mhurhangee/patent-ind-claim-en huggingface dataset:
Elastic boss (3; 4) for the elastic fixing of one or more panels to a shoulder of a support structure , in particular for the installation and the elastically yielding support of balustrades, parapets, barriers or similar architectural elements of any material and shape, said boss suitable for being anchored to said shoulder by a shank intended to be irremovably fixed to said structure ; wherein it comprises an elastically yielding body comprising: - at least one sliding element whereon said panel can press; - at least one sliding surface , whereon said sliding element is capable of sliding, irremovably constrained to said shank and intended to be inclined with respect to the lying plane of the panel at rest by an angle φ such as to allow the retrograde motion of the sliding element sliding on the sliding surface ; - elastic opposing means , positioned and constrained so as to be able to exert an elastic force (Fe) that insists on said sliding element so as to press it on said sliding surface ; said elastically yielding body , by means of said sliding element , sliding surface and elastic opposing means , being capable of opposing yields caused by a load F substantially orthogonal to the lying plane of the panel with an elastic reaction force (Fe) substantially parallel to the lying plane of the said panel . wherein it comprises an elastically yielding body comprising: - at least one sliding element whereon said panel can press; - at least one sliding surface , whereon said sliding element is capable of sliding, irremovably constrained to said shank and intended to be inclined with respect to the lying plane of the panel at rest by an angle φ such as to allow the retrograde motion of the sliding element sliding on the sliding surface ; - elastic opposing means , positioned and constrained so as to be able to exert an elastic force (Fe) that insists on said sliding element so as to press it on said sliding surface ; - at least one sliding element whereon said panel can press; - at least one sliding surface , whereon said sliding element is capable of sliding, irremovably constrained to said shank and intended to be inclined with respect to the lying plane of the panel at rest by an angle φ such as to allow the retrograde motion of the sliding element sliding on the sliding surface ; - elastic opposing means , positioned and constrained so as to be able to exert an elastic force (Fe) that insists on said sliding element so as to press it on said sliding surface ; said elastically yielding body , by means of said sliding element , sliding surface and elastic opposing means , being capable of opposing yields caused by a load F substantially orthogonal to the lying plane of the panel with an elastic reaction force (Fe) substantially parallel to the lying plane of the said panel .
A photonic integrated circuit (PIC) comprising: a first optical waveguide in a device layer of a substrate ; an active photonic device coupled to the first optical waveguide, the active photonic device comprising a diode junction; and a second optical waveguide in the device layer of the substrate, the second optical waveguide comprising an optical temperature sensor in sensing proximity to the diode junction. a first optical waveguide in a device layer of a substrate ; an active photonic device coupled to the first optical waveguide, the active photonic device comprising a diode junction; and a second optical waveguide in the device layer of the substrate, the second optical waveguide comprising an optical temperature sensor in sensing proximity to the diode junction.
Use of a hose line for abrasive media in a monitoring system for monitoring the state, in particular the wear, of the hose line , the hose line comprising an electrically conductive reinforcing element running in or on the hose wall and extending in the hose direction , and an insert made of electrically conducting material, wherein the insert is at least partially embedded in the hose wall and extends in the hose direction at a distance from the reinforcing element , characterized in that at a first end of the hose line a first end of the reinforcing element and a first end of the insert made of electrically conducting material are connected to an electrical ohmmeter or continuity tester , and that the reinforcing element and the insert are electrically connected to each other at the second end of the hose line or on another section of the hose line so that the reinforcing element , the ohmmeter or continuity tester and the insert are integrated into an electric circuit. the hose line comprising an electrically conductive reinforcing element running in or on the hose wall and extending in the hose direction , and an insert made of electrically conducting material, wherein the insert is at least partially embedded in the hose wall and extends in the hose direction at a distance from the reinforcing element , characterized in that at a first end of the hose line a first end of the reinforcing element and a first end of the insert made of electrically conducting material are connected to an electrical ohmmeter or continuity tester , and that the reinforcing element and the insert are electrically connected to each other at the second end of the hose line or on another section of the hose line so that the reinforcing element , the ohmmeter or continuity tester and the insert are integrated into an electric circuit.
