mhurhangee/patent-ind-claim-en huggingface dataset:
A packet of filter strips, comprising: (a) a plurality of semicircular filter strips having substantially equal strip heights and strip widths; (b) each of the plurality of strips including markings indicating a removable portion ; (c) the markings giving the user a choice regarding whether to remove or not remove the removable portion ; (d) once the removable portion is removed from a particular strip , a filter tab section is created, the filter tab section having a filter tab height which is less than the strip height; and (e) the filter tab section having a plurality of fold markings indicating folds to be made in the filter tab section. (a) a plurality of semicircular filter strips having substantially equal strip heights and strip widths; (b) each of the plurality of strips including markings indicating a removable portion ; (c) the markings giving the user a choice regarding whether to remove or not remove the removable portion ; (d) once the removable portion is removed from a particular strip , a filter tab section is created, the filter tab section having a filter tab height which is less than the strip height; and (e) the filter tab section having a plurality of fold markings indicating folds to be made in the filter tab section.
A machine tool comprising: a turret including, on a circumferential surface thereof, a plurality of tool attachment parts ; and a main spindle that holds a workpiece , wherein the main spindle is provided in a movable manner along an axis line, the turret is provided in a turnable manner to index each of the tool attachment parts relative to the main spindle , the turret includes a predetermined cutout part , a movement path for the main spindle to pass through the turret is formed by turning the turret such that the cutout part faces the main spindle , and the turret includes, on a circumferential surface thereof except for on the cutout part , the tool attachment parts , characterized in that the cutout part includes one plane along the axis line, the turret includes, as seen in an axis line direction, a shape in which a part of a regular polygon centered at a turning center (O) is linearly cut off by an edge of the cutout part , the edge is, as seen in the axis line direction, a straight line in a direction crossing each side of the regular polygon, and each tool attachment part is disposed according to each side left in the regular polygon cut off by the cutout part . a turret including, on a circumferential surface thereof, a plurality of tool attachment parts ; and a main spindle that holds a workpiece , wherein the main spindle is provided in a movable manner along an axis line, the turret is provided in a turnable manner to index each of the tool attachment parts relative to the main spindle , the turret includes a predetermined cutout part , a movement path for the main spindle to pass through the turret is formed by turning the turret such that the cutout part faces the main spindle , and the turret includes, on a circumferential surface thereof except for on the cutout part , the tool attachment parts , characterized in that the cutout part includes one plane along the axis line, the turret includes, as seen in an axis line direction, a shape in which a part of a regular polygon centered at a turning center (O) is linearly cut off by an edge of the cutout part , the edge is, as seen in the axis line direction, a straight line in a direction crossing each side of the regular polygon, and each tool attachment part is disposed according to each side left in the regular polygon cut off by the cutout part .
A circuit breaker, comprising a circuit breaker body and a current detection unit; and after a current that flows from one end of the circuit breaker body flows through the current detection unit, the current flows into another end of the circuit breaker body; the current detection unit comprises a current divider and a signal output terminal ; the current divider comprises a first voltage sampling point and a second voltage sampling point, wherein the first voltage sampling point and the second voltage sampling point are connected to the signal output terminal; and the signal output terminal is configured to output a voltage difference sampling value, wherein the voltage difference sampling value is a voltage difference between the first voltage sampling point and the second voltage sampling point; characterised in that the current divider is configured to implement through-current between the current detection unit and the circuit breaker body; and wherein the circuit breaker is provided with a plastic isolation panel, and the plastic isolation panel isolates the circuit breaker body and the current detection unit into different cavities. the current detection unit comprises a current divider and a signal output terminal ; the current divider comprises a first voltage sampling point and a second voltage sampling point, wherein the first voltage sampling point and the second voltage sampling point are connected to the signal output terminal; and the signal output terminal is configured to output a voltage difference sampling value, wherein the voltage difference sampling value is a voltage difference between the first voltage sampling point and the second voltage sampling point; characterised in that the current divider is configured to implement through-current between the current detection unit and the circuit breaker body; and wherein the circuit breaker is provided with a plastic isolation panel, and the plastic isolation panel isolates the circuit breaker body and the current detection unit into different cavities.
