mhurhangee/ep-ind-claims huggingface dataset:
Method of producing a sheet of a casting material with the thickness D comprising the steps: - providing a first form matrix comprising a first surface with a plurality of protruding cells in a pattern and wherein the cells protrude a maximum height H1 wherein H1<D; - providing a second form matrix containing a second surface with a plurality of cells in a pattern and wherein the cells protrude a maximum height H2 wherein H2<D; - placing casting substance between two spaced first and second form matrices; - adding pressure to the form matrices until the two surfaces are at the distance D from each other in order to remove entrapped air in the casting substance; and - letting the casting substance harden; and - removing at least one form matrix leaving a net structure of casting substance. - providing a first form matrix comprising a first surface with a plurality of protruding cells in a pattern and wherein the cells protrude a maximum height H1 wherein H1<D; - providing a second form matrix containing a second surface with a plurality of cells in a pattern and wherein the cells protrude a maximum height H2 wherein H2<D; - placing casting substance between two spaced first and second form matrices; - adding pressure to the form matrices until the two surfaces are at the distance D from each other in order to remove entrapped air in the casting substance; and - letting the casting substance harden; and - removing at least one form matrix leaving a net structure of casting substance.
A ceramic shroud assembly (20; 54; 70; 90) comprising: a ceramic shroud (28; 58; 74; 94) comprising: an inner surface; an outer surface opposite the inner surface; a first axial face extending between the inner surface and the outer surface; and a second axial face opposite the first axial face; characterised in that said ceramic shroud assembly further comprises: a first metal ring (26; 40; 56; 72; 92) shrink fitted around at least a part of the outer surface of the ceramic shroud and configured to attach to a turbine engine casing (13; 50; 84); a compliant and thermally-insulating layer (30; 60) positioned between the ceramic shroud and the first ring; and a second ring (32; 64) configured to axially restrain the ceramic shroud. a ceramic shroud (28; 58; 74; 94) comprising: an inner surface; an outer surface opposite the inner surface; a first axial face extending between the inner surface and the outer surface; and a second axial face opposite the first axial face; characterised in that said ceramic shroud assembly further comprises: an inner surface; an outer surface opposite the inner surface; a first axial face extending between the inner surface and the outer surface; and a second axial face opposite the first axial face; characterised in that said ceramic shroud assembly further comprises: a first metal ring (26; 40; 56; 72; 92) shrink fitted around at least a part of the outer surface of the ceramic shroud and configured to attach to a turbine engine casing (13; 50; 84); a compliant and thermally-insulating layer (30; 60) positioned between the ceramic shroud and the first ring; and a second ring (32; 64) configured to axially restrain the ceramic shroud.
Connecting arrangement in a Windshield wiper blade for multiple types of arms comprising a connection device the connection device being formed by an elongated body in "U" shape, with equal side walls and an upper side, wherein each side wall has a guide at its base, wherein at each end of the upper side of the connector an opening (4, 5) in which a flexible rod (6, 7) connected with the upper side of the connector is provided, wherein the rods (6,7) are arranged in tilted angle out of the connector and define a first locking ramp and a second locking ramp protruding outwards characterized in that the first locking ramp and the second locking ramp are inclined in opposite directions and in that the side walls of the connector have a first region at the side of the rod having the first locking ramp which is of smaller width than the second, opposite region next to the rod having the second locking ramp, wherein the second locking ramp has at its free end a tooth and at the base of each side wall a bulge is provided the bulge being oriented downwards.
Mechanical seal assembly, comprising: - a mechanical seal comprising a rotating slide ring and a stationary slide ring which define a sealing gap between their sliding surfaces (3a, 4a), and - a torque meter which is configured to detect a torque acting on the stationary slide ring, - characterized in that the torque meter comprises a measuring unit and a sensor, wherein the measuring unit is fixed by a foot to a housing and comprises a free end which protrudes in a groove formed in an outer periphery of the stationary slide ring, and - wherein the sensor is configured to detect a position change of the measuring unit in the groove - a controller which is configured to conclude a wear of the sliding surfaces (3a, 4a) of the mechanical seal based on the detected torque on the stationary slide ring, and - wherein the controller is furthermore configured to operate the mechanical seal assembly in such a way that contact between the rotating slide ring and the stationary slide ring occurs at the sliding surfaces (3a, 4a), and is further configured to detect a contact torque arising upon contact of the sliding surfaces (3a, 4a), and to conclude a wear of the sliding surfaces based on the contact torque. - a mechanical seal comprising a rotating slide ring and a stationary slide ring which define a sealing gap between their sliding surfaces (3a, 4a), and - a torque meter which is configured to detect a torque acting on the stationary slide ring, - characterized in that the torque meter comprises a measuring unit and a sensor, wherein the measuring unit is fixed by a foot to a housing and comprises a free end which protrudes in a groove formed in an outer periphery of the stationary slide ring, and - wherein the sensor is configured to detect a position change of the measuring unit in the groove - a controller which is configured to conclude a wear of the sliding surfaces (3a, 4a) of the mechanical seal based on the detected torque on the stationary slide ring, and - wherein the controller is furthermore configured to operate the mechanical seal assembly in such a way that contact between the rotating slide ring and the stationary slide ring occurs at the sliding surfaces (3a, 4a), and is further configured to detect a contact torque arising upon contact of the sliding surfaces (3a, 4a), and to conclude a wear of the sliding surfaces based on the contact torque.
