mhurhangee/ep-ind-claims huggingface dataset:
A mold for providing manufactured articles and soles, of the type comprising at least one lower mold part, at least one upper mold part which are mutually complementary and at least one insert, said lower mold part, said upper mold part and said insert forming, in the mutual mating configuration, a contoured cavity the shape and dimensions of which are correlated with those of the article to be provided, characterized in that said insert comprises at least one rail and at least two sliders which can slide on said rail, each said slider comprising a main body provided with a seat for the sliding accommodation of the at least one respective rail and at least one elongated protruding prong, in said mutual mating configuration said rail and at least one portion of said main bodies of said sliders being external to said mold parts (2, 3) and said prongs being inserted in said contoured cavity through respective openings formed along the edge of said mold parts (2, 3).
A detection apparatus comprising: an inclination sensor arranged to be capable of inclining according to an outer shape of a specimen container, wherein the specimen container has a varied outer diameter along an axial direction, the inclination sensor configured to detect inclination information; and an information processor configured to detect posture information of the specimen container based on the inclination information; wherein the inclination sensor is at a tilting member comprising a detection surface facing an outer face of the specimen container, and the detection apparatus further comprises a mover supporting the tilting member in such a manner that the tilting member is tiltable, the mover configured to move the tilting member between a detecting position where the detection surface is configured to contact the outer face of the specimen container and a standby position where the detection surface is away from the specimen container; characterized in that the inclination sensor is configured such that the tilting member is adapted to move in a direction approaching to or separating from the placement plane wherein the specimen container is placed, the tilting member is a plate member, and the mover comprises a support shaft coupled to the plate member, a driver configured to reciprocate the support shaft, and a guide rail configured to guide the support shaft to move in a direction to approach or separate from the outer face of the specimen container. an inclination sensor arranged to be capable of inclining according to an outer shape of a specimen container, wherein the specimen container has a varied outer diameter along an axial direction, the inclination sensor configured to detect inclination information; and an information processor configured to detect posture information of the specimen container based on the inclination information; wherein the inclination sensor is at a tilting member comprising a detection surface facing an outer face of the specimen container, and the detection apparatus further comprises a mover supporting the tilting member in such a manner that the tilting member is tiltable, the mover configured to move the tilting member between a detecting position where the detection surface is configured to contact the outer face of the specimen container and a standby position where the detection surface is away from the specimen container; characterized in that the inclination sensor is configured such that the tilting member is adapted to move in a direction approaching to or separating from the placement plane wherein the specimen container is placed, the tilting member is a plate member, and the mover comprises a support shaft coupled to the plate member, a driver configured to reciprocate the support shaft, and a guide rail configured to guide the support shaft to move in a direction to approach or separate from the outer face of the specimen container.
A method for passivating a metallic surface, wherein a metallic surface is contacted with an aqueous composition comprising the following components: a) at least one water-soluble polymer comprising acidic groups, the polymer having at least 0.6 mol of acid groups/100 g of polymer; and the polymer comprising carboxyl groups and phosphonic acid groups; b) 0.5% to 5% by weight of at least one polyamine comprising at least two ammonium groups; c) at least one solvent, comprising at least 80% by weight of water; d) optionally at least one surfactant; e) optionally at least one further component; the pH of the aqueous composition being in the range from 0.5 to 2. a) at least one water-soluble polymer comprising acidic groups, the polymer having at least 0.6 mol of acid groups/100 g of polymer; and the polymer comprising carboxyl groups and phosphonic acid groups; b) 0.5% to 5% by weight of at least one polyamine comprising at least two ammonium groups; c) at least one solvent, comprising at least 80% by weight of water; d) optionally at least one surfactant; e) optionally at least one further component;
A formulation in the form of a lozenge for use in the treatment of sore throat comprising an endothermic cooling agent having a heat of enthalpy between -10cal/g and -100cal/g selected from the group consisting of xylitol, sorbitol, mannitol and erythritol, and one or more active agents wherein the endothermic agent is present in the formulation at an amount in the range of 1 - 5% w/w and wherein the one or more active agents are selected from the group comprising 2,4-dichlorobenzyl alcohol, amyl metacresol, hexylresorcinol, flurbiprofen, lidocaine, benzocaine, cetylpyridinium chloride, dequalinium chloride, menthol, ambroxol hydrochloride, dextromethorphan hydrobromide and guaifenesin.
