mhurhangee/patent-ind-claim-en huggingface dataset:
Fastening arrangement for anchoring an anchor rod in an anchor hole using a hardening mass , comprising the anchor rod , a centering element which is arranged at a front end on the anchor rod and which has at least one contact element , and a centering ring which is arranged in contact with the anchor rod at an axial distance from the front end and which defines an imaginary surrounding cylinder that is concentric with the anchor rod , wherein, in an undeformed state, at least part of the at least one contact element of the centering element is located outside the surrounding cylinder of the centering ring , and wherein the at least one contact element is movable in a radial direction relative to the anchor rod such that it is located completely inside the surrounding cylinder .
Edge-covering heat-sealable barrier strip for use in a liquid carton packaging container, made from a laminated barrier film, the laminated barrier film comprising a base layer , having a first coating of an amorphous diamond-like carbon (DLC) coating on a first side of the base layer, the coated base layer further having a first outermost liquid tight, heat sealable polymer layer on the first side of the coated base layer in contiguous contact with the first DLC coating, and a second outermost liquid tight, heat sealable polymer layer on the opposite, second side of the base layer.
A pharmaceutical composition for use in the treatment or prophylaxis of an anemic condition, wherein the anemic condition is selected from the group consisting of hemolytic anemia, thalassemia, hereditary spherocytosis, hereditary elliptocytosis, glucose-6-phosphate dehydrogenase deficiency, pyruvate kinase deficiency, immune hemolytic anemia, alloimmune hemolytic anemia, drug-induced hemolytic anemia, mechanical hemolytic anemia, paroxysmal nocturnal hemoglobinuria, anemia of chronic disease, anemia, aplastic anemia, congenital hypoplastic anemia, Diamond-Blackfan anemia, Fanconi anemia, iron deficiency anemia, anemia of abnormal RBC size, megaloblastic anemia, microcytic anemia, vitamin deficiency anemia, pernicious anemia, anemia of RBC mutation, sideroblastic anemia, and sickle cell anemia, the pharmaceutical composition comprising: one fatty acid being pentadecanoic acid (C15:0), or a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier. one fatty acid being pentadecanoic acid (C15:0), or a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier.
A method for generating a knowledge base configured to identify and/or predict a malfunction of a medical device , wherein the medical device includes electrical and/or mechanical components as well as a medical device software , wherein in operation of the medical device , the medical device software generates warning messages based on output parameters measured at the medical device , wherein the method comprises the steps: (a) providing virtual components , wherein each virtual component corresponds to a component of the medical device ; (b) creating a virtual model of the medical device as digital twin by using the virtual components ; (c) rendering at least one virtual output parameter of the virtual model based on simulating a malfunction of at least one virtual component , (d) providing the at least one virtual output parameter to the medical device software; (e) correlating the response of the medical device software to the at least one virtual output parameter , in particular any warning message generated by the medical device software , to the simulated malfunction of the at least one virtual component ; wherein steps (c) to (e) are repeated for a plurality of different simulated malfunctions, and wherein the simulated malfunctions and correlated responses of the medical device software are used in the building of a knowledge base on the medical device , wherein the knowledge base is used for identifying or isolating a malfunction from the warning message . (a) providing virtual components , wherein each virtual component corresponds to a component of the medical device ; (b) creating a virtual model of the medical device as digital twin by using the virtual components ; (c) rendering at least one virtual output parameter of the virtual model based on simulating a malfunction of at least one virtual component , (d) providing the at least one virtual output parameter to the medical device software; (e) correlating the response of the medical device software to the at least one virtual output parameter , in particular any warning message generated by the medical device software , to the simulated malfunction of the at least one virtual component ; wherein steps (c) to (e) are repeated for a plurality of different simulated malfunctions, and wherein the simulated malfunctions and correlated responses of the medical device software are used in the building of a knowledge base on the medical device , wherein the knowledge base is used for identifying or isolating a malfunction from the warning message .
