mhurhangee/ep-ind-claims huggingface dataset:
Roller shutter comprising a plurality of slats (30, 30a) so that it is realized a screen sliding in a couple of sliding guides, said slats (30, 30a) comprising a fixed frame (40, 40a) and at least a swinging movable lamella with blocking teeth (11a, 11b, 11c), wherein said fixed frame comprises two or more supports (2, 2a), a fixed lower profile, a series of plugs, a gasket, so that the weight of the fixed lower profile of the upper slat, by acting as a lever, rotates the movable lamella which is configured to carry out a rotation of 180° and belongs to the next lower slat, without using any guide mechanism, and as a whole and orthogonal with respect to the horizontal plane, in the upper portion is provided with a first hook which is introduced in a second hook of the fixed lower profile and is further provided with a recess, outside the walls of the same lamella, apt to receive an element of the supports (2, 2a); characterized in that the recess accommodates a spring element.
An elongate laryngoscope insertion section comprising a viewing port through which an imaging device within the insertion section can obtain images of a larynx, the insertion section extending between a distal end for insertion into a subject and an opposite proximal end, and having an inferior surface and an opposed superior surface, the inferior surface curving by more than 90° from the proximal end to the distal end, wherein the insertion section comprises a proximal region where the insertion section extends through a subject's teeth in use, a distal region extending to the distal end and an intermediate region therebetween, wherein the inferior surface of the insertion section comprises or consists of a curved region which extends from the proximal region through the intermediate region to the distal region, wherein the curved region of the inferior surface is continuously longitudinally curved along the length of the longitudinally curved region wherein: the curved region of the inferior surface has a first constant longitudinal radius of curvature in the proximal region and the curved region of the inferior surface has a second constant longitudinal radius of curvature in the distal region and the curved region of the inferior surface has a third variable longitudinal radius of curvature in the intermediate section, wherein a minimum of longitudinal radius of curvature of the curved region of the inferior surface is in the intermediate region of the insertion section. the curved region of the inferior surface has a first constant longitudinal radius of curvature in the proximal region and the curved region of the inferior surface has a second constant longitudinal radius of curvature in the distal region and the curved region of the inferior surface has a third variable longitudinal radius of curvature in the intermediate section, wherein a minimum of longitudinal radius of curvature of the curved region of the inferior surface is in the intermediate region of the insertion section.
A turbine wheel for a turbocharger comprising: a hub having a primary outer surface, a back wall surface, and a peripheral edge extending between the primary outer surface and the back wall surface, the hub extending along a central axis from a first end to a second end, wherein the hub has a back wall thickness that is measured parallel to the central axis between the primary outer surface and the back wall surface, the hub defining a meridional distance measured from the peripheral edge toward the second end of the hub along the contour of the primary outer surface in a plane extending through the central axis of the hub; and a plurality of blades extending from the primary outer surface of the hub and integrally formed with the hub via a casting process, wherein each of the blades defines opposed blade surfaces (123, 124) and a blade thickness that is measured between the opposed surfaces (123, 124) of the blade intersecting the primary outer surface; characterized in that a maximum diameter of the peripheral edge is 60 mm or more; and in that the hub includes a radially outer region extending from the peripheral edge to a location 25% of the meridional distance, wherein, over a majority of the radially outer region, a ratio of the blade thickness to the back wall thickness is between 0.8 and 1.2; and a ratio of the blade thickness to the back wall thickness varies by 25% or less from the lowest blade thickness ratio within the majority, and in that at the location 25% meridional distance, the back wall thickness is 6% or less than the maximum diameter. a hub having a primary outer surface, a back wall surface, and a peripheral edge extending between the primary outer surface and the back wall surface, the hub extending along a central axis from a first end to a second end, wherein the hub has a back wall thickness that is measured parallel to the central axis between the primary outer surface and the back wall surface, the hub defining a meridional distance measured from the peripheral edge toward the second end of the hub along the contour of the primary outer surface in a plane extending through the central axis of the hub; and a plurality of blades extending from the primary outer surface of the hub and integrally formed with the hub via a casting process, wherein each of the blades defines opposed blade surfaces (123, 124) and a blade thickness that is measured between the opposed surfaces (123, 124) of the blade intersecting the primary outer surface; characterized in that a maximum diameter of the peripheral edge is 60 mm or more; and in that the hub includes a radially outer region extending from the peripheral edge to a location 25% of the meridional distance, wherein, over a majority of the radially outer region, a ratio of the blade thickness to the back wall thickness is between 0.8 and 1.2; and a ratio of the blade thickness to the back wall thickness varies by 25% or less from the lowest blade thickness ratio within the majority, and in that at the location 25% meridional distance, the back wall thickness is 6% or less than the maximum diameter.
