mhurhangee/patent-ind-claim-en huggingface dataset:
A ceiling concealed indoor unit for an air-conditioning apparatus comprising: a body ; and a body decorative panel installed below the body , and including two long-side walls opposite to each other, two short-side walls opposite to each other, and a bottom face portion ; wherein the body decorative panel includes a pair of guide ribs disposed to be opposite to each other, between which a rail of an auxiliary decorative panel is insert-able, so that the auxiliary decorative panel is coupled to the body decorative panel ; and a plurality of knockout portions at the short-side walls , the knockout portions including removable plates configured to be removed to form through-holes in the short-side walls , and grooves formed around the removable plates at the short-side walls . a body ; and a body decorative panel installed below the body , and including two long-side walls opposite to each other, two short-side walls opposite to each other, and a bottom face portion ; two long-side walls opposite to each other, two short-side walls opposite to each other, and a bottom face portion ; wherein the body decorative panel includes a pair of guide ribs disposed to be opposite to each other, between which a rail of an auxiliary decorative panel is insert-able, so that the auxiliary decorative panel is coupled to the body decorative panel ; and a plurality of knockout portions at the short-side walls , the knockout portions including removable plates configured to be removed to form through-holes in the short-side walls , and grooves formed around the removable plates at the short-side walls .
A medical supplies cabinet comprising: a housing presenting a medical supplies storage zone provided with at least one medical supplies receptacle , said at least one receptacle being of a shape and configuration to be able to at least partly receive and hold at least one medical item, a plurality of sensors associated with said at least one receptacle , the plurality of sensors configured to generate a signal indicative of the presence and/or absence or removal of the medical item in/from the receptacle , and a door , the door pivotably connected to the housing and the door being moveable between an open position corresponding to the medical supplies storage zone being exposed for interaction by a user and a closed position where the door 92) covers the medical supplies storage zone thereby preventing interaction by the user, a capacitive sensor including a pair of sensing elements is provided for the at least one receptacle, the capacitive sensor being one of the plurality of sensors and configured to generate a signal indicative of the presence of the at least one medical item within the at least one receptacle , and the housing includes a camera for recording the view facing away from the medical supplies storage zone of the cabinet, and the door includes a mirror that is located to reflect a view of at least part of the medical supplies storage zone to the camera when the door is near its closed position such that the camera is arranged in recording the view of at least part of the medical supplies storage zone when the door is near its closed position. a housing presenting a medical supplies storage zone provided with at least one medical supplies receptacle , said at least one receptacle being of a shape and configuration to be able to at least partly receive and hold at least one medical item, a plurality of sensors associated with said at least one receptacle , the plurality of sensors configured to generate a signal indicative of the presence and/or absence or removal of the medical item in/from the receptacle , and a door , the door pivotably connected to the housing and the door being moveable between an open position corresponding to the medical supplies storage zone being exposed for interaction by a user and a closed position where the door 92) covers the medical supplies storage zone thereby preventing interaction by the user, a capacitive sensor including a pair of sensing elements is provided for the at least one receptacle, the capacitive sensor being one of the plurality of sensors and configured to generate a signal indicative of the presence of the at least one medical item within the at least one receptacle , and the housing includes a camera for recording the view facing away from the medical supplies storage zone of the cabinet, and the door includes a mirror that is located to reflect a view of at least part of the medical supplies storage zone to the camera when the door is near its closed position such that the camera is arranged in recording the view of at least part of the medical supplies storage zone when the door is near its closed position.
