mhurhangee/patent-ind-claim-en huggingface dataset:
A test card for analyzing a fluid sample, comprising: at least one substrate layer including a microchannel extending through at least a portion of one of the substrate layers; and a printed substrate layer that is bonded to or printed on one substrate layer of the at least one substrate layer, the printed substrate layer including a heater printed on the printed substrate layer so as to align with at least a portion of the microchannel , characterized in that the heater includes: two electrodes aligned on opposite sides of the microchannel ; and a plurality of heater bars electrically connecting the two electrodes , the plurality of heater bars including a central heater bar disposed between outer heater bars, wherein the central heater bar is thinner than the outer heater bars in a direction approximately parallel to the microchannel, wherein each of the heater bars includes two protruding ends that overlap respectively with the two electrodes . at least one substrate layer including a microchannel extending through at least a portion of one of the substrate layers; and a printed substrate layer that is bonded to or printed on one substrate layer of the at least one substrate layer, the printed substrate layer including a heater printed on the printed substrate layer so as to align with at least a portion of the microchannel , characterized in that the heater includes: two electrodes aligned on opposite sides of the microchannel ; and a plurality of heater bars electrically connecting the two electrodes , the plurality of heater bars including a central heater bar disposed between outer heater bars, wherein the central heater bar is thinner than the outer heater bars in a direction approximately parallel to the microchannel, wherein each of the heater bars includes two protruding ends that overlap respectively with the two electrodes . two electrodes aligned on opposite sides of the microchannel ; and a plurality of heater bars electrically connecting the two electrodes , the plurality of heater bars including a central heater bar disposed between outer heater bars, wherein the central heater bar is thinner than the outer heater bars in a direction approximately parallel to the microchannel, wherein each of the heater bars includes two protruding ends that overlap respectively with the two electrodes .
Magazine insert for a pneumatic tube carrier , for receiving sample tubes filled with body fluids, comprising: - a magazine drum having a plurality of receiving chambers for the sample tubes , which receiving chambers are arranged annularly about the longitudinal axis of the magazine insert and which each extend through the magazine drum in an axial direction in relation to the longitudinal axis ; - a fixing unit which can be pivoted about the longitudinal axis from a fixing position into a release position, a sample tube which is arranged in the relevant receiving chamber being held in the receiving chamber , fixed in position relative to the magazine drum , by means of the fixing unit which is arranged in the fixing position; characterized in that the magazine insert comprises: - a slide which is arranged in a central recess of the magazine drum and which can be displaced bidirectionally in an axial direction from a first functional position into a relevant second functional position, relative to the magazine drum; and - a driving element which is fastened to the slide and which extends in a radial direction into a control curve of the fixing unit , such that the fixing unit can be pivoted from the fixing position into the release position thereof by transferring the slide into the relevant second functional position thereof. - a magazine drum having a plurality of receiving chambers for the sample tubes , which receiving chambers are arranged annularly about the longitudinal axis of the magazine insert and which each extend through the magazine drum in an axial direction in relation to the longitudinal axis ; - a fixing unit which can be pivoted about the longitudinal axis from a fixing position into a release position, a sample tube which is arranged in the relevant receiving chamber being held in the receiving chamber , fixed in position relative to the magazine drum , by means of the fixing unit which is arranged in the fixing position; - a slide which is arranged in a central recess of the magazine drum and which can be displaced bidirectionally in an axial direction from a first functional position into a relevant second functional position, relative to the magazine drum; and - a driving element which is fastened to the slide and which extends in a radial direction into a control curve of the fixing unit , such that the fixing unit can be pivoted from the fixing position into the release position thereof by transferring the slide into the relevant second functional position thereof.
A through anchor comprising: a main body member formed with a through hole ; and a slide support member that has a front wall and a back wall fixed to a periphery of the through hole of the main body member such that movement of the slide support member in a webbing width direction with respect to the main body member is restricted, that is formed with an insertion hole through which a webbing that is applied to a vehicle occupant is inserted in a length direction of the webbing such that the webbing is slidably supported, and that is movable in the webbing width direction with respect to the main body member by movement of the insertion portion towards the gap due to load of the vehicle occupant being applied to a peripheral face of the insertion hole in the webbing width direction by the webbing and fixture of the front wall and the back wall to the main body member being released in an event of a vehicle collision; and an insertion portion that is provided at the slide support member and formed with the insertion hole , wherein a gap is provided in the webbing width direction between the insertion portion and a peripheral face of the through hole . a main body member formed with a through hole ; and a slide support member that has a front wall and a back wall fixed to a periphery of the through hole of the main body member such that movement of the slide support member in a webbing width direction with respect to the main body member is restricted, that is formed with an insertion hole through which a webbing that is applied to a vehicle occupant is inserted in a length direction of the webbing such that the webbing is slidably supported, and that is movable in the webbing width direction with respect to the main body member by movement of the insertion portion towards the gap due to load of the vehicle occupant being applied to a peripheral face of the insertion hole in the webbing width direction by the webbing and fixture of the front wall and the back wall to the main body member being released in an event of a vehicle collision; and an insertion portion that is provided at the slide support member and formed with the insertion hole , wherein a gap is provided in the webbing width direction between the insertion portion and a peripheral face of the through hole .
