mhurhangee/ep-ind-claims huggingface dataset:
A device for adjusting a print head for producing three-dimensional models, wherein the adjustment takes place about axes of rotation (500, 501, 502) and wherein one of the axes of rotation (500, 501, 502) is decoupled from an actuating means and the decoupling is provided via a sliding block guide and wherein the axes of rotation (500, 501, 502) are provided for adjustment as follows: (i) in a direction perpendicular to a construction plane, (ii) in a first direction of the construction plane, and (iii) in a second direction of the construction plane, perpendicular to the first direction, and wherein adjustment in at least one of the directions of the construction plane is effected via the sliding block guide, wherein the sliding block guide is implemented by two decoupled components which are movably engaged with one another, wherein one of the components comprises the print head. (i) in a direction perpendicular to a construction plane, (ii) in a first direction of the construction plane, and (iii) in a second direction of the construction plane, perpendicular to the first direction, and wherein adjustment in at least one of the directions of the construction plane is effected via the sliding block guide, wherein the sliding block guide is implemented by two decoupled components which are movably engaged with one another, wherein one of the components comprises the print head.
A reactor device for chemical vapor deposition comprising: - a reaction chamber having a side inner wall; - a reactive gas injector opening into the reaction chamber; - a substrate support having: - a main face intended to support at least one substrate, arranged opposite the reactive gas injector so that said injector and said main face define a work space between same, and - a peripheral surface, - a system for discharging gas in fluid communication with the reaction chamber through an opening arranged in the side wall of the reaction chamber facing the work space, with the substrate support being positioned in the reaction chamber so as to form an annular passage between the peripheral surface of the substrate support and the side wall of the reaction chamber; - a purge gas injector opening into the reaction chamber; characterized in that the purge gas injector comprises an injection channel defined by the side wall of the chamber and a first wall of an additional room, with said channel opening into the reaction chamber through an annular mouth, with the side wall of the reaction chamber and the first wall of the additional room being mutually parallel in a portion of said injection channel comprising the mouth, so as to enable the injection of a laminar flow of purge gas through the annular opening and the flowing of said flow in said annular passage up to the opening of the gas discharge system. - a reaction chamber having a side inner wall; - a reactive gas injector opening into the reaction chamber; - a substrate support having: - a main face intended to support at least one substrate, arranged opposite the reactive gas injector so that said injector and said main face define a work space between same, and - a peripheral surface, - a system for discharging gas in fluid communication with the reaction chamber through an opening arranged in the side wall of the reaction chamber facing the work space, with the substrate support being positioned in the reaction chamber so as to form an annular passage between the peripheral surface of the substrate support and the side wall of the reaction chamber; - a purge gas injector opening into the reaction chamber; - a main face intended to support at least one substrate, arranged opposite the reactive gas injector so that said injector and said main face define a work space between same, and - a peripheral surface, - a system for discharging gas in fluid communication with the reaction chamber through an opening arranged in the side wall of the reaction chamber facing the work space, with the substrate support being positioned in the reaction chamber so as to form an annular passage between the peripheral surface of the substrate support and the side wall of the reaction chamber; - a purge gas injector opening into the reaction chamber;
Drive system of a vehicle, the drive system comprising electrical production means which supply combustion gas generators, the combustion gases being stored in a pressurized storage unit which supplies a heat engine, the electrical production means comprising photovoltaic panels and comprising a wind generator and/or a tidal generator, the tidal generator and/or the wind generator being formed by a device for transforming kinetic energy of a fluid flow into mechanical energy, the transformation device comprising a turbine which is rotatably mounted and suitable for rotating in reaction to the kinetic energy of a fluid flow, characterized in that the transformation device is integrated into a frame of the vehicle, the transformation device comprising: - multidirectional fluid flow capture elements, the capture elements merging with the frame of the vehicle, and - guide means which interact with the multidirectional fluid flow capture elements so as to generate a laminar fluid flow in the direction of the turbine. - multidirectional fluid flow capture elements, the capture elements merging with the frame of the vehicle, and - guide means which interact with the multidirectional fluid flow capture elements so as to generate a laminar fluid flow in the direction of the turbine.
