mhurhangee/ep-ind-claims huggingface dataset:
A method for performing user selection of an option, comprising: displaying an option by a user interface of a computing device, the option being associated with a sequence of a looped motion to be performed by a user; receiving user motion data from a sensor connected to the computing device; determining if the user is performing the looped motion based on the received user motion data; if the user is performing the looped motion, determining if the user motion data matches one or more looped motion criteria by determining if energy produced through a movement of a body part in the user motion data matches energy of a corresponding moving point in the looped motion, wherein the energy produced through the movement of the body part is derived as a function of a mass of the body part and a speed of the movement of the body part; determining the user's progress of performing the sequence of the looped motion based on the user motion data matching the one or more looped motion criteria; displaying the user's progress of performing the sequence of the looped motion; determining that the user has completed the sequence of looped motion based on the user's progress of performing the sequence of the looped motion; and automatically triggering a selection of the option displayed in response to determining that the user has completed the sequence of looped motion and performing a function associated with the selection of the option. displaying an option by a user interface of a computing device, the option being associated with a sequence of a looped motion to be performed by a user; receiving user motion data from a sensor connected to the computing device; determining if the user is performing the looped motion based on the received user motion data; if the user is performing the looped motion, determining if the user motion data matches one or more looped motion criteria by determining if energy produced through a movement of a body part in the user motion data matches energy of a corresponding moving point in the looped motion, wherein the energy produced through the movement of the body part is derived as a function of a mass of the body part and a speed of the movement of the body part; determining the user's progress of performing the sequence of the looped motion based on the user motion data matching the one or more looped motion criteria; displaying the user's progress of performing the sequence of the looped motion; determining that the user has completed the sequence of looped motion based on the user's progress of performing the sequence of the looped motion; and automatically triggering a selection of the option displayed in response to determining that the user has completed the sequence of looped motion and performing a function associated with the selection of the option.
Liquid composition comprising: (a) 1 to 30 % (w/v) pradofloxacin (b) 1 to 30 % (w/v) of an acid (c) 0.01 to 1 % (w/v) of an antioxidant selected from citric acid and thioglycerol (d) if appropriate, further pharmaceutical auxiliaries and/or additives (e) and water as a solvent. (a) 1 to 30 % (w/v) pradofloxacin (b) 1 to 30 % (w/v) of an acid (c) 0.01 to 1 % (w/v) of an antioxidant selected from citric acid and thioglycerol (d) if appropriate, further pharmaceutical auxiliaries and/or additives (e) and water as a solvent.
LED module of a motor vehicle headlamp, the LED module having a light source in the form of an LED matrix which comprises a plurality of LED chips arranged next to and/or above one another in a matrix-like manner, a primary optic which comprises a plurality of primary optic elements arranged next to and/or above one another in a matrix-like manner, for focusing the light emitted by the light source, and a projection optic, which projects an exit surface of the primary optic onto a roadway in front of a vehicle in order to produce a predetermined light distribution, characterized in that the projection optic is designed in such a way that it produces on its image side at least two separate images (25, 26) of the exit surface of the primary optic, which images are offset relative to one another in the horizontal direction, so that a superposition of the images (25, 26) produced improves homogeneity of the light distribution.
A powder inhaler comprising: a housing having an admission port; a storage member provided in the housing for storing a powder medicament; a medicament-delivery member provided in the housing, the medicament-delivery member comprising at least one concave portion for receiving a predetermined amount of powder medicament, said at least one concave portion being capable of taking, relative to the storage member, a receiving position in which the concave portion receives a predetermined amount of powder medicament from the storage member, and an inhalation position in which the powder medicament can be inhaled through the admission port; a stirring member provided in the storage member for stirring the powder medicament stored in the storage member; and an operation button provided in the housing and being capable of moving between an initial position and a depressed position, wherein, while the operation button reciprocates between the initial position and the depressed position, the concave portion in the medicament-delivery member moves from the receiving position to the inhalation position and the stirring member operates, characterized in that the stirring member is arranged to rotate when the operation button shifts from the initial position to the depressed position, and the concave portion of the medicament-delivery member is arranged to move from the receiving position to the inhalation position when the operation button shifts from the depressed position to the initial position. a housing having an admission port; a storage member provided in the housing for storing a powder medicament; a medicament-delivery member provided in the housing, the medicament-delivery member comprising at least one concave portion for receiving a predetermined amount of powder medicament, said at least one concave portion being capable of taking, relative to the storage member, a receiving position in which the concave portion receives a predetermined amount of powder medicament from the storage member, and an inhalation position in which the powder medicament can be inhaled through the admission port; a stirring member provided in the storage member for stirring the powder medicament stored in the storage member; and an operation button provided in the housing and being capable of moving between an initial position and a depressed position, wherein, while the operation button reciprocates between the initial position and the depressed position, the concave portion in the medicament-delivery member moves from the receiving position to the inhalation position and the stirring member operates, characterized in that the stirring member is arranged to rotate when the operation button shifts from the initial position to the depressed position, and the concave portion of the medicament-delivery member is arranged to move from the receiving position to the inhalation position when the operation button shifts from the depressed position to the initial position.