A liquid composition for oral cavity contained in a foam-discharging container, comprising the following components (A), (B) and (C) : (A) 0.3 mass% or more and 2.5 mass% or less in total of one or more surfactants selected from the group consisting of an anionic surfactant (a-1) selected from the group consisting of an N-acylamino acid salt, an alkyl sulfate ester salt, an alkyl phosphate salt and an α-olefin sulfonate salt, and an amphoteric surfactant (a-2); (B) 10 mass% or more and 40 mass% or less in total of one or more polyols selected from the group consisting of glycerin, propylene glycol, butylene glycol, and polyethylene glycol having an average molecular weight of 1,000 or less; and (C) 50 mass% or more and 89 mass% or less of water; wherein a content of the component (a-1) is 1.2 mass% or less, or the component (a-1) is not comprised, and a content of the component (a-2) is 0.25 mass% or more and 1.5 mass% or less, and furthermore, a content of ethanol is 3 mass% or less, a content of an abrasive powder is 0.5 mass% or less, a content of a binder is 0.3 mass% or less, a content of a nonionic surfactant is 1.2 mass% or less, and a content of a sugar alcohol which is a solid at 20°C is 5 mass% or less. (A) 0.3 mass% or more and 2.5 mass% or less in total of one or more surfactants selected from the group consisting of an anionic surfactant (a-1) selected from the group consisting of an N-acylamino acid salt, an alkyl sulfate ester salt, an alkyl phosphate salt and an α-olefin sulfonate salt, and an amphoteric surfactant (a-2); (B) 10 mass% or more and 40 mass% or less in total of one or more polyols selected from the group consisting of glycerin, propylene glycol, butylene glycol, and polyethylene glycol having an average molecular weight of 1,000 or less; and (C) 50 mass% or more and 89 mass% or less of water; wherein
A debris monitoring system, comprising: a turbine operatively connected to a fan rotor ; an epicyclic gear train operatively coupled to the fan rotor , said epicyclic gear train comprising a component having a non-ferrous metal coating; and a scavenge pump in fluid communication with the epicyclic gear train via a lubrication sump ; characterised by further comprising: an inductive non-ferrous chip detector situated downstream of the epicyclic gear train , but upstream of the scavenge pump ; and a controller configured to determine a lubrication condition of the component based on a signal received from the non-ferrous chip detector , and command a status indicator in response thereto. a turbine operatively connected to a fan rotor ; an epicyclic gear train operatively coupled to the fan rotor , said epicyclic gear train comprising a component having a non-ferrous metal coating; and a scavenge pump in fluid communication with the epicyclic gear train via a lubrication sump ; characterised by further comprising: an inductive non-ferrous chip detector situated downstream of the epicyclic gear train , but upstream of the scavenge pump ; and a controller configured to determine a lubrication condition of the component based on a signal received from the non-ferrous chip detector , and command a status indicator in response thereto. an inductive non-ferrous chip detector situated downstream of the epicyclic gear train , but upstream of the scavenge pump ; and a controller configured to determine a lubrication condition of the component based on a signal received from the non-ferrous chip detector , and command a status indicator in response thereto.
A broadcast device for wirelessly broadcasting information pertaining to a first aircraft , the broadcast device comprising: - a positioning device configured to determine a position (P1) of the broadcast device , - a control unit configured to: * receive the position (P1) as determined by the positioning device , and * generate a data packet (D1) comprising the received position (P1), an identifier (ID1) of the broadcast device , and a packet protocol version (VER1) of the data packet (D1), wherein the data packet (D1) is generated based on the packet protocol version (VER1), and wherein the broadcast device further comprises - a radio transmitter configured to receive the generated data packet (D1) and wirelessly broadcast the received data packet (D1), wherein the broadcasted data packet (D1) is indicative of the to-be-broadcasted information, characterized in that the control unit is configured to generate the data packet (D1) such that the data packet (D1) comprises a maximum supported packet protocol version (VER1_MAX) of the broadcast device . - a positioning device configured to determine a position (P1) of the broadcast device , - a control unit configured to: * receive the position (P1) as determined by the positioning device , and * generate a data packet (D1) comprising the received position (P1), an identifier (ID1) of the broadcast device , and a packet protocol version (VER1) of the data packet (D1), wherein the data packet (D1) is generated based on the packet protocol version (VER1), and wherein the broadcast device further comprises * receive the position (P1) as determined by the positioning device , and * generate a data packet (D1) comprising the received position (P1), an identifier (ID1) of the broadcast device , and a packet protocol version (VER1) of the data packet (D1), wherein the data packet (D1) is generated based on the packet protocol version (VER1), and wherein the broadcast device further comprises - a radio transmitter configured to receive the generated data packet (D1) and wirelessly broadcast the received data packet (D1), wherein the broadcasted data packet (D1) is indicative of the to-be-broadcasted information, characterized in that the control unit is configured to generate the data packet (D1) such that the data packet (D1) comprises a maximum supported packet protocol version (VER1_MAX) of the broadcast device . wherein the broadcasted data packet (D1) is indicative of the to-be-broadcasted information, characterized in that the control unit is configured to generate the data packet (D1) such that the data packet (D1) comprises a maximum supported packet protocol version (VER1_MAX) of the broadcast device .
