mhurhangee/patent-ind-claim-en huggingface dataset:
Continuous flow machine , in particular jet engine of an aircraft, with a rotor apparatus and a stator apparatus , a sealing device (32; 60) being arranged between the rotor apparatus and the stator apparatus , which sealing device (32; 60) has a carrier arm (35; 61) which extends substantially in the axial direction (A), is connected fixedly to the rotor apparatus so as to rotate with it, and has a sealing lip on its side which faces the stator apparatus and an overlap with an adjoining surface of the rotor apparatus on its inner side, wherein at least one cooling air opening is arranged in the surface of the rotor apparatus in a region of the overlap of the carrier arm (35; 61) of the sealing device (32; 60) with the rotor apparatus , wherein the surface of the rotor apparatus forms, in the region of the overlap with the carrier arm (35; 61) of the sealing device (32; 60), two supporting regions for the carrier arm (35; 61) which are spaced apart in the axial direction (A), wherein the at least one cooling air opening is arranged between the supporting regions in the axial direction (A), characterized in that the rotor apparatus has further cooling air openings outside the overlap of the carrier arm (35; 61) of the sealing device with the rotor apparatus , via which cooling air can be conducted into a space which surrounds the sealing device , and wherein the carrier arm is moveable, dependent on the operating state, into a position in which an end region of the carrier arm is spaced apart from the downstream supporting region on the rotor surface, and in which the sealing lip can come into contact with a running-in layer of the stator apparatus .
A windscreen wiper device of the flat blade type comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one longitudinal slit, in which slit at least one longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for a rod-like extension of an oscillating arm, wherein said rod-like extension can be pivotally connected to said connecting device about a pivot axis near a free end thereof, wherein said connecting device comprises a first channel arranged to receive said free end of said rod-like extension , wherein said windscreen wiper device comprises a nozzle for spraying a washing liquid via its outlet onto said windscreen to be wiped, said nozzle being mounted onto said rod-like extension , characterized in that said connecting device comprises a second channel arranged to receive said nozzle upon insertion of said free end of said rod-like extension inside said first channel of said connecting device , wherein said nozzle extends parallel to said rod-like extension , and wherein said nozzle is invisible from the outside inside said second channel of said connecting device after insertion of said free end of said rod-like extension , in longitudinal direction of said rod-like extension , inside said first channel of said connecting device , said nozzle being located entirely inside said second channel in mounted position.
A fluid pressure reducing valve apparatus comprising: • a spring loaded pressure reducing valve having: • a body containing a chamber , • a liquid supply orifice into the chamber and a liquid outlet from the chamber , • a regulation plate opposed to the orifice and subject in use to supply liquid acting on it, • a spring acting to urge the plate towards to the orifice ; • a diaphragm between the regulation plate and the body to close the chamber between them and subject in use to regulated pressure in the chamber ; and • a flow meter downstream of the outlet for measuring the flow rate through the liquid outlet ; wherein the apparatus further comprises: • a controllable motor drive acting between the body and an end of the spring remote from the regulation plate , and • a controller arranged to receive flow data from the flow meter and to control the controllable motor drive for withdrawal of the remote end of the spring in accordance with flow rate measured by the flow meter ; the arrangement being such that in use for increase in demand flow, the regulation plate is partially withdrawn to maintain downstream pressure on such increase and vice versa. • a spring loaded pressure reducing valve having: • a body containing a chamber , • a liquid supply orifice into the chamber and a liquid outlet from the chamber , • a regulation plate opposed to the orifice and subject in use to supply liquid acting on it, • a spring acting to urge the plate towards to the orifice ; • a diaphragm between the regulation plate and the body to close the chamber between them and subject in use to regulated pressure in the chamber ; and • a flow meter downstream of the outlet for measuring the flow rate through the liquid outlet ; wherein the apparatus further comprises: • a controllable motor drive acting between the body and an end of the spring remote from the regulation plate , and • a controller arranged to receive flow data from the flow meter and to control the controllable motor drive for withdrawal of the remote end of the spring in accordance with flow rate measured by the flow meter ; • a body containing a chamber , • a liquid supply orifice into the chamber and a liquid outlet from the chamber , • a regulation plate opposed to the orifice and subject in use to supply liquid acting on it, • a spring acting to urge the plate towards to the orifice ; • a diaphragm between the regulation plate and the body to close the chamber between them and subject in use to regulated pressure in the chamber ; and • a flow meter downstream of the outlet for measuring the flow rate through the liquid outlet ; • a controllable motor drive acting between the body and an end of the spring remote from the regulation plate , and • a controller arranged to receive flow data from the flow meter and to control the controllable motor drive for withdrawal of the remote end of the spring in accordance with flow rate measured by the flow meter ;
