mhurhangee/ep-ind-claims huggingface dataset:
An exhaust aftertreatment unit (20, 120, 220) for cleaning exhaust gases, the exhaust aftertreatment unit comprising: - an emission reducing module (30, 130, 230) being a diesel particulate filter, DPF, and/or a diesel oxidation catalyst, DOC, - a selective catalyst reduction, SCR, catalyst, - an electrical heating element (38, 38', 138, 238) arranged upstream of the emission reducing module, - a casing housing at least the emission reducing module and the electrical heating element, and - a service lid removably arranged to cover a service opening of the casing through which the emission reducing module may be accessed, characterised in that the electrical heating element is arranged on an opposite side of the emission reducing module compared to the service lid, is removably arranged relative the casing and is arranged accessible upon removal of the service lid and the emission reducing module. - an emission reducing module (30, 130, 230) being a diesel particulate filter, DPF, and/or a diesel oxidation catalyst, DOC, - a selective catalyst reduction, SCR, catalyst, - an electrical heating element (38, 38', 138, 238) arranged upstream of the emission reducing module, - a casing housing at least the emission reducing module and the electrical heating element, and - a service lid removably arranged to cover a service opening of the casing through which the emission reducing module may be accessed,
A laser beam soldering system having a tool mount, having a laser beam source and having a soldering wire feeder system, wherein the laser beam source and the soldering wire feeder system are arranged displaceable relative to the workpiece mount in a plane in parallel with the workpiece mount and perpendicular to the workpiece mount and are arranged rotatable about an axis standing perpendicular to the workpiece mount, wherein the laser beam soldering system furthermore has a coated wire feeder system, a system for guiding and positioning a coated wire and a cutting apparatus for severing the coated wire, characterised in that they are likewise arranged displaceable relative to the workpiece mount in a plane in parallel with the workpiece mount and perpendicular to the workpiece mount and are arranged rotatable about an axis standing perpendicular to the workpiece mount, with the cutting apparatus for severing the coated wire being integrated into the system for guiding and positioning the coated wire and the system for guiding and positioning the coated wire having at least one first plate and one second plate which are displaceable independently of one another by means of at least one drive and which each have at least one bore (163, 164), said bore being arranged such that the bore of the first plate and the bore of the second plate at least partially overlap in at least one relative position of the first plate and of the second plate towards one another and such that the bore of the first plate and the bore of the second plate do not overlap in at least one relative position of the first plate and of the second plate towards one another.
Apparatus for connecting a front component of a movable furniture part to a side component of the movable furniture part, wherein the apparatus is designed to be fastened to the side component of the movable furniture part, wherein the apparatus has a locking unit (11, 11a), a fastening element, a spring element and a locking member, wherein the locking unit (11, 11a) comprises a locking element, wherein the fastening element is designed to be arranged in a positionally fixed manner on the side component, wherein the locking unit (11, 11a) is mounted on the fastening element so as to be pivotable about a pivot axis, wherein the locking member is designed to be arranged on the front component, wherein the locking element is lockable with the locking member in the arranged state on the movable furniture part, wherein the locking element has force applied to it by the spring element, such that, during a locking operation with the locking member, the locking element is pivotable about the pivot axis counter to a force of the spring element, wherein the locking unit (11, 11a) has a bearing element (15, 15a) and a resetting device, wherein the locking element is mounted on the bearing element (15, 15a) in a linearly displaceable manner, wherein the locking element is movable relative to the bearing element (15, 15a) by means of the resetting device, wherein the bearing element (15, 15a) is pivotable about the pivot axis relative to the fastening element. wherein the apparatus is designed to be fastened to the side component of the movable furniture part, wherein the apparatus has a locking unit (11, 11a), a fastening element, a spring element and a locking member, wherein the locking unit (11, 11a) comprises a locking element, wherein the fastening element is designed to be arranged in a positionally fixed manner on the side component, wherein the locking unit (11, 11a) is mounted on the fastening element so as to be pivotable about a pivot axis, wherein the locking member is designed to be arranged on the front component, wherein the locking element is lockable with the locking member in the arranged state on the movable furniture part, wherein the locking element has force applied to it by the spring element, such that, during a locking operation with the locking member, the locking element is pivotable about the pivot axis counter to a force of the spring element, wherein the locking unit (11, 11a) has a bearing element (15, 15a) and a resetting device, wherein the locking element is mounted on the bearing element (15, 15a) in a linearly displaceable manner, wherein the locking element is movable relative to the bearing element (15, 15a) by means of the resetting device, wherein the bearing element (15, 15a) is pivotable about the pivot axis relative to the fastening element.
