mhurhangee/patent-ind-claim-en huggingface dataset:
An implant , comprising: an intermediate portion having a first continuous helical winding defining a plurality of circumferential sections circumscribing a longitudinal axis from a first end to a second end to define a portion of essentially a tube, the circumferential sections being spaced apart along the longitudinal axis, each circumferential section having struts with undulations disposed about a portion of the tube; a first end portion disposed proximate the first end, the first end portion having a second continuous helical winding that circumscribes a portion of the longitudinal axis, the second continuous helical winding having struts with undulations of increasing lengths; a second end portion disposed proximate the second end, the second end portion having undulations that circumscribe the longitudinal axis to define a ring ; a coupling portion that connects the second end portion to the intermediate portion, the coupling portion having a third continuous helical winding that circumscribes a portion of the longitudinal axis; and a paddle disposed adjacent to the second end portion, characterized in that the paddle has a length and opposing ends disposed parallel to the longitudinal axis, an end of the paddle connected to a paddle strut connected to a bridge , at least one end strut of the intermediate portion connected to the bridge. an intermediate portion having a first continuous helical winding defining a plurality of circumferential sections circumscribing a longitudinal axis from a first end to a second end to define a portion of essentially a tube, the circumferential sections being spaced apart along the longitudinal axis, each circumferential section having struts with undulations disposed about a portion of the tube; a first end portion disposed proximate the first end, the first end portion having a second continuous helical winding that circumscribes a portion of the longitudinal axis, the second continuous helical winding having struts with undulations of increasing lengths; a second end portion disposed proximate the second end, the second end portion having undulations that circumscribe the longitudinal axis to define a ring ; a coupling portion that connects the second end portion to the intermediate portion, the coupling portion having a third continuous helical winding that circumscribes a portion of the longitudinal axis; and a paddle disposed adjacent to the second end portion, characterized in that the paddle has a length and opposing ends disposed parallel to the longitudinal axis, an end of the paddle connected to a paddle strut connected to a bridge , at least one end strut of the intermediate portion connected to the bridge.
A rotational joint, for a rotational connection among at least three support rods, one of the support rods being a base rod having a base , and the rest of the support rods comprising a first rod having a first connecting base and a second rod having a second connecting base , the first connecting base , the second connecting base and the base being rotationally connected about a same rotation center line (X-X), the rotational joint further comprises a linkage member , and the linkage member is arranged in such a manner that the linkage member is capable of only linearly moving relative to the base ; the rotational joint being characterized in that one of the linkage member and the first connecting base is provided with a first guide slot , and the other one is provided with a first guide pillar , and the first guide pillar is capable of being relatively slidably inserted in the first guide slot ; one of the linkage member and the second connecting base is provided with a second guide slot , and the other one is provided with a second guide pillar , and the second guide pillar is capable of being relatively slidably inserted in the second guide slot , wherein, an extension direction of the first guide slot and a linear movement direction of the linkage member are not parallel or collinear with each other, and an extension direction of the second guide slot and the linear movement direction of the linkage member are not parallel or collinear with each other.
A flexible and stretchable electronic device based on a biocompatible film, comprising an encapsulation layer, a functional layer and a substrate layer, wherein the encapsulation layer employs a biocompatible encapsulation layer , and the substrate layer employs a biocompatible substrate layer ; wherein the biocompatible encapsulation layer and the biocompatible substrate layer each employs a biocompatible film; characterized in that : - the biocompatible film is a polymer film having a porous microstructure or a biologic semi-permeable membrane having a porous microstructure; - an adhesion layer is provided under the biocompatible substrate layer , and the adhesion layer is used for enhancing an adhesive force between the device and a surface of an object to be detected; and in that - non-penetrating holes having diameters ranging from hundreds of nanometers to tens of microns are distributed on the biocompatible film. - the biocompatible film is a polymer film having a porous microstructure or a biologic semi-permeable membrane having a porous microstructure; - an adhesion layer is provided under the biocompatible substrate layer , and the adhesion layer is used for enhancing an adhesive force between the device and a surface of an object to be detected; and in that - non-penetrating holes having diameters ranging from hundreds of nanometers to tens of microns are distributed on the biocompatible film.
