mhurhangee/ep-ind-claims huggingface dataset:
A permanent magnet electrical machine comprising - a stator with at least one stator winding, the stator defining a centre axis, - a rotor comprising permanent magnetic material and having a first end and a second end, - at least one bearing including a first bearing and supporting the rotor in an operational position in relation to the stator allowing the rotor to rotate in relation to the stator about the centre axis, characterized by - at least one moveable support element being arranged perpendicular to the centre axis, the at least one support element including a first support element comprising a rod and adapted to support the rotor in relation to the stator such that the at least one support element in a support position supports the rotor centred about the centre axis, thereby allowing replacement of the first bearing, the support element in the support position being at least partly positioned between the rotor and the stator in a direction radially from the centre axis. - a stator with at least one stator winding, the stator defining a centre axis, - a rotor comprising permanent magnetic material and having a first end and a second end, - at least one bearing including a first bearing and supporting the rotor in an operational position in relation to the stator allowing the rotor to rotate in relation to the stator about the centre axis, characterized by - at least one moveable support element being arranged perpendicular to the centre axis, the at least one support element including a first support element comprising a rod and adapted to support the rotor in relation to the stator such that the at least one support element in a support position supports the rotor centred about the centre axis, thereby allowing replacement of the first bearing, the support element in the support position being at least partly positioned between the rotor and the stator in a direction radially from the centre axis.
An insole comprising: an insole body insertable in a shoe; an electronic element in the insole body; a connection line configured to be electrically connected to the electronic element, the connection line including a contact terminal exposed to an outside of the insole body; and a connector including a detachable member configured to at least partially protrude from the insole body towards the outside of the insole body and a base configured to support the contact terminal and to expose the contact terminal at a portion in which the contact terminal wraps around the base, wherein the detachable member is configured to protrude downward from the base with respect to a top surface of the insole body, characterized in that the base comprises: a lower plate; an upper plate configured to be separated from the lower plate in a vertical direction; and a connection member configured to connect the lower plate and the upper plate. an insole body insertable in a shoe; an electronic element in the insole body; a connection line configured to be electrically connected to the electronic element, the connection line including a contact terminal exposed to an outside of the insole body; and a connector including a detachable member configured to at least partially protrude from the insole body towards the outside of the insole body and a base configured to support the contact terminal and to expose the contact terminal at a portion in which the contact terminal wraps around the base, wherein the detachable member is configured to protrude downward from the base with respect to a top surface of the insole body, characterized in that the base comprises: a lower plate; an upper plate configured to be separated from the lower plate in a vertical direction; and a connection member configured to connect the lower plate and the upper plate. a lower plate; an upper plate configured to be separated from the lower plate in a vertical direction; and a connection member configured to connect the lower plate and the upper plate.
A production method of a propylene-based polymer, characterized by performing multi-stage continuous vapor phase polymerization of propylene in the presence of a catalyst for olefin polymerization, using a propylene polymerization reaction apparatus, characterized in that at least one reactor or more of a horizontal-type reactor (10, 20-1) having inside a stirring machine which rotates around a horizontal axis, and a continuous stirred tank reactor (20-2, 40-1, 40-2) to be connected to said horizontal-type reactor (10, 20-1) are provided, respectively, and wherein the continuous stirred tank reactor (20-2, 40-1, 40-2) is installed just after the horizontal-type reactor (10, 20-1).