Bandage for enclosing a leg region or arm region of a living being, having: an elongate, tubular bandage part which is at least partially slit once in the longitudinal direction (LR) and which in an applied state is adapted to elastically enclose the leg region or arm region; and a fastener part which has fastener elements and is fixedly connected to one end of the slit region (B) of the bandage part so as to releasably close the slit region (B) by way of an overlapping connection of the adjacent ends of the slit region (B) by means of the fastener elements , characterized in that the bandage part in the longitudinal direction (LR) has dissimilar compression zones (K1, K2) having in each case dissimilar radial compression strengths transverse to the longitudinal direction (L), wherein the bandage part is produced from at least one blank (Z) of a stretch material, and wherein the stretch material - comprises elastomer threads of dissimilar thicknesses which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2), - and/or wherein the stretch material comprises elastomer threads with dissimilar preloads which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2). an elongate, tubular bandage part which is at least partially slit once in the longitudinal direction (LR) and which in an applied state is adapted to elastically enclose the leg region or arm region; and a fastener part which has fastener elements and is fixedly connected to one end of the slit region (B) of the bandage part so as to releasably close the slit region (B) by way of an overlapping connection of the adjacent ends of the slit region (B) by means of the fastener elements , characterized in that the bandage part in the longitudinal direction (LR) has dissimilar compression zones (K1, K2) having in each case dissimilar radial compression strengths transverse to the longitudinal direction (L), wherein the bandage part is produced from at least one blank (Z) of a stretch material, and wherein the stretch material - comprises elastomer threads of dissimilar thicknesses which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2), - and/or wherein the stretch material comprises elastomer threads with dissimilar preloads which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2). - comprises elastomer threads of dissimilar thicknesses which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2), - and/or wherein the stretch material comprises elastomer threads with dissimilar preloads which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2).
A dust collecting device using multi-cyclone dust filtration, comprising: a dust collecting chamber ; a cyclone chamber , communicated with said dust collecting chamber , said cyclone chamber being provided with an intake port provided for a gas to be filtered to enter, an annular side wall being connected to said intake port and guiding said gas to be filtered to flow spirally so as to form a first cyclone , an engaging port being communicated with said dust collecting chamber and allowing said first cyclone to enter said dust collecting chamber , and an exhaust port ; and an airflow guiding component , provided within said cyclone chamber , characterized in that said airflow guiding component is provided with a return flow tube receiving said gas to be filtered returned from said cyclone chamber and guiding said gas to be filtered to flow spirally so as to form a second cyclone , an airflow guiding bonnet coaxially and separately located with respect to said return flow tube , and a dust filtration channel formed between said airflow guiding bonnet and said return flow tube , said first cyclone being incapable of entering said return flow tube from said dust filtration channel due to the restriction provided by said airflow guiding bonnet , said second cyclone flowing toward said exhaust port , said second cyclone throwing dust contained therein into said dust filtration channel as passing by said dust filtration channel , dust being restricted by said airflow guiding bonnet so as to enter said dust collecting chamber . a dust collecting chamber ; a cyclone chamber , communicated with said dust collecting chamber , said cyclone chamber being provided with an intake port provided for a gas to be filtered to enter, an annular side wall being connected to said intake port and guiding said gas to be filtered to flow spirally so as to form a first cyclone , an engaging port being communicated with said dust collecting chamber and allowing said first cyclone to enter said dust collecting chamber , and an exhaust port ; and an airflow guiding component , provided within said cyclone chamber , characterized in that said airflow guiding component is provided with a return flow tube receiving said gas to be filtered returned from said cyclone chamber and guiding said gas to be filtered to flow spirally so as to form a second cyclone , an airflow guiding bonnet coaxially and separately located with respect to said return flow tube , and a dust filtration channel formed between said airflow guiding bonnet and said return flow tube , said first cyclone being incapable of entering said return flow tube from said dust filtration channel due to the restriction provided by said airflow guiding bonnet , said second cyclone flowing toward said exhaust port , said second cyclone throwing dust contained therein into said dust filtration channel as passing by said dust filtration channel , dust being restricted by said airflow guiding bonnet so as to enter said dust collecting chamber .
Rubber mixture for the inner layer or the tube of pneumatic vehicle tyres containing the following constituents: - at least one butyl rubber and/or halobutyl rubber and - a filler system comprising 55% by weight or more of at least one pyrolysis carbon black as a proportion of the total amount of fillers present, wherein the filler system contains up to 45% by weight of at least one inactive inorganic filler, wherein the amounts of fillers present sum to 100% by weight, wherein calcium carbonate and/or lamellar fillers, such as phyllosilicates and/or dry batch compounds containing at least 25% by weight of at least one delaminated aluminium hydrosilicate modification, wherein the delaminated aluminium hydrosilicate modification has a bilayer lattice, is/are present as at least one inactive inorganic filler. - at least one butyl rubber and/or halobutyl rubber and - a filler system comprising 55% by weight or more of at least one pyrolysis carbon black as a proportion of the total amount of fillers present, wherein the filler system contains up to 45% by weight of at least one inactive inorganic filler, wherein the amounts of fillers present sum to 100% by weight, wherein calcium carbonate and/or lamellar fillers, such as phyllosilicates and/or dry batch compounds containing at least 25% by weight of at least one delaminated aluminium hydrosilicate modification, wherein the delaminated aluminium hydrosilicate modification has a bilayer lattice, is/are present as at least one inactive inorganic filler.
