mhurhangee/ep-ind-claims huggingface dataset:
A method for treating fabrics in a machine having: - at least one rigid vibrating platform (2;18,19,20), and - means (16, 8a, 8b) for drying the fabric, wherein the drying means comprises a drying tunnel associated with the vibrating platform, the method comprising: - inducing substantially vertical vibrations in a portion of fabric which is, instant by instant, in the form of a substantially compact accumulation supported by the surface of the rigid vibrating platform, wherein the peak-to-peak amplitude of the vibrations is between 20 and 60 mm and the frequency between 5 and 15Hz, - picking up the fabric from the rigid vibrating platform and extending it to form a portion of fabric in opened-out form which is run through the drying tunnel (16, 8a, 8b), - simultaneously with the step of inducing substantially vertical vibrations in the portion of fabric in the form of a substantially compact accumulation, conducting a step of drying the portion of the fabric in opened-out form, the method including to continuously pass the fabric to be treated from the vibrating platform to the drying tunnel and either back to the same vibrating platform or to a second vibrating platform in order to continuously treat the fabric. - at least one rigid vibrating platform (2;18,19,20), and - means (16, 8a, 8b) for drying the fabric, wherein the drying means comprises a drying tunnel associated with the vibrating platform, - inducing substantially vertical vibrations in a portion of fabric which is, instant by instant, in the form of a substantially compact accumulation supported by the surface of the rigid vibrating platform, wherein the peak-to-peak amplitude of the vibrations is between 20 and 60 mm and the frequency between 5 and 15Hz, - picking up the fabric from the rigid vibrating platform and extending it to form a portion of fabric in opened-out form which is run through the drying tunnel (16, 8a, 8b), - simultaneously with the step of inducing substantially vertical vibrations in the portion of fabric in the form of a substantially compact accumulation, conducting a step of drying the portion of the fabric in opened-out form,
Process for preparing nitrobenzene by adiabatic nitration of benzene by means of nitric acid in the presence of sulfuric acid, in which a) the product mixture obtained in the nitration is separated into used acid and crude nitrobenzene and b) at least the water present in the used acid is partly separated off from the sulfuric acid present therein and c) the sulfuric acid which has been concentrated in this way is fed back to the nitration, characterized i) in that the separation as per step b) is carried out by evaporation in two stages at an absolute pressure which decreases from the first stage to the second stage from 100 mbar-300 mbarto 50 mbar-150 mbar, ii) in that the heat used for the evaporation as per step i) originates to an extent of at least 90% from the enthalpy of reaction of the nitration and iii) in that the product mixture obtained in the nitration has a temperature of at least 110°C. a) the product mixture obtained in the nitration is separated into used acid and crude nitrobenzene and b) at least the water present in the used acid is partly separated off from the sulfuric acid present therein and c) the sulfuric acid which has been concentrated in this way is fed back to the nitration, i) in that the separation as per step b) is carried out by evaporation in two stages at an absolute pressure which decreases from the first stage to the second stage from 100 mbar-300 mbarto 50 mbar-150 mbar, ii) in that the heat used for the evaporation as per step i) originates to an extent of at least 90% from the enthalpy of reaction of the nitration and iii) in that the product mixture obtained in the nitration has a temperature of at least 110°C.
A method of diverting packets of information in a communications network between a first node and a second node from a first shortest path to a second path, the second path different from the first shortest path, the packets each having a header, the header containing a Media Access Control, MAC, destination address and a base VID, the method comprising: associating a first virtual local area network, VLAN, identifier, VID, with the second path in a first direction from the first node toward the second node, the first VID being different from the base VID; characterised by: associating a second VID with the second path in a second direction from the second node toward the first node, the second VID being different from the first VID and different from the base VID; diverting packets from the first path to the link being a first hop on the second path when the packets have a Media Access Control, MAC, destination address of a location reachable via the first shortest path between the first node and the second node; and assigning the first VID to all packets transiting the link being the first hop in the first direction on the second path by replacing the base VID by the first VID, and assigning the second VID to all packets transiting the link being the first hop in the second direction on the second path by replacing the base VID by the second VID. associating a first virtual local area network, VLAN, identifier, VID, with the second path in a first direction from the first node toward the second node, the first VID being different from the base VID; characterised by: associating a second VID with the second path in a second direction from the second node toward the first node, the second VID being different from the first VID and different from the base VID; diverting packets from the first path to the link being a first hop on the second path when the packets have a Media Access Control, MAC, destination address of a location reachable via the first shortest path between the first node and the second node; and assigning the first VID to all packets transiting the link being the first hop in the first direction on the second path by replacing the base VID by the first VID, and assigning the second VID to all packets transiting the link being the first hop in the second direction on the second path by replacing the base VID by the second VID. associating a second VID with the second path in a second direction from the second node toward the first node, the second VID being different from the first VID and different from the base VID; diverting packets from the first path to the link being a first hop on the second path when the packets have a Media Access Control, MAC, destination address of a location reachable via the first shortest path between the first node and the second node; and assigning the first VID to all packets transiting the link being the first hop in the first direction on the second path by replacing the base VID by the first VID, and assigning the second VID to all packets transiting the link being the first hop in the second direction on the second path by replacing the base VID by the second VID.