A computer-implemented method for preventing malicious applications from exploiting application services, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: identifying an attempt by an application, executing within a sandboxed environment that isolates the application's data and code execution from at least one other application executing within an operating system on the computing device, to launch at least one application service; determining that the application represents a potential security risk; prompting a user of the computing device to remediate the potential security risk posed by the application by performing a recommended security action that comprises a computing operation that security software installed on the computing device is unable to perform by itself due to the sandboxed environment; and while waiting for the user to perform the recommended security action, securing the computing device by blocking the attempt by the application to launch the application service. identifying an attempt by an application, executing within a sandboxed environment that isolates the application's data and code execution from at least one other application executing within an operating system on the computing device, to launch at least one application service; determining that the application represents a potential security risk; prompting a user of the computing device to remediate the potential security risk posed by the application by performing a recommended security action that comprises a computing operation that security software installed on the computing device is unable to perform by itself due to the sandboxed environment; and while waiting for the user to perform the recommended security action, securing the computing device by blocking the attempt by the application to launch the application service.
A composition comprising a refrigerant that contains R32, R125, R143a and R134a, the composition comprising one member selected from refrigerants R 1 and R 4 ; wherein the total concentration of R32, R125, R143a and R134a is 100 mass%, the concentration of R32 is x mass%, and in a ternary composition diagram in which the total concentration of R125, R143a and R134a is (100-x) mass% the refrigerants R 1 and R 4 have the following compositions: R 1 : x is 13.1-17.4 mass%, and the concentrations of R125/R143a/R134a (mass%) fall within a triangular region having the following points A, D and C as vertices: A (0.35x+51.892/0.0/100-R32-R143a-R125) D (-0.4309x 2 +0.0043x+130.4/0.2968x 2 +0.1331x-52.681/100-R32-R143a-R125) C (-2.6037x+90.59/0.0/100-R32-R125-R143a); and R 4 : x is > 27.5 to 32.5 mass%, and the concentrations of R125/R143a/R134a (mass%) fall within a quadrangular region having the following points A, B, D and C as vertices A (0.36x+51.8/0.0/100-R32-R125-R143a) B (0.0/0.24x+35.4/100-R32-R125-R143a) D (0.0/-2.04x+73.7/100-R32-R125-R143a) C (-2.36x+85.3/0.0/100-R32-R125-R143a). R 1 : x is 13.1-17.4 mass%, and the concentrations of R125/R143a/R134a (mass%) fall within a triangular region having the following points A, D and C as vertices: A (0.35x+51.892/0.0/100-R32-R143a-R125) D (-0.4309x 2 +0.0043x+130.4/0.2968x 2 +0.1331x-52.681/100-R32-R143a-R125) C (-2.6037x+90.59/0.0/100-R32-R125-R143a); and R 4 : x is > 27.5 to 32.5 mass%, and the concentrations of R125/R143a/R134a (mass%) fall within a quadrangular region having the following points A, B, D and C as vertices A (0.36x+51.8/0.0/100-R32-R125-R143a) B (0.0/0.24x+35.4/100-R32-R125-R143a) D (0.0/-2.04x+73.7/100-R32-R125-R143a) C (-2.36x+85.3/0.0/100-R32-R125-R143a).
Granules containing pirfenidone, a sugar alcohol, optionally a disintegrant and optionally a further pharmaceutical excipient, wherein the weight ratio of the sugar alcohol to pirfenidone is 2 : 100 to 30 : 100.
A haul truck body arranged to have a specific nominal payload capacity, said haul truck body comprising: an outer load carrying structure comprising a front wall , two opposing side walls , and a bottom ; and an inner load carrying structure arranged at inner surfaces of said outer load carrying structure , wherein said inner load carrying structure comprises a lining surface for the haul truck body and wherein said inner load carrying structure comprises a polymer, wherein neither said outer load carrying structure nor said inner load carrying structure alone is arranged to carry said specific nominal payload, the haul truck body being characterised in that said inner load carrying structure comprises a plurality of inner load carrying structure elements , each attached to the inner surface of the outer load carrying structure . an outer load carrying structure comprising a front wall , two opposing side walls , and a bottom ; and an inner load carrying structure arranged at inner surfaces of said outer load carrying structure , wherein said inner load carrying structure comprises a lining surface for the haul truck body and wherein said inner load carrying structure comprises a polymer, wherein neither said outer load carrying structure nor said inner load carrying structure alone is arranged to carry said specific nominal payload, the haul truck body being characterised in that said inner load carrying structure comprises a plurality of inner load carrying structure elements , each attached to the inner surface of the outer load carrying structure .
