mhurhangee/patent-ind-claim-en huggingface dataset:
An agricultural work vehicle comprising: an implement connected with the agricultural work vehicle ; and a height control system for the implement ; the height control system comprising : a implement height sensor configured to detect a height of the implement relative to a ground surface ; and a controller communicatively coupled to the implement height sensor , the controller including a processor and associated memory , the memory storing instructions that, when executed by the processor , configure the implement controller to: monitor the height of the implement relative to the ground surface based on signals received from the implement height sensor ; and determine an implement height error (e(t)) by comparing the height of the implement with a predetermined target height; characterized in that the memory storing instructions further configure the implement controller to: calculate a proportional signal based on the implement height error (e(t)) raised to a power (n) greater than one; and adjust the height of the implement based on the proportional signal. an implement connected with the agricultural work vehicle ; and a height control system for the implement ; the height control system comprising : a implement height sensor configured to detect a height of the implement relative to a ground surface ; and a controller communicatively coupled to the implement height sensor , the controller including a processor and associated memory , the memory storing instructions that, when executed by the processor , configure the implement controller to: monitor the height of the implement relative to the ground surface based on signals received from the implement height sensor ; and determine an implement height error (e(t)) by comparing the height of the implement with a predetermined target height; a implement height sensor configured to detect a height of the implement relative to a ground surface ; and a controller communicatively coupled to the implement height sensor , the controller including a processor and associated memory , the memory storing instructions that, when executed by the processor , configure the implement controller to: monitor the height of the implement relative to the ground surface based on signals received from the implement height sensor ; and determine an implement height error (e(t)) by comparing the height of the implement with a predetermined target height; monitor the height of the implement relative to the ground surface based on signals received from the implement height sensor ; and determine an implement height error (e(t)) by comparing the height of the implement with a predetermined target height; characterized in that the memory storing instructions further configure the implement controller to: calculate a proportional signal based on the implement height error (e(t)) raised to a power (n) greater than one; and adjust the height of the implement based on the proportional signal. calculate a proportional signal based on the implement height error (e(t)) raised to a power (n) greater than one; and adjust the height of the implement based on the proportional signal.
A system for delivery of a medical device , said system comprising: a delivery member; and a medical device mounted to the delivery member and releasably retained in a delivery configuration for endoluminal delivery of the medical device toward a treatment site in a human vessel, wherein the delivery member includes a first catheter configured to extend outside of the body from a first percutaneous access site and a second catheter configured to extend outside the body from a second percutaneous access site to allow positioning of the medical device at the treatment site by manipulation of the first catheter and second catheter from outside of the body, wherein the leading ends of the first and second catheters are configured for matingly engaging with each other, characterised in that the leading ends of the first and second catheters are configured to be coupled by providing the medical device in a delivery configuration on a leading end of one of the first and second catheters and to partially deploy the medical device toward releasable engagement with a leading end of the other of the first and second catheters a delivery member; and a medical device mounted to the delivery member and releasably retained in a delivery configuration for endoluminal delivery of the medical device toward a treatment site in a human vessel, wherein the delivery member includes a first catheter configured to extend outside of the body from a first percutaneous access site and a second catheter configured to extend outside the body from a second percutaneous access site to allow positioning of the medical device at the treatment site by manipulation of the first catheter and second catheter from outside of the body, wherein the leading ends of the first and second catheters are configured for matingly engaging with each other, characterised in that the leading ends of the first and second catheters are configured to be coupled by providing the medical device in a delivery configuration on a leading end of one of the first and second catheters and to partially deploy the medical device toward releasable engagement with a leading end of the other of the first and second catheters
A manufacturing assistance apparatus comprising: - a display configured to display operation information that is related to any of operation processes of a workpiece (W); - an imaging device configured to perform imaging of the workpiece (W), to generate captured image data, and to output the thus-generated, captured image data; - a completion determining unit configured to determine whether current one of the operation processes is completed; and - a display controller configured to cause, when the current one of the operation processes is determined by the completion determining unit as being completed, the display to display the operation information that is related to subsequent one of the operation processes, wherein the display comprises a projector configured to project the operation information onto the workpiece (W), wherein the completion determining unit is configured to determine whether the current one of the operation processes is completed on a basis of the captured image data output from the imaging device , characterized in that the display controller is adapted to cause the projector to project a projection image (Pa) having a ring shape during the operation process for chamfering an edge of each through hole (Wa) of the workpiece (W) having through holes (Wa), and in that the projection image (Pa) has an inner diameter that corresponds to an inner diameter of the through hole (Wa) before the chamfering and an outer diameter that corresponds to an outer diameter of the through hole (Wa) after the chamfering. - a display configured to display operation information that is related to any of operation processes of a workpiece (W); - an imaging device configured to perform imaging of the workpiece (W), to generate captured image data, and to output the thus-generated, captured image data; - a completion determining unit configured to determine whether current one of the operation processes is completed; and - a display controller configured to cause, when the current one of the operation processes is determined by the completion determining unit as being completed, the display to display the operation information that is related to subsequent one of the operation processes, wherein the display comprises a projector configured to project the operation information onto the workpiece (W), wherein the completion determining unit is configured to determine whether the current one of the operation processes is completed on a basis of the captured image data output from the imaging device , characterized in that the display controller is adapted to cause the projector to project a projection image (Pa) having a ring shape during the operation process for chamfering an edge of each through hole (Wa) of the workpiece (W) having through holes (Wa), and in that the projection image (Pa) has an inner diameter that corresponds to an inner diameter of the through hole (Wa) before the chamfering and an outer diameter that corresponds to an outer diameter of the through hole (Wa) after the chamfering.
