mhurhangee/ep-ind-claims huggingface dataset:
A heart valve clamp, comprising a fixed arm mechanism comprising a fixed arm body and at least two fixed arms, extending outward from the fixed arm body, and integrally formed with the fixed arm body; a clamping arm mechanism comprising a clamping arm body connected to a bottom of the fixed arm body and at least two clamping arms, extending outward from the clamping arm body, and integrally formed with the clamping arm body; a driving mechanism, comprising a first driving assembly that drives the fixed arm to open or close in relative to the fixed arm body, and a second driving assembly that drives the clamping arm to open or close in relative to the clamping arm body; and a delivery sheath fixed on a top of the fixed arm body; wherein the fixed arm mechanism further comprises a sheath hanger on the top of the fixed arm body, and the sheath hanger is detachably and fixedly connected with the delivery sheath; the sheath hanger has at least one T-shaped hook protruding from the top of the fixed arm body and a fixing groove is arranged at a bottom of the delivery sheath for receiving the sheath hanger, and the fixing groove is engaged with the sheath hanger and can be bent and separated from the engagement; and the fixed arm mechanism and the clamping arm mechanism are both made of shape memory alloy. a fixed arm mechanism comprising a fixed arm body and at least two fixed arms, extending outward from the fixed arm body, and integrally formed with the fixed arm body; a fixed arm body and at least two fixed arms, extending outward from the fixed arm body, and integrally formed with the fixed arm body; a clamping arm mechanism comprising a clamping arm body connected to a bottom of the fixed arm body and at least two clamping arms, extending outward from the clamping arm body, and integrally formed with the clamping arm body; a clamping arm body connected to a bottom of the fixed arm body and at least two clamping arms, extending outward from the clamping arm body, and integrally formed with the clamping arm body; a driving mechanism, comprising a first driving assembly that drives the fixed arm to open or close in relative to the fixed arm body, and a second driving assembly that drives the clamping arm to open or close in relative to the clamping arm body; and a delivery sheath fixed on a top of the fixed arm body; wherein the fixed arm mechanism further comprises a sheath hanger on the top of the fixed arm body, and the sheath hanger is detachably and fixedly connected with the delivery sheath; the sheath hanger has at least one T-shaped hook protruding from the top of the fixed arm body and a fixing groove is arranged at a bottom of the delivery sheath for receiving the sheath hanger, and the fixing groove is engaged with the sheath hanger and can be bent and separated from the engagement; and the fixed arm mechanism and the clamping arm mechanism are both made of shape memory alloy.
An apparatus for manufacturing electronic devices comprising: a traveling guide; a first conveying table; a second conveying table; and a first drum, wherein the first conveying table includes: a first traveling device that makes the first conveying table move on the traveling guide; and a traversing device that moves perpendicularly to a longitudinal direction of the traveling guide, and in that the second conveying table includes a second traveling device that makes the second conveying table move on the traveling guide, and and in that the first drum includes: a first rotation shaft; a first elevating device for raising and lowering the first drum; a first rotation device for rotating the first drum around the first rotation shaft; and a mechanism for controlling a tilt angle in the longitudinal and/or vertical directions of the first rotation shaft of the first drum against the first conveying table, and further includes a third adhesive layer having a selective adhesive region. a first traveling device that makes the first conveying table move on the traveling guide; and a traversing device that moves perpendicularly to a longitudinal direction of the traveling guide, and in that the second conveying table includes a second traveling device that makes the second conveying table move on the traveling guide, and and in that the first drum includes: and in that the second conveying table includes a second traveling device that makes the second conveying table move on the traveling guide, and and in that the first drum includes: a first rotation shaft; a first elevating device for raising and lowering the first drum; a first rotation device for rotating the first drum around the first rotation shaft; and a mechanism for controlling a tilt angle in the longitudinal and/or vertical directions of the first rotation shaft of the first drum against the first conveying table, and further includes a third adhesive layer having a selective adhesive region.