A laparoscopic tool for use with a compatible anchor to retract an organ in surgery on an internal body tissue of a patient, said laparoscopic tool comprising: a main body having a main aperture for fixing a compatible anchor; and an attachment having a support member connected to said main body; and a needle portion connected to said support member, wherein said support member and said needle portion of the attachment are deployable in a first position aligned with said main body, for insertion into a laparoscopic port, to a second locking position unaligned with said main body for insertion into a tissue and for anchoring said tool to said tissue, characterised in that said needle portion further has an interlocking mechanism to interlock with said support member, and in that said main aperture comprises a first locking mechanism, and an actuating portion to actuate said first locking mechanism, said first locking mechanism being normally biased closed and releasable with said actuating portion. a main body having a main aperture for fixing a compatible anchor; and an attachment having a support member connected to said main body; and a needle portion connected to said support member, wherein said support member and said needle portion of the attachment are deployable in a first position aligned with said main body, for insertion into a laparoscopic port, to a second locking position unaligned with said main body for insertion into a tissue and for anchoring said tool to said tissue, characterised in that said needle portion further has an interlocking mechanism to interlock with said support member, and in that said main aperture comprises a first locking mechanism, and an actuating portion to actuate said first locking mechanism, said first locking mechanism being normally biased closed and releasable with said actuating portion.
Fluid pressure measurement sensor operating under extreme pressure conditions ranging from a few hundred bars to more than 2000 bars and measuring pressure of fluid in a well directed towards a hydrocarbon reservoir, comprising a microelectromechanical system MEMS chip, wherein: - the MEMS chip comprises a first substrate attached to a support substrate, two lateral walls and a sensitive membrane connected to said lateral walls, which define a sealed cavity, said cavity being either under vacuum, or filled with a gas whose reference pressure is less than the fluid pressure; - the exterior surfaces of the lateral walls and the sensitive membrane are exposed to the fluid pressure; - the lateral walls are designed to subject the sensitive membrane to a compression stress transmitted by the opposite lateral walls where said lateral walls are connected to the sensitive membrane such that the stress at a centre of the membrane is mostly along the axis of its width; and - the MEMS chip also comprises a stress detection circuit to measure the compression state of the sensitive membrane which is proportional to the fluid pressure. - the MEMS chip comprises a first substrate attached to a support substrate, two lateral walls and a sensitive membrane connected to said lateral walls, which define a sealed cavity, said cavity being either under vacuum, or filled with a gas whose reference pressure is less than the fluid pressure; - the exterior surfaces of the lateral walls and the sensitive membrane are exposed to the fluid pressure; - the lateral walls are designed to subject the sensitive membrane to a compression stress transmitted by the opposite lateral walls where said lateral walls are connected to the sensitive membrane such that the stress at a centre of the membrane is mostly along the axis of its width; and - the MEMS chip also comprises a stress detection circuit to measure the compression state of the sensitive membrane which is proportional to the fluid pressure.
