mhurhangee/patent-ind-claim-en huggingface dataset:
A roof window comprising a sash and a frame adapted for receiving said sash , said sash comprising two sash side members connected to a top sash member and a bottom sash member , said sash optionally being suspended from said frame by means of suspension arms , said sash being configured to pivot around a pivot axis (A) so as to open said sash towards an outer side of said window, each optional suspension arm extending at least partially between a sash side member and a frame side member , said roof window further comprising: at least one actuator adapted for pivoting said sash between a closed position and open positions, said actuator being adapted for securing said sash in said closed position, said actuator comprising a push-pull chain and a bracket , said bracket being rigidly connected to a first end of said push-pull chain, a second end of said push-pull chain being received in an actuator housing connected to said frame , a releasable connection pin with a first pin end and a second pin end , said bracket comprising a first opening adapted for receiving said releasable connection pin , said releasable connection pin releasably connecting said bracket to at least one of said side sash member and said suspension arm , said releasable connection pin extending in a direction substantially parallel with said pivot axis (A) through said first opening and through at least one of a second opening in said sash side member and a third opening in said suspension arm , and with said first pin end being arranged closer to a center (C) of said sash than said second pin end , and locking means engaging said first pin end , said locking means being configured for preventing said releasable connection pin from being removed from at least one of said second opening and said third opening . at least one actuator adapted for pivoting said sash between a closed position and open positions, said actuator being adapted for securing said sash in said closed position, said actuator comprising a push-pull chain and a bracket , said bracket being rigidly connected to a first end of said push-pull chain, a second end of said push-pull chain being received in an actuator housing connected to said frame , a releasable connection pin with a first pin end and a second pin end , said bracket comprising a first opening adapted for receiving said releasable connection pin , said releasable connection pin releasably connecting said bracket to at least one of said side sash member and said suspension arm , said releasable connection pin extending in a direction substantially parallel with said pivot axis (A) through said first opening and through at least one of a second opening in said sash side member and a third opening in said suspension arm , and with said first pin end being arranged closer to a center (C) of said sash than said second pin end , and locking means engaging said first pin end , said locking means being configured for preventing said releasable connection pin from being removed from at least one of said second opening and said third opening .
A compound represented by the following formula 1 or a pharmaceutically acceptable salt thereof: R 1 is hydrogen, halogen, or aryl or heteroaryl selected from the group consisting of phenyl, pyridinyl and furanyl, wherein the aryl or heteroaryl is unsubstituted or substituted by halogen, R 2 is aryl or heteroaryl selected from the group consisting of furanyl, phenyl, pyrazolyl and pyridinyl, wherein the aryl or heteroaryl is unsubstituted or substituted by C 1-4 alkyl, R 3 is thiazolyl, X 1 is CH or N, X 2 is CH or N, with the proviso that at least one among X 1 and X 2 is CH, Y is CH(OH), Z is CR 4 , R 4 is H or halogen, R 5 is H. R 1 is hydrogen, halogen, or aryl or heteroaryl selected from the group consisting of phenyl, pyridinyl and furanyl, wherein the aryl or heteroaryl is unsubstituted or substituted by halogen, R 2 is aryl or heteroaryl selected from the group consisting of furanyl, phenyl, pyrazolyl and pyridinyl, wherein the aryl or heteroaryl is unsubstituted or substituted by C 1-4 alkyl, R 3 is thiazolyl, X 1 is CH or N, X 2 is CH or N, with the proviso that at least one among X 1 and X 2 is CH, Y is CH(OH), Z is CR 4 , R 4 is H or halogen, R 5 is H.
A supporting structure of a wheel speed sensor comprising: a bracket for supporting an axle of a wheel, a wheel speed sensor for detecting a rotational speed of the wheel; and a fastening member for mounting the wheel speed sensor on a sensor mounting section provided on an outer surface of the bracket ; wherein the wheel speed sensor includes a fixing section which is fixed by the fastening member in such a manner that a seat surface of the fixing section intersecting with a direction of the axle makes contact with the sensor mounting section of the bracket , and a sensor section which extends from the fixing section in the direction of the axle, and the wheel speed sensor is made of resin and formed integral with the fixing section and the sensor section ; characterised in that the bracket includes a rotation regulating portion for regulating a rotation of the wheel speed sensor , the rotation regulating portion projecting from the outer surface of the bracket to be engaged with an outer circumferential portion of the fixing section , and a protection wall for covering at least a portion of an outer circumference of the sensor section ; and wherein a clearance is provided between the sensor section and the protection wall . a bracket for supporting an axle of a wheel, a wheel speed sensor for detecting a rotational speed of the wheel; and a fastening member for mounting the wheel speed sensor on a sensor mounting section provided on an outer surface of the bracket ; wherein the wheel speed sensor includes a fixing section which is fixed by the fastening member in such a manner that a seat surface of the fixing section intersecting with a direction of the axle makes contact with the sensor mounting section of the bracket , and a sensor section which extends from the fixing section in the direction of the axle, and the wheel speed sensor is made of resin and formed integral with the fixing section and the sensor section ; characterised in that the bracket includes a rotation regulating portion for regulating a rotation of the wheel speed sensor , the rotation regulating portion projecting from the outer surface of the bracket to be engaged with an outer circumferential portion of the fixing section , and a protection wall for covering at least a portion of an outer circumference of the sensor section ; and wherein a clearance is provided between the sensor section and the protection wall .