A heat exchanger comprising: a plate fin layered body (2; 2A, 100; 200) including plate fins (2a; 2Aa; 100a; 200a) layered, the plate fins (2a; 2Aa; 100a; 200a) each having a flow path through which a first fluid flows; and a supply and discharge pipe (4, 5) that supplies or discharges the first fluid that flows through the flow path of each of the plate fins (2a; 2Aa; 100a; 200a) of the plate fin layered body (2; 2A, 100; 200), wherein the heat exchanger causes a second fluid to flow through a gap between the plate fins (2a; 2Aa; 100a; 200a) of the plate fin layered body (2; 2A, 100; 200) and carries out heat exchange between the first fluid flowing through the flow path and the second fluid, and each of the plate fins (2a; 2Aa; 100a; 200a) includes in a case where the supply and discharge pipe (4, 5) functions as a supply pipe, a header opening to which the first fluid from the supply pipe is supplied, a header flow path (11; 130) formed around the header opening, and a plate fin flow path (13; 230) through which the first fluid from the header flow path (11; 130) flows, and which carries out heat exchange with the second fluid, characterized in that the flow path in the header flow path (11; 130) and the plate fin flow path (13; 230) has a path moving in a layering direction. a plate fin layered body (2; 2A, 100; 200) including plate fins (2a; 2Aa; 100a; 200a) layered, the plate fins (2a; 2Aa; 100a; 200a) each having a flow path through which a first fluid flows; and a supply and discharge pipe (4, 5) that supplies or discharges the first fluid that flows through the flow path of each of the plate fins (2a; 2Aa; 100a; 200a) of the plate fin layered body (2; 2A, 100; 200), wherein the heat exchanger causes a second fluid to flow through a gap between the plate fins (2a; 2Aa; 100a; 200a) of the plate fin layered body (2; 2A, 100; 200) and carries out heat exchange between the first fluid flowing through the flow path and the second fluid, and each of the plate fins (2a; 2Aa; 100a; 200a) includes in a case where the supply and discharge pipe (4, 5) functions as a supply pipe, a header opening to which the first fluid from the supply pipe is supplied, a header flow path (11; 130) formed around the header opening, and a plate fin flow path (13; 230) through which the first fluid from the header flow path (11; 130) flows, and which carries out heat exchange with the second fluid, characterized in that the flow path in the header flow path (11; 130) and the plate fin flow path (13; 230) has a path moving in a layering direction.
Anchoring system for a seat of an industrial or commercial vehicle, the vehicle comprising a vehicle cab provided with a related floor, the floor being formed by contiguous longitudinal strips having different mechanical strengths to frontal impacts of the vehicle cab, wherein a first strip (F1, F3a, F3b) has a greater mechanical strength, and a second strip (F2a, F2b) has decreased mechanical strength with respect to said first strip, the seat being anchored to the floor in two points (N1, N2), of which a first point is connected to said first strip (F1, F3a, F3b) and a second point is connected to said second strip (F2a, F2b), so that, in case of frontal impact, said second strip is adapted to slide longitudinally with respect to said first strip causing a rotation of said seat about said first anchor point.
Method for monitoring the activity of at least one person in an infrastructure unit supplied with consumption media comprising at least power and water, wherein a measuring device (6, 7, 8) for measuring a consumption value of the consumption medium is assigned to each consumption medium, wherein temporal consumption value profiles (21, 22) are provided, at least for power and water, for a predetermined period of time as profile data by the measuring devices (6, 7, 8), and reference data which describe a reference profile describing a normal activity are available in a storage device of the apparatus carrying out the method, wherein, in order to determine whether an activity criterion is complied with, a comparison profile for reference data describing the period of time are compared with the profile data in order to determine whether and the extent to which there are deviations from the normal activity, wherein, if the activity criterion is not complied with in the event of a failed comparison, that is to say does not indicate any normal activity, at least one alarm measure is carried out, wherein the reference data describe cross-correlations between the water consumption and the power consumption, and, as an alarm measure, at least one activity sensor is activated and its sensor data are evaluated by means of an emergency criterion which, if complied with, initiates an emergency measure.
A method for forward cancelling time-domain aliasing in a coded signal transmitted in a bitstream (1601, 1757) from a coder to a decoder, comprising: in the coder, calculating additional information related to correction of the time-domain aliasing in the coded signal, wherein calculating the additional information comprises producing a forward aliasing cancellation correction signal (504, 604, 706, 902, 1002, 1004, 1112, 1118) and quantizing the FAC correction signal in relation to scale factors used in quantizing frame using non-rectangular, overlapping window; sending in the bitstream to the decoder the additional information related to the correction of the time-domain aliasing in the coded signal; and in the decoder, cancelling the time-domain aliasing in the coded signal in response to said additional information. in the coder, calculating additional information related to correction of the time-domain aliasing in the coded signal, wherein calculating the additional information comprises producing a forward aliasing cancellation correction signal (504, 604, 706, 902, 1002, 1004, 1112, 1118) and quantizing the FAC correction signal in relation to scale factors used in quantizing frame using non-rectangular, overlapping window; sending in the bitstream to the decoder the additional information related to the correction of the time-domain aliasing in the coded signal; and in the decoder, cancelling the time-domain aliasing in the coded signal in response to said additional information.