A data sending method, wherein the method comprises: receiving (S101, S401), by a network device, first indication information and a resource request message that are sent by user equipment UE, wherein the first indication information is used to inform the network device that the UE is capable of sending data to multiple destination addresses in one resource scheduling period by using multiple time frequency resources; the resource request message is used to indicate, to the network device, the multiple destination addresses respectively corresponding to multiple pieces of first to-be-sent data of the UE and a data volume of each piece of first to-be-sent data; and each piece of first to-be-sent data comprises one piece of second to-be-sent data; and allocating (S102, S402) and sending, by the network device to the UE according to the first indication information, the resource request message and a preset mapping relationship between multiple pieces of schedule time and the multiple destination addresses, time frequency resources used by the UE to send multiple pieces of second to-be-sent data in the resource scheduling period. receiving (S101, S401), by a network device, first indication information and a resource request message that are sent by user equipment UE, wherein the first indication information is used to inform the network device that the UE is capable of sending data to multiple destination addresses in one resource scheduling period by using multiple time frequency resources; the resource request message is used to indicate, to the network device, the multiple destination addresses respectively corresponding to multiple pieces of first to-be-sent data of the UE and a data volume of each piece of first to-be-sent data; and each piece of first to-be-sent data comprises one piece of second to-be-sent data; and allocating (S102, S402) and sending, by the network device to the UE according to the first indication information, the resource request message and a preset mapping relationship between multiple pieces of schedule time and the multiple destination addresses, time frequency resources used by the UE to send multiple pieces of second to-be-sent data in the resource scheduling period.
Stator assembly comprising a housing and a stator which are concentric, the stator being mounted radially inside the housing , the housing having an inner surface and the stator having an outer surface which radially faces the inner surface of the housing , one of the outer surface of the stator and the inner surface of the housing having recessed shapes (302; 30a; 56; 58) and the other one of the outer surface of the stator and the inner surface of the housing having protruding shapes (52; 54; 32), the recessed shapes and the protruding shapes being arranged so that: - in a first relative position of the housing and the stator , the protruding shapes are inserted in the recessed shapes so that the stator can be mounted radially inside the housing along a central axis (X-X') of the assembly , - in a second relative position of the housing and the stator , which is angularly shifted relative to the first position around the central axis (X-X'), the protruding shapes exert, against the one of the housing and the stator which bears the recessed shapes, a radial force (F) which angularly and axially locks the stator with respect to the housing , wherein the recessed shapes are provided on the inner surface of the housing while the protruding shapes are provided on the outer surface of the stator , characterised in that the inner surface of the housing has an octagonal shape in transversal section, and wherein the recessed shapes of the inner surface of the housing are formed by angles of the octagonal shape. - in a first relative position of the housing and the stator , the protruding shapes are inserted in the recessed shapes so that the stator can be mounted radially inside the housing along a central axis (X-X') of the assembly , - in a second relative position of the housing and the stator , which is angularly shifted relative to the first position around the central axis (X-X'), the protruding shapes exert, against the one of the housing and the stator which bears the recessed shapes, a radial force (F) which angularly and axially locks the stator with respect to the housing ,
A method for operating a suction device of a textile machine comprising a plurality of workstations , in particular a spinning machine, wherein an air flow and a vacuum are produced with the aid of the suction device , and the air flow is filtered with the aid of a filter element , and wherein a present loss of pressure and/or a volume flow at the filter element are/is determined, on the basis of which an actual value at presently maximally simultaneously executable, vacuum-requiring operations of the workstations is calculated, characterized in that a setpoint value at at least simultaneously executable, vacuum-requiring operations is determined, in particular, based on a present yarn break position of the workstations , and this setpoint value is compared to the actual value. wherein an air flow and a vacuum are produced with the aid of the suction device , and the air flow is filtered with the aid of a filter element , and wherein a present loss of pressure and/or a volume flow at the filter element are/is determined, on the basis of which an actual value at presently maximally simultaneously executable, vacuum-requiring operations of the workstations is calculated, characterized in that a setpoint value at at least simultaneously executable, vacuum-requiring operations is determined, in particular, based on a present yarn break position of the workstations , and this setpoint value is compared to the actual value.
