mhurhangee/ep-ind-claims huggingface dataset:
A tire mold comprising at least two multiple-part tire mold segments each having a mold insert (2160, 2265), wherein the mold insert (2160, 2265) includes a tire tread pattern at a top surface and at least an air compression cavity at an opposite back surface; the mold insert (2160, 2265) includes surface connection slots, wherein the surface connection slots connect the top surface of the tire thread pattern with the back surface of the air compression cavity; a mold support, wherein the mold insert (2160, 2265) is attached to the mold support to form the tire mold segment; wherein the at least two tire mold segments adjacently connect to form a circumferential tire mold for making tires; the air compression cavities are spaced apart from the top surface; characterized in that the mold support supplies other sides for the air compression cavities to form closed air compression cavities which are isolated from the outside ambient during the tire making process, and the surface connection slots are configured such that the dimension of the surface connection slots allow air to pass through, and prevent rubber material from entering. a mold insert (2160, 2265), wherein the mold insert (2160, 2265) includes a tire tread pattern at a top surface and at least an air compression cavity at an opposite back surface; the mold insert (2160, 2265) includes surface connection slots, wherein the surface connection slots connect the top surface of the tire thread pattern with the back surface of the air compression cavity; the mold insert (2160, 2265) includes a tire tread pattern at a top surface and at least an air compression cavity at an opposite back surface; the mold insert (2160, 2265) includes surface connection slots, wherein the surface connection slots connect the top surface of the tire thread pattern with the back surface of the air compression cavity; a mold support, wherein the mold insert (2160, 2265) is attached to the mold support to form the tire mold segment; wherein the at least two tire mold segments adjacently connect to form a circumferential tire mold for making tires; the air compression cavities are spaced apart from the top surface; characterized in that the mold support supplies other sides for the air compression cavities to form closed air compression cavities which are isolated from the outside ambient during the tire making process, and the surface connection slots are configured such that the dimension of the surface connection slots allow air to pass through, and prevent rubber material from entering.
An infusion pump system comprising: at least one infusion pump for delivering insulin; a companion device, the companion device in wireless communication with the at least one infusion pump; and a user interface on the companion device, the user interface comprising a home screen that is configured to display a visual indication of a gauge to the action of the insulin currently in the user determined based on an amount of insulin delivered to the user, an insulin action time, and an insulin type; wherein the infusion pump system is configured to log a bolus history and to determine whether at least one of a number of predefined criteria are met, and wherein the home screen displays a greater than or equal to symbol next to the visual indication of the gauge when at least one of the predefined criteria is met, the pre-defined criteria comprising: a bolus date for the action time period is not available, more than a predefined number of boluses were given in the action time; there is no bolus history and less time than the duration of the action time has passed since the bolus log was initialized and/or an insulin on board amount is greater than a pre-defined number. at least one infusion pump for delivering insulin; a companion device, the companion device in wireless communication with the at least one infusion pump; and a user interface on the companion device, the user interface comprising a home screen that is configured to display a visual indication of a gauge to the action of the insulin currently in the user determined based on an amount of insulin delivered to the user, an insulin action time, and an insulin type;
Tread for a tyre of a civil engineering work vehicle, this vehicle being intended to carry very heavy loads, at least 20 tonnes at the rated pressure per tyre, this tread having a wearable thickness of material EMU measured between a tread surface that is intended to come into contact with the ground and a wear limit, this tread surface extending circumferentially all around the tyre and being axially bounded by edge parts defining a maximum width for this tread, this tread comprising solid parts forming raised elements delimited by grooves (3, 4), each solid part comprising a contact face and, opening onto this contact face, at least one cavity of maximum depth at least greater than 30% of the wearable thickness EMU, each cavity opening onto the contact face when new and being delimited by a wall surface and a bottom surface, each wall surface delimiting a cavity intersecting the contact face along a corner edge contour having a geometry comprising a major axis AA and a minor axis BB, the length of the major axis AA being at least equal to 1.5 times the length of the minor axis BB when new, and for any tread surface down to a predefined level of wear, this level being less than the depth of each cavity, the corner edge contour of each cavity considered on the said tread surface being such that the angle made by the major axis AA and the circumferential direction is at least equal to 0 degrees and at most equal to 40 degrees, this tread being characterized in that from the predefined wear level onwards, the angle made by the major axis A'A' and the circumferential direction is greater than 40 degrees and is greater than the angle made by the major axis AA and the circumferential direction on the tread surface when new.
