mhurhangee/ep-ind-claims huggingface dataset:
A system useable to barricade a door, comprising: a stop comprising an upper portion configured to contact a door, and a lower portion connected to an underside of the upper portion, wherein the upper portion comprises a first portion connected to the lower portion and an extension connectable to the first portion; and a receptacle comprising an opening to receive the lower portion of the stop when the stop is placed in the receptacle, wherein the receptacle is configured to be positioned in a hole in a floor proximate the door, wherein the stop when placed in the receptacle is configurable by a user in a first mode by not connecting the extension to the first portion, and in a second mode by connecting the extension to the first portion, wherein in the first mode the door can be opened by a gap before contacting the first portion, and wherein in the second mode the extension barricades the door while the door is closed, wherein in the first mode the extension is disconnected by sliding the extension upwards from the first portion; and wherein the door can be opened by passing over the receptacle when the stop is not placed in the receptacle. a stop comprising an upper portion configured to contact a door, and a lower portion connected to an underside of the upper portion, wherein the upper portion comprises a first portion connected to the lower portion and an extension connectable to the first portion; and a receptacle comprising an opening to receive the lower portion of the stop when the stop is placed in the receptacle, wherein the receptacle is configured to be positioned in a hole in a floor proximate the door, wherein the stop when placed in the receptacle is configurable by a user in a first mode by not connecting the extension to the first portion, and in a second mode by connecting the extension to the first portion, wherein in the first mode the door can be opened by a gap before contacting the first portion, and wherein in the second mode the extension barricades the door while the door is closed, wherein in the first mode the extension is disconnected by sliding the extension upwards from the first portion; and wherein the door can be opened by passing over the receptacle when the stop is not placed in the receptacle.
An oral appliance (10; 110; 210; 340; 410) for the treatment of sleep disorder breathing in a patient, the oral appliance (10; 110; 210; 340; 410) comprising; a U shaped appliance body with a front section and two arms (14, 16), the appliance body including an inner wall and an outer wall; a web interconnecting the inner wall and the outer wall so as to define an upper dental arch receiving channel; an air inlet opening (50; 150) in the front section of the body for intake of air during inhalation; an air outlet member (56; 256) with an air outlet (68; 268); and an air flow passageway communicating the air inlet opening (50; 150) with the air outlet (68; 268); characterized in that the air outlet member (56; 256) configured in use to locate above the tongue with the air outlet (68; 268) configured for directing inhaled air between the tongue and the hard palate towards the posterior oral cavity. a U shaped appliance body with a front section and two arms (14, 16), the appliance body including an inner wall and an outer wall; a web interconnecting the inner wall and the outer wall so as to define an upper dental arch receiving channel; an air inlet opening (50; 150) in the front section of the body for intake of air during inhalation; an air outlet member (56; 256) with an air outlet (68; 268); and an air flow passageway communicating the air inlet opening (50; 150) with the air outlet (68; 268);
A drug delivery device (1, 101, 201, 301, 401, 501, 601), comprising a mechanical audible indicator (13, 113, 213, 313, 413, 513, 613) capable of producing an audible signal with a volume of at least 100 dB measured at a distance of approximately 150 mm, wherein the audible indicator (13, 113, 213, 313, 413, 513, 613) comprises a leaf spring, and wherein the leaf spring (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) releases stored energy to generate an audible signal when changing from a biased state into a relaxed state due to a transition from a second conformation to a first conformation. wherein the audible indicator (13, 113, 213, 313, 413, 513, 613) comprises a leaf spring, and wherein the leaf spring (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) releases stored energy to generate an audible signal when changing from a biased state into a relaxed state due to a transition from a second conformation to a first conformation.
A cargo-neutral climate control diagnostic system for a climate controlled mobile cargo container comprising: a controller configured and disposed to be connected to one or more climate control components, the controller being configured and disposed to identify a cargo-neutral test opportunity and conduct a test to determine an operational state of the one or more climate control components of the climate controlled mobile cargo container while maintaining selected environmental conditions; wherein the cargo-neutral test opportunity includes a transition from a first operating mode to a second operating mode. a controller configured and disposed to be connected to one or more climate control components, the controller being configured and disposed to identify a cargo-neutral test opportunity and conduct a test to determine an operational state of the one or more climate control components of the climate controlled mobile cargo container while maintaining selected environmental conditions; wherein the cargo-neutral test opportunity includes a transition from a first operating mode to a second operating mode.