Device for automatically closing a hose and/or pipe line (2, 3) for transporting liquid or gaseous media, in particular water, comprising - a closure member, - a turbine or impeller flow meter positioned immediately downstream of the closure member in the flow direction, - an electronic control device that receives signals from the turbine or impeller flow meter during operation, - a servomotor, by means of which the closure member can be closed or opened on the basis of signals from the electronic control device when a predeterminable limit value is exceeded or fallen below, characterised in that the electronic control device and the closure member are designed in such a way that the transition value of the turbine or impeller flow meter is improved by increasing the tip velocity of the turbine or impeller, respectively, by at least temporarily closing only partially, i.e. not completely, the closure element in order to check for a small leakage in operating phases of the device in which no flow through the turbine or impeller flow meter is registered in the electronic control device. - a closure member, - a turbine or impeller flow meter positioned immediately downstream of the closure member in the flow direction, - an electronic control device that receives signals from the turbine or impeller flow meter during operation, - a servomotor, by means of which the closure member can be closed or opened on the basis of signals from the electronic control device when a predeterminable limit value is exceeded or fallen below,
Method for producing a relief-like decor on a surface of a ceramic printing medium, comprising the steps: a) providing a ceramic printing medium; b) dispensing drops of a fixing liquid onto a portion of the surface using a plurality of nozzles of an inkjet printer; c) applying ceramic material in the form of particles at least to the dispensed fixing liquid and fixing the material by the fixing liquid, wherein unfixed material is subsequently removed so that elevations of the relief-like decor are formed; d) applying a predetermined single-color or multi-colored motif to the surfaces of the elevations by applying one or more inks with inorganic color pigments to the surfaces of the elevations; e) firing the ceramic printing medium to create a fired relief-like decor on the surface of the printing medium; wherein after step (c) and before step (d) a covering glaze or engobe or smaltobe, each in the form of a suspension, is applied to at least some of the elevations by spraying or pouring it by means of a dispensing device onto the corresponding surfaces and concentrated, wherein the fixing liquid is a structure-forming glaze suspension which comprises at least one frit, and preferably a glaze material containing a fluxing agent in the form of particles. a) providing a ceramic printing medium; b) dispensing drops of a fixing liquid onto a portion of the surface using a plurality of nozzles of an inkjet printer; c) applying ceramic material in the form of particles at least to the dispensed fixing liquid and fixing the material by the fixing liquid, wherein unfixed material is subsequently removed so that elevations of the relief-like decor are formed; d) applying a predetermined single-color or multi-colored motif to the surfaces of the elevations by applying one or more inks with inorganic color pigments to the surfaces of the elevations; e) firing the ceramic printing medium to create a fired relief-like decor on the surface of the printing medium;
A rotating mechanism, comprising: a base, wherein two axial ends of the base are a first end and a second end; a first door plate; and a first connecting arm, wherein two ends of an extension direction of the first connecting arm are a first connecting end and a second connecting end, the first connecting end is connected to the base, the second connecting end is connected to the first door plate, and the first connecting end and the base and/or the second connecting end and the first door plate have a rotational degree of freedom therebetween; and in a first direction, a distance between a center of the second connecting end and the first end is greater than a distance between a center of the first connecting end and the first end, wherein the first direction is parallel to a rotating axis of the first door plate, wherein in the first direction, a minimum distance between a side wall that is of the second connecting end and that is close to the first end and the first end is greater than a minimum distance between a side wall that is of the first connecting end and that is close to the first end and the first end. a base, wherein two axial ends of the base are a first end and a second end; a first door plate; and a first connecting arm, wherein two ends of an extension direction of the first connecting arm are a first connecting end and a second connecting end, the first connecting end is connected to the base, the second connecting end is connected to the first door plate, and the first connecting end and the base and/or the second connecting end and the first door plate have a rotational degree of freedom therebetween; and in a first direction, a distance between a center of the second connecting end and the first end is greater than a distance between a center of the first connecting end and the first end, wherein the first direction is parallel to a rotating axis of the first door plate, wherein in the first direction, a minimum distance between a side wall that is of the second connecting end and that is close to the first end and the first end is greater than a minimum distance between a side wall that is of the first connecting end and that is close to the first end and the first end.