A fitting for fluidic coupling in a chromatography system comprising: a compression screw including an axial bore , a threaded portion , and a drive end ; a tube assembly including a tube sleeve and an inner tube disposed through the tube sleeve , the tube sleeve and the inner tube each extending to an endface of the tube assembly , the tube sleeve including an outer surface , wherein the tube sleeve and the inner tube are welded together at the endface ; a seal body extending between a first endface and a second endface , the first endface abutting the endface of the tube assembly , the seal body including an outer surface ; and a collar secured to the outer surface of the tube sleeve and the outer surface of the seal body . a compression screw including an axial bore , a threaded portion , and a drive end ; a tube assembly including a tube sleeve and an inner tube disposed through the tube sleeve , the tube sleeve and the inner tube each extending to an endface of the tube assembly , the tube sleeve including an outer surface , wherein the tube sleeve and the inner tube are welded together at the endface ; a seal body extending between a first endface and a second endface , the first endface abutting the endface of the tube assembly , the seal body including an outer surface ; and a collar secured to the outer surface of the tube sleeve and the outer surface of the seal body .
A pneumatic tire , comprising: a tread surface ; a plurality of circumferential main grooves formed on the tread surface and extending in a tire circumferential direction; a plurality of lug grooves formed on the tread surface and extending in a tire lateral direction; a plurality of blocks defined by the lug grooves on both sides in the tire circumferential direction and by the circumferential main grooves on at least one end portion in the tire lateral direction; and narrow grooves formed in the blocks ; wherein the narrow grooves comprising a plurality of bent portions as well as a circumferential narrow groove extending in the tire circumferential direction and a lateral narrow groove extending in the tire lateral direction; and the lateral narrow groove and the circumferential narrow groove being configured so that at least one thereof is provided in a plurality and comprises a plurality of intersection points where the one intersects the other; characterized in that the pneumatic tire has a specified rotation direction, and the bent portions bend such that a portion of the lateral narrow groove positioned outward from the bent portion in the tire lateral direction and opening to one of the main grooves is configured to bend further in directions positioned on a trailing side in a tire rotation direction than a portion of the lateral narrow groove positioned inward from the bent portion in the tire lateral direction and opening to another one of the main grooves . a tread surface ; a plurality of circumferential main grooves formed on the tread surface and extending in a tire circumferential direction; a plurality of lug grooves formed on the tread surface and extending in a tire lateral direction; a plurality of blocks defined by the lug grooves on both sides in the tire circumferential direction and by the circumferential main grooves on at least one end portion in the tire lateral direction; and narrow grooves formed in the blocks ; wherein the narrow grooves comprising a plurality of bent portions as well as a circumferential narrow groove extending in the tire circumferential direction and a lateral narrow groove extending in the tire lateral direction; and the lateral narrow groove and the circumferential narrow groove being configured so that at least one thereof is provided in a plurality and comprises a plurality of intersection points where the one intersects the other; characterized in that the pneumatic tire has a specified rotation direction, and the bent portions bend such that a portion of the lateral narrow groove positioned outward from the bent portion in the tire lateral direction and opening to one of the main grooves is configured to bend further in directions positioned on a trailing side in a tire rotation direction than a portion of the lateral narrow groove positioned inward from the bent portion in the tire lateral direction and opening to another one of the main grooves .
