled battery, and transmitting the monitoring control result to the controller as needed in response to the monitoring control instruction, wherein said first or said second antenna is installed in the null point direction of the other antenna of said first and said second antenna, or wherein a conductive plate is installed between said first and said second antenna. one or more power supply control devices (1, 38, 39, 40) supplied with power from a battery; and a controller for wirelessly communicating signals with the power supply control devices (1, 38, 39, 40), wherein each of the power supply control devices (1, 38, 39, 40) includes a startup unit for receiving, via a first antenna, a wireless startup signal transmitted from the controller, and supplying power from the battery to a communication unit while receiving the wireless startup signal, and the communication unit which is for, while being supplied with power from the battery, receiving, via a second antenna, a monitoring control instruction from the controller, acquiring a monitoring control result for the monitored and/or controlled battery, and transmitting the monitoring control result to the controller as needed in response to the monitoring control instruction, wherein said first or said second antenna is installed in the null point direction of the other antenna of said first and said second antenna, or wherein a conductive plate is installed between said first and said second antenna. a startup unit for receiving, via a first antenna, a wireless startup signal transmitted from the controller, and supplying power from the battery to a communication unit while receiving the wireless startup signal, and the communication unit which is for, while being supplied with power from the battery, receiving, via a second antenna, a monitoring control instruction from the controller, acquiring a monitoring control result for the monitored and/or controlled battery, and transmitting the monitoring control result to the controller as needed in response to the monitoring control instruction, wherein said first or said second antenna is installed in the null point direction of the other antenna of said first and said second antenna, or wherein a conductive plate is installed between said first and said second antenna.
A method of establishing a secure connection between a master device (101; 301; 401; 800; 1100) and a slave device (102; 302; 402) which share at least a first communication channel, the method being performed by the master device, the method comprising: transmitting an identifier ID M associated with the master device over the first communication channel to the slave device, receiving a first identifier ID S1 associated with the slave device and a proof-of-possession X S of a pre-shared key K S from the slave device, which key K S is known to the slave device and a bootstrapping server, and which proof-of-possession X S is generated by the slave device using K S, ID M, and ID S1, using the same algorithm as is used by the bootstrapping server for generating a proof-of-possession X B of the key K S, transmitting ID S1, X S, and ID M, to the bootstrapping server, receiving, if X B and X S are identical, a key MK B from the bootstrapping server, which key MK B is generated by the bootstrapping server using the same algorithm as is used for generating an identical key MKs at the slave device, and storing MK B. transmitting an identifier ID M associated with the master device over the first communication channel to the slave device, receiving a first identifier ID S1 associated with the slave device and a proof-of-possession X S of a pre-shared key K S from the slave device, which key K S is known to the slave device and a bootstrapping server, and which proof-of-possession X S is generated by the slave device using K S, ID M, and ID S1, using the same algorithm as is used by the bootstrapping server for generating a proof-of-possession X B of the key K S, transmitting ID S1, X S, and ID M, to the bootstrapping server, receiving, if X B and X S are identical, a key MK B from the bootstrapping server, which key MK B is generated by the bootstrapping server using the same algorithm as is used for generating an identical key MKs at the slave device, and storing MK B.
An inkjet ink formulation comprising: (a) an aqueous vehicle; (b) at least one dye or pigment; and (c) a water-soluble phthalocyanine dye or naphthalocyanine dye with near- infrared absorption comprising a polymer of monomeric units, each unit comprising a phthalocyanine or a naphthalocyanine moiety and, each unit having two linker moieties on opposite sides or adjacent sides of the unit, wherein the linker is on opposites sides of each unit to provide a linear polymer, wherein the linker is on three sides of each unit to provide a branched polymer, or wherein the linker is on four sides of each unit to provide a network structure and wherein water-soluble groups selected from the group consisting of carboxylate, amides, imidazoles, poly(ethylene glycols), amines and sulfonates are present on at least one of the linkers between the phthalocyanine or napthalocyanine moieties, and wherein each unit comprises a metal atom complexed to the phthalocyanine or naphthalocyanine moiety, each atom having a valency of from 3 to 5, with 2 valencies complexed to the phthalocyanine or naphthalocyanine ring, and wherein the dye further includes at least one water-soluble or one water-insoluble group complexed to the metal atom. (a) an aqueous vehicle; (b) at least one dye or pigment; and (c) a water-soluble phthalocyanine dye or naphthalocyanine dye with near- infrared absorption comprising a polymer of monomeric units, each unit comprising a phthalocyanine or a naphthalocyanine moiety and, each unit having two linker moieties on opposite sides or adjacent sides of the unit, wherein the linker is on opposites sides of each unit to provide a linear polymer, wherein the linker is on three sides of each unit to provide a branched polymer, or wherein the linker is on four sides of each unit to provide a network structure and wherein water-soluble groups selected from the group consisting of carboxylate, amides, imidazoles, poly(ethylene glycols), amines and sulfonates are present on at least one of the linkers between the phthalocyanine or napthalocyanine moieties, and