A hardenable dental composition comprising at least one biphenyl monomer comprising two aromatic rings connected with a C-C bond wherein the rings each comprise a substituent comprising a urethane moiety and a (meth)acrylate end group, wherein the biphenyl di(meth)acrylate monomer has the general structure wherein R 2 is independently a halogen or a C 1 to C 4 alkyl group; m ranges from 0 to 4; z is an aromatic ring; t is independently 0 or 1; Q is independently O or S; L is independently a C 2 to C 12 alkylene group optionally substituted with one or more hydroxyl groups; n independently ranges from 0 to 10; L' is independently a C 2 to C 12 alkylene group; and R 1 is independently H or methyl. wherein R 2 is independently a halogen or a C 1 to C 4 alkyl group; m ranges from 0 to 4; z is an aromatic ring; t is independently 0 or 1; Q is independently O or S; L is independently a C 2 to C 12 alkylene group optionally substituted with one or more hydroxyl groups; n independently ranges from 0 to 10; L' is independently a C 2 to C 12 alkylene group; and R 1 is independently H or methyl.
A float adapter for an electrical connector, comprising: a conductive shell having opposite first and second ends; at least one insulator received in said conductive shell, said at least one insulator having an engagement end and an interface end opposite said engagement end, said interface end having a lead-in tip portion extending outside of one of said first and second ends of said shell, said at least one insulator having an inner bore for receiving an inner contact (1506, 1606); an inner contact being received in said inner bore; characterized in that a retaining sleeve is disposed around said conductive shell, said retaining sleeve having an engagement member for engaging said at least one insulator through a slot in the shell. a conductive shell having opposite first and second ends; at least one insulator received in said conductive shell, said at least one insulator having an engagement end and an interface end opposite said engagement end, said interface end having a lead-in tip portion extending outside of one of said first and second ends of said shell, said at least one insulator having an inner bore for receiving an inner contact (1506, 1606); an inner contact being received in said inner bore; characterized in that a retaining sleeve is disposed around said conductive shell, said retaining sleeve having an engagement member for engaging said at least one insulator through a slot in the shell.
A method for manufacturing a mould for an endoprosthesis, comprising the steps of: a) providing a 3D model of said mould for an endoprosthesis; b) meshing said 3D model, so as to divide said model into three or more solid tile pieces (3; 9) with seams (4; 10) between said tile pieces (3; 9); c) manufacturing said mould based on the meshed 3D model (2; 7), thereby providing a mould comprising solid tile pieces (3; 9) with seams (4; 10) between said tile pieces (3; 9); wherein the tile pieces (3; 9) are joined together at the seams (4; 10) with a strength which is reduced compared to the strength of said tile pieces (3; 9) such that application of an external mechanical force to the mould causes the mould to break at the seams (4; 10). a) providing a 3D model of said mould for an endoprosthesis; b) meshing said 3D model, so as to divide said model into three or more solid tile pieces (3; 9) with seams (4; 10) between said tile pieces (3; 9); c) manufacturing said mould based on the meshed 3D model (2; 7), thereby providing a mould comprising solid tile pieces (3; 9) with seams (4; 10) between said tile pieces (3; 9);
A respiratory mask comprising a cushion module and a frame, the cushion module configured for attachment to the frame, the frame having a front wall and a collar extending from the front wall, the cushion module comprising: a housing; a cushion; and an elastomeric friction member; wherein the cushion defines a face-contacting surface and the housing defines a connection opening and supports the elastomeric friction member, and wherein the housing comprises a wall portion, at least a portion of which is external to the elastomeric friction member and extends between the elastomeric friction member and the cushion, wherein the elastomeric friction member is configured to engage the collar when the cushion module is coupled to the frame; wherein the housing of the cushion module further comprises a support flange, wherein the support flange at least partially defines the connection opening and extends within the elastomeric friction member substantially in a direction of assembly of the cushion module to the frame. a housing; a cushion; and an elastomeric friction member; wherein the cushion defines a face-contacting surface and the housing defines a connection opening and supports the elastomeric friction member, and wherein the housing comprises a wall portion, at least a portion of which is external to the elastomeric friction member and extends between the elastomeric friction member and the cushion, wherein the elastomeric friction member is configured to engage the collar when the cushion module is coupled to the frame; wherein the housing of the cushion module further comprises a support flange, wherein the support flange at least partially defines the connection opening and extends within the elastomeric friction member substantially in a direction of assembly of the cushion module to the frame.