A fluid duct system for a turbo engine comprising at least one fluid duct element with exiting means, an impingement device and a first region, the fluid duct system being configured for thermal management and/or ventilation of the first region containing at least one temperature sensitive target, wherein the at least one fluid duct element is configured for connecting a second region with the first region, said first region having a lower pressure than the second region at least during operation of the turbo engine; and wherein the at least one fluid duct element is further configured and combined with the at least one impingement device, so that - at least during operation of the turbo engine a pressure gradient is present inside the at least one fluid duct element generating a fluid jet in the first region that emerges from the at least one fluid duct element towards the at least one impingement device and - during operation said fluid jet impinges at least partially on the at least one impingement device, where the fluid jet's thermal energy is at least partially reduced in order to use the thus cooler fluid jet for cooling and/or ventilating the first region, characterised in that during operation at least one of the following properties, namely angle of the at least one fluid duct element relative to the longitudinal direction of the turbo engine, length of the at least one fluid duct element or shape of the exiting means of the at least one fluid duct element are adjustable. - at least during operation of the turbo engine a pressure gradient is present inside the at least one fluid duct element generating a fluid jet in the first region that emerges from the at least one fluid duct element towards the at least one impingement device and - during operation said fluid jet impinges at least partially on the at least one impingement device, where the fluid jet's thermal energy is at least partially reduced in order to use the thus cooler fluid jet for cooling and/or ventilating the first region, characterised in that during operation at least one of the following properties, namely angle of the at least one fluid duct element relative to the longitudinal direction of the turbo engine, length of the at least one fluid duct element or shape of the exiting means of the at least one fluid duct element are adjustable.
An immunogen of structure I In which Z is H or CH 3; Y is a crosslinking group which is - n -B-D- in which B is a C 1-10 substituted or unsubstituted alkylene moiety optionally incorporating a cycloalkyl and/or a heterocyclic moiety; n= 0 or 1 and A is a functional group or heteroatom enabling attachment of the crosslinker to the N-atom of the heterocycle and D is a functional group or heteroatom enabling attachment of the crosslinker to the accm, an antigenicity-conferring carrier material, which is a polypeptide, protein or protein fragment.
Use of a fly ash as a pozzolan, wherein the fly ash is obtained by a method comprising: combusting a fuel in the presence of a mineral additive to produce a fly ash, wherein the mineral additive comprises at least one silicate, wherein the at least one silicate is selected from aluminosilicates, wherein the mineral additive comprises less than 20 wt% calcium oxide, and wherein the mineral additive is combined with the fuel prior to combustion and/or added to the furnace during combustion.
A method of providing a continuity control function comprising: providing a signaling anchor point in a multimedia subsystem for a first access signaling leg and a remote access signaling leg for a call between a user element and a remote endpoint, the first access signaling leg provided for the user element via a transferring-out subsystem; establishing a second access signaling leg toward a user element via a transferring-in subsystem; replacing the first access signaling leg with the second access signaling leg, such that the second access signaling leg is anchored at the signaling anchor point; and providing call signaling via the second access signaling leg and the remote signaling leg to transfer at least a portion of a bearer path connected to the user element from a first network to a second network; characterized in that: when the call is originated from the user element, the continuity control function is invoked as the first service of a chain of services associated with the call, such that all of the services associated with the call other than the continuity control function are anchored by the continuity control function as part of the remote signaling leg of the call. providing a signaling anchor point in a multimedia subsystem for a first access signaling leg and a remote access signaling leg for a call between a user element and a remote endpoint, the first access signaling leg provided for the user element via a transferring-out subsystem; establishing a second access signaling leg toward a user element via a transferring-in subsystem; replacing the first access signaling leg with the second access signaling leg, such that the second access signaling leg is anchored at the signaling anchor point; and providing call signaling via the second access signaling leg and the remote signaling leg to transfer at least a portion of a bearer path connected to the user element from a first network to a second network; characterized in that: when the call is originated from the user element, the continuity control function is invoked as the first service of a chain of services associated with the call, such that all of the services associated with the call other than the continuity control function are anchored by the continuity control function as part of the remote signaling leg of the call. when the call is originated from the user element, the continuity control function is invoked as the first service of a chain of services associated with the call, such that all of the services associated with the call other than the continuity control function are anchored by the continuity control function as part of the remote signaling leg of the call.
A drill pin for ligament repair and reconstruction with suture and/or graft passage comprising (a) a shaft having a proximal end and a distal end, wherein the shaft has a first outer diameter, (b) an eyelet for suture passing located at the proximal end of the shaft, and (c) an oversized drill tip located at the distal end of the shaft, wherein the oversized drill tip has a second outer diameter, characterised in that the drill pin comprises at least one flute and wherein the second outer diameter is at least 1.5 times the first outer diameter.
