mhurhangee/patent-ind-claim-en huggingface dataset:
Semi-trailing arm wheel suspension for a wheel , which is driven by means of an electric or pneumatic motor , of a vehicle, in particular a rear wheel of a utility vehicle, having an electric or pneumatic motor , and a semi-trailing arm rocker which is supported in a first region on the vehicle and in a second region on the vehicle by means of a vibration absorber , wherein the motor is in the form of a wheel hub drive, and wherein the semi-trailing arm rocker has an interface for connecting different types of vibration absorbers , characterised in that in a third region of the rocker a first brake apparatus and a second brake apparatus are fitted. a semi-trailing arm rocker which is supported in a first region on the vehicle and in a second region on the vehicle by means of a vibration absorber , wherein the motor is in the form of a wheel hub drive, and wherein the semi-trailing arm rocker has an interface for connecting different types of vibration absorbers , characterised in that in a third region of the rocker a first brake apparatus and a second brake apparatus are fitted.
A pin assembly for coupling between a female body and a male body of an earth moving machine, comprising a pin with an elongated body with respect to an axis of revolution (x), with a first end and a second end opposite the first end , and with at least one projection perpendicular to the axis of revolution (x), arranged close to the first end with a free end and two sides, said projection having a first surface close to the first end of the pin , with a length between the body of the pin and the free end, a width between the two sides, and a height of the projection determined by said first surface and a second surface separated from said first surface a specific distance towards the second end of the pin , wherein it further comprises a positioning body (10, 10', 10", 10'") coupled to the projection and extending beyond the free end of the projection , extending the length of the first surface of said projection .
Impact absorbing system for motor vehicle, intended to be interposed between a longitudinal beam and a transverse impact beam , comprising: - an absorbing element that is able to irreversibly disintegrate at least partially in reaction to an impact; - a connecting element comprising at least one wall having an end intended to be secured to the impact beam and another end intended to be secured to the longitudinal beam , the wall having a programmed zone of mechanical weakness that allows the wall to fold in the event of an impact, wherein the absorbing element comprises at least one layer of composite material having a plastic matrix and reinforcement elements, characterised in that the reinforcement elements are unidirectional fibres oriented in a direction not parallel to a longitudinal direction of the vehicle. - an absorbing element that is able to irreversibly disintegrate at least partially in reaction to an impact; - a connecting element comprising at least one wall having an end intended to be secured to the impact beam and another end intended to be secured to the longitudinal beam , the wall having a programmed zone of mechanical weakness that allows the wall to fold in the event of an impact,
Lighting device for a motor vehicle (K), in particular a rear light, comprising at least one optical fiber , which is designed to be planar, and comprising at least one illuminant (15; 15a, 15b), light beams (L1, L2) of the illuminant (15; 15a, 15b) being couplable or coupled into the optical fiber via a light coupling surface (10; 10a, 10b) associated with the optical fiber , and coupled-in light beams (L1, L2) being deflected via at least one light decoupling structure of the optical fiber in the direction of at least one light decoupling surface of the optical fiber and being decouplable or decoupled again from the optical fiber via the light decoupling surface , a rear surface of the optical fiber facing the light decoupling surface being provided with a facet-like surface structure (S) at least over a large part of its surface extension (F1), which surface structure forms the light decoupling structure of the optical fiber and consists of a plurality of irregularly designed facet surfaces , characterized in that each of the facet surfaces has a microstructuring (MS), the microstructuring (MS) having a periodicity ranging from 50 μm to 500 μm in at least one spatial direction (X, Y, Z).
A method for deciding in which computing nodes to execute a plurality of subqueries of a real-time continuous query, the method comprising: - performing (302; 210) a first execution of the plurality of subqueries of the real-time analytics continuous query, wherein the plurality of subqueries are executed in two or more computing nodes of one or more data centers, and wherein the plurality of subqueries are executed on input from data streams; - monitoring (304; 212) properties of at least one of: the one or more data centers, execution of the plurality of subqueries, and the data streams; - while performing the first execution, and based on the monitoring, performing (306; 214) a second execution of one of the plurality of subqueries by one of the two or more computing nodes, where said one of the two or more computing nodes is different from the computing node being used for said one of the plurality subqueries in the first execution; and - monitoring (308; 214) properties of at least one of: said one of the two or more computing nodes, and the second execution of said one of the plurality of subqueries by one of the two or more computing nodes; and - based on the monitoring (308; 214) of the properties, transferring (310; 218) the first execution of said one of the plurality of subqueries to said one of the two or more computing nodes. - performing (302; 210) a first execution of the plurality of subqueries of the real-time analytics continuous query, wherein the plurality of subqueries are executed in two or more computing nodes of one or more data centers, and wherein the plurality of subqueries are executed on input from data streams; - monitoring (304; 212) properties of at least one of: the one or more data centers, execution of the plurality of subqueries, and the data streams; - while performing the first execution, and based on the monitoring, performing (306; 214) a second execution of one of the plurality of subqueries by one of the two or more computing nodes, where said one of the two or more computing nodes is different from the computing node being used for said one of the plurality subqueries in the first execution; and - monitoring (308; 214) properties of at least one of: said one of the two or more computing nodes, and the second execution of said one of the plurality of subqueries by one of the two or more computing nodes; and - based on the monitoring (308; 214) of the properties, transferring (310; 218) the first execution of said one of the plurality of subqueries to said one of the two or more computing nodes.