Timepiece movement comprising driving means (2a, 2b), first, second and third regulating members (5a, 5c, 5b) each comprising a balance (9a, 9c, 9b), and linking means (1, 3a, 3b, 4a-4d) linking the driving means to the regulating members, the axes (12a, 12c) of the balances of the first and second regulating members (5a, 5c) being substantially orthogonal to each other, characterised in that it further comprises a fourth regulating member comprising a balance and linked to the driving means (2a, 2b) by the linking means (1, 3a, 3b, 4a-4d), and in that the axes (12b, 12d) of the balances (9b, 9d) of the third and fourth regulating members (5b, 5d) are substantially orthogonal to each other and non-parallel to the axes (12a, 12c) of the balances (9a, 9c) of the first and second regulating members (5a, 5c).
Method for operating a hearing device, - wherein the hearing device has a signal processing, which has at least one adjustable parameter, which has a given setting at a given time, - wherein the parameter is set depending on the situation by selecting a setting for the parameter depending on a current environmental situation and by means of a learning machine, - wherein a current setting of the parameter can be rated by feedback from a user of the hearing device, - wherein in a first training the learning machine is passively trained by negative feedback, by rating a feedback of the user as a dissatisfaction with the current setting and by assuming a satisfaction of the user with the current setting as long as no feedback is received, characterized in that in a second training, the learning machine is additionally trained by changing the current setting independently of any feedback from the user and despite an assumed satisfaction with the current setting, so that a different setting is provided to the user, which can then be rated by a feedback. - wherein the hearing device has a signal processing, which has at least one adjustable parameter, which has a given setting at a given time, - wherein the parameter is set depending on the situation by selecting a setting for the parameter depending on a current environmental situation and by means of a learning machine, - wherein a current setting of the parameter can be rated by feedback from a user of the hearing device, - wherein in a first training the learning machine is passively trained by negative feedback, by rating a feedback of the user as a dissatisfaction with the current setting and by assuming a satisfaction of the user with the current setting as long as no feedback is received,
Particulate pharmaceutical or nutraceutical excipient comprising a) microcrystalline cellulose, and b) surface-reacted calcium carbonate, wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source, wherein the weight ratio of the microcrystalline cellulose to the surface-reacted calcium carbonate is from 99.9:0.1 to 50:50. a) microcrystalline cellulose, and b) surface-reacted calcium carbonate, wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source,
Discharge device for shredded organic matter from a shredder, comprising a supply and a discharge side, a rotatable shaft on which a fan element is provided which is configured to project the shredded matter in the direction of the discharge side, wherein said rotatable shaft furthermore comprises displacement means (5; 6) which are configured to move at least part of the supplied matter in the direction of the fan element, characterized in that the fan element is positioned centrally on the rotatable shaft and the diameters of the fan element and of the displacement means (5, 6) are the same.
A brush for applying a formulation, comprising: a core having an outer surface and a longitudinal axis; a plurality of bristle rings (70, 108) protruding from the core and spaced apart along the longitudinal axis, each bristle ring (70, 108) having at least 6 bristles spaced radially apart around the outer surface of the core; and a high density zone that covers at least a portion of the outer surface of the core, the high density zone having an equivalent 360 degree linear bristle density of 13 to 31 whole bristles per 0.5mm of length along the outer surface of the core measured along the longitudinal axis, and a surface bristle density of 3 to 5 bristles per square millimeter of area of the outer surface of the core, characterized in that the core comprises a first recess formed in an outer surface of the core, the first recess being configured to hold a formulation, wherein no two consecutive bristles in a single bristle ring (70, 108) have the same bristle length. a core having an outer surface and a longitudinal axis; a plurality of bristle rings (70, 108) protruding from the core and spaced apart along the longitudinal axis, each bristle ring (70, 108) having at least 6 bristles spaced radially apart around the outer surface of the core; and a high density zone that covers at least a portion of the outer surface of the core, the high density zone having an equivalent 360 degree linear bristle density of 13 to 31 whole bristles per 0.5mm of length along the outer surface of the core measured along the longitudinal axis, and a surface bristle density of 3 to 5 bristles per square millimeter of area of the outer surface of the core, characterized in that the core comprises a first recess formed in an outer surface of the core, the first recess being configured to hold a formulation, wherein no two consecutive bristles in a single bristle ring (70, 108) have the same bristle length.