An injectable pharmaceutical composition for use in a method of delivering at least one antibiotic to one or more infected spinal sites of a subject in need, comprising: (a) an effective amount of an antibiotic; (b) a thermosensitive hydrogel; (c) a radio-contrast agent; and (d) at least one pharmaceutically acceptable excipient, wherein the thermosensitive hydrogel is composed of biodegradable and biocompatible polymers, wherein the polymer is poloxamer, and wherein the poloxamer is poloxamer 407 wherein said poloxamer 407 is present from about 2% to about 20 % by weight or by volume of the composition; wherein the radio-contrast agent is Iohexol; and wherein the composition is an aqueous solution at temperature from about 4°C to about 25°C, and wherein the aqueous solution is a gel at a temperature from about 32°C to about 38 °C. (a) an effective amount of an antibiotic; (b) a thermosensitive hydrogel; (c) a radio-contrast agent; and (d) at least one pharmaceutically acceptable excipient, wherein the thermosensitive hydrogel is composed of biodegradable and biocompatible polymers, wherein the polymer is poloxamer, and wherein the poloxamer is poloxamer 407 wherein said poloxamer 407 is present from about 2% to about 20 % by weight or by volume of the composition; wherein the radio-contrast agent is Iohexol; and wherein the composition is an aqueous solution at temperature from about 4°C to about 25°C, and wherein the aqueous solution is a gel at a temperature from about 32°C to about 38 °C. wherein the thermosensitive hydrogel is composed of biodegradable and biocompatible polymers, wherein the polymer is poloxamer, and wherein the poloxamer is poloxamer 407 wherein said poloxamer 407 is present from about 2% to about 20 % by weight or by volume of the composition; wherein the radio-contrast agent is Iohexol; and wherein the composition is an aqueous solution at temperature from about 4°C to about 25°C, and wherein the aqueous solution is a gel at a temperature from about 32°C to about 38 °C.
Apparatus for use in determining individual phase fractions in a multiphase flow, said apparatus comprising: a resonant cavity comprising a wall defining a bore through which, in use, the multiphase fluid flows; one or more probes operable to apply electromagnetic energy at a range of frequencies to said cavity; said apparatus further comprising a suppression or enhancement facility arranged to suppress or enhance at least one resonance mode within said resonant cavity, wherein the suppression or enhancement facility comprises one or more mode conditioners located within the cavity. a resonant cavity comprising a wall defining a bore through which, in use, the multiphase fluid flows; one or more probes operable to apply electromagnetic energy at a range of frequencies to said cavity; said apparatus further comprising a suppression or enhancement facility arranged to suppress or enhance at least one resonance mode within said resonant cavity, wherein the suppression or enhancement facility comprises one or more mode conditioners located within the cavity.
A device for collecting material from a surface, the device comprising a housing for receiving collected material, a jaw arrangement which is able to be opened to provide a mouth for receiving the material and closed to collect the material, and a conveyor mechanism comprising at least one belt or chain which is operable when the jaw mechanism is closed to advance a liner, placed over the jaw arrangement to separate it from the material being collected, so that in use the jaws are able to be closed around the material to be collected and then the conveyor is operable to advance the liner and the material collected in it through the mouth and into the housing, the collected material being retained in the liner without making contact with surfaces of the device.
A system of an engine, comprising: a clearance control thermal ring; and a seal ring, wherein a radial gap (240;504) with respect to an axial centerline of the engine is formed between a radial end of the clearance control thermal ring and a facing radial surface of the seal ring, wherein the clearance control thermal ring is made of a first material and the seal ring is made of a second material that is different from the first material, and characterised in that a first coefficient of thermal expansion of the first material is less than a second coefficient of thermal expansion of the second material so as to decrease a radial length of the radial gap (240;504) as a temperature of the clearance control thermal ring and the seal ring increases, thereby effectuating radially outward growth of the seal ring with respect to the axial centerline, wherein the system is configured to limit radially outward growth of the seal ring beyond a predetermined position corresponding to a position of the seal ring when the radial gap (240;504) is closed. a clearance control thermal ring; and a seal ring, wherein a radial gap (240;504) with respect to an axial centerline of the engine is formed between a radial end of the clearance control thermal ring and a facing radial surface of the seal ring, wherein the clearance control thermal ring is made of a first material and the seal ring is made of a second material that is different from the first material, and characterised in that a first coefficient of thermal expansion of the first material is less than a second coefficient of thermal expansion of the second material so as to decrease a radial length of the radial gap (240;504) as a temperature of the clearance control thermal ring and the seal ring increases, thereby effectuating radially outward growth of the seal ring with respect to the axial centerline, wherein the system is configured to limit radially outward growth of the seal ring beyond a predetermined position corresponding to a position of the seal ring when the radial gap (240;504) is closed.
