mhurhangee/patent-ind-claim-en huggingface dataset:
A track and field shoe , comprising: an upper including a medial side portion , a lateral side portion , and a toe box portion ; a sole structure attached to the upper and including a spike plate , wherein the spike plate has an anterior portion , a posterior portion and a plurality of spikes; and a toe plate extending in a superior direction and a posterior direction from the anterior portion of the spike plate and being attached to an anterior portion of the toe box portion of the upper , wherein one or more portions of the toe plate extend over an exterior surface of the toe box portion of the upper , and wherein one or more portions of the toe plate are exposed from an exterior surface of the upper ; characterized in that the toe plate comprises one or more raised surfaces extending outwardly, wherein the one or more raised surfaces are spaced apart relative to each other, and wherein the raised surfaces include respective longitudinal axes that are parallel to a superior/inferior axis of the shoe. an upper including a medial side portion , a lateral side portion , and a toe box portion ; a sole structure attached to the upper and including a spike plate , wherein the spike plate has an anterior portion , a posterior portion and a plurality of spikes; and a toe plate extending in a superior direction and a posterior direction from the anterior portion of the spike plate and being attached to an anterior portion of the toe box portion of the upper , wherein one or more portions of the toe plate extend over an exterior surface of the toe box portion of the upper , and wherein one or more portions of the toe plate are exposed from an exterior surface of the upper ; characterized in that the toe plate comprises one or more raised surfaces extending outwardly, wherein the one or more raised surfaces are spaced apart relative to each other, and wherein the raised surfaces include respective longitudinal axes that are parallel to a superior/inferior axis of the shoe.
A process for preparing a dispersion of polyisocyanate polyaddition particles in a base polyol, comprising forming an agitated mixture of a low equivalent weight polyol having a hydroxyl equivalent weight of up to 80 and 2 to 6 hydroxyl groups per molecule, one or more polyisocyanate compounds, a stabilizer which is a functionalized polyether based on a reaction product of a monofunctional polyether which is a copolymer of propylene oxide and ethylene oxide containing 60-99.5% by weight polymerized propylene oxide units and correspondingly 40 to 0.5% by weight polymerized ethylene oxide units, and a starting polyisocyanate, which stabilizer is not a polyisocyanate polyaddition (PIPA) polyol and which is not a silicone compound, and a base polyether polyol having a hydroxyl equivalent weight of at least 200, and reacting the low equivalent weight polyol with the polyisocyanate compound(s) in the presence of the base polyether polyol, the stabilizer, 0 to 2.0% by weight water based on the combined weight of the water, base polyol, low equivalent weight polyol, stabilizer and polyisocyanate compound(s), to form the dispersion of polyisocyanate polyaddition particles in the base polyol.
A thermal print head comprising: a heat-generating substrate including a heat-generating substrate obverse face and a heat-generating substrate reverse face that are spaced apart from each other in a thickness direction; a resistor layer supported by the heat-generating substrate ; a conductive layer supported by the heat-generating substrate and electrically connected to the resistor layer ; a first substrate located upstream of the heat-generating substrate in a sub-scanning direction; a second substrate located upstream of the first substrate in the sub-scanning direction; and a third substrate bonded to the first substrate and the second substrate , the third substrate being higher in flexibility than the first substrate , characterized in that the third substrate includes a third obverse face and a third reverse face located on an opposite side of third obverse face , wherein the first substrate is bonded to the third reverse face , and the second substrate is bonded to the third obverse face . a heat-generating substrate including a heat-generating substrate obverse face and a heat-generating substrate reverse face that are spaced apart from each other in a thickness direction; a resistor layer supported by the heat-generating substrate ; a conductive layer supported by the heat-generating substrate and electrically connected to the resistor layer ; a first substrate located upstream of the heat-generating substrate in a sub-scanning direction; a second substrate located upstream of the first substrate in the sub-scanning direction; and a third substrate bonded to the first substrate and the second substrate , the third substrate being higher in flexibility than the first substrate , characterized in that the third substrate includes a third obverse face and a third reverse face located on an opposite side of third obverse face , wherein the first substrate is bonded to the third reverse face , and the second substrate is bonded to the third obverse face .