A particulate metal oxide comprising a cationic portion, wherein the cationic portion comprises 99% by weight or more of a zinc portion, a first manganese dopant portion and a second dopant portion selected from the group consisting of iron and aluminum, wherein the first manganese dopant portion and the second dopant portion are present in a weight ratio from 1:5 to 5:1.
A method for post-processing an abrasive coating, the method comprising the steps of: controlling, by a computing device, after deposition of an abrasive coating on a component, an energy delivery device to deliver energy to a surface of the abrasive coating, wherein the abrasive coating comprises a metal matrix and abrasive particles at least partially encapsulated by the metal matrix; and controlling, by the computing device, the energy delivery device to scan the energy across the surface of the abrasive coating and re-melt the metal matrix to form a series of softened or melted portions of the metal matrix. controlling, by a computing device, after deposition of an abrasive coating on a component, an energy delivery device to deliver energy to a surface of the abrasive coating, wherein the abrasive coating comprises a metal matrix and abrasive particles at least partially encapsulated by the metal matrix; and controlling, by the computing device, the energy delivery device to scan the energy across the surface of the abrasive coating and re-melt the metal matrix to form a series of softened or melted portions of the metal matrix.
Steering control device for a motor vehicle, having at least one controlled actuator associated with a steering system (3, 4) of a wheel of the vehicle and/or a controlled actuator associated with a decoupled braking system at a wheel of the vehicle, said control device having at least one control unit configured to retrieve at least one value characteristic of the running of the vehicle and, as a function of this or these retrieved value or values, to transmit a command instruction to the at least one controlled actuator (3, 4, 6), characterized in that the control unit has a calculation module in which is implemented a vehicle chassis lateral dynamic behaviour model, wherein at least one specific physical variable for the lateral dynamic behaviour is expressed as a function of the drift angles (δs 1, δs 2) of the axle sets under transverse acceleration, for each of the front and the rear wheelset of the vehicle.
A radiation system, comprising: a support; a capsule rotatably coupled to the support; a radiation source movably coupled to the capsule, wherein the radiation source is configured to provide a treatment radiation beam, and is capable of being turned on or off in response to a control signal; and a collimator or a component, the component, if provided, being a cone with an outlet having a pre-defined configuration, an iris that provides an outlet having a cross-section that is adjustable, or any other device that is capable of blocking at least some of the radiation provided from the radiation source; wherein the capsule defines a patient space for accommodating a portion of a patient, and includes a shielding material for attenuating radiation resulting from an operation of the radiation source, and wherein shielding of the system is configured to limit a radiation exposure level to 0.0466 mSV per hour (5 milliroentgens per hour, mR/hr) or less within 5 meters from an isocenter; wherein the capsule includes a first portion defining a first space, and a second portion defining a second space, wherein the first space and the second space together form the patient space for accommodating the portion of the patient; characterized in that the second portion is rotatable relative to the first portion to place the radiation source at different positions around at least a part of the patient. a support; a capsule rotatably coupled to the support; a radiation source movably coupled to the capsule, wherein the radiation source is configured to provide a treatment radiation beam, and is capable of being turned on or off in response to a control signal; and a collimator or a component, the component, if provided, being a cone with an outlet having a pre-defined configuration, an iris that provides an outlet having a cross-section that is adjustable, or any other device that is capable of blocking at least some of the radiation provided from the radiation source; wherein the capsule defines a patient space for accommodating a portion of a patient, and includes a shielding material for attenuating radiation resulting from an operation of the radiation source, and wherein shielding of the system is configured to limit a radiation exposure level to 0.0466 mSV per hour (5 milliroentgens per hour, mR/hr) or less within 5 meters from an isocenter; wherein the capsule includes a first portion defining a first space, and a second portion defining a second space, wherein the first space and the second space together form the patient space for accommodating the portion of the patient; characterized in that the second portion is rotatable relative to the first portion to place the radiation source at different positions around at least a part of the patient.