Secure cap that is dome-shaped and intended to snap-fit onto the top of an aerosol can, said cap being provided with a side opening (2, 2a, 2b) for accessing a push button for operating a valve of the can, said cap further being provided at the top thereof with an axial opening for accessing an axial diffuser device which is mounted on an outlet tube of the valve aligned with an axis of rotation of the can, and said cap further being provided with a flap for protecting said side opening (2a, 2b), which can be manoeuvred between a position for concealing the side opening and a position allowing free access to the side opening, characterised in that the cap made of two portions includes a base provided with a crown forming a lower portion of the dome and includes an attached lid being mounted on the base in alignment with the crown, forming an upper portion of the dome and including the axial opening; the side opening (2a, 2b) being made at least in one portion in the lid and at most in one portion in the crown, the flap being inside the cap and mounted sliding in slides respectively lower in the base and upper in the lid.
A modular wind turbine blade comprising a blade root, an intermediate portion and a blade tip, wherein the intermediate portion comprises a plurality of modular blades, two adjacent modular blades being provided at edge thereof with a first connecting portion and a second connecting portion that cooperate with each other, and wherein the plurality of modular blades includes several trailing edge shells, several leading edge shells and several main beams, respectively, the first connecting portion at the edge of the trailing edge shell and the leading edge shell being fixedly connected to the second connecting portion at the edge of the main beam; characterized in that the main beam includes a main support beam for connecting the leading edge shell and a secondary support beam for connecting the trailing edge shell, the main support beam being fixedly connected to the secondary support beam through the cooperation of the first connecting portion and the second connecting portion; the main support beam and the secondary support beam are each provided with a connecting beam, the connecting beam being vertically provided with a fixing recess for fixing a web, the corner of the fixing recess and the connecting beam being an arc transition; the main support beam resembles a shovel-shaped structure close to the connection end of the wind turbine blade segments, and a connecting edge extends towards the interior of the wind turbine blade along the edge of the shovel-shaped structure, an end of the connecting edge intersecting with the connecting beam to form a closed area; and wherein the closed area is in the form of a symmetrical trapezoid, the secondary support beam and the leading edge shell are provided with a mounting section corresponding to the trapezoid, and the mounting section is provided at the edge thereof with a fixing edge that matches a bent edge of the connecting edge. the main beam includes a main support beam for connecting the leading edge shell and a secondary support beam for connecting the trailing edge shell, the main support beam being fixedly connected to the secondary support beam through the cooperation of the first connecting portion and the second connecting portion; the main support beam and the secondary support beam are each provided with a connecting beam, the connecting beam being vertically provided with a fixing recess for fixing a web, the corner of the fixing recess and the connecting beam being an arc transition; the main support beam resembles a shovel-shaped structure close to the connection end of the wind turbine blade segments, and a connecting edge extends towards the interior of the wind turbine blade along the edge of the shovel-shaped structure, an end of the connecting edge intersecting with the connecting beam to form a closed area; and wherein the closed area is in the form of a symmetrical trapezoid, the secondary support beam and the leading edge shell are provided with a mounting section corresponding to the trapezoid, and the mounting section is provided at the edge thereof with a fixing edge that matches a bent edge of the connecting edge.