A compute node comprising: at least one cache which implements a hardware transactional memory; a memory in communication with the cache, the memory storing information associated with a victim process, the information comprising at least one of: code and data ; and a processor which loads the information, from the memory into the cache ; and wherein the processor executes the victim process as transactions using the hardware transactional memory and at least the loaded information, such that the processor ensures that the loaded information remains in the cache until the execution either completes or aborts, characterised in that sequentially accessed read cache lines of the cache are separated by a page boundary from write cache lines and safety margins are provided between read and write cache lines on the same page and further characterised in that the hardware transactional memory is configured to abort the transactions if at least part of the information is evicted from the cache. at least one cache which implements a hardware transactional memory; a memory in communication with the cache, the memory storing information associated with a victim process, the information comprising at least one of: code and data ; and a processor which loads the information, from the memory into the cache ; and wherein the processor executes the victim process as transactions using the hardware transactional memory and at least the loaded information, such that the processor ensures that the loaded information remains in the cache until the execution either completes or aborts, characterised in that sequentially accessed read cache lines of the cache are separated by a page boundary from write cache lines and safety margins are provided between read and write cache lines on the same page and further characterised in that the hardware transactional memory is configured to abort the transactions if at least part of the information is evicted from the cache.
A honeycomb structure comprising a plurality of interconnected walls having surfaces that define a plurality of honeycomb cells, the cell walls being formed from a paper having a fiber volume fraction of at least 35 % and comprising 20-85 weight percent of carbon fiber, characterized in that (i) the carbon fiber has a fiber cross-section aspect ratio of at least 1.5:1, (ii) the carbon fiber has an arithmetic mean length of at least 0.5 mm, (iii) the carbon fiber has a length weighted mean length of at least 0.9 mm, and (iv) wherein the carbon fibers have a linear density in the range of from 0.111 dTex to 3.333 dTex (0.1 to 3.0 dpf), measured using ASTM D1907-07. (i) the carbon fiber has a fiber cross-section aspect ratio of at least 1.5:1, (ii) the carbon fiber has an arithmetic mean length of at least 0.5 mm, (iii) the carbon fiber has a length weighted mean length of at least 0.9 mm, and (iv) wherein the carbon fibers have a linear density in the range of from 0.111 dTex to 3.333 dTex (0.1 to 3.0 dpf), measured using ASTM D1907-07.
A method for isolation and purification of Na 2 S formed during desulfurization of petroleum residue; said method comprising treating a sludge containing Na 2 S obtained during desulfurization of petroleum residue with a mixture of at least one organic solvent capable of dissolving the petroleum residue and water; allowing the treated sludge to separate into an organic phase containing petroleum oil and an aqueous phase containing Na 2 S; and distilling the aqueous phase to obtain isolated Na 2 S, followed by purification.
An aerosol-generating article for producing an aerosol upon heating, the aerosol-generating article comprising: a rod of aerosol-forming substrate ; and a filter positioned downstream of the rod of aerosol-forming substrate , the filter comprising a hollow tubular segment ; wherein the rod of aerosol-forming substrate and the filter are assembled within a wrapper , the aerosol-generating article comprising first and second air ingress zones located on the wrapper , the first and second air ingress zones each configured to allow the ingress of air into the interior of the aerosol-generating article ; further wherein the first air ingress zone is located along the rod of aerosol-forming substrate and the second air ingress zone is located along the hollow tubular segment . a rod of aerosol-forming substrate ; and a filter positioned downstream of the rod of aerosol-forming substrate , the filter comprising a hollow tubular segment ; wherein the rod of aerosol-forming substrate and the filter are assembled within a wrapper , the aerosol-generating article comprising first and second air ingress zones located on the wrapper , the first and second air ingress zones each configured to allow the ingress of air into the interior of the aerosol-generating article ; further wherein the first air ingress zone is located along the rod of aerosol-forming substrate and the second air ingress zone is located along the hollow tubular segment .
A method for visualizing the advancement of a mobile device as a rendered graphical image by use of a telemetry communication system, the telemetry communication system comprising a mobile system and a remote system , wherein the mobile system comprises a vehicle including a telemetry hardware system and the remote system being provided by a base station comprising a server and a computer connected through a computer network , and a fleet management software for data acquisition, analysis and sending/receiving commands or messages to/from the mobile telemetry hardware system , the method comprising a first process executed by the telemetry hardware system and a second process executed by the remote system , the first process and the second process communicating messages and data, wherein the first process monitors the vehicle by creating a log of mobile device vector data, which mobile device vector data include a position indication, a speed indication and a heading indication of the vehicle and at least one time stamp associated therewith, and communicates sequential logs of mobile device vector data over time to the remote system which, upon receipt thereof, renders a moving graphical image upon a map of a digital display of the computing device , wherein the remote system switches to predictive rendering based upon an extrapolation of the position, heading and speed associated with a current log of mobile device vector data, when rendering based upon the current log is completed before receipt of the next subsequent log in the sequence, wherein the first process checks mobile device remote observation alignment parameters defined by at least one of a speed limit or a heading limit, the first process determines a mobile device remote observation misalignment risk when a speed or a heading changes beyond at least one of the limits defined by the mobile device remote observation parameters, and the first process reconciles a mobile device remote observation alignment by logging and communicating a series of mobile device vector data to the remote system for rendering a sequence of next positions in the advancement of the vehicle , wherein the logs of mobile device vector data created and communicated to the remote system for reconciling mobile device remote observation alignment are either communicated more frequently in time or contain a higher amount of mobile device vector data than the logs created and communicated at a mobile device remote observation alignment.