A sensor configured to measure a blood refill time of a living tissue of subject, the sensor comprising: a light emitter configured to emit light toward the living tissue of the subject; a light receiver configured to receive reflected light or transmitted light from the living tissue of the subject; and a light blocking member configured to block light between the light emitter and the light receiver , a pressure applying portion comprising a bag configured to apply pressure on the living tissue of the subject when the bag is inflated; further comprising: a first light transmitting member made of a light transmitting material, the first light transmitting member having one end configured as a contact surface contacting the light emitter and another end forming a part of a contact surface of the sensor that contacts a surface of the subject; and a second light transmitting member made of a light transmitting material, the second light transmitting member having one end configured as a contact surface contacting the light receiver and another end forming another part of the same contact surface to contact the subject; characterised in that the bag is said light blocking member . a light emitter configured to emit light toward the living tissue of the subject; a light receiver configured to receive reflected light or transmitted light from the living tissue of the subject; and a light blocking member configured to block light between the light emitter and the light receiver , a pressure applying portion comprising a bag configured to apply pressure on the living tissue of the subject when the bag is inflated; further comprising: a first light transmitting member made of a light transmitting material, the first light transmitting member having one end configured as a contact surface contacting the light emitter and another end forming a part of a contact surface of the sensor that contacts a surface of the subject; and a second light transmitting member made of a light transmitting material, the second light transmitting member having one end configured as a contact surface contacting the light receiver and another end forming another part of the same contact surface to contact the subject; a first light transmitting member made of a light transmitting material, the first light transmitting member having one end configured as a contact surface contacting the light emitter and another end forming a part of a contact surface of the sensor that contacts a surface of the subject; and a second light transmitting member made of a light transmitting material, the second light transmitting member having one end configured as a contact surface contacting the light receiver and another end forming another part of the same contact surface to contact the subject;
Heating boiler for granular fuel, more particularly pellets, having an air supply which is divided into primary and secondary air supply and the air flow ratio of which is variable, and having a combustion chamber into which the primary air and secondary air supply open at least partially and which has a movably mounted grating forming passage openings for the primary air , characterized in that the grating interacts, in at least one of its movement positions , with the secondary air supply to change the air flow ratio between primary and secondary air by the grating changing a flow cross-section from the secondary air supply depending on its movement position.