A method for operating an illumination system that includes an illumination device, a server configured to perform wireless communication with the illumination device, and a terminal configured to perform optical communication with the illumination device, the method comprising: sending, from the terminal to the server, information regarding an operation mode of the illumination device; sending, from the server to the illumination device, a control signal based on the information regarding the operation mode; performing, at the illumination device, visible light communication based on identification information of the illumination device when the illumination device receives the control signal from the server; detecting, at the terminal, the identification information of the illumination device based on the visible light communication; matching the detected identification information with location information of the illumination device; and sending the identification information and the location information of the illumination device that are matched to the server. sending, from the terminal to the server, information regarding an operation mode of the illumination device; sending, from the server to the illumination device, a control signal based on the information regarding the operation mode; performing, at the illumination device, visible light communication based on identification information of the illumination device when the illumination device receives the control signal from the server; detecting, at the terminal, the identification information of the illumination device based on the visible light communication; matching the detected identification information with location information of the illumination device; and sending the identification information and the location information of the illumination device that are matched to the server.
A Process Challenge Device comprising at least one removable test tag having a back and a face surface on which contamination forms or is applied to in a form a test soil; at least one hollow capsule having an inlet, at least one continuous internal cavity inside of the capsule, containing a flow shaping part and a tag holding part and an outlet; a lock or an end cap for locking the tag in the cavity; characterised by the tag holding part of the cavity containing a seat of a matching shape to the tag within which the tag is positioned and an empty space above the seat wherein said space has a cross section area parallel to the cross section of the inlet and is between 95% and 105% of its size, means for ensuring said tag is inserted into the seat in the correct orientation such that the back of the tag sits against the seat and the face surface of the tag is orientated towards the space inside of the cavity; a flow shaping part of the cavity being 1% to 80% of the length of the capsule and providing smooth transition between the cross section shape at the inlet to the cross section shape of the tag holding part of the cavity at the front edge of the seat.
Household appliance, - wherein the household appliance is a large household appliance or a small household appliance, - has a first electronics module and a second electronics module, - is equipped with a bus system, with the aid of which the first electronics module and the second electronics module are connected, - wherein a message to be transferred can be transmitted from the first electronics module to the second electronics module by way of the bus system, characterised in that the household appliance is designed - to encrypt a message to be transferred from the first electronics module in the form of a telegram by means of a predetermined item of information (207, K) and a variable item of time information, - to transmit the encrypted message in the form of a telegram (X, Y) and - to decrypt the encrypted telegram (X, Y) received by the second electronics module by means of the predetermined item of information (207, K) and the variable item of time information, wherein - the electronics modules (101, 103) comprise at least a user interface, a measuring unit, a switching unit and/or an actuator, which use encrypted telegrams (X, Y) to exchange messages. - wherein the household appliance is a large household appliance or a small household appliance, - has a first electronics module and a second electronics module, - is equipped with a bus system, with the aid of which the first electronics module and the second electronics module are connected, - wherein a message to be transferred can be transmitted from the first electronics module to the second electronics module by way of the bus system, - to encrypt a message to be transferred from the first electronics module in the form of a telegram by means of a predetermined item of information (207, K) and a variable item of time information, - to transmit the encrypted message in the form of a telegram (X, Y) and - to decrypt the encrypted telegram (X, Y) received by the second electronics module by means of the predetermined item of information (207, K) and the variable item of time information, - the electronics modules (101, 103) comprise at least a user interface, a measuring unit, a switching unit and/or an actuator, which use encrypted telegrams (X, Y) to exchange messages.
Retaining wall for retaining a slope, the retaining wall having at least one succession of beams and at least one support rail arranged orthogonally or transversely to the beams, the support rail having at least one supporting shoulder by which the support rail rests on the beam on the side remote from the slope and having at least one support-rail channel, the support rail being fastened, by means of at least one nut belonging to the retaining wall, to at least one anchor for the retaining wall which is anchored in the slope, characterised in that the support rail channel, is arranged to be recessed, preferably completely, into a region between the beams, and the nut is arranged within, and preferably entirely within, the support rail channel.
A gas turbine engine for an aircraft, the gas turbine engine comprising: a turbine section; an exhaust section configured to receive an exhaust gas stream from the turbine section, the exhaust section including a monolithic catalyst structure; and a reducing agent injection system configured to inject a reducing agent into a core flow path of the gas turbine engine, wherein the reducing agent injection system is located upstream of the turbine section. a turbine section; an exhaust section configured to receive an exhaust gas stream from the turbine section, the exhaust section including a monolithic catalyst structure; and a reducing agent injection system configured to inject a reducing agent into a core flow path of the gas turbine engine, wherein the reducing agent injection system is located upstream of the turbine section.