An ex-vivo method for activating a dendritic cell, which comprises: (a) transducing or transfecting a dendritic cell with a nucleic acid having a nucleotide sequence that encodes a chimeric protein, wherein the chimeric protein comprises a membrane targeting region, a ligand-binding region and a CD40 cytoplasmic polypeptide region lacking the CD40 extracellular domain; (b) contacting the dendritic cell with a non-protein multimeric ligand that binds to the ligand-binding region, wherein the binding of the ligand to the ligand-binding region results in a multimerization of the chimeric protein; and (c) contacting the dendritic cell with a Toll-like receptor 4 ligand, whereby the dendritic cell is activated. (a) transducing or transfecting a dendritic cell with a nucleic acid having a nucleotide sequence that encodes a chimeric protein, wherein the chimeric protein comprises a membrane targeting region, a ligand-binding region and a CD40 cytoplasmic polypeptide region lacking the CD40 extracellular domain; (b) contacting the dendritic cell with a non-protein multimeric ligand that binds to the ligand-binding region, wherein the binding of the ligand to the ligand-binding region results in a multimerization of the chimeric protein; and (c) contacting the dendritic cell with a Toll-like receptor 4 ligand,
Method for selective tripping of circuit breakers (LS1, LS2, LS3) in the event of a short, in which an upstream circuit breaker and, on the output side, at least one downstream circuit breaker (LS2, LS3) are provided, wherein the upstream circuit breaker monitors whether the or one of the downstream circuit breakers (LS2, LS3) is in this case already forming a switching arc, in order to open its switching contacts in order to interrupt its circuit on the output side, characterized in that, in order to detect a switching arc on the output side, the upstream circuit breaker in each case checks whether the resistance of the short-circuit loop formed by a short has an exponential profile over time, in that an exponent (b) is continuously calculated, and the switching arc is detected on the basis of the calculated exponent (b) when the calculated exponent (b) exceeds a predetermined threshold value.
Parcel bag for parcels, comprising an enclosure having a lower part and an upper part, the lower part defining a storage volume for the parcels, wherein the lower part is formed by a flat bottom plate and a number of plate-shaped side walls, each one of the side walls being connected by a hinged bottom connection to an edge of the bottom plate, wherein each of the hinged bottom connections consists of strip-shaped material which extends along the corresponding edge of the bottom plate and is connected to the bottom plate and the side wall characterized in that the material is a foil or textile and a flexible side connection of foil or textile is located between each pair of side walls, each of which forming a connection that is a transverse to the hinged connection. wherein the lower part is formed by a flat bottom plate and a number of plate-shaped side walls, each one of the side walls being connected by a hinged bottom connection to an edge of the bottom plate, wherein each of the hinged bottom connections consists of strip-shaped material which extends along the corresponding edge of the bottom plate and is connected to the bottom plate and the side wall characterized in that the material is a foil or textile and a flexible side connection of foil or textile is located between each pair of side walls, each of which forming a connection that is a transverse to the hinged connection.
Method to control a hybrid driveline comprising an internal combustion engine and at least one alternative propulsion unit; the method comprising the steps of; a) monitoring a predetermined first parameter related to vehicle operation; b) registering if the first parameter has exceeded a predetermined first threshold requiring initiation of an on-board diagnostic process for the ICE; c) monitoring a predetermined second parameter related to the state of an exhaust particle filter; d) registering if the second parameter has exceeded a predetermined second threshold requiring initiation of a particle filter regeneration; e) scheduling a particle filter regeneration when the predetermined second threshold is exceeded; f) monitoring if the first parameter has exceeded the predetermined first threshold before the second threshold has been exceeded, and if not; g) determining if the first parameter has exceeded (or is expected to exceed) the predetermined first threshold within a set time period prior to a scheduled particle filter regeneration; and if so, h) delaying initiation of an on-board diagnostic process until the particle filter regeneration has been completed; i) controlling the hybrid driveline to perform a particulate filter regeneration at the scheduled time; and j) operating the ICE during a predetermined time period and performing the on-board diagnostic process. a) monitoring a predetermined first parameter related to vehicle operation; b) registering if the first parameter has exceeded a predetermined first threshold requiring initiation of an on-board diagnostic process for the ICE; c) monitoring a predetermined second parameter related to the state of an exhaust particle filter; d) registering if the second parameter has exceeded a predetermined second threshold requiring initiation of a particle filter regeneration; e) scheduling a particle filter regeneration when the predetermined second threshold is exceeded; f) monitoring if the first parameter has exceeded the predetermined first threshold before the second threshold has been exceeded, and if not; g) determining if the first parameter has exceeded (or is expected to exceed) the predetermined first threshold within a set time period prior to a scheduled particle filter regeneration; and if so, h) delaying initiation of an on-board diagnostic process until the particle filter regeneration has been completed; i) controlling the hybrid driveline to perform a particulate filter regeneration at the scheduled time; and j) operating the ICE during a predetermined time period and performing the on-board diagnostic process.