Apparatus (V) for connecting at least one workpiece (W) to at least one connection element in a form-fit and/or force-fit manner, having - at least one robot for positioning the workpiece (W), - at least one spindle for connecting the connection element (S) to the workpiece (W), - at least one support for stabilising the workpiece (W) during the connection of the connection element (S) to the workpiece (W), wherein a contact region of the support , which is in contact with the workpiece (W) during the connection of the connection element to the workpiece (W), is substantially in alignment with the spindle longitudinal axis (SA1) and the contact region is smaller than 0.01 m 2 , in particular smaller than 0.0001 m 2 , - at least a second support for stabilising the workpiece (W) during a connection of the connection element (S) to the workpiece (W), wherein, in the state in which the workpiece (W) is supported in an at least substantially orthogonal axis relative to the spindle longitudinal axis (SA1), a support surface of the support is disposed in a different plane than a support surface of the second support . - at least one robot for positioning the workpiece (W), - at least one spindle for connecting the connection element (S) to the workpiece (W), - at least one support for stabilising the workpiece (W) during the connection of the connection element (S) to the workpiece (W), wherein a contact region of the support , which is in contact with the workpiece (W) during the connection of the connection element to the workpiece (W), is substantially in alignment with the spindle longitudinal axis (SA1) and the contact region is smaller than 0.01 m 2 , in particular smaller than 0.0001 m 2 , - at least a second support for stabilising the workpiece (W) during a connection of the connection element (S) to the workpiece (W), wherein, in the state in which the workpiece (W) is supported in an at least substantially orthogonal axis relative to the spindle longitudinal axis (SA1), a support surface of the support is disposed in a different plane than a support surface of the second support .
Tank comprising a wall separating an interior zone (Zi) and an exterior zone (Ze), the wall comprising a fluid tight interior barrier , a fluid tight exterior barrier , an intermediary volume interposed between the interior and exterior barriers and at least one insulating layer positioned in the intermediary volume and comprising at least one thermal insulation mat , said thermal insulation mat comprising a wrapper containing at least a material and having an enhanced level of vacuum, characterized in that the intermediary volume contains microspheres outside of the thermal insulation mats and has an enhanced level of vacuum.
A closure for closing an opening defined by a finish of a container, the closure comprising: a main body ; a tamper band connected to the main body by a plurality of bridges ; and a hinge configured to permit the main body to pivot relative to the tamper band ; and a locking structure extending across the hinge , the locking structure configured to maintain the main body in an open, upright position once the main body has been pivoted open at the hinge, characterized in that the locking structure includes a repeating structure axially located around an entire interior of the closure such that orientation for a scoring mechanism is not necessary and the closure can be scored anywhere rotationally to configure the tamper band and the hinge such that when the main body is pivoted upward off of the finish, the main body will stay locked in an open position until the main body is forced to return to its closed position. a main body ; a tamper band connected to the main body by a plurality of bridges ; and a hinge configured to permit the main body to pivot relative to the tamper band ; and a locking structure extending across the hinge , the locking structure configured to maintain the main body in an open, upright position once the main body has been pivoted open at the hinge, characterized in that the locking structure includes a repeating structure axially located around an entire interior of the closure such that orientation for a scoring mechanism is not necessary and the closure can be scored anywhere rotationally to configure the tamper band and the hinge such that when the main body is pivoted upward off of the finish, the main body will stay locked in an open position until the main body is forced to return to its closed position.
A postal sorting machine comprising an unstacker in a mailpiece feed inlet via which mailpieces are fed in, a sorting conveyor designed to put the mailpieces unstacked from the feed inlet in series and on edge, and sorting outlets , each of which is provided with a receptacle designed to store the mailpieces coming from said sorting conveyor in a stack and on edge, each sorting outlet being provided with a wheel having a helical blade , which wheel projects through an opening in the bottom of the receptacle, and is mounted on a transmission shaft disposed under the receptacle to impart a rotary movement to the helical blade so that the helical blade pushes the base of a current mailpiece in the receptacle against the stack of mailpieces that is being formed, said postal sorting machine being characterized in that the wheel is mounted on the transmission shaft by being clipped by moving in translation across the axis of rotation (A1) of the transmission shaft .