An computer-implemented in vitro method for determining whether a patient is at risk of developing acute liver failure (ALF) after Drug-Induced-Liver-Injury (DILI) or whether the patient will recover from DILI at 12 weeks, comprising the step of combining the measured values from markers present in the blood, serum or plasma of said patient through a logistic regression function, wherein the logistic function includes the values measured for ApoA1, A2M (α2-macroglobulin), GGT and Haptoglobin and wherein the logistic regression function doesn't use the value of bilirubin and of transaminases (ALT (alanine aminotransferase) or AST (aspartate aminotransferase)), wherein the function further includes the gender (sex) and age of the patient, and obtaining an end value wherein the end value is indicative of the prognosis of evolution of DILI (recovery or no recovery), wherein said logistic function is a1 + a2 x Age (years) + a3 x ApoA1 (g/l) + a4 x Log (A2M, g/l) + a5 x Log(GGT, IU / I) + a6 x Log (Hapto, g/l) + a7 x Gender (0 for women, 1 for men) , wherein i. 0.5 ≤ a1 ≤ 0.8 preferably 0.55 ≤ a1 ≤ 0.65 ii. 0.02 ≤ a2 ≤ 0.04 preferably 0.02 ≤ a2 ≤ 0.03 iii. 1.1 ≤ a3 ≤ 1.3 preferably 1.15 ≤ a3 ≤ 1.25 iv. -1.4 ≤ a4 ≤ -1.2 preferably -1.35 ≤ a4 ≤ -1.25 v. -1.1 ≤ a5 ≤ -0.9 preferably -1.05 ≤ a5 ≤ -0.95 vi. 0.1 ≤ a6 ≤ 0.3 preferably 0.2 ≤ a6 ≤ 0.3 vii. -0.55 ≤ a7 ≤ -0.35 preferably -0.5 ≤ a7 ≤ -0.4.
Stone-slab cladding for a fireplace having a heating insert, in particular for a wood-burning furnace, heating chimney or a basic furnace, wherein the arrangement of the stone slabs of the stone-slab cladding forms vertical corners of an internal space , the stone-slab cladding being spaced apart and around the heating insert, thermal protection corner sections being arranged within the internal space along each of the corners of the internal space and the thermal protection corner section forming a closed cavity between the corner towards the internal space in immediate proximity to the corner, characterized in that the cavity comprises, at each of its upper and lower ends of the thermal protection corner section , an opening for convection air, which can flow through the cavity from bottom to top.
Particulate biomaterial formulated as a filler or substitute medium for bone tissue, CHARACTERIZED in that the biomaterial contains particles having non-prismatic, semi-spherical, geodesic shapes, wherein the particles bear a surface which is concave on one side and convex on the other.
Method for borescope inspection of a component, wherein a stereo borescope is used for recording the component, characterized by the following steps: - generating two stereoscopic partial images by means of the stereo borescope (step 102); - calculating 3D triangulation data from the stereoscopic partial images (step 105); - registering the 3D triangulation data to a 3D CAD reference model of the component captured by the stereo borescope , while determining a projection point (steps 106 and 107); - projecting 2D image data determined from the stereoscopic partial images onto the 3D CAD reference model from the determined projection point (step 108); and - determining damage by image analysis of the projected 2D image data and by ascertaining deviations of the registered 3D triangulation data vis-à-vis the 3D CAD reference model (steps 112 and 113). - generating two stereoscopic partial images by means of the stereo borescope (step 102); - calculating 3D triangulation data from the stereoscopic partial images (step 105); - registering the 3D triangulation data to a 3D CAD reference model of the component captured by the stereo borescope , while determining a projection point (steps 106 and 107); - projecting 2D image data determined from the stereoscopic partial images onto the 3D CAD reference model from the determined projection point (step 108); and - determining damage by image analysis of the projected 2D image data and by ascertaining deviations of the registered 3D triangulation data vis-à-vis the 3D CAD reference model (steps 112 and 113).