An image display system comprising a display apparatus ( 1, 40) and a plurality of image pickup apparatus ( 1, 30) each attached to a moving body to execute image pickup, said image pickup apparatus ( 1, 30) including image pickup means for executing image pickup, communication means for executing data communication with an external device ( 1, 30, 40, 70), and control means for executing transmission control processing for making said communication means transmit and output image data obtained by image pick up of said image pickup means, and said display apparatus ( 1, 40) including display means for executing image display, communication means for executing data communication with an external device ( 1, 30, 40, 70), and control means for executing specification processing for setting specification information for specifying a particular image pickup apparatus ( 1, 30), image request transmission processing for transmitting from said communication means an image request about an image pickup apparatus ( 1, 30) to be specified on the basis of said specification information, and display processing for receiving through said communication means image data transmitted in response to said image request and making said display means execute a display operation based on the received image data, wherein said specification information is information indicative of an image pickup operation state of said image pickup apparatus ( 1, 30), wherein the image pickup operation state is infrared sensitivity enhanced image pickup.
Soil cultivation implement with a frame with two frame parts (3, 4) positioned in tandem and obliquely on which rotating hollow discs (5, 6) are positioned in parallel that are connected to the frame parts (3, 4) through support arms, whereby the hollow discs of the front frame part seen in the direction of working point obliquely to the front and to the outside with the concave sides in the direction of working and the hollow discs of the rear frame part seen in the direction of working point with the concave sides obliquely to the front and to the centre in the direction of working, whereby the chords of the concave sides of the hollow discs (5, 6) form an obtuse angle (α) with surface of the soil, characterised by the fact that two of the hollow discs, namely the two hollow discs (14, 15) of the front frame part, which are located in the middle section of the front frame part, point towards each other with their convex sides and are displaced relatively to each other in the direction of working one at least one of the two following hollow discs (6, 18, 19) of the rear frame part that point towards each other with their convex sides are positioned left and/or right of the cultivation strip.
Fish-friendly pump for pumping water upward, comprising a casing and an axial impeller that is rotatably disposed in the casing, said impeller comprising at least one blade, wherein the casing is provided at an inlet opening thereof with an inward extending edge, characterized in that the blade is provided on the pressure side thereof with a standing edge on its outer peripheral edge zone, wherein the height (h) of the standing edge decreases close to a foremost and/or rearmost end zone of the blade as seen in the direction of rotation of the impeller, and for instance becomes zero.
A loading apparatus, in particular for conveying cargo on a road surface and for loading and unloading it into and from a transport vehicle, comprising a main structure, a double-acting lifting device supported thereon, and a loading structure with a lifting frame on which the lifting device acts, and a cargo support which is mounted on the lifting frame via a telescopic guide and which has an undercarriage which is used for moving the loading apparatus on the road surface, characterized in that the telescopic guide has a locking mechanism which becomes effective when the telescopic guide is pulled out between its fully retracted position and its fully extended position and interrupts the telescopic guide from being pulled out in a predetermined stop position of the cargo support relative to the lifting frame.
A method comprising: obtaining a first trajectory data indicating movement of a device (104, 1400) at an area, the first trajectory data indicating a presence of a first landmark; obtaining a map (400, 750, 950, 1150) of the area, the map indicating a pathway layout; the method being characterised in that it further comprises the steps of: matching at least a portion of the first trajectory data with the map by comparing a partial path defined by the first trajectory data to a portion of the pathway layout; and based on the matching, determining a location of the first landmark in the map without adjusting the pathway layout. obtaining a first trajectory data indicating movement of a device (104, 1400) at an area, the first trajectory data indicating a presence of a first landmark; obtaining a map (400, 750, 950, 1150) of the area, the map indicating a pathway layout; the method being characterised in that it further comprises the steps of: matching at least a portion of the first trajectory data with the map by comparing a partial path defined by the first trajectory data to a portion of the pathway layout; and based on the matching, determining a location of the first landmark in the map without adjusting the pathway layout. matching at least a portion of the first trajectory data with the map by comparing a partial path defined by the first trajectory data to a portion of the pathway layout; and based on the matching, determining a location of the first landmark in the map without adjusting the pathway layout.
Sinker for a warp knitting machine, comprising a knock-over edge, comprising a holding-down edge and comprising a clearing edge, wherein the knock-over edge extends in a width direction and at least sectionally in a longitudinal direction and a height direction of the sinker points upwards perpendicularly from the surface of the knock-over edge, the holding-down edge is arranged situated opposite the knock-over edge with a spacing in the height direction and the enclosing edge delimits and connects the knock-over edge and the holding-down edge to the rear in the longitudinal direction, wherein an abutment edge adjoins the knock-over edge at a knock-over-edge transition point and a supporting edge adjoins the abutment edge at a supporting-edge transition point, wherein the supporting edge extends forwards from the supporting-edge transition point at least sectionally approximately in the longitudinal direction and is arranged below the knock-over edge in the height direction, and the supporting-edge transition point is spaced apart from the knock-over-edge transition point in the height direction at least four times as far as in the longitudinal direction, characterized in that the supporting edge ends at most 2 mm in front of the supporting-edge transition point in the longitudinal direction.