A method for the preparation of 6'- O -sialyllactose or a salt thereof, comprising the steps of: a) reaction of an acceptor of general formula 3 wherein R 1 is -OR 2, which R 2 is a group removable by catalytic hydrogenation, R 4 is optionally substituted acyl provided that acetyl is excluded, with a donor of general formula 4 wherein R 5 is acetyl, R 8 is selected from -NHAc and -NAc 2, Q is COO-CH 3, and X is leaving group, to yield a compound of general formula 2B wherein R 2, R 4 and R 8 are as defined above, b) the compound 2B is subjected to selective acidic deprotection to give a compound of general formula 2C wherein R 2 and R 4 are as defined above, followed by a) base catalyzed transesterification reaction followed by basic hydrolysis, optional acidification and optional salt formation, or b) basic hydrolysis, optional acidification and optional salt formation to give a compound of general formula 1 or salts thereof wherein R 1 is as defined above, and c) subsequently converting the compound of general formula 1 or salts thereof into 6'- O -sialyllactose or salts thereof. a) reaction of an acceptor of general formula 3 wherein R 1 is -OR 2, which R 2 is a group removable by catalytic hydrogenation, R 4 is optionally substituted acyl provided that acetyl is excluded, with a donor of general formula 4 wherein R 5 is acetyl, R 8 is selected from -NHAc and -NAc 2, Q is COO-CH 3, and X is leaving group, to yield a compound of general formula 2B wherein R 2, R 4 and R 8 are as defined above, wherein R 1 is -OR 2, which R 2 is a group removable by catalytic hydrogenation, R 4 is optionally substituted acyl provided that acetyl is excluded, wherein R 5 is acetyl, R 8 is selected from -NHAc and -NAc 2, Q is COO-CH 3, and X is leaving group, b) the compound 2B is subjected to selective acidic deprotection to give a compound of general formula 2C wherein R 2 and R 4 are as defined above, followed by a) base catalyzed transesterification reaction followed by basic hydrolysis, optional acidification and optional salt formation, or b) basic hydrolysis, optional acidification and optional salt formation to give a compound of general formula 1 or salts thereof wherein R 1 is as defined above, and a) base catalyzed transesterification reaction followed by basic hydrolysis, optional acidification and optional salt formation, or b) basic hydrolysis, optional acidification and optional salt formation c) subsequently converting the compound of general formula 1 or salts thereof into 6'- O -sialyllactose or salts thereof.
An injector comprising a body and a container, the body having an injection opening and including a drive mechanism which can be actuated to move the container within the body and inject medication from the container through the injection opening, the container comprising an outlet and including an injection needle releasably coupled thereto, the injection needle comprising a hub and a needle, the hub extending along a first axis between a connecting end and a needle end, the connection end comprising connection means for connecting to the container and the needle connecting to the hub at the needle end, the needle extending from the hub along the first axis to an injection end, the injection needle comprising a channel extending from the connection end of the hub to the injection end of the needle, the needle further comprising a needle shield, the needle shield releasably coupled to the needle hub and substantially covering the needle, the body further including a body stop, the body stop comprising a shoulder extending radially inwardly from the body, wherein the shoulder of the body stop defines an aperture though which the needle shield, but not a reference shoulder can pass, the body stop being configured to contact the reference shoulder to limit the distance of the injection end of the needle extending out of the injection opening, characterised in that the reference shoulder is provided on a sleeve that is fitted to and substantially surrounds the hub, the sleeve being a separate component added to the injection needle and substantially unable to move away from the injection end such that the reference shoulder is in a fixed axial position relative to the injection end.
An apparatus for mass spectrometry or ion mobility spectrometry comprising: a sampling stage arranged and adapted to receive a sample; a first ion source arranged and adapted to emit a spray of charged droplets, wherein the first ion source is an ambient ionisation ion source; and a control system arranged and adapted to control one or more spatial properties of said spray of charged droplets in use by automatically varying or adjusting one or more parameters of said first ion source, wherein the control system is configured to determine a suitable value of said one or more spatial properties, measure the value of said one or more spatial properties throughout the acquisition, and adjust or vary said one or more parameters of said first ion source during the acquisition if the measured value of said one or more spatial properties differs from the suitable value by a given amount; wherein said one or more spatial properties of said spray of charged droplets is a size or shape of a spot of said spray of charged droplets as it hits a surface of the sample. a sampling stage arranged and adapted to receive a sample; a first ion source arranged and adapted to emit a spray of charged droplets, wherein the first ion source is an ambient ionisation ion source; and a control system arranged and adapted to control one or more spatial properties of said spray of charged droplets in use by automatically varying or adjusting one or more parameters of said first ion source, wherein the control system is configured to determine a suitable value of said one or more spatial properties, measure the value of said one or more spatial properties throughout the acquisition, and adjust or vary said one or more parameters of said first ion source during the acquisition if the measured value of said one or more spatial properties differs from the suitable value by a given amount; wherein said one or more spatial properties of said spray of charged droplets is a size or shape of a spot of said spray of charged droplets as it hits a surface of the sample.
