mhurhangee/patent-ind-claim-en huggingface dataset:
A joystick for controlling a machine comprising; a handle assembly allowed to rotate around a central axis extending along a longitudinal direction of the joystick , a control portion having a casing in which a lower circuit with a lower sensor is provided and a control lever attached to the said casing so as to move pivotally about at a pivot axis which extends perpendicularly to the longitudinal axis of the control lever wherein said control lever has at least one embedded lower magnet which is manufactured from plastic by the injection molding and comprises: at least one pivotal protrusion extending outwardly from the control lever for bearing in a housing of a casing ; said pivotal protrusion forming a monolithic structure with the control lever by said injection molding and in that said lower magnet is embedded within the pivotal protrusion to be in the proximity of said lower circuit characterized in that ;-said control lever further comprises a second pivotal protrusion arranged in an opposite side of the control lever wherein said second pivotal protrusion having at least one hole is configured as an outlet opening defined by an inner wall of the second pivotal protrusion .
An impeller for a centrifugal pump, the impeller comprising at least a hub having an axis , a shroud extending outwardly from the hub and dividing the impeller to a front side and a rear side, at least one working vane arranged on a first face of the hub and the shroud at the front side of the impeller , at least one rear vane arranged on a second face of the shroud at the rear side of the impeller , and at least one balancing conduit extending through said hub from a first opening at the first face to a second opening at the rear side of the impeller ; the first opening of the at least one balancing conduit in the first face of the hub being located closer to the axis of the impeller than the second opening at the rear side of the impeller , and the first opening in the first face of the hub being located within the circle C formed by the radially innermost part of the at least one working vane , while the impeller is rotated about the axis characterized in that the second opening of the at least one balancing conduit at the rear side of the impeller is located at the smallest diameter of the shroud .
Fluid product dispenser comprising: - a fluid product reservoir (R) having a neck internally defining an axial opening oriented upward and communicating with the inside of the reservoir (R), the neck externally defining at least one horizontal latching shoulder oriented downward, - a dispensing head (T) mounted axially on the neck of the reservoir (R), the head (T) comprising a dispensing member (P), such as a pump or a valve, and a fastening ring (F) engaging both the neck of the reservoir (R) and the dispensing member (P), the fastening ring (F) comprising a skirt comprising at least one internal latching projection which is received below said at least one horizontal latching shoulder , - characterised in that said at least one horizontal latching shoulder is formed at an oval base of the neck which forms an oval outer wall with a horizontal cross-section of generally oval shape, except at said at least one horizontal latching shoulder . - a fluid product reservoir (R) having a neck internally defining an axial opening oriented upward and communicating with the inside of the reservoir (R), the neck externally defining at least one horizontal latching shoulder oriented downward, - a dispensing head (T) mounted axially on the neck of the reservoir (R), the head (T) comprising a dispensing member (P), such as a pump or a valve, and a fastening ring (F) engaging both the neck of the reservoir (R) and the dispensing member (P), the fastening ring (F) comprising a skirt comprising at least one internal latching projection which is received below said at least one horizontal latching shoulder , - characterised in that said at least one horizontal latching shoulder is formed at an oval base of the neck which forms an oval outer wall with a horizontal cross-section of generally oval shape, except at said at least one horizontal latching shoulder .
A retainer of an outer ring guide type, applied to a rolling bearing including an inner ring , an outer ring , and a plurality of rolling elements disposed between the outer ring and the inner ring , and has a plurality of pockets in which the rolling elements are held, the retainer comprising: a retainer guide surface that is provided on at least one axial end portion of a retainer outer diameter surface of the retainer and is guided by the outer ring ; and an axial groove that extends from the pockets to an axial end on the retainer outer diameter surface and forms an axial step portion by axially traversing the retainer guide surface , characterized in that the retainer comprises a relief surface that is formed on the retainer outer diameter surface along a circumferential direction, located on an axial center side with respect to the retainer guide surface , an outer diameter of the relief surface being smaller than that of the retainer guide surface , and that the axial groove has a groove bottom located radially inward relative to the relief surface . a retainer guide surface that is provided on at least one axial end portion of a retainer outer diameter surface of the retainer and is guided by the outer ring ; and an axial groove that extends from the pockets to an axial end on the retainer outer diameter surface and forms an axial step portion by axially traversing the retainer guide surface , characterized in that the retainer comprises a relief surface that is formed on the retainer outer diameter surface along a circumferential direction, located on an axial center side with respect to the retainer guide surface , an outer diameter of the relief surface being smaller than that of the retainer guide surface , and that the axial groove has a groove bottom located radially inward relative to the relief surface .