A knotless suture anchor comprising: an anchor body comprising: a well comprising: an outer surface; an inner surface; and an inner bottom surface; a top surface; a bottom surface distal to the top surface; and a transverse bore configured to receive one or more unknotted sutures; and an anchor plug; wherein the anchor plug comprises: a post; a head; and a bottom face; wherein the anchor body and the anchor plug form the knotless suture anchor configured to secure the one or more unknotted sutures between the flat, distal-most bottom face of the anchor plug and the inner bottom surface of the well; characterized in that the well comprises grooves in the outer surface extending from the transverse bore to the top surface. an anchor body comprising: a well comprising: an outer surface; an inner surface; and an inner bottom surface; a top surface; a bottom surface distal to the top surface; and a transverse bore configured to receive one or more unknotted sutures; and a well comprising: an outer surface; an inner surface; and an inner bottom surface; an outer surface; an inner surface; and an inner bottom surface; a top surface; a bottom surface distal to the top surface; and a transverse bore configured to receive one or more unknotted sutures; and an anchor plug; wherein the anchor plug comprises: a post; a head; and a bottom face; a post; a head; and a bottom face;
At least five-layered flat steel product consisting of a multitude of steel alloy layers (2, 3a, 3b, 4a, 4b) cohesively bonded to one another by hot rolling, with provision of a steel of a first steel alloy in at least one of the steel alloy layers (2, 3a, 3b, 4a, 4b) and of a steel of a second steel alloy different than the first steel alloy in at least one of the other steel alloy layers (2, 3a, 3b, 4a, 4b), the steel of the first steel alloy being a steel of high strength and the steel of the second steel alloy a steel of lower strength and lower carbon content, characterized in that at least one steel of the first steel alloy and at least one steel of the second steel alloy are provided at least within one layer in longitudinal direction and in transverse direction of the flat steel product, wherein a section (4a.2, 4b.2) composed of the steel of the first steel alloy adjoins a section (4a.1, 4b.1) composed of the steel of the second steel alloy and/or the section (4a.2, 4b.2) composed of the steel of the first steel alloy alternates with the section (4a.1, 4b.1) composed of the steel of the second steel alloy, - wherein the first steel alloy consists of a steel which, has a tensile strength of at least 1200 MPa in the hardened state, and aside from iron and unavoidable impurities from the production, consists of, in % by weight, C: 0.2%-0.5%, Si: 0.15%-0.8%, Mn: 1.0%-1.9%, Al: 0.002%-0.05%, Cr: 0.01 %-0.5%, Ti: 0.0020%-0.5% and B: 0.0002%-0.05%, wherein the impurities include P: up to 0.03%, S: up to 0.03%, Cu: up to 0.1%, Mo: up to 0.05%, N: up to 0.02%, Ni: up to 0.1%, Nb: up to 0.2%, V: up to 0.01%, Sn: up to 0.03%, Ca: up to 0.01%, - wherein the second steel alloy consists of a steel which, aside from iron and unavoidable impurities from the production, consists of, in % by weight, C: up to 0.15%, Si: up to 0.7%, Mn: 0.10%-1.9%, Al: up to 0.6%, Cr: up to 0.6%, Nb: up to 0.5% and Ti: up to 0.5%, wherein the impurities include: P: up to 0.25%, S: up to 0.15%, Cu: up to 0.15%, Mo: up to 0.05%, N: up to 0.06%, Ni: up to 0.15%, V: up to 0.01%, B: up to 0.01%, Sn: up to 0.04%, Ca: up to 0.03%. - wherein the first steel alloy consists of a steel which, has a tensile strength of at least 1200 MPa in the hardened state, and aside from iron and unavoidable impurities from the production, consists of, in % by weight, C: 0.2%-0.5%, Si: 0.15%-0.8%, Mn: 1.0%-1.9%, Al: 0.002%-0.05%, Cr: 0.01 %-0.5%, Ti: 0.0020%-0.5% and B: 0.0002%-0.05%, wherein the impurities include P: up to 0.03%, S: up to 0.03%, Cu: up to 0.1%, Mo: up to 0.05%, N: up to 0.02%, Ni: up to 0.1%, Nb: up to 0.2%, V: up to 0.01%, Sn: up to 0.03%, Ca: up to 0.01%, - wherein the second steel alloy consists of a steel which, aside from iron and unavoidable impurities from the production, consists of, in % by weight, C: up to 0.15%, Si: up to 0.7%, Mn: 0.10%-1.9%, Al: up to 0.6%, Cr: up to 0.6%, Nb: up to 0.5% and Ti: up to 0.5%, wherein the impurities include: P: up to 0.25%, S: up to 0.15%, Cu: up to 0.15%, Mo: up to 0.05%, N: up to 0.06%, Ni: up to 0.15%, V: up to 0.01%, B: up to 0.01%, Sn: up to 0.04%, Ca: up to 0.03%.