Assembly comprising a nonpneumatic tire (100; 400) and a hub , the tire (100;400) having a central axis and an equatorial plane, the nonpneumatic tire (100; 400) comprising: a serpentine spoke ply disposed continuously about the central axis of the tire (100; 400), such that the serpentine spoke ply follows a winding path between an inner diameter and an outer diameter, and such that the serpentine spoke path has: a plurality of inner portions (130 i ; 210a; 210b; 430 i ) that extend in a substantially circumferential direction about the inner diameter, a plurality of outer portions (130 o ; 220a; 220b; 430 o ) that extend in a substantially circumferential direction about the outer diameter, and a plurality of spoke portions (130 s ; 230a; 230b; 430 s ) that extend between the inner diameter and the outer diameter; and an outer hoop (110; 340) connected to the plurality of outer portions (130 o ; 220a; 220b; 430 o ) of the serpentine spoke ply, the hub having a plurality of mounting members , characterized by each mounting member including a flange portion , a mounting bar and a plurality of bolts , wherein each mounting bar engages one of the plurality of inner portions (130 i ; 210a; 210b; 430 i ) of the serpentine spoke ply, and wherein the mounting bar and the bolts are arranged such that tightening the bolts applies tension to the serpentine spoke ply in a radial direction. a serpentine spoke ply disposed continuously about the central axis of the tire (100; 400), such that the serpentine spoke ply follows a winding path between an inner diameter and an outer diameter, and such that the serpentine spoke path has: a plurality of inner portions (130 i ; 210a; 210b; 430 i ) that extend in a substantially circumferential direction about the inner diameter, a plurality of outer portions (130 o ; 220a; 220b; 430 o ) that extend in a substantially circumferential direction about the outer diameter, and a plurality of spoke portions (130 s ; 230a; 230b; 430 s ) that extend between the inner diameter and the outer diameter; and a plurality of inner portions (130 i ; 210a; 210b; 430 i ) that extend in a substantially circumferential direction about the inner diameter, a plurality of outer portions (130 o ; 220a; 220b; 430 o ) that extend in a substantially circumferential direction about the outer diameter, and a plurality of spoke portions (130 s ; 230a; 230b; 430 s ) that extend between the inner diameter and the outer diameter; and an outer hoop (110; 340) connected to the plurality of outer portions (130 o ; 220a; 220b; 430 o ) of the serpentine spoke ply, the hub having a plurality of mounting members , characterized by each mounting member including a flange portion , a mounting bar and a plurality of bolts , wherein each mounting bar engages one of the plurality of inner portions (130 i ; 210a; 210b; 430 i ) of the serpentine spoke ply, and wherein the mounting bar and the bolts are arranged such that tightening the bolts applies tension to the serpentine spoke ply in a radial direction.
A core for a spacer device suitable to be secured in a corresponding residual bone bed of a previous implant, wherein said core comprises a main body, wherein said main body comprises a plurality of through openings , wherein said main body is suitable for being covered with a layer (S; S1) of a coating material and/or said through openings are suitable for being covered and/or housing said coating material, added or that can be added with one or a plurality of pharmaceutical products, active and/or therapeutic substances, and wherein said main body comprises a stem and a collar , said collar being connectable to a further portion of the spacer insertable in a specific articular region of the patient, or to a specific articular region of a patient, characterised in that said stem comprises a first face and a second face , said first face and said second face being substantially parallel to each other, wherein said core comprises a first rib provided on said first face and a second rib provided on said second face , wherein said first rib and said second rib are symmetrical and opposite, wherein said first rib and said second rib engage said collar for its entire length and also a connecting zone of said collar to said stem .
A detection system for measuring one or more conditions within a predetermined area comprising: a fiber harness having at least one fiber optic cable for transmitting light, the at least one fiber optic cable defining a plurality of nodes arranged to measure the one or more conditions; and a control system operably coupled to the fiber harness such that a signal indicative of scattered light associated with the plurality of nodes is transmitted to the control system, wherein the control system is configured to analyze the signal associated with the plurality of nodes in one or more of a frequency domain, time-frequency domain, time domain, and spatial domain, to determine a presence and magnitude of the condition within the predetermined area, including evaluating the signals associated with the plurality of nodes individually and collectively, characterized in that the collective evaluation of the signals is done using a data fusion operation to produce fused signals or fused characteristics of the signals and in that the collective evaluation of the fused signals or fused characteristics of the signals enables detecting a condition at a magnitude that would be insufficient to initiate an alarm at any of the nodes individually. a fiber harness having at least one fiber optic cable for transmitting light, the at least one fiber optic cable defining a plurality of nodes arranged to measure the one or more conditions; and a control system operably coupled to the fiber harness such that a signal indicative of scattered light associated with the plurality of nodes is transmitted to the control system, wherein the control system is configured to analyze the signal associated with the plurality of nodes in one or more of a frequency domain, time-frequency domain, time domain, and spatial domain, to determine a presence and magnitude of the condition within the predetermined area, including evaluating the signals associated with the plurality of nodes individually and collectively, characterized in that the collective evaluation of the signals is done using a data fusion operation to produce fused signals or fused characteristics of the signals and in that the collective evaluation of the fused signals or fused characteristics of the signals enables detecting a condition at a magnitude that would be insufficient to initiate an alarm at any of the nodes individually.
