mhurhangee/patent-ind-claim-en 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.
A method of establishing a shift point for shifting an automatic transmission in a powered vehicle from a first gear ratio to a second gear ratio, the transmission having a controller, comprising: receiving engine torque data from a data bus electrically coupled to the controller; calculating a gear step value based on the first gear ratio and the second gear ratio; wherein the method is characterised by determining a first speed value (SB) based on the calculated gear step value and an engine speed at peak engine torque determined by the controller; comparing the first speed value (SB) to a full load governing speed of an engine; and setting the shift point to approximately the full load governing speed if the first speed value (SB) is greater than or equal to the full load governing speed as a result of the comparison. receiving engine torque data from a data bus electrically coupled to the controller; calculating a gear step value based on the first gear ratio and the second gear ratio; wherein the method is characterised by determining a first speed value (SB) based on the calculated gear step value and an engine speed at peak engine torque determined by the controller; comparing the first speed value (SB) to a full load governing speed of an engine; and setting the shift point to approximately the full load governing speed if the first speed value (SB) is greater than or equal to the full load governing speed as a result of the comparison.
A knitted component forming an upper for an article of footwear , the knitted component comprising: a first surface and a second surface , the first surface facing opposite the second surface, wherein the first surface is formed by a first knit layer and the second surface is formed by a second knit layer, the first surface including at least a first yarn and the second surface including at least a second yarn , the first and second yarns being different, wherein the first surface and the second surface are secured via a knit structure of the knitted component, wherein the first surface includes an exposed first surface area located in a first zone , wherein the first yarn is incorporated into the second knit layer at least at some locations such that the first knit layer and the second knit layer are bound together and inseparable, wherein the knitted component is characterized in that the exposed first surface area is formed by both the first yarn and the second yarn with at least 70% of the exposed first surface area being formed of the first yarn , wherein the first yarn has a tenacity of at least 54 grams per tex (6 g/D) and the second yarn has a tenacity within a range of 13,5 to 36,0 grams per tex (1,5 g/D to 4 g/D). a first surface and a second surface , the first surface facing opposite the second surface, wherein the first surface is formed by a first knit layer and the second surface is formed by a second knit layer, the first surface including at least a first yarn and the second surface including at least a second yarn , the first and second yarns being different, wherein the first surface and the second surface are secured via a knit structure of the knitted component, wherein the first surface includes an exposed first surface area located in a first zone , wherein the first surface and the second surface are secured via a knit structure of the knitted component, wherein the first surface includes an exposed first surface area located in a first zone , wherein the first yarn is incorporated into the second knit layer at least at some locations such that the first knit layer and the second knit layer are bound together and inseparable, wherein the knitted component is characterized in that the exposed first surface area is formed by both the first yarn and the second yarn with at least 70% of the exposed first surface area being formed of the first yarn , wherein the first yarn has a tenacity of at least 54 grams per tex (6 g/D) and the second yarn has a tenacity within a range of 13,5 to 36,0 grams per tex (1,5 g/D to 4 g/D).
A catalyst composition comprising: catalyst component A comprising a bridged metallocene compound with two tetrahydroindenyl groups, each group being unsubstituted or substituted; catalyst component B comprising a bridged metallocene compound with a substituted or unsubstituted cyclopentadienyl group and a substituted or unsubstituted fluorenyl group; an optional activator; an optional support; and an optional co-catalyst. catalyst component A comprising a bridged metallocene compound with two tetrahydroindenyl groups, each group being unsubstituted or substituted; catalyst component B comprising a bridged metallocene compound with a substituted or unsubstituted cyclopentadienyl group and a substituted or unsubstituted fluorenyl group; an optional activator; an optional support; and an optional co-catalyst.
Underground collection system with a shaft for receiving a removable collection container , in particular a waste or recycling container, wherein the system has a pivoting base plate for closing the shaft following removal of the container and at least one securing mechanism for automatically locking the base plate in the closed position following removal of the collection container and/or for automatically unlocking the base plate when the base plate is under load from the collection container , wherein the securing mechanism comprises at least two locking arms arranged so as to pivot on the base plate , characterised in that the free ends of the at least two locking arms comprise a profile for engaging in a complementary retaining receptacle on the wall or roof of the shaft, at least two pressure transmitters are provided on the base plate and transmit the weight force of a collection container acting on the base plate to the locking arms so as to pivot the latter out of the locked position, and the at least two pressure transmitters and the associated locking arms are spaced apart and the securing mechanism can only be unlocked when at least two of the pressure transmitters are loaded simultaneously. characterised in that the free ends of the at least two locking arms comprise a profile for engaging in a complementary retaining receptacle on the wall or roof of the shaft, at least two pressure transmitters are provided on the base plate and transmit the weight force of a collection container acting on the base plate to the locking arms so as to pivot the latter out of the locked position, and the at least two pressure transmitters and the associated locking arms are spaced apart and the securing mechanism can only be unlocked when at least two of the pressure transmitters are loaded simultaneously.