A method for communicating inbound network data to provide quality of service, the method including: receiving data over a network at a processor; prioritizing the data at the processor by assigning a priority to the data, wherein the priority of the data, comprising a message, is based at least in part on message content; processing the data by removing functionally redundant data wherein the said processing occurs at the transport layer of the network communications protocol stack; wherein the data is functionally redundant if it comprises a message that carries information that is functionally equivalent to information of another message, and communicating the data to an application at the processor based at least in part on the priority of the data. receiving data over a network at a processor; prioritizing the data at the processor by assigning a priority to the data, wherein the priority of the data, comprising a message, is based at least in part on message content; processing the data by removing functionally redundant data wherein the said processing occurs at the transport layer of the network communications protocol stack; wherein the data is functionally redundant if it comprises a message that carries information that is functionally equivalent to information of another message, and communicating the data to an application at the processor based at least in part on the priority of the data.
A tire comprising: a circumferential tread including a first circumferential groove and a second circumferential groove that define a rib extending in a circumferential direction circumscribing an axis of rotation, the rib including a transverse groove disposed in the rib and extending from a first end at the first circumferential groove to a second end at the second circumferential groove, wherein a depth of the transverse groove is defined between an outer surface of the rib and a bottom surface of the transverse groove in a radial direction perpendicular to the axis of rotation, and wherein the depth of the transverse groove decreases linearly in a direction parallel to the axis of rotation from the first end of the transverse groove to the second end of the transverse groove; and a plurality of protrusions (255, 275, 276) protruding from the bottom surface of the transverse groove. a circumferential tread including a first circumferential groove and a second circumferential groove that define a rib extending in a circumferential direction circumscribing an axis of rotation, the rib including a transverse groove disposed in the rib and extending from a first end at the first circumferential groove to a second end at the second circumferential groove, wherein a depth of the transverse groove is defined between an outer surface of the rib and a bottom surface of the transverse groove in a radial direction perpendicular to the axis of rotation, and wherein the depth of the transverse groove decreases linearly in a direction parallel to the axis of rotation from the first end of the transverse groove to the second end of the transverse groove; and a plurality of protrusions (255, 275, 276) protruding from the bottom surface of the transverse groove.
Device for obtaining pulse transit time and pulse wave velocity information of a subject, comprising - an interface configured to receive a set of image frames of a subject acquired by an imaging unit, - a motion detection unit configured to detect motion of different body parts of the subject, - an ROI selection unit configured to select at least two regions of interest at body parts of the subject within said set of image frames, - a signal extraction unit configured to extract at least two photoplethysmographic, PPG, signals from at least two selected regions of interest from said set of image frames, - a motion correction unit configured to control said ROI selection unit to select only regions of interest at substantially unmoved body parts and/or to control said signal extraction unit to extract a PPG signal only from regions of interest at substantially unmoved body parts or to correct PPG signals extracted from regions of interest at moving body parts, characterized in that the device further comprises - a distance determination unit configured to determine within an image frame the physical distance between selected regions of interest, and - a calculation unit configured to determine pulse transit time and pulse wave velocity information from the PPG signals extracted from different regions of interest and the respective determined physical distance between the respective regions of interest. - an interface configured to receive a set of image frames of a subject acquired by an imaging unit, - a motion detection unit configured to detect motion of different body parts of the subject, - an ROI selection unit configured to select at least two regions of interest at body parts of the subject within said set of image frames, - a signal extraction unit configured to extract at least two photoplethysmographic, PPG, signals from at least two selected regions of interest from said set of image frames, - a motion correction unit configured to control said ROI selection unit to select only regions of interest at substantially unmoved body parts and/or to control said signal extraction unit to extract a PPG signal only from regions of interest at substantially unmoved body parts or to correct PPG signals extracted from regions of interest at moving body parts, characterized in that the device further comprises - a distance determination unit configured to determine within an image frame the physical distance between selected regions of interest, and - a distance determination unit configured to determine within an image frame the physical distance between selected regions of interest, and - a calculation unit configured to determine pulse transit time and pulse wave velocity information from the PPG signals extracted from different regions of interest and the respective determined physical distance between the respective regions of interest.