A fastener driving tool, comprising: a housing; a nose portion; a magazine configured to store and supply a fastener to the nose portion; a motor provided in the housing; a plunger provided in the housing to move between a top dead center and a bottom dead center, and having a blade for impacting the fastener; a drive mechanism (13, 14, 18) configured to drive the plunger with power from the motor; a trigger switch configured to drive the drive mechanism when operated by a user; a detection switch configured to be switched according to an arrangement of the drive mechanism; an energizing switch configured to control power feed of the motor; and a controller configured to turn on the energizing switch according to turning on of the trigger switch, characterised in that said detection switch is configured to be turned off when the drive mechanism reaches a first position corresponding to the end of an impacting operation; said controller is configured to turn off the energizing switch according to turning off of the detection switch; and a failure detection circuit is configured to determine a failure condition of the detection switch if the detection switch has not been turned on within a predetermined time period after the energizing switch is turned on following operation of the trigger switch, and is then configured to turn off the energizing switch. a housing; a nose portion; a magazine configured to store and supply a fastener to the nose portion; a motor provided in the housing; a plunger provided in the housing to move between a top dead center and a bottom dead center, and having a blade for impacting the fastener; a drive mechanism (13, 14, 18) configured to drive the plunger with power from the motor; a trigger switch configured to drive the drive mechanism when operated by a user; a detection switch configured to be switched according to an arrangement of the drive mechanism; an energizing switch configured to control power feed of the motor; and a controller configured to turn on the energizing switch according to turning on of the trigger switch, said detection switch is configured to be turned off when the drive mechanism reaches a first position corresponding to the end of an impacting operation; said controller is configured to turn off the energizing switch according to turning off of the detection switch; and a failure detection circuit is configured to determine a failure condition of the detection switch if the detection switch has not been turned on within a predetermined time period after the energizing switch is turned on following operation of the trigger switch, and is then configured to turn off the energizing switch.
A computer implemented method for completing a call attempt made by a first party to a second party, said method comprising: detecting a termination of said call attempt made by said first party on a first network to contact said second party on a second network, by said first network, wherein said second network is the same as said first network or one of a plurality of networks excluding the first network; said method characterized by further comprising: communicating availability of a messaging service to the first party, by the first network, wherein the first party is not billed for said communication of said availability of the messaging service, and wherein said availability of said messaging service is communicated to said first party before or after manual termination of said call attempt by said first party; receiving, by the first network, an explicit or implicit action from the first party indicating an acceptance of said messaging service or a declination of said messaging service based on receiving an explicit dual tone multi frequency input by the first party on said user communication device of the first party or an implicit predefined timeout period; receiving a message created by the first party using said user communication device of the first party, by the first network, on said acceptance of said messaging service by the first party, and delivering said created message to the second party on said user communication device of the second party; and delivering a missed call notification to the second party on said user communication device of the second party, by the first network, on said declination of said messaging service by the first party; whereby the call attempt made by the first party to the second party is completed. communicating availability of a messaging service to the first party, by the first network, wherein the first party is not billed for said communication of said availability of the messaging service, and wherein said availability of said messaging service is communicated to said first party before or after manual termination of said call attempt by said first party; receiving, by the first network, an explicit or implicit action from the first party indicating an acceptance of said messaging service or a declination of said messaging service based on receiving an explicit dual tone multi frequency input by the first party on said user communication device of the first party or an implicit predefined timeout period; receiving a message created by the first party using said user communication device of the first party, by the first network, on said acceptance of said messaging service by the first party, and delivering said created message to the second party on said user communication device of the second party; and delivering a missed call notification to the second party on said user communication device of the second party, by the first network, on said declination of said messaging service by the first party;
Computer-implemented method for identifying pathological changes in follow-up medical images, the method comprising: providing reference image data showing a body part of a patient at a first time; providing follow-up image data showing the body part of the patient at a subsequent second time; generating one or more deformation fields for the reference image data and the follow-up image data describing anatomical deformations in the body part between the reference image data and the follow-up image data using at least one image registration; aligning the reference image data and the follow-up image data using the one or more deformation fields to generate co-aligned image data; and analyzing the co-aligned image data to identify pathological changes in the body part from the reference image data to the follow-up image data using a machine learned network trained to identify pathological relevant changes in co-aligned image data. providing reference image data showing a body part of a patient at a first time; providing follow-up image data showing the body part of the patient at a subsequent second time; generating one or more deformation fields for the reference image data and the follow-up image data describing anatomical deformations in the body part between the reference image data and the follow-up image data using at least one image registration; aligning the reference image data and the follow-up image data using the one or more deformation fields to generate co-aligned image data; and analyzing the co-aligned image data to identify pathological changes in the body part from the reference image data to the follow-up image data using a machine learned network trained to identify pathological relevant changes in co-aligned image data.