An adhesive deposition tool for applying a bead of structural adhesive onto an application surface of a wind turbine blade component, the tool comprising: a top portion defining an upper boundary of an open-ended chamber , the chamber comprising a front end and a rear end , the rear end being the end from which adhesive is deposited onto the surface when the tool is moved along the surface; two side portions defining side boundaries of the chamber; and, a supply channel for supplying adhesive to the chamber, wherein the top portion and/or at least one side portion is configured such that the height and/or the width of the chamber decreases towards the front end of the chamber; characterised in that the top portion further comprises a baffle downwardly pitched towards the rear of the tool so as to decrease the height of the chamber towards the rear end of the chamber. a top portion defining an upper boundary of an open-ended chamber , the chamber comprising a front end and a rear end , the rear end being the end from which adhesive is deposited onto the surface when the tool is moved along the surface; two side portions defining side boundaries of the chamber; and, a supply channel for supplying adhesive to the chamber, wherein the top portion and/or at least one side portion is configured such that the height and/or the width of the chamber decreases towards the front end of the chamber; characterised in that the top portion further comprises a baffle downwardly pitched towards the rear of the tool so as to decrease the height of the chamber towards the rear end of the chamber.
A stent delivery device (10, 10', 10"), comprising: an endoscope (10, 10', 10") comprising: an elongate shaft comprising a proximal end , a distal end , an outer wall and a longitudinal working channel through the elongate shaft defining an inner wall of the elongate shaft ; a radially distensible stent juxtaposingly disposed to a distal portion of the inner wall ; an inner tubular member slidably disposed within the working channel and having a stent holding member engaging an interior portion of the stent for releasably securing the stent to the distal portion of the inner wall , wherein the inner tubular member comprises inner and outer telescoping members , and further wherein the stent is disposed over the inner telescoping member , and the outer telescoping member abuts a proximal end of the stent in a radially contracted state of the stent; a viewing device disposed at the distal end of the elongate shaft ; and an illuminating device disposed at the distal end of the elongate shaft ; wherein the viewing device may be used to optically or electrically transmit images through the elongate shaft of the endoscope (10, 10', 10"). an elongate shaft comprising a proximal end , a distal end , an outer wall and a longitudinal working channel through the elongate shaft defining an inner wall of the elongate shaft ; a radially distensible stent juxtaposingly disposed to a distal portion of the inner wall ; an inner tubular member slidably disposed within the working channel and having a stent holding member engaging an interior portion of the stent for releasably securing the stent to the distal portion of the inner wall , wherein the inner tubular member comprises inner and outer telescoping members , and further wherein the stent is disposed over the inner telescoping member , and the outer telescoping member abuts a proximal end of the stent in a radially contracted state of the stent; a viewing device disposed at the distal end of the elongate shaft ; and an illuminating device disposed at the distal end of the elongate shaft ; wherein the viewing device may be used to optically or electrically transmit images through the elongate shaft of the endoscope (10, 10', 10").
An inflatable floatable liferaft for marine rescue which in its deflated state is capable of being stored in a container on board a ship, vessel or sea installation, and which is inflatable when deployed into the water, the inflated floatable liferaft extending in a longitudinal direction, wherein the floatable liferaft comprises a non-rigid bottom element having a water side facing water and an air side facing air, a plurality of non-rigid floatation tubes are arranged beneath and across the non-rigid bottom element , the non-rigid floatation tubes extending in the longitudinal direction and being arranged with an intermediate distance (ID1) between neighbouring non-rigid floatation tubes , and a border element , and further comprises propulsion means , wherein the propulsion means comprises a propeller .
A packaging system for pharmaceutical products, chemical products, biocidal products and the like, of the type comprising a forming station for a continuous sheet provided with a plurality of receptacles, an assembly for depositing pre-dosed rations of pharmaceutical products, chemical products, biocidal products and the like inside each receptacle, an apparatus for coupling a film on a surface of said sheet in order to close said receptacles, and a cutting unit for cutting said sheet closed by said film according to specific formats, wherein said assembly for depositing pre-dosed rations of pharmaceutical products, chemical products, biocidal products and the like inside each receptacle is contained within a clean room with a controlled atmosphere, wherein said cutting unit faces toward and is proximate to said clean room and is located outside the clean room , wherein said apparatus for coupling the film to the surface of said sheet and said forming station for the continuous sheet are contained in said clean room and wherein the entry of said continuous sheet into said clean room and the exit of said sheet closed by said film are unidirectional, characterized in that the cutting unit is constituted by a separate independent module and provided with a respective base to rest on the ground and there is no mechanical conveyance element interposed between said separate independent module and said clean room .