An immunogenic composition comprising a conjugate of a Neisseria meningitidis serogroup X capsular polysaccharide and a carrier protein, wherein coupling of the capsular polysaccharide to the carrier protein is direct.
A composite automated guided vehicle AGV comprising a main automated guided vehicle AGV and a plurality of detachable functional AGV slave modules modularly mounted on the composite AGV, the main AGV and the functional AGV slave modules (3a, 3b, 3c) each comprising at least one battery, whereby a system for power transfer is provided between the battery of the main AGV and the battery of one of the functional AGV slave modules; whereby the battery of the functional AGV slave module comprises a normal output voltage within a range of 25% to 400%, preferably within a range of 50% to 200%, of a normal output voltage of the battery of the main AGV, the system for power transfer comprising: a. at least one power transfer circuit according to a buck-boost topology which comprises a buck circuit and a boost circuit, and optionally a DC link which electrically connects the buck circuit to the boost circuit; b. one or more first separable connection means which are electrically connected to the buck circuit, adapted to electrically, separably, i.e. reversibly, connect the battery of the main AGV to the buck circuit; c. one or more second separable connection means which are electrically connected to the boost circuit, adapted to electrically, separably, i.e. reversibly, connect the boost circuit to the battery of the functional AGV slave module; wherein the power transfer circuit is configured to transfer electrical power between the battery of the main AGV and the battery of the functional AGV slave module when the battery of the main AGV or the battery of the functional AGV slave module has a state of charge below a predetermined and/or possibly variable threshold state of charge, preferably whereby the threshold state of charge for the functional AGV slave module varies dependent on the state of charge of the main AGV. a. at least one power transfer circuit according to a buck-boost topology which comprises a buck circuit and a boost circuit, and optionally a DC link which electrically connects the buck circuit to the boost circuit; b. one or more first separable connection means which are electrically connected to the buck circuit, adapted to electrically, separably, i.e. reversibly, connect the battery of the main AGV to the buck circuit; c. one or more second separable connection means which are electrically connected to the boost circuit, adapted to electrically, separably, i.e. reversibly, connect the boost circuit to the battery of the functional AGV slave module;
A surgical instrument, comprising: a body extending along an axis and having a first working end spaced from a second working end along the axis, wherein the first working end is configured to transmit a force to a surgical device in a direction about the axis and the second working end includes an open-ended wrench configured to transmit a force to a surgical device in a direction generally transverse to the axis, characterized in that the first working end includes a hex drive socket configured to transmit a force to a delivery unit in a direction about the axis for tightening the delivery unit to a fenestrated screw assembly (100, 200) and in that the open-ended wrench is configured to transmit a force to the delivery unit in a direction generally transverse to the axis. a body extending along an axis and having a first working end spaced from a second working end along the axis, wherein the first working end is configured to transmit a force to a surgical device in a direction about the axis and the second working end includes an open-ended wrench configured to transmit a force to a surgical device in a direction generally transverse to the axis, characterized in that the first working end includes a hex drive socket configured to transmit a force to a delivery unit in a direction about the axis for tightening the delivery unit to a fenestrated screw assembly (100, 200) and in that the open-ended wrench is configured to transmit a force to the delivery unit in a direction generally transverse to the axis.