A composition containing - 99.00-99.99 wt.-% of 1,4-butanediol, and - 1.0-50 wt.-ppm, as converted into a nitrogen atom, of an amide compound; wherein the amide compound is at least one of acetamide, N-methylacetamide and N-ethylacetamide. - 99.00-99.99 wt.-% of 1,4-butanediol, and - 1.0-50 wt.-ppm, as converted into a nitrogen atom, of an amide compound;
A seat trim cover for a vehicle seat, comprising: a cover material blank comprising at least a cover material, the cover material blank pre-cut into a predefined shape having a predefined selvage extending around an outer periphery of the cover material blank; wherein the cover material blank is vacuum formed into a 3-dimensional shape; and wherein a molded foam backing is formed on the cover material blank after the cover material blank is vacuum formed into the 3-dimensional shape, the molded foam backing being spaced apart from the predefined selvage extending around the outer periphery of the cover material blank forming a foam-free selvage, the molded foam backing including a stepped edge profile comprising a first surface defining a first sewing alignment feature and a second surface defining a second sewing alignment feature, the first sewing alignment feature being spaced apart from the second sewing alignment feature. a cover material blank comprising at least a cover material, the cover material blank pre-cut into a predefined shape having a predefined selvage extending around an outer periphery of the cover material blank; wherein the cover material blank is vacuum formed into a 3-dimensional shape; and wherein a molded foam backing is formed on the cover material blank after the cover material blank is vacuum formed into the 3-dimensional shape, the molded foam backing being spaced apart from the predefined selvage extending around the outer periphery of the cover material blank forming a foam-free selvage, the molded foam backing including a stepped edge profile comprising a first surface defining a first sewing alignment feature and a second surface defining a second sewing alignment feature, the first sewing alignment feature being spaced apart from the second sewing alignment feature.
An airfield runway lamp controller (102, 302-1, 302-2, 302-N) for controlling an airfield runway lamp, characterized in that said lamp controller comprises: a first current sense transformer configured to detect a failure of a light source of the airfield runway lamp (106, 306-1, 306-2, 306-N); a second current sense transformer configured to direct current to an alternating current switch upon the first current sense transformer detecting the failure of the light source; the alternating current switch configured to shunt the light source of the airfield runway lamp (106, 306-1, 306-2, 306-N) upon the first current sense transformer detecting a failure of the light source; and an auxiliary power source configured to provide a gate control voltage to power the AC switch upon the first current sense transformer detecting the failure of the light source. a first current sense transformer configured to detect a failure of a light source of the airfield runway lamp (106, 306-1, 306-2, 306-N); a second current sense transformer configured to direct current to an alternating current switch upon the first current sense transformer detecting the failure of the light source; the alternating current switch configured to shunt the light source of the airfield runway lamp (106, 306-1, 306-2, 306-N) upon the first current sense transformer detecting a failure of the light source; and an auxiliary power source configured to provide a gate control voltage to power the AC switch upon the first current sense transformer detecting the failure of the light source.
An offshore frame construction comprising structural members (1,2) and a structural joint connecting the structural members (1,2), wherein the structural joint between the structural members (1,2) comprises a fork part, an ear part, and a pin, wherein said fork part and said ear part comprises a bore, wherein the pin being inserted into the bores, characterized in that - the pin has a non-corroding surface, the surface being made as a cladding or bushing welded or shrunk or glued or otherwise affixed to the pin made of a different material; or the surface being continuous with the pin, the pin in its entirety being made of the non-corroding material; and - the bores in said fork part and said ear part comprises a sliding surface, which is fitted with a liner acting as a bearing (6, 7), wherein the bearing (6, 7) is an elastomeric bearing, or wherein the pin has a body, that is surrounded by the liner being made of a non-conductive material chosen amongst one of a plastic, fiberglass reinforced plastic, polyether ether ketone, lignum vitae, or rubber. - the pin has a non-corroding surface, the surface being made as a cladding or bushing welded or shrunk or glued or otherwise affixed to the pin made of a different material; or the surface being continuous with the pin, the pin in its entirety being made of the non-corroding material; and - the bores in said fork part and said ear part comprises a sliding surface, which is fitted with a liner acting as a bearing (6, 7), wherein the bearing (6, 7) is an elastomeric bearing, or wherein the pin has a body, that is surrounded by the liner being made of a non-conductive material chosen amongst one of a plastic, fiberglass reinforced plastic, polyether ether ketone, lignum vitae, or rubber. wherein the bearing (6, 7) is an elastomeric bearing, or wherein the pin has a body, that is surrounded by the liner being made of a non-conductive material chosen amongst one of a plastic, fiberglass reinforced plastic, polyether ether ketone, lignum vitae, or rubber.