Profile connector strip for a transition from a construction component to a building wall , wherein the profile connector strip (17; 27) comprises a foam tape arrangement which is connected directly or indirectly to said profile connector strip (17; 27) by means of an adhesively bonded joint and can be connected directly or indirectly to the construction component , wherein the foam tape arrangement (22; 24, 25; 28, 29, 30; 39, 40; 51, 52) has a thickness perpendicular to the profile connector strip (17; 27; 37; 37') of at least 5 mm, characterised in that the foam tape arrangement is formed from at least two foam tapes (24, 25; 28, 29, 30; 39, 40; 51, 52) which are tightly joined to each other, in particular are adhesively bonded, one above the other, and that the at least two foam tapes (24, 25; 28, 29, 30; 39, 40; 50, 51) are different.
An eye drop composition comprising high molecular weight hyaluronic acid for use in treating severe dry eye, wherein the high molecular weight hyaluronic acid has an intrinsic viscosity of greater than 2.5 m 3 /kg.
A computer-implemented method comprising: identifying a plurality of messages for a customer; extracting from messages of the plurality of messages, shipping information for at least one shipment, the extracting including: obtaining digital content corresponding to a given message of the plurality of messages; obtaining , from the digital content, a uniform resource locator, URL, for a web resource; determining , based on the URL and on the web resource , shipping information for a particular shipment by inputting the URL into one or more machine learning, ML, models and obtaining, based on an output of the one or more ML models, a text string corresponding to the tracking number from the URL, the shipping information comprising at least one of: an indication that the web resource is for tracking the particular shipment, a tracking number for the particular shipment, and a shipping provider for the particular shipment; and storing , in memory, the shipping information for obtaining tracking updates for the particular shipment. identifying a plurality of messages for a customer; extracting from messages of the plurality of messages, shipping information for at least one shipment, the extracting including: obtaining digital content corresponding to a given message of the plurality of messages; obtaining , from the digital content, a uniform resource locator, URL, for a web resource; determining , based on the URL and on the web resource , shipping information for a particular shipment by inputting the URL into one or more machine learning, ML, models and obtaining, based on an output of the one or more ML models, a text string corresponding to the tracking number from the URL, the shipping information comprising at least one of: an indication that the web resource is for tracking the particular shipment, a tracking number for the particular shipment, and a shipping provider for the particular shipment; and obtaining digital content corresponding to a given message of the plurality of messages; obtaining , from the digital content, a uniform resource locator, URL, for a web resource; determining , based on the URL and on the web resource , shipping information for a particular shipment by inputting the URL into one or more machine learning, ML, models and obtaining, based on an output of the one or more ML models, a text string corresponding to the tracking number from the URL, the shipping information comprising at least one of: an indication that the web resource is for tracking the particular shipment, a tracking number for the particular shipment, and a shipping provider for the particular shipment; and an indication that the web resource is for tracking the particular shipment, a tracking number for the particular shipment, and a shipping provider for the particular shipment; and storing , in memory, the shipping information for obtaining tracking updates for the particular shipment.