A method comprising: receiving, by a network device from a client device, a service request to receive a service indicated in the service request from a server indicated in the service request; by the network device and in response to obtaining a negative indication for the service that indicates that the server indicated in the service request does not offer the service, sending a representation of the service request to a honeypot to cause the honeypot to offer the service to the client device; and by the network device and in response to obtaining a positive indication for the service that indicates that the server indicated in the service request does offer the service, not sending the representation of the request to the honeypot. receiving, by a network device from a client device, a service request to receive a service indicated in the service request from a server indicated in the service request; by the network device and in response to obtaining a negative indication for the service that indicates that the server indicated in the service request does not offer the service, sending a representation of the service request to a honeypot to cause the honeypot to offer the service to the client device; and by the network device and in response to obtaining a positive indication for the service that indicates that the server indicated in the service request does offer the service, not sending the representation of the request to the honeypot.
A substrate comprising: a planar lectrode; a photoconductive layer; a dielectric layer; a mesh ground electrode; and a hydrophobic coating; wherein the photoconductive layer is interposed between the planar electrode and the dielectric layer, with a bottom surface of the photoconductive layer adjoining a top surface of the planar electrode and a top surface of the photoconductive layer adjoining a bottom surface of the dielectric layer; wherein the mesh ground electrode adjoins a top surface of the dielectric layer; wherein the planar electrode and the mesh ground electrode are configured to be connected to an AC voltage source; and wherein, when the planar electrode and the mesh ground electrode are connected to opposing terminals of the AC voltage source, the substrate is capable of applying an opto-electrowetting force to aqueous droplets in contact with the hydrophobic coating. a planar lectrode; a photoconductive layer; a dielectric layer; a mesh ground electrode; and a hydrophobic coating; wherein the photoconductive layer is interposed between the planar electrode and the dielectric layer, with a bottom surface of the photoconductive layer adjoining a top surface of the planar electrode and a top surface of the photoconductive layer adjoining a bottom surface of the dielectric layer; wherein the mesh ground electrode adjoins a top surface of the dielectric layer; wherein the planar electrode and the mesh ground electrode are configured to be connected to an AC voltage source; and wherein, when the planar electrode and the mesh ground electrode are connected to opposing terminals of the AC voltage source, the substrate is capable of applying an opto-electrowetting force to aqueous droplets in contact with the hydrophobic coating.
Pumping system for the collection of domestic or commercial wastewater with a collecting tank and at least one feed pump to convey wastewater from the collecting tank via a riser into a sewer, and with a non-return valve unit comprising a non-return valve to prevent backflow into the collecting tank from the riser after deactivation of the feed pump and with a base body on which the non-return valve is mounted so that it is moveable and, starting from a closed position, opens a feed channel due to the conveying pressure of the feed pump, characterised by a spring element effectively connected to the non-return valve so that it exerts force on it in the direction of its closed position and by the spring element being formed by at least one yoke spring and contacting the non-return valve with at least one yoke (27a, 27b).
A trailer coupling for motor vehicles, including a cross member, which is connectable to a motor vehicle body, and a bearing unit, which carries a ball neck that at a first end is connected to the bearing unit and at a second end carries a coupling ball, and a holding base, which carries the bearing unit and is connected to the cross member, wherein the holding base has a flange unit, for receiving the bearing unit, and two holding elements (64, 66) that project from the flange unit and in so doing run at a spacing from one another and act on the cross member, wherein the holding base is formed by two elements (74, 76) made from flat material, each of which includes a flange element (84, 86) that contributes to the formation of the flange unit, and each of which forms one of the holding elements (64, 66) that extend, projecting from the flange unit, in the direction of the cross member, and wherein each of the holding elements (64, 66) is firmly connected to the respective flange element (84, 86), wherein the holding elements (64, 66) are bent around along a bend line (104, 106) in relation to the corresponding flange elements (84, 86), wherein the holding element (64, 66) and the respective flange element (84, 86) of the respective element (74, 76) form an obtuse angle with one another, characterised in that the projection of the bend lines (104, 106) of the elements (74, 76) onto the centre plane results in an intersecting path of the projected bend lines (104', 106').
A coated detergent particle having perpendicular dimensions x, y and z, wherein x is from 1 to 2 mm, y is from 2 to 8mm, and z is from 2 to 8 mm, wherein the particle comprises: (i) from 40 to 90 wt % surfactant selected from: anionic surfactant; and, non-ionic surfactant; (ii) from 1 to 40 wt % water soluble inorganic salts; and, (iii) from 0.0001 to 0.1 wt % pigment, wherein the pigment is selected: from organic and inorganic pigments, wherein the inorganic salts are present on the detergent particle as a coating and the surfactant and the pigment are present as a core. (i) from 40 to 90 wt % surfactant selected from: anionic surfactant; and, non-ionic surfactant; (ii) from 1 to 40 wt % water soluble inorganic salts; and, (iii) from 0.0001 to 0.1 wt % pigment, wherein the pigment is selected: from organic and inorganic pigments, wherein the inorganic salts are present on the detergent particle as a coating and the surfactant and the pigment are present as a core.