Articulated vehicle comprising a chassis, a cab fixed to a rear portion of chassis provided with a rear driving axle and a technical platform fixed to a front portion of chassis provided with a front driving axle , the rear portion of chassis and the front portion of chassis being articulated to one another about an articulation axis of the vehicle extending in a direction substantially orthogonal to a bearing plane (P) of the articulated vehicle , at least one relative orientation cylinder extending between the front and rear portions, the technical platform including mechanized means for loading from the ground and unloading onto the ground a cable drum and means for unwinding the cable from the drum , and wherein each driving axle comprises two road wheels and each chassis portion is provided with a railway axle provided with railway wheels rotated by a driving drum , each railway axle is movable to adopt a deployed position in which the driving drum comes into contact with at least one railway wheel (5.1, 5.2, 8.1, 8.2), the road wheels (5.1, 5.2, 8.1, 8.2) no longer being in contact with the ground when the railway axles are in the deployed position, and a retracted position in which the railway wheels are retracted relative to the road wheels.
A process for preparing a doughy homogeneous mixture with organic or non-organic ingredients of natural origin as food seasoning, comprising the following steps: (i) Reception, weighting and washing of raw materials, said raw materials being fresh organic or non-organic produce in a proportion from 75 to 85% with respect to the total weight of the mixture; (ii) Homogenizing the raw materials with: - water in a proportion from 10 to 15% with respect to the total weight of the mixture, - salt in a proportion from 2,5 to 4,0% with respect to the total weight of the mixture, - carbohydrates in a proportion from 1,5 to 3,0% with respect to the total weight of the mixture, and - natural preservatives in a proportion from 0,5 to 1,5% with respect to the total weight of the mixture, said natural preservatives being lactic acid and acetic acid, wherein the homogenization step is carried out for 5 to 8 minutes at a temperature between 20 and 25°C; (iii) Thermal treatment of the homogenized mixture, which is carried out at a temperature between 90 and 95°C to form a thermal treated mixture; (iv) Pumping the thermal treated mixture; (v) Packaging the pumped thermal treated mixture into a package; and (vi) Thermal Shock of the package, wherein the thermal shock is carried out between 80 to 85°C to decrease to between 35 to 30°C during the time of 5 to 15 minutes; and wherein the pH of the mixture is less than 4,6. (i) Reception, weighting and washing of raw materials, said raw materials being fresh organic or non-organic produce in a proportion from 75 to 85% with respect to the total weight of the mixture; (ii) Homogenizing the raw materials with: - water in a proportion from 10 to 15% with respect to the total weight of the mixture, - salt in a proportion from 2,5 to 4,0% with respect to the total weight of the mixture, - carbohydrates in a proportion from 1,5 to 3,0% with respect to the total weight of the mixture, and - natural preservatives in a proportion from 0,5 to 1,5% with respect to the total weight of the mixture, said natural preservatives being lactic acid and acetic acid, wherein the homogenization step is carried out for 5 to 8 minutes at a temperature between 20 and 25°C; - water in a proportion from 10 to 15% with respect to the total weight of the mixture, - salt in a proportion from 2,5 to 4,0% with respect to the total weight of the mixture, - carbohydrates in a proportion from 1,5 to 3,0% with respect to the total weight of the mixture, and - natural preservatives in a proportion from 0,5 to 1,5% with respect to the total weight of the mixture, said natural preservatives being lactic acid and acetic acid, (iii) Thermal treatment of the homogenized mixture, which is carried out at a temperature between 90 and 95°C to form a thermal treated mixture; (iv) Pumping the thermal treated mixture; (v) Packaging the pumped thermal treated mixture into a package; and (vi) Thermal Shock of the package, wherein the thermal shock is carried out between 80 to 85°C to decrease to between 35 to 30°C during the time of 5 to 15 minutes; and wherein the pH of the mixture is less than 4,6.
Belt planter for planting seedlings, such as potatoes or other tuberous or bulbous plants, while the belt planter is moving along a direction of travel (A), comprising a belt bed comprising at least two planting belt units , each of which is provided in order to supply seedlings to be planted along a supply direction in one row from a supply point to a discharge point, and comprising return means on either side of each planting belt unit in order to return seedlings which fall out of the row counter to the supply direction towards the supply point, which return means are successively arranged between two successive planting belt units of the said planting belt units , so that seedlings can roll between these successive planting belt units on these return means characterized in that the belt bed is arranged in the belt planter so as to be hingeable around a hinge axis (B) along the direction of travel (A), and in that the belt planter comprises a slope sensor in order to determine the slope of the belt bed with respect to the level and comprises control means in order to rotate the belt bed around the said hinge axis (B) on the basis of the slope determined by the slope sensor .
A test sensor for a blood coagulation assay comprising at least one transducer coated with a polymer layer, wherein the polymer layer is a porous support layer that comprises immobilized therein a thrombin-cleavable peptide comprising a detectable moiety linked by a thrombin-cleavable amide bond, and wherein the test sensor is a prothrombin time (PT) sensor comprising at least one reagent for inducing extrinsic coagulation pathway.