A rotationally symmetrical tip catheter for placement within a vessel of a patient comprising: an elongated catheter body having a proximal end and a distal end, the catheter body comprising; a first lumen having an input port at the distal end of the catheter ; a second lumen having an out port at the distal end of the catheter adjacent to the input port ; and a septum extending longitudinally through at least a portion of the interior of the catheter body, thereby dividing the interior of the catheter body into the first lumen and the second lumen , wherein each of the first lumen and the second lumen comprise curved internal walls that terminate at the ports such that fluid flowing through the ports is deflected by the curved internal walls , wherein the adjacent ports are disposed on opposite sides of the distal end of the catheter body to form the rotationally symmetrical tip, and wherein the septum does not extend beyond the input port and out port . an elongated catheter body having a proximal end and a distal end, the catheter body comprising; a first lumen having an input port at the distal end of the catheter ; a second lumen having an out port at the distal end of the catheter adjacent to the input port ; and a septum extending longitudinally through at least a portion of the interior of the catheter body, thereby dividing the interior of the catheter body into the first lumen and the second lumen , wherein each of the first lumen and the second lumen comprise curved internal walls that terminate at the ports such that fluid flowing through the ports is deflected by the curved internal walls , wherein the adjacent ports are disposed on opposite sides of the distal end of the catheter body to form the rotationally symmetrical tip, and wherein the septum does not extend beyond the input port and out port .
A shelf system with a rear wall formed from horizontal and vertical wires , stands and tiers which are arranged on the rear wall by means of brackets , and also a foot , wherein each stand is formed from a front vertical column and a rear vertical column , and wherein the rear wall is arranged in fixed manner between the two columns , characterised in that each vertical column is produced from a flat steel and wherein the two columns are arranged in welded and fixed manner on the rear wall .
A vertebral implant intended to be implanted in an intersomatic space of a patient and comprising an intersomatic cage and at least one fixing screw intended to be screwed into the bony mass through a well of said cage to stabilize the position of said cage within the intersomatic space, said well and the screw forming a system for the self-locking of the screw in the well , said system comprising a male locking portion integral with the screw and a female lock portion formed by the walls of the well , said male locking portion and female lock portion being mounted with a relative flexibility allowing, during the screwing of the screw into the bony mass through the well , a progressive and mutual stressing of the male locking portion and female lock portion until reaching a final locking position of the screw in which the male locking portion and female lock portion are mutually released, the male locking portion being locked in position by the female lock portion, said screw comprising at least a head and a main body , said female lock portion being fixed and said male locking portion being mobile and including a retractable system for modifying the circumference of said head allowing, during the screwing, the relative flexibility between said male locking portion and female lock portion, said male locking portion and female lock portion being mounted with a relative flexibility allowing, during the unscrewing of the screw , from said final position, a mutual stressing of the male locking portion and female lock portion until unlocking the male locking portion from the female lock portion.
An assembly for detecting tire parameters of transiting vehicles, comprising, arranged in different positions along a drivable path , a master unit , which comprises a detection device comprising an electronic unit for processing radio signals that carry measurements of at least one parameter of at least one tire of a vehicle , such as the pressure, and a detector of the transit of vehicles for the activation of said electronic unit for processing radio signals, said vehicle transit detector being a metal detector or a detector of the variation of the terrestrial magnetic field, particularly a magnetometer, wherein the electronic components of said detection device, which include said electronic processing unit , are normally in a sleep or low power consumption state and can be activated by means of an internal activation signal generated by means of said vehicle transit detector , and at least one slave unit , which comprises a respective unit for receiving said radio signals, said master unit and said at least one slave unit being mutually connected by means of a local communications network .
A heat-not-burn tobacco device , configured to heat an aerosol-generating substrate so as to generate an aerosol, comprising: a housing ; a heating assembly , which is provided inside the housing , wherein the heating assembly comprises a heating chamber that extends along an axial direction and that is configured to contain the aerosol-generating substrate; a containing cavity , which is located at one end of the heating assembly and in communication with the heating chamber ; and a moving member , which is removably connected on the housing and comprises an insertion box that can be inserted into the containing cavity , at least part of the insertion box being axially aligned with the heating chamber so as to receive a residue formed inside the heating chamber ; characterized in that the moving member is provided with an air inlet part that is in communication with an inside of the insertion box , and the air inlet part is configured to allow external air to enter the inside of the insertion box and flow into the heating chamber via the insertion box . a housing ; a heating assembly , which is provided inside the housing , wherein the heating assembly comprises a heating chamber that extends along an axial direction and that is configured to contain the aerosol-generating substrate; a containing cavity , which is located at one end of the heating assembly and in communication with the heating chamber ; and a moving member , which is removably connected on the housing and comprises an insertion box that can be inserted into the containing cavity , at least part of the insertion box being axially aligned with the heating chamber so as to receive a residue formed inside the heating chamber ; characterized in that the moving member is provided with an air inlet part that is in communication with an inside of the insertion box , and the air inlet part is configured to allow external air to enter the inside of the insertion box and flow into the heating chamber via the insertion box .
