mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling delivery of multi-part content from an origin server to a mobile device browser via a proxy server, comprising: receiving at the proxy server state information from the mobile device browser including information regarding requested portions of said multi-part content, the state information comprising hash values for the requested portions of said multi-part content, the state information comprising a hash value for a URL of a requested portion that is cached in the mobile device browser and a hash value of data of the requested portion that is cached in the mobile device browser; retrieving data from said origin server to said proxy server; generating a hash value for a URL of a retrieved portion and a hash value of data of the retrieved portion; comparing the hashes of the URL and the data of the retrieved portion to the hashes of the URL and the data of the requested portion that is cached in the mobile device browser respectively; and creating a multi-part document for transmission to said mobile device browser, said multi-part document including compressed versions of said requested portions along with information for indicating portions already cached in said mobile device browser and information for indicating portions not yet cached in said mobile device browser. receiving at the proxy server state information from the mobile device browser including information regarding requested portions of said multi-part content, the state information comprising hash values for the requested portions of said multi-part content, the state information comprising a hash value for a URL of a requested portion that is cached in the mobile device browser and a hash value of data of the requested portion that is cached in the mobile device browser; retrieving data from said origin server to said proxy server; generating a hash value for a URL of a retrieved portion and a hash value of data of the retrieved portion; comparing the hashes of the URL and the data of the retrieved portion to the hashes of the URL and the data of the requested portion that is cached in the mobile device browser respectively; and creating a multi-part document for transmission to said mobile device browser, said multi-part document including compressed versions of said requested portions along with information for indicating portions already cached in said mobile device browser and information for indicating portions not yet cached in said mobile device browser.
A pillow (309, 309a, 309b, 309c, 309d, 309e) comprising: a first wireless charging array located on an underside of the a second wireless charging array positioned proximate the first wireless charging array; the first wireless charging array configured to receive energy from the second wireless charging array; a companion device configured to use the energy; an energy storage device within the pillow, the energy storage device configured to store charge received by the first wireless charging array, the energy storage device configured to supply power to the companion device; and a controller, the controller configured to: determine presence of an occupant in response to sensed data from a presence sensor; deactivate the first wireless charging array and second wireless charging array in response to the presence of an occupant; determine a lack of an occupant; and activate the first wireless charging array and second wireless charging array in response to the lack of an occupant. a first wireless charging array located on an underside of the a second wireless charging array positioned proximate the first wireless charging array; the first wireless charging array configured to receive energy from the second wireless charging array; a companion device configured to use the energy; an energy storage device within the pillow, the energy storage device configured to store charge received by the first wireless charging array, the energy storage device configured to supply power to the companion device; and a controller, the controller configured to: determine presence of an occupant in response to sensed data from a presence sensor; deactivate the first wireless charging array and second wireless charging array in response to the presence of an occupant; determine a lack of an occupant; and activate the first wireless charging array and second wireless charging array in response to the lack of an occupant. determine presence of an occupant in response to sensed data from a presence sensor; deactivate the first wireless charging array and second wireless charging array in response to the presence of an occupant; determine a lack of an occupant; and activate the first wireless charging array and second wireless charging array in response to the lack of an occupant.
Use of a cutting line, the cutting line being extruded from a plastic material filled with particles, characterised in that the particles are platelet-shaped and the cutting line is stretched following the extrusion in such a way that the platelet-shaped particles are at least primarily oriented in the direction of a longitudinal axis of the line, the cutting line being used for a hand-guided string trimmer.
A nutritional composition for use in reducing stress in an individual exhibiting anxiety or hypersensitivity to painful stimuli, comprising at least one human milk oligosaccharide selected from 6'-sialyllactose, and lacto-N-neotetraose.