A drug delivery device comprising: a housing; a plurality of code-detecting optical sensors (212a-212g); a cylindrical member supported within the housing and configured to be rotated relative to the housing and the plurality of code-detecting optical sensors between a plurality of rotational positions; a sleeve which surrounds at least part of said cylindrical member and which rotates relative to the plurality of code-detecting optical sensors in one operational mode of the device but not in another operational mode of the device; and an additional optical sensor for monitoring the rotational position of opaque markings provided on the sleeve in order to determine the mode of operation of the device; wherein an outer surface of the cylindrical member is provided with a single track, the track forming an encoder and having a plurality of first track segments and a plurality of second track segments arranged along the length of the track, the first and second track segments respectively comprising differently marked parts of the track; and wherein in each rotational position of the cylindrical member relative to the housing at least one different first track segment is capable of inducing a first response in at least one of the plurality of code-detecting optical sensors, thereby enabling the rotational position of the cylindrical member relative to the housing to be determined. a housing; a plurality of code-detecting optical sensors (212a-212g); a cylindrical member supported within the housing and configured to be rotated relative to the housing and the plurality of code-detecting optical sensors between a plurality of rotational positions; a sleeve which surrounds at least part of said cylindrical member and which rotates relative to the plurality of code-detecting optical sensors in one operational mode of the device but not in another operational mode of the device; and an additional optical sensor for monitoring the rotational position of opaque markings provided on the sleeve in order to determine the mode of operation of the device; wherein an outer surface of the cylindrical member is provided with a single track, the track forming an encoder and having a plurality of first track segments and a plurality of second track segments arranged along the length of the track, the first and second track segments respectively comprising differently marked parts of the track; and wherein in each rotational position of the cylindrical member relative to the housing at least one different first track segment is capable of inducing a first response in at least one of the plurality of code-detecting optical sensors, thereby enabling the rotational position of the cylindrical member relative to the housing to be determined.
Rotor blade module for fastening on a rotor part for the purpose of forming a rotor blade ring in a steam turbine, the rotor blade module having: a root plate, a blade aerofoil which extends from one side of the root plate, and a fastening means which extends from the other side of the root plate, wherein a projection of the blade aerofoil onto a plane containing the root plate is completely covered by the root plate, wherein the fastening means has a plurality of tabs which are configured for fastening the rotor blade module on the rotor part for the purpose of forming the rotor blade ring, wherein the tabs have a through-bore which is configured for receiving a tapered pin, and wherein the through-bore runs centrally through each tab and parallel to an edge of the root plate, which edge is neither parallel nor perpendicular to an axis of rotation of the rotor blade ring. a root plate, a blade aerofoil which extends from one side of the root plate, and a fastening means which extends from the other side of the root plate, wherein a projection of the blade aerofoil onto a plane containing the root plate is completely covered by the root plate, wherein the fastening means has a plurality of tabs which are configured for fastening the rotor blade module on the rotor part for the purpose of forming the rotor blade ring, wherein the tabs have a through-bore which is configured for receiving a tapered pin, and wherein the through-bore runs centrally through each tab and parallel to an edge of the root plate, which edge is neither parallel nor perpendicular to an axis of rotation of the rotor blade ring.
A set of laser weldable materials, which is suitable for laser-welding a first resin member and a second resin member by arranging a third resin member in-between the first resin member and the second resin member and irradiating laser light to the three resin members from said first resin member side, said set of laser weldable materials consisting of three materials constituting the first resin member, the second resin member and the third resin member, respectively, the first resin member and the second resin member being of different materials, the first resin member being non-absorptive of laser light and the second resin member being absorptive of laser light, wherein the material constituting the first resin member comprises a first resin non-absorptive of laser light, the material constituting the second resin member comprises a second resin and an additive absorptive of laser light, and characterized in that the material constituting the third resin comprises a polymer having at least one constitutional unit the same as or analogous to the constitutional unit of the first resin and at least one constitutional unit the same as or analogous to the constitutional unit of the second resin.
A polish product, which is essentially free of volatile components and which comprises a wax component in an amount in the range of from 20-60% a non-volatile, non-aqueous, liquid component, wherein non-volatile is defined as not being an organic volatile substance having a vapour pressure of greater than 1 torr (0.13 kPa), in an amount in the range of from 20-60%, and a fatty component, preferably a fatty acid, in an amount of 1 to 40 wt%, all percentages being weight percentages based on total polish product.
An occupant restrainment harness configured for use in conjunction with a vehicle seatbelt system, the restrainment harness having a back panel and a front panel defining together an occupant torso accommodating space, adjustably closable by a fastener mechanism configured at the front panel; wherein the back panel is configured at a lower portion thereof with a lap strap fastener arrangement (50, 52) configured for receiving a lap strap of the vehicle seatbelt system, the occupant restrainment harness further comprising a top shoulder strap fastener buckle which is centrally positioned at a top portion of the back panel characterized in that, the top shoulder strap fastener buckle is configured for fixed arresting a shoulder strap of the vehicle seatbelt system and preventing a sliding displacement of the shoulder strap with respect thereto.