A lift table for repairing and servicing a wheeled vehicle , in particular a wheeled vehicle with two wheels, said table comprising a table top topped by a wheel clamp comprising two opposing jaws between which one of the wheels of the vehicle can be gripped in the state of the vehicle arranged on the table top and a device for driving the upward and downward movement of said table top , characterized in that the table top and at least the surface of the wheel clamp are made from an electrically insulating material.
A surgical device for accessing a pericardial space of a patient, comprising: an elongated, generally tubular body including a proximal end and a distal end , the tubular body including at least one longitudinal channel extending from the proximal end to the distal end; a handle disposed at the proximal end of the tubular body; and a selectively deployable suction skirt extending from an inner tube , the selectively deployable suction skirt movable between a retracted configuration in which the skirt is radially contracted substantially within the tubular body and an axially extended configuration in which the skirt is radially expanded and includes a distal edge defining a distal opening ; an actuator operated positioner coupled to the skirt, wherein the positioner is configured to move the skirt between the retracted configuration and the extended configuration; wherein, in the extended configuration, the distal edge of the skirt is configured to sealingly engage a surface of a tissue layer, the distal opening of the skirt is diametrically wider than the distal end of the tubular body, and the skirt is configured to accept a portion of the tissue layer proximally therein when suction is applied to the skirt via the tubular body. an elongated, generally tubular body including a proximal end and a distal end , the tubular body including at least one longitudinal channel extending from the proximal end to the distal end; a handle disposed at the proximal end of the tubular body; and a selectively deployable suction skirt extending from an inner tube , the selectively deployable suction skirt movable between a retracted configuration in which the skirt is radially contracted substantially within the tubular body and an axially extended configuration in which the skirt is radially expanded and includes a distal edge defining a distal opening ; an actuator operated positioner coupled to the skirt, wherein the positioner is configured to move the skirt between the retracted configuration and the extended configuration; wherein, in the extended configuration, the distal edge of the skirt is configured to sealingly engage a surface of a tissue layer, the distal opening of the skirt is diametrically wider than the distal end of the tubular body, and the skirt is configured to accept a portion of the tissue layer proximally therein when suction is applied to the skirt via the tubular body.
Sequential can combustor for a gas turbine , the sequential can combustor having an axis and comprising in series: - a first burner ; - a first combustion chamber - a second burner ; - a second combustion chamber ; - a transition duct ; the first burner having an axis corresponding to the main axial air/gas direction and comprising: - an inlet fed by compressed air; - an outlet facing a combustion chamber ; - a bluff body lance extending along the axis and having a downstream portion with a tip substantially at the burner outlet ; - at least a fuel injector for injecting fuel in the air flow; - an annular cavity between at least the lance downstream portion and a casing ; - a swirl generator for generating in the annular cavity an axial swirl flow (S) of air or mixture air and fuel; wherein the casing comprises a downstream portion connectable with the combustion chamber and having a V diverging shape; along the axis the lance tip being in a recessed position with respect to the downstream edge of the downstream portion of the outer casing; characterised in that the burner further comprises at least a spark generator at the lance tip ; wherein along the axis the spark generator is protruding the lance tip ; wherein the lance tip is provided with a temperature sensor and/or a pressure sensor and/or a flame sensor . - a first burner ; - a first combustion chamber - a second burner ; - a second combustion chamber ; - a transition duct ; the first burner having an axis corresponding to the main axial air/gas direction and comprising: - an inlet fed by compressed air; - an outlet facing a combustion chamber ; - a bluff body lance extending along the axis and having a downstream portion with a tip substantially at the burner outlet ; - at least a fuel injector for injecting fuel in the air flow; - an annular cavity between at least the lance downstream portion and a casing ; - a swirl generator for generating in the annular cavity an axial swirl flow (S) of air or mixture air and fuel; - an inlet fed by compressed air; - an outlet facing a combustion chamber ; - a bluff body lance extending along the axis and having a downstream portion with a tip substantially at the burner outlet ; - at least a fuel injector for injecting fuel in the air flow; - an annular cavity between at least the lance downstream portion and a casing ; - a swirl generator for generating in the annular cavity an axial swirl flow (S) of air or mixture air and fuel; wherein the casing comprises a downstream portion connectable with the combustion chamber and having a V diverging shape; along the axis the lance tip being in a recessed position with respect to the downstream edge of the downstream portion of the outer casing; characterised in that the burner further comprises at least a spark generator at the lance tip ; wherein along the axis the spark generator is protruding the lance tip ; wherein the lance tip is provided with a temperature sensor and/or a pressure sensor and/or a flame sensor .