A data generation device comprising: a group enroller to determine a first cryptographic key associated with a first group; a policy manager to determine a first resource exposure policy for the device with respect to the first group; and a data reporter to use the first cryptographic key to send first operational data to a first dynamic group verifier in accordance with the first resource exposure policy, further including: a join session manager to conduct a join protocol session with a group management service; a credential handler to receive a group credential from the group management service during the join protocol session; and a key generator to generate the first cryptographic key as a pairwise key based on the group credential and a local secret associated with the join protocol, wherein the join protocol session is to be conducted in accordance with a zero knowledge proof of knowledge protocol. a group enroller to determine a first cryptographic key associated with a first group; a policy manager to determine a first resource exposure policy for the device with respect to the first group; and a data reporter to use the first cryptographic key to send first operational data to a first dynamic group verifier in accordance with the first resource exposure policy, further including: a join session manager to conduct a join protocol session with a group management service; a credential handler to receive a group credential from the group management service during the join protocol session; and a key generator to generate the first cryptographic key as a pairwise key based on the group credential and a local secret associated with the join protocol, wherein the join protocol session is to be conducted in accordance with a zero knowledge proof of knowledge protocol. a join session manager to conduct a join protocol session with a group management service; a credential handler to receive a group credential from the group management service during the join protocol session; and a key generator to generate the first cryptographic key as a pairwise key based on the group credential and a local secret associated with the join protocol, wherein the join protocol session is to be conducted in accordance with a zero knowledge proof of knowledge protocol.
A dimensional measurement probe unit for attachment to a probe head of a localizer, comprising: - a measurement probe for dimensional measurement of an object; - a revolute joint non-dismountably integrated into the measurement probe; and - a probe unit interface for repeated dismountable connection to a probe head wherein the probe unit interface is revolutely connected to the measurement probe by the revolute joint, wherein: - the revolute joint comprises a first body and a second body arranged as to be rotatable relative to the first body around the revolute joint axis of rotation, - the first body is in fixed relation to the measurement probe, and the second body is in fixed relation to the probe unit interface, and - the first body is non-dismountably attached to the measurement probe. - a measurement probe for dimensional measurement of an object; - a revolute joint non-dismountably integrated into the measurement probe; and - a probe unit interface for repeated dismountable connection to a probe head wherein the probe unit interface is revolutely connected to the measurement probe by the revolute joint, - the revolute joint comprises a first body and a second body arranged as to be rotatable relative to the first body around the revolute joint axis of rotation, - the first body is in fixed relation to the measurement probe, and the second body is in fixed relation to the probe unit interface, and - the first body is non-dismountably attached to the measurement probe.
A method for controlling a marine vessel having a first control apparatus, a first steerable propulsor, a corresponding first reversing device, a second steerable propulsor and a corresponding second reversing device, wherein the first reversing device is a corresponding first integral reversing deflector, and the second reversing device is a corresponding second integral reversing deflector, or, the first steerable propulsor is a first steerable propeller and the corresponding first reversing device is a forward/reverse gear, and the second steerable propulsor is a second steerable propeller and the corresponding second reversing device is a forward/reverse gear, the method comprising: receiving a first vessel control signal corresponding to at least one of a translational thrust command and a rotational thrust command; generating at least one of first actuator control signals and second actuator control signals in response to the first vessel control signal; coupling the first actuator control signals to and controlling the first steerable propulsor and the second steerable propulsor; coupling the second actuator control signals to and controlling the first reversing device and the second reversing device; and flipping the first steerable propulsor and the second steerable propulsor relationship with respect to the rotational thrust command in response to movements of the first control apparatus from when the first control apparatus is in a thrust ahead position to when the first control apparatus is in a thrust astern position. receiving a first vessel control signal corresponding to at least one of a translational thrust command and a rotational thrust command; generating at least one of first actuator control signals and second actuator control signals in response to the first vessel control signal; coupling the first actuator control signals to and controlling the first steerable propulsor and the second steerable propulsor; coupling the second actuator control signals to and controlling the first reversing device and the second reversing device; and flipping the first steerable propulsor and the second steerable propulsor relationship with respect to the rotational thrust command in response to movements of the first control apparatus from when the first control apparatus is in a thrust ahead position to when the first control apparatus is in a thrust astern position.
A fan motor comprising: a stator around which a winding is wound; a rotor that includes a permanent magnet and is configured to rotate along the stator; and an impeller that is fixed on the rotor and includes a plurality of rotor blades, characterized in that a block component having a conductive property is mounted on a first land on a circuit board so as to provide a second land having the height of the block component for connection to a harness, the block component corresponding to a planar shape of the first land, wherein the second land is at an increased height from the first land on the circuit board which is to be connected to the winding, and wherein a lead of the harness is soldered to the block component. a stator around which a winding is wound; a rotor that includes a permanent magnet and is configured to rotate along the stator; and an impeller that is fixed on the rotor and includes a plurality of rotor blades, characterized in that a block component having a conductive property is mounted on a first land on a circuit board so as to provide a second land having the height of the block component for connection to a harness, the block component corresponding to a planar shape of the first land, wherein the second land is at an increased height from the first land on the circuit board which is to be connected to the winding, and wherein a lead of the harness is soldered to the block component.