A mounting assembly for a cover assembly for an architectural feature, said mounting assembly comprising: a bracket configured to be mounted relative to an architectural feature; a bracket-adapter configured to be removably coupled to said bracket , said bracket-adapter defining a seat ; an end mount configured to be removably coupled to an end of the cover assembly , said end mount configured to be received within said seat ; characterized in that : the bracket-adapter includes a retention structure positioned relative to said seat ; said end mount is configured to be received within said seat to allow said end mount to be releasably coupled to said bracket-adapter via said retention structure ; and when said end mount is received within said seat of said bracket-adapter , said retention structure is movable relative to said end mount between an extended position, at which a portion of said retention structure extends within said seat to engage said end mount and retain said end mount within said seat , and a retracted position, at which said portion of said retention structure is at least partially retracted away from said end mount to allow said end mount to be removed from said seat . a bracket configured to be mounted relative to an architectural feature; a bracket-adapter configured to be removably coupled to said bracket , said bracket-adapter defining a seat ; an end mount configured to be removably coupled to an end of the cover assembly , said end mount configured to be received within said seat ; characterized in that : the bracket-adapter includes a retention structure positioned relative to said seat ; said end mount is configured to be received within said seat to allow said end mount to be releasably coupled to said bracket-adapter via said retention structure ; and when said end mount is received within said seat of said bracket-adapter , said retention structure is movable relative to said end mount between an extended position, at which a portion of said retention structure extends within said seat to engage said end mount and retain said end mount within said seat , and a retracted position, at which said portion of said retention structure is at least partially retracted away from said end mount to allow said end mount to be removed from said seat . the bracket-adapter includes a retention structure positioned relative to said seat ; said end mount is configured to be received within said seat to allow said end mount to be releasably coupled to said bracket-adapter via said retention structure ; and when said end mount is received within said seat of said bracket-adapter , said retention structure is movable relative to said end mount between an extended position, at which a portion of said retention structure extends within said seat to engage said end mount and retain said end mount within said seat , and a retracted position, at which said portion of said retention structure is at least partially retracted away from said end mount to allow said end mount to be removed from said seat .
Horology movement comprising a jumping display mechanism comprising a display mobile intended to drive a jumping display member, with a first period, an actuating lever designed to act on the said display mobile , with the said first period, and cause it to advance in jumps of at least one step, an elastic member designed to exert a force on the said actuating lever , tending to move it towards the said display mobile , a first control member , driven by a first mobile of the horology movement, with the said first period, to convey the said actuating lever into an armed position and load the said elastic member , the said first control member also being designed to disengage from the said actuating lever , after having positioned it in its armed position, and to allow it to act on the said display mobile under the effect of the action of the said elastic member , a latch designed to temporarily lock the said actuating lever , when the said first control member positions it in its armed position, before releasing it so that it can actuate the said display mobile near-instantaneously, characterized in that the said display mechanism comprises a second control member designed to neutralize the said latch, when the said actuating lever is in its armed position, and to release the said actuating lever , and in that the said second control member is driven by a second mobile of the horology movement to neutralize the said latch with a second period shorter than the said first period. a display mobile intended to drive a jumping display member, with a first period, an actuating lever designed to act on the said display mobile , with the said first period, and cause it to advance in jumps of at least one step, an elastic member designed to exert a force on the said actuating lever , tending to move it towards the said display mobile , a first control member , driven by a first mobile of the horology movement, with the said first period, to convey the said actuating lever into an armed position and load the said elastic member , the said first control member also being designed to disengage from the said actuating lever , after having positioned it in its armed position, and to allow it to act on the said display mobile under the effect of the action of the said elastic member , a latch designed to temporarily lock the said actuating lever , when the said first control member positions it in its armed position, before releasing it so that it can actuate the said display mobile near-instantaneously,
A dome type surveillance camera comprising: a plurality of cameras (11a-11d); a first connecting member that is connected on a base and connected to a first camera which is one of the plurality of cameras (11a-11d); and a plurality of second connecting members (21b-21d) each member being connected on the base and connected to one of the plurality of second cameras (11b-11d) excluding the first camera of the plurality of cameras (11a-11d), characterized in that the plurality of second cameras (11b-11d) are arranged on a same circumference on the base by the second connecting members (21b-21d); and the first camera is located, by the first connecting member , directly below the zenith of a dome such that an imaging direction faces the zenith of the dome at a first position, and such that the first camera is freely movable so as to locate on the circumference at a second position, wherein the plurality of second cameras (11b-11d) are locatable, by the plurality of second connecting members (21b-21d), independently from each other and from the first camera on the circumference on the base , so that the imaging directions the plurality of second cameras (11b-11d) each rotate in an azimuth direction of the base . a plurality of cameras (11a-11d); a first connecting member that is connected on a base and connected to a first camera which is one of the plurality of cameras (11a-11d); and a plurality of second connecting members (21b-21d) each member being connected on the base and connected to one of the plurality of second cameras (11b-11d) excluding the first camera of the plurality of cameras (11a-11d), characterized in that the plurality of second cameras (11b-11d) are arranged on a same circumference on the base by the second connecting members (21b-21d); and the first camera is located, by the first connecting member , directly below the zenith of a dome such that an imaging direction faces the zenith of the dome at a first position, and such that the first camera is freely movable so as to locate on the circumference at a second position, wherein the plurality of second cameras (11b-11d) are locatable, by the plurality of second connecting members (21b-21d), independently from each other and from the first camera on the circumference on the base , so that the imaging directions the plurality of second cameras (11b-11d) each rotate in an azimuth direction of the base .