Method for authenticating a first circuit by a second circuit , the second circuit storing at least one first data (A, B) and at least one second data (A', B'), an image of the second data (A", B") by a first function (f) being equal to the combination of the first data (A, B) and a third data (rand), comprising the following successive steps: - the second circuit sends, to the first circuit , at least said second data (A', B'); - the first circuit obtains said image of the second data (A", B") from said second data (A', B') with the first function (f); - the first circuit extracts said first data (A, B) from said image of the second data (A', B') with said third data (rand); and - the first circuit sends a fourth data (R) representative of the first data (A, B) to the second circuit for authentication, the fourth data (R) corresponding to the first data (A, B) encoded by a second function (H) different from the first function (f). - the second circuit sends, to the first circuit , at least said second data (A', B'); - the first circuit obtains said image of the second data (A", B") from said second data (A', B') with the first function (f); - the first circuit extracts said first data (A, B) from said image of the second data (A', B') with said third data (rand); and - the first circuit sends a fourth data (R) representative of the first data (A, B) to the second circuit for authentication, the fourth data (R) corresponding to the first data (A, B) encoded by a second function (H) different from the first function (f).
A powderous composition (I) comprising (i) up to 70 weight-% (wt-%), based on the total weight of the powderous composition, of at least one fat-soluble vitamin, and (ii) 5-30 wt-%, based on the total weight of the powderous composition, of at least one D-glycose oligomer (preferably a maltodextrin) (GO1) having a DE of < 18, and (iii) 5-30 wt-%, based on the total weight of the powderous composition, of at least one D-glycose oligomer (preferably a maltodextrin) (GO2) having a DE of > 18, and (iv) 5-70 wt-%, based on the total weight of the powderous composition, of at least one modified polysaccharide. (i) up to 70 weight-% (wt-%), based on the total weight of the powderous composition, of at least one fat-soluble vitamin, and (ii) 5-30 wt-%, based on the total weight of the powderous composition, of at least one D-glycose oligomer (preferably a maltodextrin) (GO1) having a DE of < 18, and (iii) 5-30 wt-%, based on the total weight of the powderous composition, of at least one D-glycose oligomer (preferably a maltodextrin) (GO2) having a DE of > 18, and (iv) 5-70 wt-%, based on the total weight of the powderous composition, of at least one modified polysaccharide.
A spinal connector (400; 100; 300), comprising: a first spinal fixation element having a mating feature that defines an opening , the first spinal fixation element comprising: a first elongate portion ; a second elongate portion that is parallel to the first elongate portion and offset from the first elongate portion in one or more dimensions; and an intermediate portion connecting the first and second elongate portions; and a connection assembly coupled to the mating feature such that at least a portion of the connection assembly is received within the opening of the mating feature, the connection assembly comprising: a clamp that defines a recess configured to receive a second spinal fixation element ; and a locking element configured to selectively lock the clamp to the second spinal fixation element and to lock one or more degrees of freedom of the connection assembly. a first spinal fixation element having a mating feature that defines an opening , the first spinal fixation element comprising: a first elongate portion ; a second elongate portion that is parallel to the first elongate portion and offset from the first elongate portion in one or more dimensions; and an intermediate portion connecting the first and second elongate portions; a first elongate portion ; a second elongate portion that is parallel to the first elongate portion and offset from the first elongate portion in one or more dimensions; and an intermediate portion connecting the first and second elongate portions; and a connection assembly coupled to the mating feature such that at least a portion of the connection assembly is received within the opening of the mating feature, the connection assembly comprising: a clamp that defines a recess configured to receive a second spinal fixation element ; and a locking element configured to selectively lock the clamp to the second spinal fixation element and to lock one or more degrees of freedom of the connection assembly. a clamp that defines a recess configured to receive a second spinal fixation element ; and a locking element configured to selectively lock the clamp to the second spinal fixation element and to lock one or more degrees of freedom of the connection assembly.