Method for measuring the presence and/or position of an object placed on a carrier moving in a predetermined direction of movement in a distribution system, comprising the steps of: - illuminating said object and said carrier with incident light by at least one light source; - repeatedly measuring cross-sections of said object and said carrier by detecting reflected light from said object and said carrier when said carrier is moved in said direction of movement using at least one sensor, which is placed with a predetermined distance from said at least one light source; - converting the detected light into electrical signals; - obtaining a three-dimensional sub-image for each measured cross-section of said object and said carrier from each measurement of said object and said carrier using said electrical signals; - obtaining a three-dimensional image of said object and said carrier from one or more of said obtained sub-images by putting together said obtained sub-images; and - determining the presence and/or position of said object on said carrier from said three-dimensional image, wherein the determination comprises comparing said three-dimensional image with a reference image of the shape of said carrier. - illuminating said object and said carrier with incident light by at least one light source; - repeatedly measuring cross-sections of said object and said carrier by detecting reflected light from said object and said carrier when said carrier is moved in said direction of movement using at least one sensor, which is placed with a predetermined distance from said at least one light source; - converting the detected light into electrical signals; - obtaining a three-dimensional sub-image for each measured cross-section of said object and said carrier from each measurement of said object and said carrier using said electrical signals; - obtaining a three-dimensional image of said object and said carrier from one or more of said obtained sub-images by putting together said obtained sub-images; and - determining the presence and/or position of said object on said carrier from said three-dimensional image, wherein the determination comprises comparing said three-dimensional image with a reference image of the shape of said carrier.
A nozzle unit for a reaction moulding machine, comprising an inlet channel prepared for connection to a mixing head outlet and comprising a first dispensing nozzle, which is prepared for applying a reactive mixture and which is connected to the inlet channel in a first operating state, characterized in that a second dispensing nozzle is present, which is connected to the inlet channel in a second operating state and which is likewise prepared for applying a reactive mixture, in a nozzle opening cross-section differing from the first dispensing nozzle, so that the first dispensing nozzle and the second dispensing nozzle are able to be connected separately optionally to the inlet channel, wherein the first dispensing nozzle is configured, in the first operating state, to be connected to the inlet channel, and the second dispensing nozzle is configured, in the second operating state, to be connected to the inlet channel, wherein a valve arrangement is present, which is configured to switch between the first operating state and the second operating state.
A stainless steel substrate for a solar cell having superior insulating properties and a low thermal expansion coefficient, the stainless steel substrate comprising: stainless steel which consists of, by mass%, Cr: 9% to 25%, C: 0.03% or less, Mn: 2% or less, P: 0.05% or less, S: 0.01% or less, N: 0.03% or less, Al: 0.005% to 5.0%, Si: 0.05% to 4.0%, Mg: 0.0001% to 0.005%, and optionally one element or two or more elements selected from the group consisting of, by mass%, Sn: 1% or less, Zr: 0.5% or less, Ni: 1% or less, Cu: 1% or less, Co: 0.5% or less, Mo: 2% or less, V: 0.5% or less, B: 0.005% or less, Ca: 0.005% or less, La: 0.1% or less, Y: 0.1% or less, Hf: 0.1% or less, REM: 0.1% or less, Nb: 1% or less, Ti: 1% or less, and a remainder consisting of Fe and unavoidable impurities, satisfies one or both of Al content is 0.5% or more and Si content is 0.4% or more, and satisfies the following expression; and an oxide film formed on a surface of the stainless steel, the oxide film containing (i) Al 2 O 3 in an amount of 50% or more or containing (i) Al 2 O 3 and (ii) SiO 2 in a total amount of 50% or more, and the oxide film containing (iii) MgAl 2 O 4 and having a thickness of 0.01 μm or more, Cr + 10 ⁢ Si + Mn + Al > 24.5 where a symbol of each element in the expression represents the amount of the element in the steel in mass%.