A microwave antenna assembly configured to operatively connect to an electrosurgical energy source, the microwave antenna assembly comprising: a handle portion; and a feedline having a proximal portion coupled to the handle portion, the feedline being in the form of a coaxial cable extending distally from the handle portion, the coaxial cable being formed of an inner conductor defining a longitudinal axis, dielectric material surrounding at least a portion of the inner conductor, and a tubular outer conductor disposed about the inner conductor and dielectric and having a distal portion, at which the outer conductor separates into a plurality of radially deployable separate outer conductors (20a-e) that are configured to radially expand relative to the longitudinal axis, wherein one of the inner conductor and the outer conductor is movable relative to the other to cause the plurality of outer conductors to expand radially relative to the longitudinal axis. a handle portion; and a feedline having a proximal portion coupled to the handle portion, the feedline being in the form of a coaxial cable extending distally from the handle portion, the coaxial cable being formed of an inner conductor defining a longitudinal axis, dielectric material surrounding at least a portion of the inner conductor, and a tubular outer conductor disposed about the inner conductor and dielectric and having a distal portion, at which the outer conductor separates into a plurality of radially deployable separate outer conductors (20a-e) that are configured to radially expand relative to the longitudinal axis, wherein one of the inner conductor and the outer conductor is movable relative to the other to cause the plurality of outer conductors to expand radially relative to the longitudinal axis.
Dental implant for fitting in an intraosseous zone of a dental socket comprising: a plurality of raised platforms with a flat top such that said tops form an external surface of the implant for contacting with the intraosseous zone and the spaces between and below said platforms form a network of channels (17, 19) for revascularisation fluid flow; wherein the network of channels is a mesh of interconnected channels; wherein the platforms have a 'T' shaped cross-section and wherein the platforms have a central elevation crowned by a flat top comprising two tabs extending in two opposite directions. a plurality of raised platforms with a flat top such that said tops form an external surface of the implant for contacting with the intraosseous zone and the spaces between and below said platforms form a network of channels (17, 19) for revascularisation fluid flow; wherein the network of channels is a mesh of interconnected channels; wherein the platforms have a 'T' shaped cross-section and wherein the platforms have a central elevation crowned by a flat top comprising two tabs extending in two opposite directions.
Medical device for use in collecting bodily waste material comprising a main pouch with an attachment area for attachment to a patient body interface, the main pouch comprising a front side (3, 4) having a re-closable aperture therein, wherein the front side (3, 4) furthermore comprises a sealing assembly of a double line-type, characterised in that the double line-type sealing assembly comprises two sealing assemblies (5, 6), positioned parallel to each other, wherein each sealing assembly (5, 6) comprises a first sealing part (5a; 6a) attached to a first part of the front side (3, 4) of the main pouch and a second sealing part (5b; 6b) attached to a second part of the front side (3, 4) of the main pouch, the first sealing part (5a; 6a) and second sealing part (5b; 6b) having a congruent and point symmetric cross section and being configured to interlock with each other.
A method of detecting a condition of an electric machine using a portable diagnostic device, wherein the portable diagnostic device includes one or more sensors for measuring at least one physical parameter associated with the electric machine in at least two axes (150, 160), characterized by the method comprising: a. measuring the at least one physical parameter associated with the electric machine 110, at a first position, along a first axis and a second axis of the at least two axes (150, 160), wherein the first axis is at a first angle to an axis of the electric machine and the second axis is at a second angle to the axis of the electric machine, wherein the second angle is distinct from the first angle; b. determining a first ratio of a first measurement of the at least one physical parameter along the first axis and a second measurement of the at least one physical parameter along the second axis at the first position; c. identifying a spatial distribution from one or more spatial distributions associated with one or more conditions of the electric machine stored on a database, based on the determined first ratio, wherein each spatial distribution from the spatial distributions is associated with one of a normal condition and a plurality of fault conditions, and includes an array of measurements of the one or more physical parameters and corresponding information regarding points of the measurements about the electric machine; and d. identifying the condition of the electric machine based on the identified spatial distribution. a. measuring the at least one physical parameter associated with the electric machine 110, at a first position, along a first axis and a second axis of the at least two axes (150, 160), wherein the first axis is at a first angle to an axis of the electric machine and the second axis is at a second angle to the axis of the electric machine, wherein the second angle is distinct from the first angle; b. determining a first ratio of a first measurement of the at least one physical parameter along the first axis and a second measurement of the at least one physical parameter along the second axis at the first position; c. identifying a spatial distribution from one or more spatial distributions associated with one or more conditions of the electric machine stored on a database, based on the determined first ratio, wherein each spatial distribution from the spatial distributions is associated with one of a normal condition and a plurality of fault conditions, and includes an array of measurements of the one or more physical parameters and corresponding information regarding points of the measurements about the electric machine; and d. identifying the condition of the electric machine based on the identified spatial distribution.