An aqueous herbicidal concentrate composition comprising: (a) glyphosate or a salt or ester thereof; (b) an amidoalkylamine surfactant of formula: wherein R 1 is alkyl or alkenyl, each optionally substituted and having an average of from about 4 carbon atoms to about 22 carbon atoms, R 2 and R 3 are independently alkyl having from 1 to 4 carbon atoms, and R 4 is alkylene having from 1 to 4 carbon atoms; and (c) a co-surfactant component comprising an alkoxylated tertiary amine oxide of formula: wherein R 21 is a straight or branched chain hydrocarbyl having an average of from about 5 carbon atoms to about 22 carbon atoms; R 25 is C 2-4 alkylene; R 26 is a C 2-4 alkylene different from R 25; and x, y, p, and q are each independently average numbers greater than or equal to 1, such that the sum of x, y, p, and q is 4 to about 20, wherein the sum of x and y is from about 3 to about 12. (a) glyphosate or a salt or ester thereof; (b) an amidoalkylamine surfactant of formula: wherein R 1 is alkyl or alkenyl, each optionally substituted and having an average of from about 4 carbon atoms to about 22 carbon atoms, R 2 and R 3 are independently alkyl having from 1 to 4 carbon atoms, and R 4 is alkylene having from 1 to 4 carbon atoms; and (c) a co-surfactant component comprising R 21 is a straight or branched chain hydrocarbyl having an average of from about 5 carbon atoms to about 22 carbon atoms; R 25 is C 2-4 alkylene; R 26 is a C 2-4 alkylene different from R 25; and x, y, p, and q are each independently average numbers greater than or equal to 1, such that the sum of x, y, p, and q is 4 to about 20, wherein the sum of x and y is from about 3 to about 12.
A production method for a gel composition, comprising steps to mentioned below: step of preparing a dispersion liquid, in which a partial degradation product of the galactose moiety of galactoxyloglucan is dispersed in an aqueous solvent, using a partial degradation product of the galactose moiety of galactoxyloglucan in powder form and an aqueous solvent kept at 18 to 30 °C; step of cooling or freezing the dispersion liquid obtained in step; and step of gelling the dispersion liquid cooled or frozen in step by heating to obtain a gel composition that comprises the galactose-partial degradation product. step of preparing a dispersion liquid, in which a partial degradation product of the galactose moiety of galactoxyloglucan is dispersed in an aqueous solvent, using a partial degradation product of the galactose moiety of galactoxyloglucan in powder form and an aqueous solvent kept at 18 to 30 °C; step of cooling or freezing the dispersion liquid obtained in step; and step of gelling the dispersion liquid cooled or frozen in step by heating to obtain a gel composition that comprises the galactose-partial degradation product.
A continuous process for obtaining acrolein by catalytic dehydration of glycerol or glycerin, in the presence of an acid catalyst, characterized in that it comprises the concomitant regeneration of said catalyst and in that it is carried out in a fluidized bed reactor, said reactor comprising two areas, a first area, or lower area, called catalyst regeneration area, in which a fluidizing gas comprising oxygen is introduced and a second area, or upper area, called reaction area, in which the glycerol or the glycerin is introduced and converted into acrolein, said reaction area being oxygen-free.
A processing system comprising: a processor; memory adapted to store firmware code and application code for execution by the processor; and a memory access control unit adapted to control access of the processor to firmware code and application code stored in the memory, wherein the memory access control unit is adapted to disable access to firmware code when access to application code is enabled, and to disable access to application code when access to firmware code is enabled. a processor; memory adapted to store firmware code and application code for execution by the processor; and a memory access control unit adapted to control access of the processor to firmware code and application code stored in the memory,
A magnetic bearing thrust stator, comprising: a plurality of stator sectors (6100, 6200), each stator sector of said plurality of stator sectors, comprising: a semi-circumferentially slotted stator portion comprising a plurality of semi-circumferential poles; and a first coil portion shaped to fit substantially within said semi-circumferentially slotted stator portion, and said first coil portion defining a coil longitudinal axis that is adapted to extend within a plane oriented substantially perpendicularly to a longitudinal axis of a rotating shaft, said first coil portion comprising a pair of semi-toroidal portions coupled by an opposing pair of U-shaped bends, each of said opposing pair of U-shaped bends extending substantially perpendicularly to said plane, wherein said magnetic bearing thrust stator is operatively adapted to restrain movement of the rotating shaft along the longitudinal axis of the rotating shaft. a plurality of stator sectors (6100, 6200), each stator sector of said plurality of stator sectors, comprising: a semi-circumferentially slotted stator portion comprising a plurality of semi-circumferential poles; and a first coil portion shaped to fit substantially within said semi-circumferentially slotted stator portion, and said first coil portion defining a coil longitudinal axis that is adapted to extend within a plane oriented substantially perpendicularly to a longitudinal axis of a rotating shaft, said first coil portion comprising a pair of semi-toroidal portions coupled by an opposing pair of U-shaped bends, each of said opposing pair of U-shaped bends extending substantially perpendicularly to said plane, a semi-circumferentially slotted stator portion comprising a plurality of semi-circumferential poles; and a first coil portion shaped to fit substantially within said semi-circumferentially slotted stator portion, and said first coil portion defining a coil longitudinal axis that is adapted to extend within a plane oriented substantially perpendicularly to a longitudinal axis of a rotating shaft, said first coil portion comprising a pair of semi-toroidal portions coupled by an opposing pair of U-shaped bends, each of said opposing pair of U-shaped bends extending substantially perpendicularly to said plane, wherein said magnetic bearing thrust stator is operatively adapted to restrain movement of the rotating shaft along the longitudinal axis of the rotating shaft.