A yeast, wherein said yeast is a Saccharomyces cerevisiae yeast; said yeast lacks a gene encoding hexadecanal dehydrogenase (HFD1) or comprises a disrupted gene encoding HFD1; said yeast comprises a heterologous gene encoding a fatty acyl-Coenzyme A (CoA) reductase or a fatty acyl-Acyl Carrier Protein (ACP) reductase; and said yeast being capable of producing fatty acid derivatives selected from the group consisting of hydrocarbons and fatty alcohols.
A three-dimensional laminating and shaping apparatus (100; 200) comprising: a material ejector (101; 201) that is configured to eject a material (130; 230) of a three-dimensional laminated and shaped object (150; 250) onto a shaping table (120; 220) on which the three-dimensional laminated and shaped object (150; 250) is shaped; a light beam irradiator (102; 202) that is configured to irradiate the ejected material (130; 230) with a light beam (140; 240); a cutter (103; 203) that is configured to cut a bead (160; 260) formed when the material (130; 230) irradiated with the light beam (140; 240) is melted and solidified; and a controller that is configured to control ejection of the material (130; 230) by the material ejector (101; 201), irradiation with the light beam by the light beam irradiator (102; 202), and cutting of the bead (160; 260) by the cutter (103; 203), characterized in that said controller is configured to cause the cutter (103; 203) to cut an upper surface of the bead (160; 260) by not less than 1/2 a laminating height of the bead (160; 260) to be parallel to the shaping table (120; 220) at least once during a plurality of shaping steps by said material ejector (101; 201) and said light beam irradiator (102; 202), and thereby reduces a roughness of a side surface of the bead (160; 260). a material ejector (101; 201) that is configured to eject a material (130; 230) of a three-dimensional laminated and shaped object (150; 250) onto a shaping table (120; 220) on which the three-dimensional laminated and shaped object (150; 250) is shaped; a light beam irradiator (102; 202) that is configured to irradiate the ejected material (130; 230) with a light beam (140; 240); a cutter (103; 203) that is configured to cut a bead (160; 260) formed when the material (130; 230) irradiated with the light beam (140; 240) is melted and solidified; and a controller that is configured to control ejection of the material (130; 230) by the material ejector (101; 201), irradiation with the light beam by the light beam irradiator (102; 202), and cutting of the bead (160; 260) by the cutter (103; 203), characterized in that said controller is configured to cause the cutter (103; 203) to cut an upper surface of the bead (160; 260) by not less than 1/2 a laminating height of the bead (160; 260) to be parallel to the shaping table (120; 220) at least once during a plurality of shaping steps by said material ejector (101; 201) and said light beam irradiator (102; 202), and thereby reduces a roughness of a side surface of the bead (160; 260).
Compression garment comprising a pants section with a rear side , wherein the rear side comprises an insert , a first side section and a second side section , the first side section being connected to a first side of the insert , the second side section being connected to a second side of the insert , wherein the insert is adapted to extend over at least part of both buttocks of a wearer, wherein the insert consists of a seamless knitted fabric ; and wherein the insert is located between the first side section and the second side section and a waistband section ; or the insert is located between the first side section and the second side section and forms part of the upper end of the garment . the first side section being connected to a first side of the insert , the second side section being connected to a second side of the insert , wherein the insert is adapted to extend over at least part of both buttocks of a wearer, wherein the insert consists of a seamless knitted fabric ; and wherein the insert is located between the first side section and the second side section and a waistband section ; or the insert is located between the first side section and the second side section and forms part of the upper end of the garment .
A method of making compound A or a pharmaceutically acceptable salt thereof, the method comprising steps 1-5 according to scheme 1 wherein PG is a protecting group selected from t-butoxycarbonyl (Boc) and carboxybenzyl (cbz); R 1 is CH 3 and R 2 is -OCH 3 or R 1 and R 2 taken together with the nitrogen atom to which they are attached form a morpholine ring; X - is absent or X - is an addition salt anion selected from trifluoroacetic acid (TFA), Cl, Br, I and mesylate; the amide step 1 comprises use of an acid activating agent and a basic amine selected from (CH 3 )NH(OCH 3 ) and morpholine; the Grignard step 2 comprises use of isopropyl magnesiumchloride, Mg and 2-bromopropene or isopropenylmagnesium bromide; the epoxidation step 3 comprises use of an oxidizing agent and a manganese catalyst; the epimerization step 4 comprises the use of a base; and the deprotection step 5 comprises use of a catalyst or an acid. PG is a protecting group selected from t-butoxycarbonyl (Boc) and carboxybenzyl (cbz); R 1 is CH 3 and R 2 is -OCH 3 or R 1 and R 2 taken together with the nitrogen atom to which they are attached form a morpholine ring; X - is absent or X - is an addition salt anion selected from trifluoroacetic acid (TFA), Cl, Br, I and mesylate; the amide step 1 comprises use of an acid activating agent and a basic amine selected from (CH 3 )NH(OCH 3 ) and morpholine; the Grignard step 2 comprises use of isopropyl magnesiumchloride, Mg and 2-bromopropene or isopropenylmagnesium bromide; the epoxidation step 3 comprises use of an oxidizing agent and a manganese catalyst; the epimerization step 4 comprises the use of a base; and the deprotection step 5 comprises use of a catalyst or an acid.