A method of providing an end server with connectivity information and status information of a mobile device able to wirelessly communicate with the end server, the method comprising: communicating between the end server and the mobile device through a communication pathway using a communication channel; and collecting connectivity information at a connectivity monitoring device outside of the communication pathway between the mobile device and the end server by obtaining connectivity information from the mobile device and/or an intermediary device in the communication pathway between the mobile device and the end server characterized in that : the method further comprises: associating the connectivity information with security information; determining whether the end server is permitted to access the connectivity information based on the security information; and in response to successfully determining that the end server is permitted to access the connectivity information, storing the connectivity information in an electronic file at the end server, wherein the electronic file represents the last known state of the connectivity information to the end server, and during the step of communicating between the end server and the mobile device, the end server updates a further, separate electronic file in the end server with status information relating to the mobile device. communicating between the end server and the mobile device through a communication pathway using a communication channel; and collecting connectivity information at a connectivity monitoring device outside of the communication pathway between the mobile device and the end server by obtaining connectivity information from the mobile device and/or an intermediary device in the communication pathway between the mobile device and the end server associating the connectivity information with security information; determining whether the end server is permitted to access the connectivity information based on the security information; and in response to successfully determining that the end server is permitted to access the connectivity information, storing the connectivity information in an electronic file at the end server, wherein the electronic file represents the last known state of the connectivity information to the end server, and during the step of communicating between the end server and the mobile device, the end server updates a further, separate electronic file in the end server with status information relating to the mobile device.
A digestive supplement including inactivated whole cells and lysed cells of Saccharomyces cerevisiae and Montmorillonite clay for use in improving the digestive health of canines.
Vehicle seat having an upper part which is height-adjustably mounted with respect to a lower part by means of at least one scissor frame , wherein the scissor frame comprises a first scissor arm member and a second scissor arm member which are pivotably mounted about a common axis , wherein the first scissor arm member comprises a first , a second and a third lever member which are series-connected, wherein the first lever member is pivotally mounted with respect to the upper part about a third axis (A3), and wherein the third lever member is pivotally mounted with respect to the lower part about a fourth axis (A4), wherein the second lever member is pivotally mounted about the common axis and is rotationally connected to the first lever member by means of a fifth axis (A5) and rotationally connected to the third lever member by means of a sixth axis (A6) characterised in that the second scissor arm member comprises an integral fourth lever member which is pivotally mounted relative to the upper part about a first axis (A1) and relative to the lower part about a second axis (A2), wherein the second scissor arm member between the first axis (A1) and the second axis (A2) is free of pivot joints and is rigid in itself and directly connects the lower part to the upper part , wherein the connections of the scissor frame to the upper part and to the lower part are respectively free of translational degrees of freedom. the first scissor arm member comprises a first , a second and a third lever member which are series-connected, wherein the first lever member is pivotally mounted with respect to the upper part about a third axis (A3), and wherein the third lever member is pivotally mounted with respect to the lower part about a fourth axis (A4), wherein the second lever member is pivotally mounted about the common axis and is rotationally connected to the first lever member by means of a fifth axis (A5) and rotationally connected to the third lever member by means of a sixth axis (A6) characterised in that the second scissor arm member comprises an integral fourth lever member which is pivotally mounted relative to the upper part about a first axis (A1) and relative to the lower part about a second axis (A2), wherein the second scissor arm member between the first axis (A1) and the second axis (A2) is free of pivot joints and is rigid in itself and directly connects the lower part to the upper part , wherein the connections of the scissor frame to the upper part and to the lower part are respectively free of translational degrees of freedom.
A computer implemented method for generating a digital model of a denture comprising a digital model of a denture base and at least one digital model of denture teeth , wherein the method comprises, in sequence, the steps of: - obtaining a digital model of a fitted existing denture, - segmenting the digital model of the fitted existing denture into an intermediate denture base model and at least one intermediate denture teeth model , - modifying the anatomy of the at least one intermediate denture base model , - designing a coupling arrangement between the intermediate denture base model and the at least one intermediate denture teeth model , wherein the coupling arrangement comprises at least one recess formed in the intermediate denture base model and a protrusion extending from the at least one intermediate denture teeth model shaped to match the at least one recess, and - generating a digital data file of a final denture base model based on the intermediate denture base model and generating a digital data file of at least one final denture teeth model based on the at least one intermediate denture teeth model . - obtaining a digital model of a fitted existing denture, - segmenting the digital model of the fitted existing denture into an intermediate denture base model and at least one intermediate denture teeth model , - modifying the anatomy of the at least one intermediate denture base model , - designing a coupling arrangement between the intermediate denture base model and the at least one intermediate denture teeth model , wherein the coupling arrangement comprises at least one recess formed in the intermediate denture base model and a protrusion extending from the at least one intermediate denture teeth model shaped to match the at least one recess, and - generating a digital data file of a final denture base model based on the intermediate denture base model and generating a digital data file of at least one final denture teeth model based on the at least one intermediate denture teeth model .