A synchronous belt comprising: a tensile member layer having a tensile member embedded in an elastomeric body ; a toothed surface comprising a plurality of regularly spaced, transverse teeth protruding from the body; a jacket covering the toothed surface; and a fabric layer suspended in the belt between the jacket and the tensile member layer and following the approximate contour of the jacket ; characterized in that : the fabric layer is a unidirectional fabric layer. a tensile member layer having a tensile member embedded in an elastomeric body ; a toothed surface comprising a plurality of regularly spaced, transverse teeth protruding from the body; a jacket covering the toothed surface; and a fabric layer suspended in the belt between the jacket and the tensile member layer and following the approximate contour of the jacket ; characterized in that : the fabric layer is a unidirectional fabric layer.
Use of a serum comprising 1 to 60 w.t % lubricant for anti-aging of clothes, wherein the serum is a liquid product which is used in addition to a laundry detergent and/or a fabric conditioner, and wherein the serum comprises less than 4 w.t.% surfactant, wherein the method of use comprises the steps of: a. Pouring a laundry liquid into a washing machine drawer, drum or a dosing shuttle b. Pouring the serum composition on top of the laundry liquid. a. Pouring a laundry liquid into a washing machine drawer, drum or a dosing shuttle b. Pouring the serum composition on top of the laundry liquid.
A medical device retrieval system for securing an obstruction within a vessel lumen and for use with a catheter configured to be navigated through the vasculature, the device comprising: an elongated stent comprising a plurality of struts, the stent being collapsible for positioning in the catheter during delivery and having an expanded profile such that when expanded the struts are configured to engage the obstruction; a shaft fixedly attached to the elongated stent and having a flexibility to navigate through tortuous anatomy; a fluid permeable cover having a distal end coupled to the shaft or to a proximal end of the elongated stent , a cover wall defining a cavity and extending along the shaft , and a proximal end being moveable relative to the shaft , where the fluid permeable cover is collapsible for positioning in the catheter during delivery and is expandable upon deployment from the catheter such that a portion of the fluid permeable cover is expandable; where the fluid permeable cover is axially pliable such that when the device is deployed in the vessel and frictional forces are applied against the fluid permeable cover , proximal movement of the shaft and elongated stent cause inversion of the fluid permeable cover wall such that the fluid permeable cover wall everts over the elongated stent . an elongated stent comprising a plurality of struts, the stent being collapsible for positioning in the catheter during delivery and having an expanded profile such that when expanded the struts are configured to engage the obstruction; a shaft fixedly attached to the elongated stent and having a flexibility to navigate through tortuous anatomy; a fluid permeable cover having a distal end coupled to the shaft or to a proximal end of the elongated stent , a cover wall defining a cavity and extending along the shaft , and a proximal end being moveable relative to the shaft , where the fluid permeable cover is collapsible for positioning in the catheter during delivery and is expandable upon deployment from the catheter such that a portion of the fluid permeable cover is expandable; where the fluid permeable cover is axially pliable such that when the device is deployed in the vessel and frictional forces are applied against the fluid permeable cover , proximal movement of the shaft and elongated stent cause inversion of the fluid permeable cover wall such that the fluid permeable cover wall everts over the elongated stent .
A laminated piezoelectric element comprising: a stacked body comprising an active section in which piezoelectric layers and internal electrode layers are alternately laminated, and inactive sections which are each made of the piezoelectric layer and disposed at opposite ends of the active section in a stacking direction of the stacked body ; and a cover layer disposed so as to surround a side face of the stacked body , the cover layer having a two-layer structure composed of an inner first layer and an outer second layer with an annular boundary at their interface when viewed in a section perpendicular to a stacking direction of the stacked body , a plurality of air gaps being present at the annular boundary, being scattered along the annular boundary in the cover layer located on a side of the inactive section and being dispersed in a circumferential direction. a stacked body comprising an active section in which piezoelectric layers and internal electrode layers are alternately laminated, and inactive sections which are each made of the piezoelectric layer and disposed at opposite ends of the active section in a stacking direction of the stacked body ; and a cover layer disposed so as to surround a side face of the stacked body , the cover layer having a two-layer structure composed of an inner first layer and an outer second layer with an annular boundary at their interface when viewed in a section perpendicular to a stacking direction of the stacked body , a plurality of air gaps being present at the annular boundary, being scattered along the annular boundary in the cover layer located on a side of the inactive section and being dispersed in a circumferential direction.
An isolated antibody that specifically binds to human TIGIT, the antibody comprising a heavy chain variable region (VH) comprising the amino acid sequence set forth in SEQ ID NO: 9, and a light chain variable region (VL) comprising the amino acid sequence set forth in SEQ ID NO: 10.