A steered caster wheel system having a vertical axis and comprising: a caster wheel having a steering axis, the caster wheel rotating about the steering axis (B) through a range of swivel positions; a suspension mechanism, the caster wheel being mounted to the suspension mechanism to enable the caster wheel to move relative to the vertical axis; a steering mechanism mechanically connected to the caster wheel to control the swivel position of the caster wheel; a steering actuator connected to the caster wheel and the steering mechanism; and a disengagement system which selectively enables the steering actuator to change the swivel position of the caster wheel in response to movement of the steering mechanism in a caster wheel steering mode and disables the steering actuator from changing the swivel position of the caster wheel in a non-caster wheel steering mode. a caster wheel having a steering axis, the caster wheel rotating about the steering axis (B) through a range of swivel positions; a suspension mechanism, the caster wheel being mounted to the suspension mechanism to enable the caster wheel to move relative to the vertical axis; a steering mechanism mechanically connected to the caster wheel to control the swivel position of the caster wheel; a steering actuator connected to the caster wheel and the steering mechanism; and a disengagement system which selectively enables the steering actuator to change the swivel position of the caster wheel in response to movement of the steering mechanism in a caster wheel steering mode and disables the steering actuator from changing the swivel position of the caster wheel in a non-caster wheel steering mode.
A compound of formula I: wherein: X 1 , X 2 , and X 3 are independently selected from the group consisting of OH, halo, and O(C)OCH 3 ; R is selected from the group consisting of C 1-3 alkyl and C 1-3 haloalkyl; R 1 is selected from the group consisting of H, C 1-3 alkyl, OH, -CO 2 C 1-3 alkyl; R 2 is selected from the group consisting of -NR b C(O)R a and -C(O)NR b R a ; R a is and R b is independently selected from the group consisting of H and C 1-3 alkyl. X 1 , X 2 , and X 3 are independently selected from the group consisting of OH, halo, and O(C)OCH 3 ; R is selected from the group consisting of C 1-3 alkyl and C 1-3 haloalkyl; R 1 is selected from the group consisting of H, C 1-3 alkyl, OH, -CO 2 C 1-3 alkyl; R 2 is selected from the group consisting of -NR b C(O)R a and -C(O)NR b R a ; R a is and R b is independently selected from the group consisting of H and C 1-3 alkyl.
Method for accessing at least one administration server connected to a wide area communication network, characterized in that comprises: - the verification of a detection (E2, E14, F4, F10), via an access point allowing access to the wide area communication network, of a wireless network dedicated to an exchange of administration data with the at least one administration server, called a wireless administration network; - when the wireless administration network is detected, connection (E3, E16, F5, F12) by the access point to said wireless network and activation (E4, F6) by the access point of said wireless network in repeater mode, in which the access point repeats data received on said wireless network, - if the wireless administration network is not detected and if there is no fault affecting access to the wide area communication network, an activation (E6) by the access point of the wireless administration network, allowing direct access to said administration server. - the verification of a detection (E2, E14, F4, F10), via an access point allowing access to the wide area communication network, of a wireless network dedicated to an exchange of administration data with the at least one administration server, called a wireless administration network; - when the wireless administration network is detected, connection (E3, E16, F5, F12) by the access point to said wireless network and activation (E4, F6) by the access point of said wireless network in repeater mode, in which the access point repeats data received on said wireless network, - if the wireless administration network is not detected and if there is no fault affecting access to the wide area communication network, an activation (E6) by the access point of the wireless administration network, allowing direct access to said administration server.