Equipment for producing molecularly bioriented tubular profiles, which is constituted from a mould, being adapted for inserting a corresponding plastic tube as tubular profile to be shaped, wherein said mould features asymmetric heads at the ends thereof, allowing insertion of the plastic tube inside the already hot mould and at the same temperature as the inside of the mould, which is heated by means of heating elements disposed externally thereto, with the special feature that the heads include fastening means for the plastic tube once inserted inside the mould, and an inlet for the application of expander fluid and refrigerating fluid inside said plastic tube, as well as an outlet for said fluids, additionally incorporating a lateral orifice as inlet in the application of a lubricating fluid which facilitates the removal of the tube once it has been shaped, characterised in that the mould is mounted on a support which can tilt and rotate to ensure a correct distribution of the temperatures inside the mould during the refrigeration process of the tube to be shaped and in that the plastic tube to be shaped, on the insertion thereof into the mould, rests on the lower generatrix thereof, establishing an enclosure between the inside of the mould and the exterior of the plastic tube, a vacuum being applicable to the enclosure whereof, before the application of the expander fluid of the actual plastic tube, through the inlet established in the end heads.
A supporting assembly for supporting an exhaust gas treatment element, which is accommodated in a housing, of an exhaust gas treatment unit for an exhaust gas system of an internal combustion engine, comprising a carrying body which is to be secured on a housing of an exhaust gas treatment unit and surrounds an assembly center axis in a ring-like manner, and at least one flexible supporting element, which is carried on the carrying body, wherein the supporting element has an exhaust gas treatment element supporting side for supporting interaction with an exhaust gas treatment element, wherein the carrying body has a radial limb at least partially engaging radially over the supporting element on a carrying body supporting side facing away from the exhaust gas treatment element supporting side, wherein the radial limb does not axially engage over the supporting element at its radial inner side, wherein the carrying body has an outer limb, wherein the radial limb is angled with respect to the outer limb and extends radially inward from the outer limb and the outer limb axially engages over the supporting element radially outward and abuts to a radial outer side of the supporting element, characterized in that the supporting element is held at the carrying body only by radial compression so that the supporting element is supported by its carrying body supporting side on the radial limb so as to be shiftable radially inward with respect to the carrying body.
A navigation system, comprising: a navigation unit configured to measure a position of a machine at a first time and at a second time; at least a first sensor configured to generate at least a first signal indicative of a speed and a heading of the machine during a time period from the first time to the second time; and a controller in communication with the navigation unit and the at least a first sensor, the controller being configured to: estimate a position of the machine at the second time based on the measured position of the machine at the first time and the at least a first signal; make a comparison of the measured position of the machine at the second time with the estimated position of the machine at the second time; and determine that the navigation unit has malfunctioned when the measured position at the second time is different from the estimated position at the second time by a threshold amount; and being characterized by: the navigation system being adapted to selectively implement evasive machine control when the navigation unit is determined to have malfunctioned for a set period of time, wherein selectively implementing the evasive machine control comprises autonomously controlling a steering device to maneuver the machine toward a known safe location. a navigation unit configured to measure a position of a machine at a first time and at a second time; at least a first sensor configured to generate at least a first signal indicative of a speed and a heading of the machine during a time period from the first time to the second time; and a controller in communication with the navigation unit and the at least a first sensor, the controller being configured to: estimate a position of the machine at the second time based on the measured position of the machine at the first time and the at least a first signal; make a comparison of the measured position of the machine at the second time with the estimated position of the machine at the second time; and determine that the navigation unit has malfunctioned when the measured position at the second time is different from the estimated position at the second time by a threshold amount; and being characterized by: the navigation system being adapted to selectively implement evasive machine control when the navigation unit is determined to have malfunctioned for a set period of time, estimate a position of the machine at the second time based on the measured position of the machine at the first time and the at least a first signal; make a comparison of the measured position of the machine at the second time with the estimated position of the machine at the second time; and determine that the navigation unit has malfunctioned when the measured position at the second time is different from the estimated position at the second time by a threshold amount; and being characterized by: the navigation system being adapted to selectively implement evasive machine control when the navigation unit is determined to have malfunctioned for a set period of time,