A heat energy-powered electrochemical cell comprising: an anode; a cathode; and a solid metal polymer/glass electrolyte comprising: between 1% and 50% metal polymer by weight as compared to total solid metal polymer/glass electrolyte weight; and between 50% and 90% solid glass electrolyte by weight as compared to the total solid metal polymer/glass electrolyte weight, wherein the solid glass electrolyte comprises: a working cation; and an electric dipole. an anode; a cathode; and a solid metal polymer/glass electrolyte comprising: between 1% and 50% metal polymer by weight as compared to total solid metal polymer/glass electrolyte weight; and between 50% and 90% solid glass electrolyte by weight as compared to the total solid metal polymer/glass electrolyte weight, wherein the solid glass electrolyte comprises: a working cation; and an electric dipole. between 1% and 50% metal polymer by weight as compared to total solid metal polymer/glass electrolyte weight; and between 50% and 90% solid glass electrolyte by weight as compared to the total solid metal polymer/glass electrolyte weight, wherein the solid glass electrolyte comprises: a working cation; and an electric dipole. a working cation; and an electric dipole.
A computer-implemented method for intra-operatively predicting an outcome of a planar cut to be performed with a planar surgical tool on a target bone of a subject, wherein said planar surgical tool comprises a planar cutting surface (Sc), said method comprising: - receiving at least one 3D image (Im) previously acquired from at least one 3D imaging sensor; said 3D image (Im) being a 3D point cloud comprising at least one portion of the target bone (Bt) and at least one portion of planar cutting surface (Sc) of the surgical tool, - segmenting the 3D image (Im) obtaining points of the 3D image belonging to the planar cutting surface of the surgical tool (Sc) and points of the 3D image belonging to the target bone (Bt), said method being characterized by - obtaining the spatial orientation and position of an osteotomy plane (P) by fitting a plane to the segmented points belonging to the planar cutting surface of the surgical tool (Sc); - overlapping the osteotomy plane (P) to the segmented points belonging to the target bone (Bt) and selecting the points belonging to the portion of target bone intended to be removed with the surgical tool (Pr); - outputting the points belonging to the portion of target bone intended to be removed with the surgical tool (Pr). - receiving at least one 3D image (Im) previously acquired from at least one 3D imaging sensor; said 3D image (Im) being a 3D point cloud comprising at least one portion of the target bone (Bt) and at least one portion of planar cutting surface (Sc) of the surgical tool, - segmenting the 3D image (Im) obtaining points of the 3D image belonging to the planar cutting surface of the surgical tool (Sc) and points of the 3D image belonging to the target bone (Bt), said method being characterized by - obtaining the spatial orientation and position of an osteotomy plane (P) by fitting a plane to the segmented points belonging to the planar cutting surface of the surgical tool (Sc); - overlapping the osteotomy plane (P) to the segmented points belonging to the target bone (Bt) and selecting the points belonging to the portion of target bone intended to be removed with the surgical tool (Pr); - outputting the points belonging to the portion of target bone intended to be removed with the surgical tool (Pr).
A pneumatic vacuum elevator guide system comprising: a pneumatic vacuum elevator cabin having a support member attached thereto; and a first rail guide moveably mounted with respect to the pneumatic vacuum elevator cabin on the support member ; characterized in that the first rail guide comprises: a sheet of rigid material moveably attached to the support member ; and a tube attached to the sheet of rigid material wherein the tube has a first textile material attached thereto. a pneumatic vacuum elevator cabin having a support member attached thereto; and a first rail guide moveably mounted with respect to the pneumatic vacuum elevator cabin on the support member ; characterized in that the first rail guide comprises: a sheet of rigid material moveably attached to the support member ; and a tube attached to the sheet of rigid material wherein the tube has a first textile material attached thereto. a sheet of rigid material moveably attached to the support member ; and a tube attached to the sheet of rigid material wherein the tube has a first textile material attached thereto.
A coupling system for connecting a conductor rod to an interrupter , the coupling system comprising: a connector including a receptacle for receiving a first end of the conductor rod , the connector including a base for connection to the interrupter ; a swivel member in the receptacle of the connector ; a pin for securing the swivel member to the connector in the receptacle ; a fastener secured to the swivel member in the receptacle , wherein the conductor rod is engageable to the fastener ; and an electrical contact positioned around the first end of the conductor rod and in engagement with the connector in the receptacle . a connector including a receptacle for receiving a first end of the conductor rod , the connector including a base for connection to the interrupter ; a swivel member in the receptacle of the connector ; a pin for securing the swivel member to the connector in the receptacle ; a fastener secured to the swivel member in the receptacle , wherein the conductor rod is engageable to the fastener ; and an electrical contact positioned around the first end of the conductor rod and in engagement with the connector in the receptacle .