A photosensor (1; 2), comprising: an emitter element ; an emitter-encapsulating portion encapsulating the emitter element ; a receiver element ; a receiver-encapsulating portion encapsulating the receiver element ; a circuit portion including a luminous element for indicating an operation; and a circuit-encapsulating portion encapsulating the circuit portion and including an operation indicator portion facing the luminous element , wherein the emitter-encapsulating portion , the receiver-encapsulating portion , and the circuit-encapsulating portion are connected to one another with a conductive leadframe , and are formed from the same resin material containing a light diffusing agent, and wherein the thickness (H3) of the resin portion of the receiver-encapsulating portion covering a light receiving surface of the receiver element in a direction perpendicular to the light receiving surface or the thickness (H1) of the resin portion of the emitter-encapsulating portion covering a light emitting surface of the emitter element in a direction perpendicular to the light emitting surface is smaller than the thickness (H2) of the resin portion of the circuit-encapsulating portion covering a luminous surface of the luminous element in a direction perpendicular to the luminous surface. an emitter element ; an emitter-encapsulating portion encapsulating the emitter element ; a receiver element ; a receiver-encapsulating portion encapsulating the receiver element ; a circuit portion including a luminous element for indicating an operation; and a circuit-encapsulating portion encapsulating the circuit portion and including an operation indicator portion facing the luminous element , wherein the emitter-encapsulating portion , the receiver-encapsulating portion , and the circuit-encapsulating portion are connected to one another with a conductive leadframe , and are formed from the same resin material containing a light diffusing agent, and wherein the thickness (H3) of the resin portion of the receiver-encapsulating portion covering a light receiving surface of the receiver element in a direction perpendicular to the light receiving surface or the thickness (H1) of the resin portion of the emitter-encapsulating portion covering a light emitting surface of the emitter element in a direction perpendicular to the light emitting surface is smaller than the thickness (H2) of the resin portion of the circuit-encapsulating portion covering a luminous surface of the luminous element in a direction perpendicular to the luminous surface. the thickness (H3) of the resin portion of the receiver-encapsulating portion covering a light receiving surface of the receiver element in a direction perpendicular to the light receiving surface or the thickness (H1) of the resin portion of the emitter-encapsulating portion covering a light emitting surface of the emitter element in a direction perpendicular to the light emitting surface is smaller than the thickness (H2) of the resin portion of the circuit-encapsulating portion covering a luminous surface of the luminous element in a direction perpendicular to the luminous surface.
A baler comprising a receiving apparatus for receiving a reel of wrapping material, the receiving apparatus including a sensor arrangement for detecting rotation of a reel of wrapping material, the sensor arrangement comprising a displaceable mounting bracket , a rotary element mounted for rotation on the displaceable mounting bracket , the rotary element being provided with a textured surface and a sensor mounted on the displaceable mounting bracket for detecting rotation of the rotary element characterised in that the receiving apparatus further includes a window and that the rotary element of the sensor arrangement extends through the window .
A pneumatic tire comprising: a pair of bead portions each with a bead core embedded therein, and a carcass extending between the bead cores , and comprising a carcass ply , the carcass ply comprising a main portion extending between the bead cores , and a turnup portion turned up around the bead core in each bead portion from the axially inside to the axially outside and extending outwardly in the tire radial direction, wherein at least one of the bead portions is provided with a reinforcing rubber portion adjacent to the axially outer side of the turnup portion , a clinch rubber is disposed axially outside the reinforcing rubber portion , a sidewall rubber is extended to the bead portion so as to be adjacent to a radially outer portion of the clinch rubber , the reinforcing rubber portion comprises an inner rubber layer , and an outer rubber layer adjacent to the axially outer side of the inner rubber layer , and the radially outer end of the outer rubber layer is positioned radially outside the radially outer end of the inner rubber layer , characterized in that the radially inner end of the outer rubber layer is located radially outside the radially inner end of the inner rubber layer , the loss tangent δ2 of the outer rubber layer is larger than the loss tangent δ1 of the inner rubber layer . a pair of bead portions each with a bead core embedded therein, and a carcass extending between the bead cores , and comprising a carcass ply , the carcass ply comprising a main portion extending between the bead cores , and a turnup portion turned up around the bead core in each bead portion from the axially inside to the axially outside and extending outwardly in the tire radial direction, at least one of the bead portions is provided with a reinforcing rubber portion adjacent to the axially outer side of the turnup portion , a clinch rubber is disposed axially outside the reinforcing rubber portion , a sidewall rubber is extended to the bead portion so as to be adjacent to a radially outer portion of the clinch rubber , the reinforcing rubber portion comprises an inner rubber layer , and an outer rubber layer adjacent to the axially outer side of the inner rubber layer , and the radially outer end of the outer rubber layer is positioned radially outside the radially outer end of the inner rubber layer , the radially inner end of the outer rubber layer is located radially outside the radially inner end of the inner rubber layer , the loss tangent δ2 of the outer rubber layer is larger than the loss tangent δ1 of the inner rubber layer .
A vacuum tool designed to immobilize a part , the vacuum tool comprising a bearing surface (F34), at least one sealing gasket that is interposed when in operation between the bearing surface (F34) and the part and at least one groove in the bearing surface (F34) that is designed to at least partially receive the sealing gasket , the groove having a central slot having a main bottom wall (42.1) and main right- and left-hand side walls (42.2, 42.3) as well as right- and left-hand gaps that are arranged on either side of the central slot , each having a secondary bottom wall (44.1, 46.1) and a right- or left-hand secondary side wall (44.2, 46.2), the sealing gasket having a lower portion that cooperates with the central slot and an upper portion that is in contact with the part when in operation, characterized in that the sealing gasket has right- and left-hand flanges that are interposed between the lower and upper portions , that extend on either side of the lower portion , and that are seated respectively in the right and left hand gaps .