An industrial truck with ramp lift function and a drive part and a load part with two wheel arms that is height-adjustable relative to the drive part, wherein each of the wheel arms has the following: • a wheel arm lever, which has at least one load roller and is pivotably articulated on the wheel arm and • a rod, via which a height adjusting movement of the load part is coupled with a pivoting movement of the wheel arm lever, wherein the front end of the rod is connected in an articulated manner to the wheel arm lever and the other end of the rod is connected in an articulated manner to a deflection lever, wherein the rod has a hydraulic cylinder, with which a length of the rod is adjustable and which has an operating volume, wherein • the two rods are push rods and • the industrial truck has a pressure accumulator, which is connectable with the operating volumes of the two hydraulic cylinders. • a wheel arm lever, which has at least one load roller and is pivotably articulated on the wheel arm and • a rod, via which a height adjusting movement of the load part is coupled with a pivoting movement of the wheel arm lever, wherein the front end of the rod is connected in an articulated manner to the wheel arm lever and the other end of the rod is connected in an articulated manner to a deflection lever, wherein the rod has a hydraulic cylinder, with which a length of the rod is adjustable and which has an operating volume, wherein • the two rods are push rods and • the industrial truck has a pressure accumulator, which is connectable with the operating volumes of the two hydraulic cylinders.
A differential mode and common mode inductor, comprising: a first magnetic core comprising a first middle core part, a first lateral core part and a second lateral core part, wherein the first middle core part is disposed between the first lateral core part and the second lateral core part; a second magnetic core partially aligned to the first magnetic core and comprising a second middle core part, a third lateral core part and a fourth lateral core part, wherein the second middle core part is disposed between the third lateral core part and the fourth lateral core part, the third lateral core part is located beside the first middle core part, and the second middle core part is located beside the second lateral core part; a first winding wound around the first middle core part and the third lateral core part; and a second winding wound around the second middle core part and the second lateral core part. a first magnetic core comprising a first middle core part, a first lateral core part and a second lateral core part, wherein the first middle core part is disposed between the first lateral core part and the second lateral core part; a second magnetic core partially aligned to the first magnetic core and comprising a second middle core part, a third lateral core part and a fourth lateral core part, wherein the second middle core part is disposed between the third lateral core part and the fourth lateral core part, the third lateral core part is located beside the first middle core part, and the second middle core part is located beside the second lateral core part; a first winding wound around the first middle core part and the third lateral core part; and a second winding wound around the second middle core part and the second lateral core part.
An audio playback method, applied to a mobile terminal that has a spatial attitude sensor, wherein the mobile terminal comprises at least three speakers, and the at least three speakers are not in a same straight line; and the method comprises when screen rotation is performed on the mobile terminal, acquiring spatial attitude information, wherein the spatial attitude information is information generated according to spatial attitude location information of the mobile terminal that is collected by the spatial attitude sensor; and controlling, according to the spatial attitude information, audio content played by each speaker, so that a speaker located on the left of currently played video information plays a left audio channel, and a speaker located on the right of the currently played video information plays a right audio channel; characterized by the spatial attitude information comprises an angle, angular acceleration, and an angle change rate.