A clip applier configured to apply a surgical clip to tissue, the clip applier comprising: first and second jaw members configured to engage the surgical clip; and a stabilizing member configured to engage the surgical clip, the stabilizing member being configured to move longitudinally with respect to the clip applier from a first position at least partially between the first and second jaw members to a second position at least partially between the first and second jaw members, the stabilizing member having a shaft portion extending from a distal end portion, and first and second sidewalls on laterally opposite sides of the shaft portion, the first and second sidewalls extending vertically between the first and second jaw members and being configured to receive a proximal end of the surgical clip therebetween and be positioned on laterally opposite sides of the surgical clip to stabilize the surgical clip in a lateral direction, wherein longitudinal movement of the stabilizing member is constrained to longitudinal movement between the first and second positions. first and second jaw members configured to engage the surgical clip; and a stabilizing member configured to engage the surgical clip, the stabilizing member being configured to move longitudinally with respect to the clip applier from a first position at least partially between the first and second jaw members to a second position at least partially between the first and second jaw members, the stabilizing member having a shaft portion extending from a distal end portion, and first and second sidewalls on laterally opposite sides of the shaft portion, the first and second sidewalls extending vertically between the first and second jaw members and being configured to receive a proximal end of the surgical clip therebetween and be positioned on laterally opposite sides of the surgical clip to stabilize the surgical clip in a lateral direction, wherein longitudinal movement of the stabilizing member is constrained to longitudinal movement between the first and second positions.
A mobile robot (100; 200), comprising: a recessed well (402b; 502b; 702b; 802b) in a top surface (108; 406; 506; 706) of the mobile robot; at least one capacitive sensor (402c; 402p; 502c; 502p; 602c; 702c; 702p; 802c) underlying the recessed well, the at least one capacitive sensor comprising a first region and a second region; one or more mobility sensors; and a controller coupled to the at least one capacitive sensor and the one or more mobility sensors (270A-H), wherein the controller is configured to perform operations comprising: determining an operating status of the mobile robot responsive to output signals from the one or more mobility sensors; and characterized by selectively disregarding an input at a first portion of the recessed well corresponding to the first region of the at least one capacitive sensor based on the operating status of the mobile robot. a recessed well (402b; 502b; 702b; 802b) in a top surface (108; 406; 506; 706) of the mobile robot; at least one capacitive sensor (402c; 402p; 502c; 502p; 602c; 702c; 702p; 802c) underlying the recessed well, the at least one capacitive sensor comprising a first region and a second region; one or more mobility sensors; and a controller coupled to the at least one capacitive sensor and the one or more mobility sensors (270A-H), wherein the controller is configured to perform operations comprising: determining an operating status of the mobile robot responsive to output signals from the one or more mobility sensors; and characterized by selectively disregarding an input at a first portion of the recessed well corresponding to the first region of the at least one capacitive sensor based on the operating status of the mobile robot. determining an operating status of the mobile robot responsive to output signals from the one or more mobility sensors; and characterized by selectively disregarding an input at a first portion of the recessed well corresponding to the first region of the at least one capacitive sensor based on the operating status of the mobile robot.
A line measurement device including a vehicle having a pantograph , three line-sensor cameras (1-3) that are placed at opposite left and right lateral ends and at a center (C) of the vehicle between the lateral ends, and that are adapted to image overhead lines including a main line and a crossing line , and an image processing device that is adapted to measure heights and deviations of the overhead lines by performing image processing utilizing stereo measurement on images of the overhead lines captured by the three line-sensor cameras (1-3), characterized in that the line-sensor camera placed at the center (C) of the vehicle has a low resolution and a wider imaging range than imaging ranges of the line-sensor cameras having a high resolution placed at the opposite left and right ends of the vehicle , the imaging range of the line-sensor camera placed at the center (C) of the vehicle is an entire range (E) where the crossing line is present, and the imaging range of each of the line-sensor cameras placed at the opposite ends of the vehicle is one of halves of the range (E) of the crossing line halved at the center (C) of the vehicle so that an overhead-line detection-measurement range (Q) capable of stereo measurement with the left-end camera and the center camera covering the entire left half range of the range (E) of the crossing line and an overhead-line detection-measurement range (R) capable of stereo measurement with the right-end camera and the center camera covering the entire right half range of the range (E) of the crossing line is provided.