A method of separating contaminants from impaired water (101, 201, 301), comprising: contacting impaired water with a peracetate oxidant solution (103, 210, 310); mixing said impaired water with the peracetate oxidant solution; and separating the impaired water oxidant solution mixture into solids and a water phase; wherein the peracetate oxidant solution has: a pH from about 10 to about pH 12; a molar ratio of peracetate anions to peracid ranging from about 60:1 to about 6000:1; and a molar ratio of peracetate anions to hydrogen peroxide of greater than about 16:1; and wherein the method further comprises, after the step of separating: adding a subsequent peracetate oxidant solution (109, 220, 324) to the water phase to reduce bacteria population in the water phase; and wherein the subsequent peracetate oxidant solution also has: a pH from about 10 to about pH 12; a molar ratio of peracetate anions to peracid ranging from about 60:1 to about 6000:1; and a molar ratio of peracetate anions to hydrogen peroxide of greater than about 16:1. contacting impaired water with a peracetate oxidant solution (103, 210, 310); mixing said impaired water with the peracetate oxidant solution; and separating the impaired water oxidant solution mixture into solids and a water phase; a pH from about 10 to about pH 12; a molar ratio of peracetate anions to peracid ranging from about 60:1 to about 6000:1; and a molar ratio of peracetate anions to hydrogen peroxide of greater than about 16:1; adding a subsequent peracetate oxidant solution (109, 220, 324) to the water phase to reduce bacteria population in the water phase; and wherein the subsequent peracetate oxidant solution also has: a pH from about 10 to about pH 12; a molar ratio of peracetate anions to peracid ranging from about 60:1 to about 6000:1; and a molar ratio of peracetate anions to hydrogen peroxide of greater than about 16:1. a pH from about 10 to about pH 12; a molar ratio of peracetate anions to peracid ranging from about 60:1 to about 6000:1; and a molar ratio of peracetate anions to hydrogen peroxide of greater than about 16:1.
A glass article comprising: a glass core layer, wherein the core layer comprises from 45 mol % to 80 mol % SiO 2, from 5 mol % to 25 mol % Al 2 O 3, and from 9 mol % to 16 mol % Na 2 O; and a glass cladding layer adjacent to the core layer, wherein the cladding layer comprises from 65 mol % to 80 mol % SiO 2, from 1 mol % to 11 mol % Al 2 O 3, from 1 mol % to 11 mol % Na 2 O, and from 0.1 mol % to 10 mol % CaO; wherein the cladding layer comprises a first cladding layer adjacent to a first major surface of the core layer and a second cladding layer adjacent to a second major surface of the core layer opposite the first major surface; and wherein an average coefficient of thermal expansion of the core layer is greater than an average CTE of the cladding layer, and an effective 10 9.9 P temperature of the glass article is at most 750°C; wherein the effective 10 9.9 P temperature of the glass article is the thickness weighted average 10 9.9 P temperature of the glass article as calculated by the formula: T 9.9 P, eff = t core T 9.9 P, core + 2 t clad T 9.9 P, clad t core + 2 t clad; wherein the core layer comprises a thickness t core, and each of cladding layer comprises a thickness t clad, the first glass composition comprises a 10 9.9 P temperature T 9.9P,core, and the second glass composition comprises a 10 9.9 P temperature T 9.9P,clad. a glass core layer, wherein the core layer comprises from 45 mol % to 80 mol % SiO 2, from 5 mol % to 25 mol % Al 2 O 3, and from 9 mol % to 16 mol % Na 2 O; and a glass cladding layer adjacent to the core layer, wherein the cladding layer comprises from 65 mol % to 80 mol % SiO 2, from 1 mol % to 11 mol % Al 2 O 3, from 1 mol % to 11 mol % Na 2 O, and from 0.1 mol % to 10 mol % CaO; wherein the cladding layer comprises a first cladding layer adjacent to a first major surface of the core layer and a second cladding layer adjacent to a second major surface of the core layer opposite the first major surface; and
A pneumatic tire (1, 2) provided with a circumferential main groove, comprising: a plurality of small blocks each having a contour consisting of four line segments; medium blocks composed of the small blocks arranged while curving in a tire width direction; and large blocks composed of the medium blocks arranged in a plurality of rows in a tire circumferential direction; the large blocks being formed adjacent to the circumferential main groove in the tire circumferential direction on both sides in the tire width direction across the circumferential main groove, wherein each of the small blocks has an area of 15 mm 2 or greater and 250 mm 2 or less. a plurality of small blocks each having a contour consisting of four line segments; medium blocks composed of the small blocks arranged while curving in a tire width direction; and large blocks composed of the medium blocks arranged in a plurality of rows in a tire circumferential direction; the large blocks being formed adjacent to the circumferential main groove in the tire circumferential direction on both sides in the tire width direction across the circumferential main groove, wherein each of the small blocks has an area of 15 mm 2 or greater and 250 mm 2 or less.