A computer-implemented method for performing compressive sensing of light transport matrix, the method comprising: receiving a 3D dataset comprising image volume data; randomly selecting a plurality of points on a space curve traversing the 3D dataset; calculating a light transport matrix comprising a plurality of light transmittance values, wherein each light transmittance value corresponds to light transmittance between a pair of points included in the plurality of points; solving an optimization problem to determine a plurality of sparse coefficients which reproduce the light transport matrix when the sparse coefficients are multiplied by a predetermined dictionary of basis vectors; and storing the sparse coefficients on a computer-readable medium, wherein the calculation of the light transport matrix comprises: identifying anatomical features between each pair of points included in the randomly selected plurality of points on the space curve; determining light attenuation values for each of the anatomical features; populating the light transport matrix only with light transmittance values for pairs of points not separated by one or more anatomical features having light attenuation values above a predetermined threshold value. receiving a 3D dataset comprising image volume data; randomly selecting a plurality of points on a space curve traversing the 3D dataset; calculating a light transport matrix comprising a plurality of light transmittance values, wherein each light transmittance value corresponds to light transmittance between a pair of points included in the plurality of points; solving an optimization problem to determine a plurality of sparse coefficients which reproduce the light transport matrix when the sparse coefficients are multiplied by a predetermined dictionary of basis vectors; and storing the sparse coefficients on a computer-readable medium, identifying anatomical features between each pair of points included in the randomly selected plurality of points on the space curve; determining light attenuation values for each of the anatomical features;
A capsule for mixing multiple substances, comprising: a main chamber having a main chamber bottom and a main chamber top , the main chamber top having a top opening ; a main piston fitted in the main chamber; a torque adapter for transferring a torque from an external actuator to a mixer element via the main chamber bottom; and a cup shaped reservoir having a reservoir bottom which is having a bottom opening , wherein the reservoir bottom is fixated to the main chamber top such that the bottom opening is aligned with the top opening of the main chamber, so that fluid pushed by the main piston from the main chamber is passed through the top opening and the bottom opening and is accumulated in the cup shaped reservoir; characterized in at least two repository tubular chambers , each: 1. adapted to contain substance, 2. mechanically connected to the main chamber and 3. having a repository tubular chamber bottom opening; and at least two passages , each fluidly connecting one of the at least two repository tubular chambers to the main chamber. a main chamber having a main chamber bottom and a main chamber top , the main chamber top having a top opening ; a main piston fitted in the main chamber; a torque adapter for transferring a torque from an external actuator to a mixer element via the main chamber bottom; and a cup shaped reservoir having a reservoir bottom which is having a bottom opening , wherein the reservoir bottom is fixated to the main chamber top such that the bottom opening is aligned with the top opening of the main chamber, so that fluid pushed by the main piston from the main chamber is passed through the top opening and the bottom opening and is accumulated in the cup shaped reservoir; characterized in at least two repository tubular chambers , each: 1. adapted to contain substance, 2. mechanically connected to the main chamber and 3. having a repository tubular chamber bottom opening; and at least two passages , each fluidly connecting one of the at least two repository tubular chambers to the main chamber.
A device for controlling a steered wheel which is provided on at least one of the steered wheels of an industrial vehicle, the device comprising: a detecting bar which is rotated by being operated in conjunction with a steering shaft of the steered wheel ; and a sensor which is provided at one side of the detecting bar so as to generate an ON signal when the steered wheel rotates to one side and generate an OFF signal when the steered wheel rotates to the other side by means of the detecting bar , characterized in that a controller which controls the steered wheel based on a sensing signal of the sensor so as to position the steered wheel in a neutral position, during the time when electric power is applied to the industrial vehicle and the industrial vehicle is initialized, wherein the controller controls the neutral position of the steered wheel by stopping the rotation of the steered wheel when an ON signal is generated after an OFF signal. a detecting bar which is rotated by being operated in conjunction with a steering shaft of the steered wheel ; and a sensor which is provided at one side of the detecting bar so as to generate an ON signal when the steered wheel rotates to one side and generate an OFF signal when the steered wheel rotates to the other side by means of the detecting bar , characterized in that a controller which controls the steered wheel based on a sensing signal of the sensor so as to position the steered wheel in a neutral position, during the time when electric power is applied to the industrial vehicle and the industrial vehicle is initialized, wherein the controller controls the neutral position of the steered wheel by stopping the rotation of the steered wheel when an ON signal is generated after an OFF signal.
A crimping-type IGBT module , comprising a plurality of sub-modules (1-6) capable of moving up and down relative to a tube housing , wherein each of the sub-modules comprises: a conductive substrate and a conductive cover plate , which are capable of being accommodated in the tube housing or respectively extending out of a lower surface and an upper surface of the tube housing; a plurality of chips , which are juxtaposed and spaced apart on the conductive substrate; a pressure-bearing member , which is capable of being accommodated in the tube housing or extending out of the lower surface the tube housing; a bypass busbar , which is arranged above the chips, and an upper portion of which abuts against an upper surface of the pressure-bearing member; and an elastic member , which is arranged between the bypass busbar and the conductive cover plate, wherein when a press-fitting force is not greater than an elastic force provided by the elastic member, the conductive cover plate extends out of the upper surface of the tube housing, both the conductive substrate and the pressure-bearing member extend out of the lower surface of the tube housing, and a lower surface of the conductive substrate is flush with the lower surface of the pressure-bearing member; and when the press-fitting force is greater than the elastic force provided by the elastic member, both the lower surface of the conductive substrate and the lower surface of the pressure-bearing member are flush with the lower surface of the tube housing, and an upper surface of the conductive cover plate is flush with the upper surface of the tube housing. a conductive substrate and a conductive cover plate , which are capable of being accommodated in the tube housing or respectively extending out of a lower surface and an upper surface of the tube housing; a plurality of chips , which are juxtaposed and spaced apart on the conductive substrate; a pressure-bearing member , which is capable of being accommodated in the tube housing or extending out of the lower surface the tube housing; a bypass busbar , which is arranged above the chips, and an upper portion of which abuts against an upper surface of the pressure-bearing member; and an elastic member , which is arranged between the bypass busbar and the conductive cover plate, wherein when a press-fitting force is not greater than an elastic force provided by the elastic member, the conductive cover plate extends out of the upper surface of the tube housing, both the conductive substrate and the pressure-bearing member extend out of the lower surface of the tube housing, and a lower surface of the conductive substrate is flush with the lower surface of the pressure-bearing member; and when the press-fitting force is greater than the elastic force provided by the elastic member, both the lower surface of the conductive substrate and the lower surface of the pressure-bearing member are flush with the lower surface of the tube housing, and an upper surface of the conductive cover plate is flush with the upper surface of the tube housing.