A spring system comprising first and second housings (20, 40) and a first mechanical spring connected to said first and second housings (20, 40), said first and second housings (20, 40) each including a front portion (22, 42) having a front end (24, 44), a central portion (25, 45), a rear portion (26, 46) having a rear end (28, 48) and an internal chamber (30, 50), during assembly of the spring system said front end of said second housing being telescopically inserted into said internal chamber of said first housing from the rear end end of said first housing so that the rear end of the second housing can move in the internal chamber of the first housing at the central portion and the rear portion of the first housing, said first mechanical spring having a firs end portion with a first end and a second end portion with a second end and a void inner region that at least partially extends between said first and second ends (62, 64), said first mechanical spring is at least partially positioned in said internal chamber (30, 50) of said first and second housings (20, 40), said first end of said first mechanical spring is connected to a first connection arrangement in said first housing, said second end of said first mechanical spring is connected to a second connection arrangement in said second housing, said first connection arrangement threadedly engages said first end portion of said first mechanical spring, wherein the cross-sectional area of the internal chamber of the first housing at the front portion of the first housing is smaller than the cross-sectional area of the internal chamber of the first housing at the central portion and rear portion of the first housing, the cross-sectional area of the internal chamber of the second housing at the front portion and the central portion of the second housing is smaller than the cross-sectional area of the internal chamber of the second housing at the rear portion, the outer cross-sectional area of the front portion, the central portion and rear portion of the second housing is smaller than or equal to the cross-sectional area of the internal chamber of the first housing at the central portion and rear portion of the first housing, the outer cross-sectional area of the front portion and the central portion of the second housing is smaller than or equal to the cross-sectional area of the internal chamber of the first housing at the front portion of the first housing, and the outer cross-sectional area of the rear portion of the second housing is greater than the cross-sectional area of the internal chamber of the first housing at the front portion of the first housing so that the rear portion of the second housing cannot pass through the internal chamber of the first housing at the front portion of the first housing.
An adhesive for semiconductor sensor chip mounting that is an adhesive used for mounting a semiconductor sensor chip and comprises a silicone resin and a spacer, a 10% compressive elasticity modulus of the spacer, as measured according to the method in the description, being 10 N/mm 2 or more and 2000 N/mm 2 or less, a compression recovery rate of the spacer, as measured according to the method in the description, being 150 or less, and an average particle diameter of the spacer, as measured according to the method in the description, being 10 μm or more and 200 μm or less. a 10% compressive elasticity modulus of the spacer, as measured according to the method in the description, being 10 N/mm 2 or more and 2000 N/mm 2 or less, a compression recovery rate of the spacer, as measured according to the method in the description, being 150 or less, and an average particle diameter of the spacer, as measured according to the method in the description, being 10 μm or more and 200 μm or less.