Transmission device (10a; 10b) for a motor vehicle , comprising an axle drive (12a; 12b), comprising a planetary gear set , which has at least one first transmission element (14a; 14b) formed by a first ring gear (15a; 15b) and having external toothing for introducing a drive torque, at least one second transmission element (16a; 16b) and at least one third transmission element (17a; 17b), which is coupled to the axle drive (12a; 12b), and comprising at least one brake element (18a; 18b), which is provided for braking at least one of the transmission elements (14a, 16a, 17a; 14b, 16b, 17b) of the planetary gear set (13a; 13b) to a standstill, wherein the axle drive (12; 12b) is arranged radially inside the planetary gear set (13a; 13b), characterised in that the axle drive (12a; 12b) is designed as a planetary differential comprising a second ring gear , a second sun gear and a second planet carrier and is arranged in a gearwheel plane (19a; 19b) with the planetary gear set (13a; 13b).
A leading edge wing slat having upper and lower surfaces with upper and lower trailing edges , respectively, and a noise-abatement airflow shield integral with the lower trailing edge of the slat, wherein the shield is reciprocally autonomously curvable from a planar configuration when the slat is in a retracted position thereof and into a convexly curved configuration when the slat is in a deployed position thereof, wherein the convexly curved configuration of the shield provides a convex curvature towards the outside of the lower trailing edge of the slat.
A negative pressure wound therapy apparatus comprising: a device housing enclosing: a negative pressure source configured to provide negative pressure via a fluid flow path to a wound covered by a wound dressing, and a controller configured to determine a plurality of conditions associated with provision of negative pressure wound therapy by the negative pressure source, the controller further configured to cause provision of a plurality of visual indications associated with the plurality of conditions to a user; a canister configured to be attached to the device housing and further configured to be fluidically connected to the negative pressure source, the canister comprising a canister housing including one or more exterior surfaces defining an interior volume configured to store at least some fluid removed from the wound, the one or more exterior surfaces of the canister being substantially opaque; and at least one light pipe configured to transmit light associated with at least one visual indication of the plurality of visual indications through at least a portion of the interior volume, thereby causing the provision of the at least one visual indication to the user via the canister. a device housing enclosing: a negative pressure source configured to provide negative pressure via a fluid flow path to a wound covered by a wound dressing, and a controller configured to determine a plurality of conditions associated with provision of negative pressure wound therapy by the negative pressure source, the controller further configured to cause provision of a plurality of visual indications associated with the plurality of conditions to a user; a negative pressure source configured to provide negative pressure via a fluid flow path to a wound covered by a wound dressing, and a controller configured to determine a plurality of conditions associated with provision of negative pressure wound therapy by the negative pressure source, the controller further configured to cause provision of a plurality of visual indications associated with the plurality of conditions to a user; a canister configured to be attached to the device housing and further configured to be fluidically connected to the negative pressure source, the canister comprising a canister housing including one or more exterior surfaces defining an interior volume configured to store at least some fluid removed from the wound, the one or more exterior surfaces of the canister being substantially opaque; and at least one light pipe configured to transmit light associated with at least one visual indication of the plurality of visual indications through at least a portion of the interior volume, thereby causing the provision of the at least one visual indication to the user via the canister.
Water fitting assembly, comprising (a) a fitting housing with an inlet connector for raw water; (b) modules for treating water for a heating circuit; and (c) an outlet connector for treated water for fixed installation between a raw water supply and the inlet connector of a heating circuit; characterized by (d) an additional connector arranged upstream of the modules for treating water for releasably connecting a temporary after-treatment unit having a shut-off valve and a pump for bypassing heating water from the heating circuit through the temporary after-treatment in the water fitting whereby the treatment of the heating water is effected at least partly by the modules for the treatment of water in the fixedly installed water fitting assembly; wherein (e) the outlet connector forms a common exit where treated raw water as well as treated heating water exits when the after-treatment unit is connected. (a) a fitting housing with an inlet connector for raw water; (b) modules for treating water for a heating circuit; and (c) an outlet connector for treated water for fixed installation between a raw water supply and the inlet connector of a heating circuit; characterized by (d) an additional connector arranged upstream of the modules for treating water for releasably connecting a temporary after-treatment unit having a shut-off valve and a pump for bypassing heating water from the heating circuit through the temporary after-treatment in the water fitting whereby the treatment of the heating water is effected at least partly by the modules for the treatment of water in the fixedly installed water fitting assembly; wherein (e) the outlet connector forms a common exit where treated raw water as well as treated heating water exits when the after-treatment unit is connected.