An LED surface light-emitting device for easy shielding, comprising: an integral rear case in which a substrate to which LEDs are mounted is accommodated in an accommodation space opened to a front side; a light dispersing panel covering the opened front side of the rear case, for dispersing light of the LEDs to form a surface light source; and an integral front window frame of which a rear surface is coupled to a periphery of a front surface of the rear case while the light dispersing panel is located on the rear case, characterized in that the rear case comprises a plurality of reinforcing portions provided on a rear side of the flat bottom surface to which the substrate is fixed, wherein the rear case further comprises coupling supports provided on the rear side of the flat bottom surface to which the substrate is fixed and to which a power supply unit is coupled. an integral rear case in which a substrate to which LEDs are mounted is accommodated in an accommodation space opened to a front side; a light dispersing panel covering the opened front side of the rear case, for dispersing light of the LEDs to form a surface light source; and an integral front window frame of which a rear surface is coupled to a periphery of a front surface of the rear case while the light dispersing panel is located on the rear case, characterized in that the rear case comprises a plurality of reinforcing portions provided on a rear side of the flat bottom surface to which the substrate is fixed, wherein the rear case further comprises coupling supports provided on the rear side of the flat bottom surface to which the substrate is fixed and to which a power supply unit is coupled.
A drive system for simultaneously controlling multiple degrees of freedom, the system comprising: at least one tool, the tool comprising a distal end, an elongate body extending between a proximal end and the distal end, and a controller for receiving user input and mechanically transmitting the user input to a distal manipulation segment, wherein the controller can direct at least one degree of freedom of the distal end; a frame configured to mate with the tool, wherein the controller of the at least one tool is movably connected with the frame, such that the controller can move relative to the frame to allow a user to control at least two degrees of freedom of the tool with respect to the frame while allowing simultaneously control of the at least one degree of freedom of the distal end via the controller; and at least one of: a rail that movably mates the tool and the frame, wherein indicia on the rail and/or frame for indicating the relative position and/or orientation of the distal end are provided; a guide tube having at least one lumen sized and shaped for the passage of the elongate body, the guide tube comprising a flexible shaft and being configured for insertion through a natural orifice and/or incision to a surgical site within a patient. at least one tool, the tool comprising a distal end, an elongate body extending between a proximal end and the distal end, and a controller for receiving user input and mechanically transmitting the user input to a distal manipulation segment, wherein the controller can direct at least one degree of freedom of the distal end; a distal end, an elongate body extending between a proximal end and the distal end, and a controller for receiving user input and mechanically transmitting the user input to a distal manipulation segment, wherein the controller can direct at least one degree of freedom of the distal end; a frame configured to mate with the tool, wherein the controller of the at least one tool is movably connected with the frame, such that the controller can move relative to the frame to allow a user to control at least two degrees of freedom of the tool with respect to the frame while allowing simultaneously control of the at least one degree of freedom of the distal end via the controller; and at least one of: a rail that movably mates the tool and the frame, wherein indicia on the rail and/or frame for indicating the relative position and/or orientation of the distal end are provided; a guide tube having at least one lumen sized and shaped for the passage of the elongate body, the guide tube comprising a flexible shaft and being configured for insertion through a natural orifice and/or incision to a surgical site within a patient. a rail that movably mates the tool and the frame, wherein indicia on the rail and/or frame for indicating the relative position and/or orientation of the distal end are provided; a guide tube having at least one lumen sized and shaped for the passage of the elongate body, the guide tube comprising a flexible shaft and being configured for insertion through a natural orifice and/or incision to a surgical site within a patient.
A close-coupled catalytic article for the treatment of an exhaust gas, characterized in that the article comprises an upstream substrate and a downstream substrate, wherein the upstream substrate is spaced apart from the downstream substrate, wherein the upstream substrate comprises a first three-way catalyst composition and the downstream substrate comprises a second TWC composition, the first and second TWC compositions each comprising an oxygen storage component, wherein a loading of the OSC in the downstream substrate is greater than a loading of the OSC in the upstream substrate and is at least 2.2g/in 3. wherein the upstream substrate is spaced apart from the downstream substrate, wherein the upstream substrate comprises a first three-way catalyst composition and the downstream substrate comprises a second TWC composition, the first and second TWC compositions each comprising an oxygen storage component, wherein a loading of the OSC in the downstream substrate is greater than a loading of the OSC in the upstream substrate and is at least 2.2g/in 3.