Device for single-sided closure of packaging sleeves (S) for the production of composite packages, in particular carton/plastic-composite packages, by forming by means of a mandrel wheel with a plurality of mandrels arranged distributed uniformly over the circumference and directed radially outwards, which pass successively through several processing stations in the circumferential direction of the mandrel wheel , wherein each mandrel has a head on its free end, on which the folding sections to be closed of the packaging sleeve (S) slid onto the mandrel are folded and sealed in the closed position, and wherein the head of the mandrel is designed to be variable in its outer dimensions, characterised in that at least two corner segments of the head are variable in their position, that the mandrel in its interior has at least one axially movable tappet for the adjustment of the head geometry and that the corner segments of the head are designed as pivot elements, which can be brought from a sealing position into a retracted position.
A computer system for improving network communications involving a plurality of mobile devices, the computer system comprising: a computer implemented network router linked to the plurality of mobile devices, or associated mobile devices, and configured to connect to, or initiate the connection to, a plurality of networks using associated network connections, wherein the network router accesses iteratively real time or near real time performance data for the plurality of networks, and based on this performance data, determines a network communication performance profile, and based on this performance profile splits the information into multiple data streams and controls the transfer of such multiple data streams via their associated network connections and networks, thereby improving communication of the information with the plurality of mobile devices; wherein the performance data is accessed iteratively, thereby optionally updating the performance profile successively, and permitting the network router to vary the selective transmission across the network connections based on updates to the performance profile; characterised in that the router is configured to enable sharing of network resources across the plurality of mobile devices by tracking bandwidth availability of the plurality of mobile devices through one or more mobile applications residing on the plurality of mobile devices that are adapted to advertise that the plurality of mobile devices have spare network capacity available in a geographical area, and responsive to a request for additional bandwidth for communication proximate to the geographical area, the router configured to match a requesting device with a subset of the plurality of mobile devices based on the tracked bandwidth availability, and to aggregate the bandwidth availability corresponding to the subset of the plurality of mobile devices to transmit at least a portion of the multiple data streams across bandwidth made available by the subset of the plurality of mobile devices.
A method for producing a sintered ferrite magnet comprising the steps of mixing raw material powders to a composition comprising metal elements of Ca, La, Fe and Co, whose atomic ratios are represented by the general formula: Ca 1-x La x Fe 2n-y Co y , wherein x and y, and n representing a molar ratio meet 0.3 ≤ x ≤ 0.6 , 0.25 ≤ y ≤ 0.5 , and 3 ≤ n ≤ 6 , thereby obtaining a raw material powder mixture; calcining said raw material powder mixture to obtain a calcined body; pulverizing said calcined body to obtain a calcined powder; molding said calcined powder to obtain a green body; and sintering said green body to obtain a sintered body; a sintering aid being added after said calcining step and before said molding step; said sintering aid indispensably comprising only SiO 2 ; and the amount of SiO 2 added being 0.2% to 0.35% by mass based on 100% by mass of said calcined body or said calcined powder. wherein x and y, and n representing a molar ratio meet 0.3 ≤ x ≤ 0.6 , 0.25 ≤ y ≤ 0.5 , and 3 ≤ n ≤ 6 , thereby obtaining a raw material powder mixture; calcining said raw material powder mixture to obtain a calcined body; pulverizing said calcined body to obtain a calcined powder; molding said calcined powder to obtain a green body; and sintering said green body to obtain a sintered body; a sintering aid being added after said calcining step and before said molding step; said sintering aid indispensably comprising only SiO 2 ; and the amount of SiO 2 added being 0.2% to 0.35% by mass based on 100% by mass of said calcined body or said calcined powder.