A liquid non-dairy creamer composition comprising high oleic oils; caseinate salts; emulsifiers; and wherein further characterized in that the creamer comprises hydrocolloids comprising lambda-carrageenan, high acyl gellan gum and carboxymethyl cellulose wherein the lambda-carrageenan ranges from 0.02 to 0.1 wt/wt%, high acyl gellan gum ranges from from 0.23 to 0.28 wt/wt% and carboxymethyl cellulose ranges from 0.04 to 0.12 wt/wt% of the creamer.
A smoking article comprising a mouthpiece, a colour change segment and a rupturable, fluid-containing capsule (5, 8), wherein the colour change segment is adapted to interact with the fluid from the rupturable fluid-containing capsule (5, 8) such that, upon interaction, the colour change segment shows a colour change when the capsule (5, 8) is ruptured, wherein the smoking article comprises a permeable outer wrapper, and wherein the permeable outer wrapper is in a first region covered with an impermeable coating, such that the first region is impermeable, wherein a second region, which is not covered by the impermeable coating, is permeable, characterized in that the impermeable coating is varnish, and in that the permeable second region comprises the colour change segment.
A spatial light modulator (an SLM) with a plurality of off-axis stepped surface mirrors, adapted to relay coherent or partially coherent illumination with predetermined resulting wave characteristics of the relayed illumination, including: an array of tilting mirrors, each mirror having at least one essentially flat reflecting surface and a tilt axis; surface-structure over the essentially flat reflecting surface of at least some mirrors among the array of tilting mirrors, the surface-structured mirrors having at least one step that divides the reflecting surface into a plurality of reflecting surfaces and creates a phase difference between parts of the relayed illumination from the plurality of reflecting surfaces; wherein the at least one step is off-axis, relative to the tilt axis, the SLM is further characterized by including: surface-structured mirrors in form of subwavelength gratings having off-axis steps effective to produce a predetermined polarization state of the relayed illumination by reflecting two different incident polarisations with a phase difference, said phase difference being different on two sides of the tilt axis. an array of tilting mirrors, each mirror having at least one essentially flat reflecting surface and a tilt axis; surface-structure over the essentially flat reflecting surface of at least some mirrors among the array of tilting mirrors, the surface-structured mirrors having at least one step that divides the reflecting surface into a plurality of reflecting surfaces and creates a phase difference between parts of the relayed illumination from the plurality of reflecting surfaces; wherein the at least one step is off-axis, relative to the tilt axis, the SLM is further characterized by including: surface-structured mirrors in form of subwavelength gratings having off-axis steps effective to produce a predetermined polarization state of the relayed illumination by reflecting two different incident polarisations with a phase difference, said phase difference being different on two sides of the tilt axis. surface-structured mirrors in form of subwavelength gratings having off-axis steps effective to produce a predetermined polarization state of the relayed illumination by reflecting two different incident polarisations with a phase difference, said phase difference being different on two sides of the tilt axis.
A method for implementing simulation services comprising: obtaining (402, 505, 605), by an interworking control unit, a, Circuit Switched, CS domain network user identifier from a CS domain network after detecting (402, 502, 602), by the interworking control unit, that a call signaling message from the CS domain network does not carry a CS domain network user identifier, and sending (402, 506, 606), by the interworking control unit, the obtained CS domain network user identifier to an, IP Multimedia Subsystem, IMS network; and processing (403, 508, 608), by the IMS network, Public Switched Telephone Network/Integrated Service Digital Network, PSTN/ISDN simulation services according to the user identifier; wherein, the PSTN/ISDN simulation services comprise Malicious Call Identification, MCID services, or Originator Identifier Presentation, OIP services; wherein the obtaining the user identifier from the CS domain network comprises: sending (402, 503, 603), by the interworking control unit, a request for user identifier to the CS domain network; and upon receiving the request, returning (402, 504, 604), by the CS domain network, the CS domain network user identifier of the call to the interworking control unit. obtaining (402, 505, 605), by an interworking control unit, a, Circuit Switched, CS domain network user identifier from a CS domain network after detecting (402, 502, 602), by the interworking control unit, that a call signaling message from the CS domain network does not carry a CS domain network user identifier, and sending (402, 506, 606), by the interworking control unit, the obtained CS domain network user identifier to an, IP Multimedia Subsystem, IMS network; and processing (403, 508, 608), by the IMS network, Public Switched Telephone Network/Integrated Service Digital Network, PSTN/ISDN simulation services according to the user identifier; sending (402, 503, 603), by the interworking control unit, a request for user identifier to the CS domain network; and upon receiving the request, returning (402, 504, 604), by the CS domain network, the CS domain network user identifier of the call to the interworking control unit.