Electrical/electronic installation device with a first functional module designed as an insert (E), to be accommodated in an installation box and having in its housing a plurality of electrical/electronic components, which first functional module is provided on the rear side with connecting elements for connection to an installation system of a building and on the front side with an electrical plug part , and with a second functional module designed as attachment (A), wherein the attachment (A) has a cup-shaped recess on the front side for the re-releasable coupling of an electrical/electronic device (G) and the electrical plug part is provided for connection of the second functional module to be arranged at the wall side, characterized by the fact that a locking device designed as lever arrangement is arranged on the attachment (A) for producing a mechanical operative connection with a hat-shaped coupling part of the electrical/electronic device (G) to be coupled, which locking device engages with at least one locking element through the circumferential wall of the cup-shaped recess , so that the locking element can come into operative connection, in a removal-locking manner, with the hat-shaped coupling part , inserted into the cup-shaped recess of the electrical/electronic device (G), the lever arrangement of the locking device being provided, in order to maintain the mechanical operative connection, with at least one first holding magnet which is in operative connection with at least one second holding magnet fixed to the attachment (A).
A method comprising: receiving authentication data from an input device of a portable device while the portable device is in a locked mode; determining whether the received authentication data matches authentication data associated with an authorized user; transitioning the portable device from the locked mode into a transaction mode in which an item positioned behind the portable device and an item identifier placed proximate to the item positioned behind the portable device are viewable on or through a display of the portable device ; capturing, by a camera of the portable device , an image of the item identifier proximate to the item ; retrieving item information associated with an item viewed on or through the display of the portable device using the item identifier associated with the item ; displaying the item information on the display overlaying the view of the item positioned behind the display ; displaying a credential on the display at the same time as the item information; and initiating a transaction to purchase the item by providing, to an access device or a server computer, information relating to the item and the credential. receiving authentication data from an input device of a portable device while the portable device is in a locked mode; determining whether the received authentication data matches authentication data associated with an authorized user; transitioning the portable device from the locked mode into a transaction mode in which an item positioned behind the portable device and an item identifier placed proximate to the item positioned behind the portable device are viewable on or through a display of the portable device ; capturing, by a camera of the portable device , an image of the item identifier proximate to the item ; retrieving item information associated with an item viewed on or through the display of the portable device using the item identifier associated with the item ; displaying the item information on the display overlaying the view of the item positioned behind the display ; displaying a credential on the display at the same time as the item information; and initiating a transaction to purchase the item by providing, to an access device or a server computer, information relating to the item and the credential.