A receiving device for receiving medical fluids, in particular blood, comprising: - at least one inflow opening through which at least one fluid in surge can be introduced into an interior of the receiving device, - at least one fluid surge redirecting element for redirecting the fluid surge of the inflowing fluid, - wherein the fluid surge redirecting element comprises at least one flow-conditioning body for dividing the fluid surge of the inflowing fluid into at least two partial fluid surges, characterized in that: - the flow-conditioning body is arranged in the outflow region of a phantom valve in a blood cassette for extracorporeal blood treatment and in an inflow region of the fluid surge in the receiving device, - wherein the phantom valve comprises an element with an actuator surface reachable by means of an actuator, the element being able to assume the function of a valve. - at least one inflow opening through which at least one fluid in surge can be introduced into an interior of the receiving device, - at least one fluid surge redirecting element for redirecting the fluid surge of the inflowing fluid, - wherein the fluid surge redirecting element comprises at least one flow-conditioning body for dividing the fluid surge of the inflowing fluid into at least two partial fluid surges, - the flow-conditioning body is arranged in the outflow region of a phantom valve in a blood cassette for extracorporeal blood treatment and in an inflow region of the fluid surge in the receiving device, - wherein the phantom valve comprises an element with an actuator surface reachable by means of an actuator, the element being able to assume the function of a valve.
A fire fighting blower comprising a propeller coaxially mounted in a tubular casing for generated an axial airflow, and an airflow guiding device for obtaining a concentrated air jet having a substantially ovalized section, said airflow guiding device comprising within said tubular casing an assembly of first deflectors for concentrating said axial airflow and generating a concentrated axial air jet, characterized in that the airflow guiding device comprises an assembly of second deflectors (16, 17), including a first right deflector which directs a part of the airflow in the direction of rotation of said propeller and a second direction reversing deflector, angularly spaced from and upstream of the first right deflector in the direction of rotation of said propeller, which directs this part of the airflow in the opposite direction of rotation of said propeller for generating an air stream deflected from the concentrated axial air jet so that said concentrated air jet having an ovalized section is a combination of said concentrated axial air jet and said deflected air stream.
A merchandise sorting device, comprising: a conveyance path including a placement surface on which an item is placed; a chute inclined downward from the conveyance path, the chute including a bottom wall forming an inclined surface on which the item is slid; characterized by a sorting plate at a lower end of the chute and rotatable about an axis along an edge at a lower end of the bottom wall to open and close the lower end of the chute. a conveyance path including a placement surface on which an item is placed; a chute inclined downward from the conveyance path, the chute including a bottom wall forming an inclined surface on which the item is slid; characterized by a sorting plate at a lower end of the chute and rotatable about an axis along an edge at a lower end of the bottom wall to open and close the lower end of the chute.
A glenoid implant comprising: a body having a central aperture therethrough,_a plate, and a boss; a collet configured to be received within the central aperture of the body, the collet having an interior threaded bore and a plurality of deflectable arms (140A-140D); a plug including a threaded portion configured to threadingly engage the interior threaded bore of the collet, the plug being configured to be engaged by a tool to rotate the plug such that the plug moves in a first axial direction to cause the plurality of deflectable arms (140A-140D) to deflect radially outward relative to a central axis of the central aperture of the body; and a plurality of fins (150A- 150D) coupled to the boss and configured to move radially outward from a first position towards a second generally outward position responsive to deflection of the plurality of deflectable arms (140A - 140D) to aid in securing the body to bone of a patient. a body having a central aperture therethrough,_a plate, and a boss; a collet configured to be received within the central aperture of the body, the collet having an interior threaded bore and a plurality of deflectable arms (140A-140D); a plug including a threaded portion configured to threadingly engage the interior threaded bore of the collet, the plug being configured to be engaged by a tool to rotate the plug such that the plug moves in a first axial direction to cause the plurality of deflectable arms (140A-140D) to deflect radially outward relative to a central axis of the central aperture of the body; and a plurality of fins (150A- 150D) coupled to the boss and configured to move radially outward from a first position towards a second generally outward position responsive to deflection of the plurality of deflectable arms (140A - 140D) to aid in securing the body to bone of a patient.
Optical component, comprising at least one transparent set of cells (15; 25) juxtaposed in parallel to a surface of the component, each cell being hermetically sealed and containing an optical-property substance, the set of cells comprising cells of several sizes, measured parallel to the component surface, characterized in that the set of cells (15; 25) comprises at least one large cell in a central zone of the component surface, and small cells located in the component surface between said central zone and one edge of said surface.