Sealing profile which is intended for connecting an add-on part to a windscreen of a motor vehicle and comprises a retaining profile having - a retaining limb, which in the installed state is fastened on the lower surface of the windscreen, - an accommodating profile for accommodating a connection element of the add-on part, - a supporting body, which in the installed state is arranged between the add-on part and windscreen, and - a sealing lip, which is arranged on the supporting body and in the installed state butts with sealing action at least against the windscreen, characterized in that, on its upper periphery, the sealing lip has a planar surface, which in the installed state is free and which is oriented obliquely in relation to the retaining-limb plane (x) and is inclined in the direction of the accommodating profile, and in that the acute angle (α) enclosed by the free surface and the retaining-limb plane (x) is at least 3°. - a retaining limb, which in the installed state is fastened on the lower surface of the windscreen, - an accommodating profile for accommodating a connection element of the add-on part, - a supporting body, which in the installed state is arranged between the add-on part and windscreen, and - a sealing lip, which is arranged on the supporting body and in the installed state butts with sealing action at least against the windscreen,
A switch operation mechanism (10, 20) comprising: a knob (11, 21) configured to be rotatable about a first rotation axis; a rotor (12, 22) configured to be rotatable about a second rotation axis; a first transmission mechanism (13, 23) configured to transmit rotation of the knob (11, 21) to the rotor (12, 22) and including a slide mechanism (133, 134, 231, 232) configured to allow displacement of the knob (11, 21) in a first direction intersecting with the second rotation axis; and a second transmission mechanism (15, 26) configured to convert the displacement of the knob (11, 21) in the first direction into an operation of a switch (30, 31, 32, 33, 34), characterized in that the slide mechanism (133, 134, 231, 232) includes two sliders capable of being displaced in directions intersecting with each other. a knob (11, 21) configured to be rotatable about a first rotation axis; a rotor (12, 22) configured to be rotatable about a second rotation axis; a first transmission mechanism (13, 23) configured to transmit rotation of the knob (11, 21) to the rotor (12, 22) and including a slide mechanism (133, 134, 231, 232) configured to allow displacement of the knob (11, 21) in a first direction intersecting with the second rotation axis; and a second transmission mechanism (15, 26) configured to convert the displacement of the knob (11, 21) in the first direction into an operation of a switch (30, 31, 32, 33, 34), characterized in that the slide mechanism (133, 134, 231, 232) includes two sliders capable of being displaced in directions intersecting with each other.
A surgical device, comprising: an optical waveguide comprising: a light input portion configured to receive light from a light source, a light output portion (2127 to 2131, 2132) configured to output the light from the optical waveguide to a surgical field, and a neck portion configured to transmit the light from the light input portion to the light output portion (2127 to 2131, 2132), wherein the neck portion is curved to define a bend between the light input portion and the light output portion (2127 to 2131, 2132); a surgical retractor comprising a slot configured to receive the optical waveguide, wherein the optical waveguide is disposed in the slot of the surgical retractor such that a first air gap is defined between a rear surface of the optical waveguide and the surgical retractor, the device being characterised by further comprising: at least one optical cladding layer disposed on a front surface of the neck portion, wherein the front surface is opposite the rear surface, wherein the at least one optical cladding layer has a thickness of at least 350 nm. an optical waveguide comprising: a light input portion configured to receive light from a light source, a light output portion (2127 to 2131, 2132) configured to output the light from the optical waveguide to a surgical field, and a neck portion configured to transmit the light from the light input portion to the light output portion (2127 to 2131, 2132), wherein the neck portion is curved to define a bend between the light input portion and the light output portion (2127 to 2131, 2132); a light input portion configured to receive light from a light source, a light output portion (2127 to 2131, 2132) configured to output the light from the optical waveguide to a surgical field, and a neck portion configured to transmit the light from the light input portion to the light output portion (2127 to 2131, 2132), wherein the neck portion is curved to define a bend between the light input portion and the light output portion (2127 to 2131, 2132); a surgical retractor comprising a slot configured to receive the optical waveguide, wherein the optical waveguide is disposed in the slot of the surgical retractor such that a first air gap is defined between a rear surface of the optical waveguide and the surgical retractor, the device being characterised by further comprising: at least one optical cladding layer disposed on a front surface of the neck portion, wherein the front surface is opposite the rear surface, wherein the at least one optical cladding layer has a thickness of at least 350 nm.