Manufacturing process of dye sensitized solar cell substrate and electrode, comprising depositing an electrode made of a transparent conductive oxide layer over a glass insulating substrate ; characterized by comprising the steps of: a. depositing a layer of conductive mesh over a first and a second glass insulating substrates ; b. applying a transparent conductive oxide layer on top the conductive mesh of the first and second glass insulating substrates ; c. depositing the material of a photo-electrode and a counter-electrode respectively on the first and second glass insulating substrates obtained in step b; d. depositing a string of a glass welding material with low temperature melting in order to be able to join both substrates and, at the same time, to isolate the solar cell; e. aligning the first and second glass insulating substrates such that the counter-electrode is on top of the photo-electrode ; f. laser welding of the two substrates, one with the other, using the string of glass welding material previously applied, wherein the described laser welding is performed in a forward-backward pathway, able to disperse the heat throughout a given length of weld line in order to get a progressive heating and cooling obtaining a stable welding line. a. depositing a layer of conductive mesh over a first and a second glass insulating substrates ; b. applying a transparent conductive oxide layer on top the conductive mesh of the first and second glass insulating substrates ; c. depositing the material of a photo-electrode and a counter-electrode respectively on the first and second glass insulating substrates obtained in step b; d. depositing a string of a glass welding material with low temperature melting in order to be able to join both substrates and, at the same time, to isolate the solar cell; e. aligning the first and second glass insulating substrates such that the counter-electrode is on top of the photo-electrode ; f. laser welding of the two substrates, one with the other, using the string of glass welding material previously applied,
An automatic impact inducing device for inducing an impact on an object, in particular a machine tool, comprising: a bolt unit arranged in a housing and being moveable in the axial direction of the bolt unit, a sensor unit fixedly mounted in the front of the bolt unit including a tip for contacting the object and a force sensor arranged between the tip and the bolt unit for measuring the force acted on the object, a pullback mechanism operationally connected with the bolt unit and arranged behind the bolt unit, wherein the pullback mechanism is configured to store the energy required for inducing the impact in a storage element by pulling back the bolt unit, characterized in that , the pullback mechanism comprises an actuator and a coupling mechanism which couple the bolt unit and the actuator to pull back the bolt unit and decouple the bolt unit from the actuator to release the bolt unit for inducing the impact on the object. a bolt unit arranged in a housing and being moveable in the axial direction of the bolt unit, a sensor unit fixedly mounted in the front of the bolt unit including a tip for contacting the object and a force sensor arranged between the tip and the bolt unit for measuring the force acted on the object, a pullback mechanism operationally connected with the bolt unit and arranged behind the bolt unit, wherein the pullback mechanism is configured to store the energy required for inducing the impact in a storage element by pulling back the bolt unit, characterized in that , the pullback mechanism comprises an actuator and a coupling mechanism which couple the bolt unit and the actuator to pull back the bolt unit and decouple the bolt unit from the actuator to release the bolt unit for inducing the impact on the object.
A composition comprising (i) a compound selected from the group consisting of synthesized palmitoleic acid, salts thereof, 11-cis-hexadecenoic acid, 9-cis,12-cis hexadecenoic acid, trans-9-hexadecenoic acid, 2-methoxy-5-hexadecenoic acid, ω-fluoropalmitoleic acid, ω-hydroxydecenoic acid and mixtures thereof, and (ii) an acceptable vehicle, for use in the treatment of sea lice in fish.
A test contactor for a ribbon cable , comprising: - a base with a plurality of pin recesses ; - a plurality of contact pins , each of which are arranged in the pin recesses of the base ; - a pressure plate , which is movably mounted relative to the base and can be displaced between an open position and a closed position; wherein the base and the pressure plate in the open position form a cable run , wherein the cable run has an insertion opening , lateral guides , an upper guide surface, a lower guide surface, and an end stop , wherein a ribbon cable can be introduced into the cable run along its longitudinal direction through the insertion opening and can be brought into an inserting end position, wherein in the inserting end position a front edge of the ribbon cable abuts the end stop , wherein, in the closed position, exposed wires of the ribbon cable in the inserting end position can be pressed to each of the contact pins by means of the pressure plate , wherein the base is arranged on a PCB , wherein a pressing surface of the pressure plate forms the upper guide surface and a support surface of the base forms the lower guide surface of the cable run , wherein the lateral guides are arranged at a distance to one another which approximately corresponds to the width of the ribbon cable , wherein the contact pins are connected with conductor paths of the PCB , wherein the pin recesses extend through the base in a direction perpendicular to a flat side of the ribbon cable in the inserting end position, and wherein the contact pins each extend through the corresponding pin recesses . - a base with a plurality of pin recesses ; - a plurality of contact pins , each of which are arranged in the pin recesses of the base ; - a pressure plate , which is movably mounted relative to the base and can be displaced between an open position and a closed position; wherein the base and the pressure plate in the open position form a cable run , wherein the cable run has an insertion opening , lateral guides , an upper guide surface, a lower guide surface, and an end stop , wherein a ribbon cable can be introduced into the cable run along its longitudinal direction through the insertion opening and can be brought into an inserting end position, wherein in the inserting end position a front edge of the ribbon cable abuts the end stop , wherein, in the closed position, exposed wires of the ribbon cable in the inserting end position can be pressed to each of the contact pins by means of the pressure plate , wherein the base is arranged on a PCB , wherein a pressing surface of the pressure plate forms the upper guide surface and a support surface of the base forms the lower guide surface of the cable run , wherein the lateral guides are arranged at a distance to one another which approximately corresponds to the width of the ribbon cable , wherein the contact pins are connected with conductor paths of the PCB , wherein the pin recesses extend through the base in a direction perpendicular to a flat side of the ribbon cable in the inserting end position, and wherein the contact pins each extend through the corresponding pin recesses .