A safety dispenser for inducing in members of a patient population an antidiuretic effect while reducing the risk that a member of the population may develop hyponatraemia, the dispenser comprising: a reservoir having disposed therein a composition formulated as a two phase system with a hydrophobic and a hydrophilic phase comprising a desmopressin preparation and a nasal membrane permeation enhancer comprising cyclopentadecanolide aqueous emulsion in an amount sufficient to constitute multiple drug doses, said composition characterized by a desmopressin bioavailability of 5% to 25%; an outlet in communication with said reservoir; a manually actuatable pump for serially dispensing from said reservoir through said outlet, and to an intranasal surface of a patient, measured doses of said composition in the form of a spray, respective doses of spray being restricted within the range of 0.5 ng desmopressin per kilogram of the patient's body weight and 75 ng desmopressin per kilogram of the patient's body weight so as to achieve a target C max in members of said patient population less than 15 +/- 3 pg/ml of blood, said dispenser being sufficient to establish in a said patient by drug transport across intranasal mucosal membranes delivery of blood concentrations of desmopressin in the range below 15 +/- 3 pg/ml substantially directly proportional to the mass of desmopressin dispensed into the nostril(s) of a said patient.
A toner composition comprising: toner particles having a core and a shell disposed over the core, wherein the core comprises: a first antiplasticizer; a first styrene-acrylate resin; and a polyester resin; the shell comprises: a second styrene-acrylate resin. toner particles having a core and a shell disposed over the core, wherein the core comprises: a first antiplasticizer; a first styrene-acrylate resin; and a polyester resin; a first antiplasticizer; a first styrene-acrylate resin; and a polyester resin; the shell comprises: a second styrene-acrylate resin. a second styrene-acrylate resin.
An open audio device arranged for delivering sound close to an ear canal opening of a user without blocking or obstructing the ear canal, comprising: a body with an inner surface that is configured to be located behind an outer ear of the user and in contact along a length of the body at multiple locations of at least one of the outer ear and the head proximate the intersection of the head and the outer ear, wherein the inner surface of the body lies generally along a decaying helix; and an acoustic module that contains in its interior an electro-acoustic transducer or audio driver, the acoustic module being carried by the body and configured to be located against the outer ear above the ear canal opening, wherein the acoustic module is configured to locate a first sound-emitting opening above the ear canal opening, the open audio device is characterised in that the acoustic module further comprises a second sound-emitting opening farther from the ear canal than the first sound-emitting opening, the first and second sound-emitting openings being arranged for emitting sound from opposite sides of the electro-acoustic transducer or audio driver and such that the emitted sounds are out of phase so as to cancel in the far field. a body with an inner surface that is configured to be located behind an outer ear of the user and in contact along a length of the body at multiple locations of at least one of the outer ear and the head proximate the intersection of the head and the outer ear, wherein the inner surface of the body lies generally along a decaying helix; and an acoustic module that contains in its interior an electro-acoustic transducer or audio driver, the acoustic module being carried by the body and configured to be located against the outer ear above the ear canal opening, wherein the acoustic module is configured to locate a first sound-emitting opening above the ear canal opening, the open audio device is characterised in that the acoustic module further comprises a second sound-emitting opening farther from the ear canal than the first sound-emitting opening, the first and second sound-emitting openings being arranged for emitting sound from opposite sides of the electro-acoustic transducer or audio driver and such that the emitted sounds are out of phase so as to cancel in the far field.
A computer-implemented method for generating augmented reality, AR, content that provides a shared AR experience involving multiple users, the method comprising: using measurements from a first device to obtain a position of an interaction between a first user and virtual content presented at the first device, the virtual content comprising a first render of a three-dimensional, 3D model defined within a virtual coordinate system, the position of the interaction being defined within the virtual coordinate system, and wherein obtaining the position of the interaction within the virtual coordinate system comprises obtaining a position of an anatomical feature of the first user within the virtual coordinate system; and the position of the interaction within the virtual coordinate system is based on the position of the anatomical feature of the first user within the virtual coordinate system; generating AR content to provide a shared AR experience allows multiple users to simultaneously view the same virtual content, the AR content comprising: a second render of the same 3D model based on a position of a second user within the same virtual coordinate system, the position of the second user being based on information obtained by a second device, and a virtual representation of the interaction based on the position of the interaction between the first user and the virtual content; and outputting the AR content for presentation at the second device. generating AR content to provide a shared AR experience allows multiple users to simultaneously view the same virtual content, the AR content comprising: a second render of the same 3D model based on a position of a second user within the same virtual coordinate system, the position of the second user being based on information obtained by a second device, and a virtual representation of the interaction based on the position of the interaction between the first user and the virtual content; and outputting the AR content for presentation at the second device.