A control system comprising: one or more processors configured to perform vehicle control of a vehicle including a plurality of control functions; and one or more storage devices, wherein the one or more processors are further configured to execute: storing log data related to the vehicle control in the one or more storage devices while performing the vehicle control; and characterized in that: when a free capacity of the one or more storage devices is less than a threshold value, restricting operation of one or more target control functions selected from the plurality of control functions. one or more processors configured to perform vehicle control of a vehicle including a plurality of control functions; and one or more storage devices, wherein the one or more processors are further configured to execute: storing log data related to the vehicle control in the one or more storage devices while performing the vehicle control; and characterized in that: when a free capacity of the one or more storage devices is less than a threshold value, restricting operation of one or more target control functions selected from the plurality of control functions. storing log data related to the vehicle control in the one or more storage devices while performing the vehicle control; and characterized in that: when a free capacity of the one or more storage devices is less than a threshold value, restricting operation of one or more target control functions selected from the plurality of control functions.
An air separation system comprising: a feed air line for transporting feed air; an air separation module (22, 222) with a polymeric membrane, the air separation module (22, 222) configured to receive feed air through the feed air line and separate the feed air into nitrogen-enriched air and oxygen-enriched air; a gaseous contaminant removal system (20, 120) upstream of the air separation module and configured to protect the polymeric membrane from degradation by removing gaseous contaminants from the feed air received by the air separation module; a nitrogen-enriched air line (24, 124) for transporting the nitrogen-enriched air from the air separation module (22, 222) to a fuel tank for inerting; and wherein the gaseous contaminant removal system (20, 120) includes a sorbent and a catalyst, wherein the sorbent is a UiO-66 metal organic framework porous sorbent configured to adsorb inorganic compounds in combination with a metal organic framework porous sorbent or an activated carbon based sorbent configured to adsorb hydrocarbons; and wherein the catalyst is gold based. a feed air line for transporting feed air; an air separation module (22, 222) with a polymeric membrane, the air separation module (22, 222) configured to receive feed air through the feed air line and separate the feed air into nitrogen-enriched air and oxygen-enriched air; a gaseous contaminant removal system (20, 120) upstream of the air separation module and configured to protect the polymeric membrane from degradation by removing gaseous contaminants from the feed air received by the air separation module; a nitrogen-enriched air line (24, 124) for transporting the nitrogen-enriched air from the air separation module (22, 222) to a fuel tank for inerting; and wherein the gaseous contaminant removal system (20, 120) includes a sorbent and a catalyst, wherein the sorbent is a UiO-66 metal organic framework porous sorbent configured to adsorb inorganic compounds in combination with a metal organic framework porous sorbent or an activated carbon based sorbent configured to adsorb hydrocarbons; and wherein the catalyst is gold based.
A watch strap arranged to be fastened to a watch case comprising two first attachment interfaces such as two first bars, said watch strap comprising: - a flexible strand, - two fastening devices each comprising: - a first fastening portion arranged to fasten to one of the first attachment interfaces of the watch case, - a second fastening portion comprising a passage opening such as a slot formed by a second bar, arranged to cooperate with the flexible strand, wherein each passage opening forms a loop in which the flexible strand is arranged in a sliding manner, characterized in that each first fastening portion is arranged to be actuated directly by a user so as to removably fasten to one of the first attachment interfaces of the watch case, and in that each fastening device comprises a movable locking member between: - an open position, in which the locking member allows the first fastening portion to be fastened to or unfastened from the watch case, and - a locking position, in which the locking member cooperates with the first fastening portion to lock it on the watch case. - a flexible strand, - two fastening devices each comprising: - a first fastening portion arranged to fasten to one of the first attachment interfaces of the watch case, - a second fastening portion comprising a passage opening such as a slot formed by a second bar, arranged to cooperate with the flexible strand, - a first fastening portion arranged to fasten to one of the first attachment interfaces of the watch case, - a second fastening portion comprising a passage opening such as a slot formed by a second bar, arranged to cooperate with the flexible strand, wherein each passage opening forms a loop in which the flexible strand is arranged in a sliding manner, characterized in that each first fastening portion is arranged to be actuated directly by a user so as to removably fasten to one of the first attachment interfaces of the watch case, and in that each fastening device comprises a movable locking member between: - an open position, in which the locking member allows the first fastening portion to be fastened to or unfastened from the watch case, and - a locking position, in which the locking member cooperates with the first fastening portion to lock it on the watch case. - an open position, in which the locking member allows the first fastening portion to be fastened to or unfastened from the watch case, and - a locking position, in which the locking member cooperates with the first fastening portion to lock it on the watch case.