A process for producing paper or board, comprising slushing a stock of dried fibres in a slushing system comprising a pulper, and/or feeding a stock of never-dried fibres in a fiber line of an integrated paper mill, wherein the stock comprises recycled fibre material (RCF), semi-chemical pulp such as chemi-thermomechanical pulp (CTMP), mechanical pulp and/or broke; deflaking and/or refining the stock in a deflaker and/or a refiner, optionally diluting the deflaked and/or refined stock, directing the deflaked and/or refined stock to a headbox, forming a web, and drying the web, wherein a polymeric paper making additive comprising at least one polysaccharide is added to one or more of the stocks of dried fibres and never-dried fibres before deflaking and/or refining of the stock, wherein the polymeric paper making additive has an intrinsic viscosity of at least 0.5 dl/g and has a net anionic or net cationic charge at pH 7, and wherein consistency of the stock in the slushing system and/or in the fibre lines is 4-20 wt.%, preferably 4-10 wt.% at the time and point of the addition of the polymeric paper making additive. slushing a stock of dried fibres in a slushing system comprising a pulper, and/or feeding a stock of never-dried fibres in a fiber line of an integrated paper mill, wherein the stock comprises recycled fibre material (RCF), semi-chemical pulp such as chemi-thermomechanical pulp (CTMP), mechanical pulp and/or broke; deflaking and/or refining the stock in a deflaker and/or a refiner, optionally diluting the deflaked and/or refined stock, directing the deflaked and/or refined stock to a headbox, forming a web, and drying the web, wherein a polymeric paper making additive comprising at least one polysaccharide is added to one or more of the stocks of dried fibres and never-dried fibres before deflaking and/or refining of the stock, wherein the polymeric paper making additive has an intrinsic viscosity of at least 0.5 dl/g and has a net anionic or net cationic charge at pH 7, and wherein consistency of the stock in the slushing system and/or in the fibre lines is 4-20 wt.%, preferably 4-10 wt.% at the time and point of the addition of the polymeric paper making additive.
A lifting device for a vehicle axle (E), vehicle axle, suspension arm and suspension support, the vehicle axle (E) being supported by the suspension arm which is pivotally coupled to the suspension support by means of a suspension bolt (B), the device being of the type comprising: - a fixed base coupled to the suspension support , - a bellows element coupled to said base , - a connecting structure comprising at least one lower plate coupled to the bellows element , a pair of lateral plates projecting from the lower plate in an essentially perpendicular direction and being essentially parallel to each other, and an upper plate essentially perpendicular to the lateral plates , - a stop element located above the upper plate and configured to come into contact with the suspension arm of the vehicle axle, and - a pair of arms , provided on a first end to be pivotally coupled to the suspension support or to the fixed base of the lifting device, and on a second end to be fastened to the lateral plates of the connecting structure , characterised in that the connecting structure is a single piece, and each arm is coupled to each lateral plate by means of only one bolt, for which each lateral plate is provided with one hole , and in that a portion of the arms near the second end of each arm rests on the lower plate of the connecting structure , and this portion of the arms and its rest on the lower plate is configured to prevent a relative movement or rotation between the arms and the connecting structure . - a fixed base coupled to the suspension support , - a bellows element coupled to said base , - a connecting structure comprising at least one lower plate coupled to the bellows element , a pair of lateral plates projecting from the lower plate in an essentially perpendicular direction and being essentially parallel to each other, and an upper plate essentially perpendicular to the lateral plates , - a stop element located above the upper plate and configured to come into contact with the suspension arm of the vehicle axle, and - a pair of arms , provided on a first end to be pivotally coupled to the suspension support or to the fixed base of the lifting device, and on a second end to be fastened to the lateral plates of the connecting structure ,
A cocrystalline composition comprising: dehydroepiandrosterone (DHEA), wherein the DHEA is a polymorph form I (FI) or polymorph form II (FII); and a crystalline coformer, wherein the coformer is at least one chosen from the group consisting of fructose, maleic acid, tartaric acid, and glutaric acid; and the DHEA and the coformer are in an approximately 1:1 molar stoichiometric ratio. dehydroepiandrosterone (DHEA), wherein the DHEA is a polymorph form I (FI) or polymorph form II (FII); and a crystalline coformer, wherein the coformer is at least one chosen from the group consisting of fructose, maleic acid, tartaric acid, and glutaric acid; and