An information processing device comprising: a memory circuit configured to search for information stored in a memory; a requester configured to issue a request for search to the memory circuit; and a control unit configured to: receive an input of the request issued from the requester, store order information indicating an input order of the received request, determine whether to make the memory circuit perform search using the request by determining whether the received request satisfies a predetermined requirement, create a predetermined response in a case where a determination result obtained by the determining indicates that the memory circuit is not made to perform search using the request, and return, as a response of the memory circuit, the predetermined response to the requester in the input order indicated in the order information. a memory circuit configured to search for information stored in a memory; a requester configured to issue a request for search to the memory circuit; and a control unit configured to: receive an input of the request issued from the requester, store order information indicating an input order of the received request, determine whether to make the memory circuit perform search using the request by determining whether the received request satisfies a predetermined requirement, create a predetermined response in a case where a determination result obtained by the determining indicates that the memory circuit is not made to perform search using the request, and return, as a response of the memory circuit, the predetermined response to the requester in the input order indicated in the order information. receive an input of the request issued from the requester, store order information indicating an input order of the received request, determine whether to make the memory circuit perform search using the request by determining whether the received request satisfies a predetermined requirement, create a predetermined response in a case where a determination result obtained by the determining indicates that the memory circuit is not made to perform search using the request, and return, as a response of the memory circuit, the predetermined response to the requester in the input order indicated in the order information.
Closure or concealment device for a construction, said device comprising motorized drive means for moving said device between an open position and a closed or concealed position, and a plurality of portions (3; 3') which are articulated in pairs, including an end portion , which end portion is intended to be positioned at least near a threshold of an opening of a construction equipped with such a device and comprises at least one cavity that internally comprises at least part of the motorized drive means , characterized in that said device comprises: - a detection system for detecting an obstacle in the path of said device , said detection system comprising a locking means , which is movable between an inactive locking position and an active locking position, at least one complementary locking means , which is designed to interact with the motorized drive means and with the locking means when said locking means is in the active locking position, and an actuation means , which is designed to actuate the movement of the locking means from the inactive locking position to the active locking position if such an actuation means makes contact with an obstacle; - and control means for stopping the motorized drive means from driving the device if such an obstacle is detected by the detection system . - a detection system for detecting an obstacle in the path of said device , said detection system comprising a locking means , which is movable between an inactive locking position and an active locking position, at least one complementary locking means , which is designed to interact with the motorized drive means and with the locking means when said locking means is in the active locking position, and an actuation means , which is designed to actuate the movement of the locking means from the inactive locking position to the active locking position if such an actuation means makes contact with an obstacle; - and control means for stopping the motorized drive means from driving the device if such an obstacle is detected by the detection system .
A process for making food granules comprising citric acid particles, further crystalline ingredients, an oil, and optionally spices and/or flavorings, the process comprising the steps of: a) coating the citric acid particles with oil; b) mixing the oil coated citric acid particles with the further crystalline ingredients, and optionally the spices and/or flavorings; c) adjusting the moisture content of the mixture of step b) to a water content of 7 - 13 wt% wet weight by adding water and/or an aqueous composition to result in a wet mass; d) cold extruding the wet mass through a sieve into granules; e) drying the granules to a moisture content of 0.5 - 7 wt% wet weight; wherein the oil is liquid at a temperature of 20°C; wherein the food granules comprise the oil in relation to the citric acid particles in a dry weight ratio of 0.25:1 to 5:1; wherein the food granules comprise the citric acid particles in an amount from 0.1 - 7.0 wt% weight per cent of the food granules; wherein the steps a), b), c) and d) are carried out at a temperature between 4 and 30°C. a) coating the citric acid particles with oil; b) mixing the oil coated citric acid particles with the further crystalline ingredients, and optionally the spices and/or flavorings; c) adjusting the moisture content of the mixture of step b) to a water content of 7 - 13 wt% wet weight by adding water and/or an aqueous composition to result in a wet mass; d) cold extruding the wet mass through a sieve into granules; e) drying the granules to a moisture content of 0.5 - 7 wt% wet weight; wherein the oil is liquid at a temperature of 20°C; wherein the food granules comprise the oil in relation to the citric acid particles in a dry weight ratio of 0.25:1 to 5:1; wherein the food granules comprise the citric acid particles in an amount from 0.1 - 7.0 wt% weight per cent of the food granules; wherein the steps a), b), c) and d) are carried out at a temperature between 4 and 30°C.