Roller guide comprising at least one guide rail, which has at least one first and one second planar region, and comprising a first and a second roller, which are each in contact with the guide rail and roll thereon, wherein the first and the second roller are mounted so that they are rotatable about a common axis of rotation and are formed rotationally-symmetrically about the axis of rotation and a distance of the first roller to the axis of rotation is less than a distance of the second roller to the axis of rotation, characterised in that the first roller has a first circular-segment-shaped surface rolling region and the second roller has a second circular-segment-shaped surface rolling region and a centre point of the first surface rolling region and a centre point of the second surface rolling region are arranged on the axis of rotation.
A temporarily or permanently implantable medical device (10, 12; 52), comprising at least one elongate electrical line comprising a functional conductor (30; 54, 56, 57) as a first electrical component (30; 54, 57) or as part of a first electrical component (30; 54, 57), the first electrical component (30; 54, 57) being at least in electrical contact with a second component (40; 62, 64) comprising a composite composed of at least one metal layer and at least one flexible plastic layer, at least one of the metal layers of the second component (40; 62, 64) being connected in series to the first electrical component (30; 54, 57), characterized in that the second component (40; 62, 64) is wound in a spiral manner about the first electrical component (30; 54).
Fuel injection apparatus, in particular for air-compressing, auto-ignition internal combustion engines, having at least one high-pressure inlet, having a first fuel injection valve (2 - 5) and having at least one further fuel injection valve (2 - 5), wherein, via the high-pressure inlet, fuel can be conducted at least indirectly into a fuel chamber of the fuel injection valve (2 - 5), wherein the further fuel injection valve (2 - 5) is connected via at least one line (7, 8, 9) to the first fuel injection valve (2 - 5), and wherein, via the line (7, 8, 9), fuel can be conducted from the fuel chamber of the first fuel injection valve (2 - 5) into a fuel chamber of the further fuel injection valve (2 - 5), wherein, for the purpose of damping pressure pulsations, the fuel chambers (18, 24, 25, 26) of the fuel injection valves (2 - 5) accommodate a total fuel volume which comprises a subvolume for fuel injection and at least one additional subvolume for permitting damping, wherein the fuel can be conducted from the high-pressure inlet to the first fuel injection valve (2 - 5) via an auxiliary volume for accommodating fuel, wherein the auxiliary volume is larger than a total fuel volume of a fuel injection valve (2 - 5), and the auxiliary volume is connected via a line (30, 32) to the first fuel injection valve (2 - 5) and via a further line (30, 32) to a second fuel injection valve (2 - 5), wherein, at least one further fuel injection valve (2 - 5) is provided in addition to the first fuel injection valve (2 - 5) and the second fuel injection valve (2 - 5), and wherein the fuel injection valves (2 - 5) and the auxiliary volume are connected to one another in each case via two lines (7, 8, 9, 30, 32), correspondingly to a closed series circuit.
A load bearing assembly for suspending an electric submersible pump from a well head assembly, the well head assembly being of the type having a connector for suspending jointed production tubing therefrom and a fluid to air connector which can seal around an electrical conductor extending there-through, wherein the load bearing assembly comprises a first section comprising a portion of tubing which is provided with first connecting means for connecting the portion of tubing to the connector of the well head assembly, characterised in that the load bearing assembly further comprises second connecting means for connecting the first section to a load bearing part of a second section of the load bearing assembly at a second end of the first section of tubing opposite of a first end of tubing connected to the connector, said second section being an electro-mechanical cable or a tubing-encapsulated power cable suspended from the second connecting means for supporting an electric submersible pump in a well, the second section further comprising an electrical conductor part for supplying electrical power to the electric submersible pump and extending along the length of the load bearing part of the second section, the electrical conductor part being in electrical communication with an electrical cable which extends outside and at least part way along the first section away from the second connecting means and towards the well head in use.
A method for connecting a household appliance to a wireless home network, wherein a user terminal connects to a temporary communication network of the household appliance and transmits network access information for the home network to the household appliance, wherein the temporary communication network is ended subsequently and the household appliance logs into the wireless home network by using the received network access information, wherein the user terminal obtains information from the household appliance about the fact that the log-in of the household appliance into the home network has failed, characterized in that the household appliance opens a temporary communication network again if the log-in fails, wherein the user terminal recognizes the renewed opening of the temporary communication network and classifies it as information about the failure of the household appliance to log into the home network.