A surgical system, comprising: a fluid pump system including a fluid pump, the fluid pump system being configured to: pump fluid between the fluid pump and a surgical site through tubing, measure a pressure of fluid at the fluid pump, characterised in that the fluid pump system is further configured to determine an estimated pressure of fluid at the surgical site by adjusting the measured pressure based on an elevation difference between the fluid pump and the surgical site and, optionally, a type of the tubing, and provide an indication of the estimated pressure of fluid at the surgical site to a user of the fluid pump. pump fluid between the fluid pump and a surgical site through tubing, measure a pressure of fluid at the fluid pump, characterised in that the fluid pump system is further configured to determine an estimated pressure of fluid at the surgical site by adjusting the measured pressure based on an elevation difference between the fluid pump and the surgical site and, optionally, a type of the tubing, and provide an indication of the estimated pressure of fluid at the surgical site to a user of the fluid pump.
Digging plough, of a type comprising a first and a second working body (4, 5), assembled in order to alternatively work on a furrow dig by said plough, said plough being equipped with first means configured to avoid damages to the structures in case of impacts of said working bodies (4, 5) against an obstacle buried in the ground, wherein said first means comprise a first and a second safety bolt (8, 9) configured to yield when forces applied to the structure of said plough are so intense as to impair an integrity of said structure, said plough further having second means comprising a safety device configured to generate a coordinate movement of said working bodies (4, 5), wherein said safety device comprises: - a plate integrally assembled with a supporting structure of said plough; - a first lever, integral with said first working body, assembled on a first pin of said plate, whose rotation is prevented by said first safety bolt; - a second lever, integral with said second working body, assembled on a second pin of said plate, whose rotation is prevented by said second safety bolt; the digging plough being characterised in that said safety device comprises: - a connecting rod which connects a third pin on said first lever with a fourth pin on said second lever, wherein the connecting rod is configured such that, when said first lever is pushed backwards, having sheared said first safety bolt, the second lever is made rotate upwards, moving away the corresponding second working body from the first working body and avoiding an impact between said working bodies (4, 5). - a plate integrally assembled with a supporting structure of said plough; - a first lever, integral with said first working body, assembled on a first pin of said plate, whose rotation is prevented by said first safety bolt; - a second lever, integral with said second working body, assembled on a second pin of said plate, whose rotation is prevented by said second safety bolt; - a connecting rod which connects a third pin on said first lever with a fourth pin on said second lever,
A clip (400a, 400b; 600a, 600b) for use during surgical procedure; wherein said clip is provided with: - a base (402; 602) with a fixed jaw (407; 607); - a flap forming a movable jaw (407; 607) rotatably mounted with a hinge (404; 604) on the base (402; 602); - a sleeve-like enveloping compression spring (403; 603) surrounding the jaws (404, 407; 604, 607) and constraining said jaws to be close to each other; and - a hook or loop engagement means (401; 601) for engagement with an introducer and configured for opening the jaws (404, 407; 604, 607) by pulling on said engagement means, while counter-force is exercised on the base (402; 602). - a base (402; 602) with a fixed jaw (407; 607); - a flap forming a movable jaw (407; 607) rotatably mounted with a hinge (404; 604) on the base (402; 602); - a sleeve-like enveloping compression spring (403; 603) surrounding the jaws (404, 407; 604, 607) and constraining said jaws to be close to each other; and - a hook or loop engagement means (401; 601) for engagement with an introducer and configured for opening the jaws (404, 407; 604, 607) by pulling on said engagement means, while counter-force is exercised on the base (402; 602).
Modular kit having at least two housings (1,2) which can be releasably connected together by means of at least one connector on adjacent, adjoining sides (3, 4), which connector comprises a connecting element provided on the first housing, which element has at least two mutually spaced apart connecting webs (7, 8) having mutually allocated securing openings (9, 10), which connecting webs (7, 8) can be positioned in relation to a counter element provided in the second housing such that a securing splint pin or securing rod pushed into the securing openings (9, 10) penetrates at least one through-channel of the counter element arranged between the connecting webs (7, 8) and is held therein in the axial direction of the connecting webs (7, 8) with adjustable clearance and in a substantially clearance-free manner in a direction oriented at right angles to the securing splint pin or securing rod and to the longitudinal extension of the connecting webs (7, 8), wherein, by reducing the adjustable clearance, the housings (1, 2) can be pressed increasingly against one another and can be securely connected together.