Spacer device for the knee joint comprising a femoral component , a tibial component and an intermediate component , wherein said femoral component is suitable for being constrained to an end of the femoral bone in proximity to the knee joint, wherein said tibial component is suitable for being constrained to an end of the tibial bone in proximity to the knee joint, wherein said intermediate component has a proximal end placed at said femoral component and a distal end placed at said tibial component , wherein said proximal end has a through hole and wherein said distal end has a through hole , said femoral component comprising a first condylar portion and a second condylar portion , said first condylar portion being placed laterally and said second condylar portion being placed medially with respect to the sagittal plane of the human body, said femoral component being suitable to come into contact and to articulate with said tibial component , wherein said intermediate component is placed in use between said femoral component and said tibial component , wherein said tibial component comprises a tibial plateau , said tibial plateau comprising two condylar articular bases , corresponding to said condylar portions , and an intercondylar protuberance placed between said condylar articular bases and suitable, in use, for being inserted into an intercondylar space of said femoral component , wherein said spacer device comprises a first hinge and a second hinge adapted to rotatably constrain said femoral component to said tibial component , wherein said tibial plateau has an opening or recess extending substantially parallel with respect to the longitudinal axis of the human body, said opening or recess extending inside said tibial component for a certain length (T) and wherein said distal end of said intermediate component , in use, inserts into said opening or recess , so as to have a certain play between said distal end and said opening or recess , characterized in that the spacer device is a temporary spacer device and contains and/or is adapted for being added with one or more medical substances, for example, antibiotics, and in that the intercondylar protuberance has said opening or recess , and in that the play between said distal end and that said opening or recess is such that said distal end is allowed to move at least in the sagittal direction in said opening or recess .
A method of making a mineral melt, the method comprising providing a combustion chamber, in which suspended particulate materials and gas circulate in a system which is or approaches a cyclone circulation system, the combustion chamber comprising an upper zone, a lower zone and a base zone, injecting primary particulate fuel and particulate mineral material and primary combustion gas into the upper zone of the combustion chamber, thereby at least partially combusting the primary particulate fuel and thereby melting the particulate mineral material to form a mineral melt and generating exhaust gases, injecting into the lower zone of the combustion chamber, through at least one first burner, secondary combustion gas and gaseous fuel and secondary particulate fuel, wherein the secondary combustion gas and gaseous fuel and secondary particulate fuel are injected via a single first burner, wherein the amount of secondary combustion gas injected via each first burner is insufficient for stoichiometric combustion of the total amount of gaseous fuel and secondary particulate fuel injected via that first burner, and injecting tertiary combustion gas into the lower zone of the combustion chamber, through at least one tertiary combustion gas injector, whereby the tertiary combustion gas enables completion of the combustion of the gaseous fuel and the secondary particulate fuel, wherein there is provided a tertiary combustion gas injector for each first burner, wherein each tertiary gas injector is positioned, relative to its associated first burner, downstream of a flame generated from the first burner, and so as to direct tertiary combustion gas into the flame in the burning direction of the flame, whereby downstream defines a location in the direction of circulating movements in the combustion chamber, separating the mineral melt from the hot exhaust gases so that the hot exhaust gases pass through an outlet in the combustion chamber and the mineral melt collects in the base zone.
An antisense oligonucleotide targeting a human SOD1 pre-mRNA, wherein said antisense oligonucleotide includes SEQ ID NO:1 and/or SEQ ID NO:4, and wherein said oligonucleotide is adapted to induce exon-skipping in said pre-mRNA.