A method, comprising: at an electronic device in a system that includes network traffic, wherein at least a portion of the network traffic includes packets, at least a portion of the packets include a stack, and at least a portion of each stack includes one or more previously allocated labels: determining a synonymous label as synonymous with a previously allocated label from one of the one or more previously allocated labels, the synonymous label being adapted to trigger an action in the system that the previously allocated label is not adapted to trigger; and replacing the previously allocated label in a specific stack of a specific packet with the synonymous label, wherein the synonymous label identifies a source of the specific packet, and wherein the routing and forwarding behavior of the specific packet with the synonymous label is the same as the specific packet without the synonymous label. at an electronic device in a system that includes network traffic, wherein at least a portion of the network traffic includes packets, at least a portion of the packets include a stack, and at least a portion of each stack includes one or more previously allocated labels: determining a synonymous label as synonymous with a previously allocated label from one of the one or more previously allocated labels, the synonymous label being adapted to trigger an action in the system that the previously allocated label is not adapted to trigger; and replacing the previously allocated label in a specific stack of a specific packet with the synonymous label, wherein the synonymous label identifies a source of the specific packet, determining a synonymous label as synonymous with a previously allocated label from one of the one or more previously allocated labels, the synonymous label being adapted to trigger an action in the system that the previously allocated label is not adapted to trigger; and replacing the previously allocated label in a specific stack of a specific packet with the synonymous label, wherein the synonymous label identifies a source of the specific packet, and wherein the routing and forwarding behavior of the specific packet with the synonymous label is the same as the specific packet without the synonymous label.
A network control system for generating physical control plane data for managing a set of managed forwarding elements, wherein the system comprises: a first controller instance for (i) receiving input data defining a logical datapath set and performing a first conversion of data for the logical datapath set to generate intermediate data tuples for the logical datapath set, and (ii) distributing the intermediate data tuples to a set of hosts on which a set of managed forwarding elements operate, wherein the set of managed forwarding elements is adapted to implement forwarding operations associated with the logical datapath set; and a second controller instance operating on a particular one of the hosts on which a managed forwarding element also operates, the second controller instance for (i) receiving the intermediate data tuples for the logical datapath set and (ii) converting the intermediate data tuples into physical control plane data for use by the managed forwarding element operating on the particular host, wherein the second controller instance comprises a table mapping engine for mapping the intermediate data tuples to physical control plane data. a first controller instance for (i) receiving input data defining a logical datapath set and performing a first conversion of data for the logical datapath set to generate intermediate data tuples for the logical datapath set, and (ii) distributing the intermediate data tuples to a set of hosts on which a set of managed forwarding elements operate, wherein the set of managed forwarding elements is adapted to implement forwarding operations associated with the logical datapath set; and a second controller instance operating on a particular one of the hosts on which a managed forwarding element also operates, the second controller instance for (i) receiving the intermediate data tuples for the logical datapath set and (ii) converting the intermediate data tuples into physical control plane data for use by the managed forwarding element operating on the particular host, wherein the second controller instance comprises a table mapping engine for mapping the intermediate data tuples to physical control plane data.
A method for fitting a hearing aid worn by a wearer with a fitting system, comprising: programming an interface of the fitting system adapted to store a plurality of word tags, the word tags pre-populated with values for association with a fitting session parameter value; associating one or more of the word tags with each of a plurality of hearing aid fitting sessions; and providing a possibility to search fittings based on their tags by augmenting an open session screen with a list of said pre-populated values of word tags that allows a user to look at fittings that have been tagged with the user's word tags. programming an interface of the fitting system adapted to store a plurality of word tags, the word tags pre-populated with values for association with a fitting session parameter value; associating one or more of the word tags with each of a plurality of hearing aid fitting sessions; and providing a possibility to search fittings based on their tags by augmenting an open session screen with a list of said pre-populated values of word tags that allows a user to look at fittings that have been tagged with the user's word tags.