A hydraulic energy handling system for a working machine , the hydraulic energy handling system comprising: a high-pressure side ; a low-pressure side ; a hydraulic machine for mechanically driving a mechanical driveline of the working machine , and for being mechanically driven by the mechanical driveline to pump hydraulic fluid from the low-pressure side to the high-pressure side ; at least one high-pressure hydraulic energy storage connected to the high-pressure side ; a hydraulic motor having an inlet side and an outlet side ; a hydraulic pump arranged to supply hydraulic fluid to the inlet side of the hydraulic motor ; a return line for conducting hydraulic fluid to a hydraulic tank ; and a pressure relief valve connected between the high-pressure side and the return line , the pressure relief valve being arranged to discharge excess hydraulic energy from the high-pressure side to the return line in order to provide a braking force on the mechanical driveline ; characterized in that the hydraulic energy handling system further comprises: a priority valve arrangement connected to the outlet side of the hydraulic motor , the priority valve arrangement being configured to direct a prioritized flow of hydraulic fluid to the low-pressure side . a high-pressure side ; a low-pressure side ; a hydraulic machine for mechanically driving a mechanical driveline of the working machine , and for being mechanically driven by the mechanical driveline to pump hydraulic fluid from the low-pressure side to the high-pressure side ; at least one high-pressure hydraulic energy storage connected to the high-pressure side ; a hydraulic motor having an inlet side and an outlet side ; a hydraulic pump arranged to supply hydraulic fluid to the inlet side of the hydraulic motor ; a return line for conducting hydraulic fluid to a hydraulic tank ; and a pressure relief valve connected between the high-pressure side and the return line , the pressure relief valve being arranged to discharge excess hydraulic energy from the high-pressure side to the return line in order to provide a braking force on the mechanical driveline ;
Medicament for use in the treatment or the prevention of a bacterial infection, characterized in that it contains at least one polypeptide according to SEQ ID NO: 8, wherein said polypeptide induces opsonic antibodies in a patient in need thereof.
Method for retrofitting the ties of two wythes of a wall structure including at least two leaves, of an existing building and in particular for securing facing wythes which are tied inadequately or are at risk of coming off, wherein one wythe serves as an outer wythe and the other wythe , as an inner wythe , and wherein a cavity is formed between the two wythes, and wherein the two wythes are at least partially interconnected by way of a plurality of ties , wherein a plurality of filling holes horizontally and vertically spaced apart from one another are made in at least one of the wythes , characterized in that into the cavity provided with the ties , a plastic material is filled through these filling holes , successively, in several filling stages (46-48), between the existing outer wythe and the existing inner wythe , permanently interconnecting the outer wythe and the inner wythe , wherein the plastic material is formed by a plastic foam , whose base materials (21-24) are fed to the cavity , so as to achieve a static re-tying of the outer wythe to the inner wythe . wherein a plurality of filling holes horizontally and vertically spaced apart from one another are made in at least one of the wythes , characterized in that into the cavity provided with the ties , a plastic material is filled through these filling holes , successively, in several filling stages (46-48), between the existing outer wythe and the existing inner wythe , permanently interconnecting the outer wythe and the inner wythe , wherein the plastic material is formed by a plastic foam , whose base materials (21-24) are fed to the cavity , so as to achieve a static re-tying of the outer wythe to the inner wythe .
A textile printer with a hold-down pallet for loading textiles into said textile printer for printing, the pallet comprising a central board , and flaps , the flaps respectively configured to pivot between an open position to allow placing of a garment and a closed position to hold a garment firmly on the board for printing, the flap in the closed position falling just short of the board and thereby defining a narrow gap between each flap and said board , the flaps in the closed position configured to pull on said garment to tightly retain said garment for effective printing, the flaps in the open position configured to allow the garment to be placed on the board below the flaps , the pallet configured to travel between a garment setting position and a printing area, and the textile printer comprising a closing mechanism configured to place the flaps in the closed position prior to entering the printing area.