A method for hierarchically encoding a plurality of pictures (I0, B1, B2, B3, P4, ...), including I pictures, P pictures and B pictures, of a motion picture, each picture belonging to one of a plurality of temporal layers (TId 0, TId 1, TId2), said I and P pictures belonging the lowest layer of the plurality of temporal layers, each picture of a certain layer being encoded without referring to another picture which belongs to a layer higher than the certain layer, said plurality of pictures (I0, B1, B2, B3, P4, ...) comprising a plurality of lower layer pictures (I0, B2, P4, ...), each lower layer picture belonging to one of one or more layers (TId0, TId 1) lower than a highest layer (TId 2) of the plurality of layers (TId 0, TId 1, TId2), and a plurality of highest layer pictures (B1, B3, ...) belonging to the highest layer (TId 2) of the plurality of layers (TId 0, TId 1, TId2), the method comprising the steps of: determining, for each picture of the plurality of pictures (I0, B1, B2, B3, P4, ...), a respective decoding time; encoding each of the plurality of pictures (I0, B1, B2, B3, P4, ...) in accordance with an encoding order according to the determined respective decoding times; and generating an encoded stream including the plurality of encoded pictures and the determined respective decoding times for the plurality of pictures (I0, B1, B2, B3, P4, ...), characterized in that the plurality of highest layer pictures are B pictures that are predicted from B pictures of the plurality of lower-layer pictures; and the respective decoding time for each picture is determined such that decoding times of the plurality of lower layer pictures (I0, B2, P4, ...) are spaced at regular intervals. determining, for each picture of the plurality of pictures (I0, B1, B2, B3, P4, ...), a respective decoding time; encoding each of the plurality of pictures (I0, B1, B2, B3, P4, ...) in accordance with an encoding order according to the determined respective decoding times; and generating an encoded stream including the plurality of encoded pictures and the determined respective decoding times for the plurality of pictures (I0, B1, B2, B3, P4, ...), characterized in that the plurality of highest layer pictures are B pictures that are predicted from B pictures of the plurality of lower-layer pictures; and the respective decoding time for each picture is determined such that decoding times of the plurality of lower layer pictures (I0, B2, P4, ...) are spaced at regular intervals.
Method for comparing a digital test image (IMGT) with a digital reference image (IMGR), said method being implemented by a computer and comprising a step of: - identifying at least two areas of interest (IZ1, IZ2, IZ3, IZ4) in the reference image, each area of interest comprising a set of pixels, said method being characterized in that it comprises steps of: - randomly selecting at least one of the areas of interest identified in the reference image, - selecting at least one subset (SAR) of the reference image, said subset comprising at least one pixel of at least one selected area of interest, - for each selected subset of the reference image, selecting , on the basis of similarity, a corresponding subset (SAT) of the test image, and - comparing said subset of the test image (SAT) with the corresponding subset (SAR) of the reference image. - identifying at least two areas of interest (IZ1, IZ2, IZ3, IZ4) in the reference image, each area of interest comprising a set of pixels, - randomly selecting at least one of the areas of interest identified in the reference image, - selecting at least one subset (SAR) of the reference image, said subset comprising at least one pixel of at least one selected area of interest, - for each selected subset of the reference image, selecting , on the basis of similarity, a corresponding subset (SAT) of the test image, and - comparing said subset of the test image (SAT) with the corresponding subset (SAR) of the reference image.
A method for producing a glioblastoma mouse model, comprising the steps of: (a) dividing a glioblastoma tissue, isolated from a patient, into 4 or more sections, and collecting one or more pieces having a volume of 1~8 mm 3 from each of the sections, and mixing the collected pieces; (b) dissociating a mixture of the collected pieces into single glioblastoma cells, wherein the volume of the mixture of the pieces collected in step (b) is 30∼100% of the volume of the glioblastoma tissue isolated from the patient; and (c) orthotopically transplanting a homogenized graft sample, which contains the glioblastoma cells obtained in step (b), into the brain of an immunodeficient mouse. (a) dividing a glioblastoma tissue, isolated from a patient, into 4 or more sections, and collecting one or more pieces having a volume of 1~8 mm 3 from each of the sections, and mixing the collected pieces; (b) dissociating a mixture of the collected pieces into single glioblastoma cells, wherein the volume of the mixture of the pieces collected in step (b) is 30∼100% of the volume of the glioblastoma tissue isolated from the patient; and (c) orthotopically transplanting a homogenized graft sample, which contains the glioblastoma cells obtained in step (b), into the brain of an immunodeficient mouse.