A locking device comprising: - a moving element comprising an aperture formed on the moving element between a first border and a second border with a width (L), - a locking arm slidable between an outward position and a retracted position (R), said locking arm being adapted to be fitted into said aperture to stop the moving element at a given position, - operating means for the locking arm which are able to move the locking arm from said retracted position (R) to said outward position for locking the moving element and vice versa for releasing the moving element , - detection means acting on said operating means to allow movement of said locking arm , wherein said detection means are adapted to detect at least one relative positioning of said detection means with respect to said aperture formed on the moving element and to act on said operating means to allow positioning said locking arm in said outward position or said retracted position (R), whereby the width (W) of the locking arm is less than the width (L), in particular the circumferential width, of said aperture , and - that said detection means comprise a first sensor and a second sensor both intended to face said aperture of the moving element , characterized by the fact that the distance (D) between the first sensor and the second sensor , is less than the width (L), in particular the circumferential width, of said aperture . - a moving element comprising an aperture formed on the moving element between a first border and a second border with a width (L), - a locking arm slidable between an outward position and a retracted position (R), said locking arm being adapted to be fitted into said aperture to stop the moving element at a given position, - operating means for the locking arm which are able to move the locking arm from said retracted position (R) to said outward position for locking the moving element and vice versa for releasing the moving element , - detection means acting on said operating means to allow movement of said locking arm , wherein said detection means are adapted to detect at least one relative positioning of said detection means with respect to said aperture formed on the moving element and to act on said operating means to allow positioning said locking arm in said outward position or said retracted position (R), whereby the width (W) of the locking arm is less than the width (L), in particular the circumferential width, of said aperture , and - that said detection means comprise a first sensor and a second sensor both intended to face said aperture of the moving element ,
A device for preparing a bone transplant outside the human or animal body with: a material-removing tool , a base element and at least one holding element , wherein the at least one holding element is inserted into the base element , wherein a first holding element forms a guide insert and a second holding element forms a holding insert , wherein the base element contains at least one slot for guiding the material-removing tool , wherein a contact surface of the guide insert comprises an angle relative to the slot for guiding the material-removing tool and wherein the holding insert comprises an angle corresponding to the angle of the guide insert relative to the slot for guiding the material-removing tool . a material-removing tool , a base element and at least one holding element , wherein the at least one holding element is inserted into the base element , wherein a first holding element forms a guide insert and a second holding element forms a holding insert , wherein the base element contains at least one slot for guiding the material-removing tool , wherein a contact surface of the guide insert comprises an angle relative to the slot for guiding the material-removing tool and wherein the holding insert comprises an angle corresponding to the angle of the guide insert relative to the slot for guiding the material-removing tool .
Fall arrester for a cable holding device which can be installed without a roof penetration, which cable holding device has at least one post , wherein the fall arrester has multiple layers at least in one section of the fall arrester and - a post stabiliser and - a post anchorage are integrated into the multi-layer section , wherein - the post stabiliser and/or - the post anchorage has multiple layers at least in one section thereof, wherein the multi-layer section of the fall arrester has at least one layer made of composite material reinforced with glass fibers and/or with carbon fibers (FRP layer), and said FRP layer also forms a layer - of the multi-layer post stabiliser and/or - of the multi-layer post anchorage , wherein the post stabiliser surrounds the surface shell of the post at least partially, characterized in that the post stabiliser extends in vertical direction at least up to a third of the total height of the post , wherein the post stabiliser comprises at least on layer made of a glass fibre reinforced composite material (FRP layer), wherein the FRP layer forms a continuous layer with the FRP layer of the multi-layer fall arrester . - a post stabiliser and - a post anchorage are integrated into the multi-layer section , wherein - the post stabiliser and/or - the post anchorage has multiple layers at least in one section thereof, wherein the multi-layer section of the fall arrester has at least one layer made of composite material reinforced with glass fibers and/or with carbon fibers (FRP layer), and said FRP layer also forms a layer has multiple layers at least in one section thereof, wherein the multi-layer section of the fall arrester has at least one layer made of composite material reinforced with glass fibers and/or with carbon fibers (FRP layer), and said FRP layer also forms a layer - of the multi-layer post stabiliser and/or - of the multi-layer post anchorage , the post stabiliser extends in vertical direction at least up to a third of the total height of the post , wherein the post stabiliser comprises at least on layer made of a glass fibre reinforced composite material (FRP layer), wherein the FRP layer forms a continuous layer with the FRP layer of the multi-layer fall arrester .