Method for monitoring the transport of a liquid container by way of a passive clamping gripper which is fastened by means of a flexible connecting element to an automatically movable transfer arm, the method comprising the steps of: a) moving the clamping gripper horizontally to establish a clamping connection between the clamping gripper and the liquid container in a start position; b) lifting the clamping gripper to remove the liquid container from the start position; c) moving the clamping gripper horizontally to a target position; d) lowering the clamping gripper to position the liquid container in the target position; and e) moving the clamping gripper horizontally to release the clamping connection; wherein a distance from the clamping gripper to the transfer arm is measured continuously at least while the method steps/step a) and/or e) are being carried out, and wherein, if it is determined that, i) during the horizontal movement of the clamping gripper to establish the clamping connection between the clamping gripper and the liquid container in the start position in step a), or, ii) during the horizontal movement of the clamping gripper to release the clamping connection in step e), no change in the distance from the clamping gripper to the transfer arm has been measured, a signal indicating that an error has occurred during the transport of the liquid container is generated. a) moving the clamping gripper horizontally to establish a clamping connection between the clamping gripper and the liquid container in a start position; b) lifting the clamping gripper to remove the liquid container from the start position; c) moving the clamping gripper horizontally to a target position; d) lowering the clamping gripper to position the liquid container in the target position; and e) moving the clamping gripper horizontally to release the clamping connection; wherein a distance from the clamping gripper to the transfer arm is measured continuously at least while the method steps/step a) and/or e) are being carried out, and wherein, if it is determined that, i) during the horizontal movement of the clamping gripper to establish the clamping connection between the clamping gripper and the liquid container in the start position in step a), or, ii) during the horizontal movement of the clamping gripper to release the clamping connection in step e), no change in the distance from the clamping gripper to the transfer arm has been measured, a signal indicating that an error has occurred during the transport of the liquid container is generated. i) during the horizontal movement of the clamping gripper to establish the clamping connection between the clamping gripper and the liquid container in the start position in step a), or, ii) during the horizontal movement of the clamping gripper to release the clamping connection in step e), no change in the distance from the clamping gripper to the transfer arm has been measured, a signal indicating that an error has occurred during the transport of the liquid container is generated.
A deflation assembly for an intravascular catheter system for use during a cryoablation procedure, the intravascular catheter system including a vacuum pump and a cryoballoon, the deflation assembly comprising: a first deflation initiator that is configured to automatically activate the vacuum pump to deflate the cryoballoon upon completion of a stage of the cryoablation procedure; a first deflation initiator inhibitor that is manually changeable between an activated state and a deactivated state, the first deflation initiator inhibitor being configured to inactivate the first deflation initiator when the first deflation initiator inhibitor is in the activated state; the deflation assembly characterized in that it further comprises: a second deflation initiator that is triggered when the first deflation initiator inhibitor is in the activated state, the second deflation initiator being configured to be manually changeable between an activated and deactivated state, wherein the second deflation initiator activates the vacuum pump to deflate the cryoballoon when the second deflation initiator is in the activated state. a first deflation initiator that is configured to automatically activate the vacuum pump to deflate the cryoballoon upon completion of a stage of the cryoablation procedure; a first deflation initiator inhibitor that is manually changeable between an activated state and a deactivated state, the first deflation initiator inhibitor being configured to inactivate the first deflation initiator when the first deflation initiator inhibitor is in the activated state; the deflation assembly characterized in that it further comprises: a second deflation initiator that is triggered when the first deflation initiator inhibitor is in the activated state, the second deflation initiator being configured to be manually changeable between an activated and deactivated state, wherein the second deflation initiator activates the vacuum pump to deflate the cryoballoon when the second deflation initiator is in the activated state.
A book rest comprising: a flexible and pliable bag and particle matter contained in the bag, and being characterised in that the bag is provided with first, second and third flat section inserts (I, H) arranged in a concave shape for receiving an open book such that the book sits on the first insert and the front and back of the book rest against the second and the third inserts respectively. a flexible and pliable bag and particle matter contained in the bag, and being characterised in that the bag is provided with first, second and third flat section inserts (I, H) arranged in a concave shape for receiving an open book such that the book sits on the first insert and the front and back of the book rest against the second and the third inserts respectively.