A rock bolt assembly which includes a rock bolt with an elongate body which extends between a distal end and a proximal end , a tubular sleeve longitudinally extending between a first end and a second end , on the rock bolt such that distal and proximal ends of the bolt project from the first and second ends respectively of the sleeve , a load bearing barrel which is centrally bored to engage the rock bolt between the second end of the sleeve and the proximal end of the bolt , which barrel is adapted at a forward end to engage with the second end of the sleeve in sealing contact, and which barrel has at least one grout conduit between an exterior surface of the barrel and the bore , which at least one conduit defines a part of a grout passage which communicates the exterior surface of the barrel with an interior of the sleeve when the barrel is engaged with the sleeve , a seal which seals the grout passage to grout outflow but accommodates inflow of grout from a source, characterised in that the assembly includes a tubular spacer , on the rock bolt between the second end of the sleeve and a forward end of the barrel or between a back end of the barrel and the tensioning means , made of a suitable plastics material which deforms or breaks when a compressive force is applied to it to collapse or break away from the rock bolt allowing the rock bolt to move longitudinally relatively to the sleeve between a first position and a second position, and a mechanical anchor engaged with the rock bolt on or towards the distal end , wherein the mechanical anchor is at least partially received within the sleeve in an unexpanded configuration when the rock bolt is in the first position, and wherein the mechanical anchor moves from the sleeve into an expanded configuration when the rock bolt is in the second position.
Packaging able to contain a plurality of non-electric detonators of the type comprising a metal shell , in particular in the form of a cylindrical cartridge, filled with an explosive able to destroy said metal shells, said packaging comprising walls consisting of at least one outer layer and one inner layer with: - said outer layer consisting of a steel metal mesh whose meshes (2-1) are able to retain the random projections of said entire metal shells in the event of destruction of said inner layer, - said inner layer consisting of an absorbent inner layer able to (a) prevent physical contact between said outer layer and said metal shells able to be contained in the packaging and (b) absorb fragments of said metal shells able to be contained in said packaging, in the event of an explosion in said packaging resulting in destruction of said metal shells , and - said outer layer and said inner layer being able to allow the gas generated by an explosion inside said packaging to pass through, said absorbent inner layer being formed by 6 independent rectangular solid panels disposed against the walls (2a1-2a5, 2b) of said outer layer forming a parallelepipedal metal cage itself consisting of metal mesh panels connected together by metal fasteners, said panels of said inner layer being of dimensions adapted to allow their insertion into the metal cage while leaving a space between the panels once they have been placed against the walls of the various sides of the metal cage. - said outer layer consisting of a steel metal mesh whose meshes (2-1) are able to retain the random projections of said entire metal shells in the event of destruction of said inner layer, - said inner layer consisting of an absorbent inner layer able to (a) prevent physical contact between said outer layer and said metal shells able to be contained in the packaging and (b) absorb fragments of said metal shells able to be contained in said packaging, in the event of an explosion in said packaging resulting in destruction of said metal shells , and - said outer layer and said inner layer being able to allow the gas generated by an explosion inside said packaging to pass through, said absorbent inner layer being formed by 6 independent rectangular solid panels disposed against the walls (2a1-2a5, 2b) of said outer layer forming a parallelepipedal metal cage itself consisting of metal mesh panels connected together by metal fasteners, said panels of said inner layer being of dimensions adapted to allow their insertion into the metal cage while leaving a space between the panels once they have been placed against the walls of the various sides of the metal cage.
Method for producing a threaded bore in a workpiece with a tapping tool which has a main cutting edge and a thread profile trailing in a tapping direction (I) on its drill bit , said thread profile having at least one threaded cutting tooth , wherein in a tapping stroke (G), the main cutting edge generates a core hole bore and at the same time the thread profile forms an internal thread on the inner walling of the core hole bore until a target thread depth (t G ) is reached, namely with a tapping feed (f G ) in the tapping direction (I) and a synchronised tapping rotation speed (n G ) of the tapping tool , wherein after the tapping stroke (G) an opposite reversing stroke (R) takes place, in which the tapping tool is led out of the threaded bore in a reversing direction (II), namely with an opposite reversing feed (f R ), and thus a reversing rotation speed (n R ) synchronised therewith, so that the thread profile of the tapping tool in the thread of the internal thread is guided out of the bore, characterised in that between the tapping stroke (G) and the reversing stroke (R), a groove-shaping step takes place in which the tapping stroke (G) is extended in the tapping direction (I) by a groove-forming stroke (N), namely for forming a circumferential groove following the internal thread without thread pitch, in which the thread profile can rotate without load.