Compression group comprising at least one volumetric compressor for the compression of air drawn from the outside environment, a system for drying the compressed air operatively associated with said at least one volumetric compressor , said compression group comprising a tank for storing the compressed air being delivered from said at least one volumetric compressor , wherein said drying system comprises a group for cooling said compressed air positioned downstream of and in fluid communication with said tank , and a dryer downstream of and in communication with said cooling group , said dryer being configured for reducing the moisture content present in the compressed air dispensable by said compression group, said compression group being characterized in that it comprises a further solenoid valve upstream of said dryer , adapted to selectively intercept the flow of compressed air exiting from said tank , and a differential pressure switch , or different types of instruments adapted to detect the passage of the work fluid, adapted to drive the switching of said further solenoid valve , wherein said differential pressure switch is placed in fluid communication with two different sections of the delivery line of the work fluid exiting from said tank in order to detect a difference of the pressure value between a first section downstream and a second section upstream with respect to said dryer .
Operating device for the driver-side specification of an assistance degree (UGy) of the assistance of the driver of a motor vehicle by way of a vehicle-side driver assistance system, comprising a first operating element which can be moved to a first operating type into at least three discrete different positions (POSx), the individual positions (POSx) of the first operating element being assigned in each case two different assistance degrees (UGy), it being possible for the same operating element to be actuated in that position (POS3) which is assigned to the highest assistance degree (UG3) of the different assistance degrees, in the case of which the driver has the responsibility for the driving task, into an operating type which is different from the first operating type without changing this position (POS3) in order to activate autonomous driving operation (HAF), the driver relinquishing the responsibility for the driving task to the vehicle at least temporarily in autonomous driving operation.
A device to pre-determine baby cry and provide the baby to calm down with white noise, comprising: at least two electrodes which comprise a GSR sensor to be applied on baby's body, and to evaluate the difference between the width and the velocity of the measured waves, the depth and speed of baby's breathing, and the measurement of the heartbeat and to transmit the information of a possibility of crying to microprocessor if there are more than 12 muscle contractions per minute; an earphone, the microprocessor adapted to start playing the white noise recorded in memory or connected with an external media player if the data gathered from the electrodes is a crying signal, and a digital screen.
A method for operating a personal care device , the method comprising: obtaining , using an imaging device , image data relating to a portion of a body of a user to be treated by the personal care device; and measuring , using the image data, a parameter relating to at least one hair growing from the portion of the body; characterized in that the method further comprises determining a position of the portion of the body on the body based on the measured parameter and a predetermined relation between the parameter and the position on the body. obtaining , using an imaging device , image data relating to a portion of a body of a user to be treated by the personal care device; and measuring , using the image data, a parameter relating to at least one hair growing from the portion of the body; characterized in that the method further comprises determining a position of the portion of the body on the body based on the measured parameter and a predetermined relation between the parameter and the position on the body.
Quick change device for a tool with - a longitudinal body having a central axis (m-m) and a drive end and a region that is associated with the tool and is located opposite the drive end, - a holder body for the releasable attachment of the tool, wherein the holder body is releasable from the longitudinal body in displaceable manner and comprises a central recess which permits axial displacement of the holder body along the longitudinal body parallel to the central axis (m-m) of the longitudinal body , - means for axially locking the holder body on the longitudinal body which, in the unlocked state, permits the axial displacement of the holder body along the longitudinal body , - means for preventing rotation of the holder body on the longitudinal body , characterized in that a holder sleeve and an additional sleeve that is mounted such as to be moveable relative to the holder sleeve are provided on the holder body , wherein the sleeve is movable relative to the holder sleeve from a starting position by at least two movements that are directed in different directions, wherein the tool is releasable by a movement of the sleeve relative to the holder sleeve in one direction and wherein the holder body is movable in displaceable manner together with the tool with respect to the longitudinal body by a movement of the sleeve relative to the holder sleeve in another direction. - a longitudinal body having a central axis (m-m) and a drive end and a region that is associated with the tool and is located opposite the drive end, - a holder body for the releasable attachment of the tool, wherein the holder body is releasable from the longitudinal body in displaceable manner and comprises a central recess which permits axial displacement of the holder body along the longitudinal body parallel to the central axis (m-m) of the longitudinal body , - means for axially locking the holder body on the longitudinal body which, in the unlocked state, permits the axial displacement of the holder body along the longitudinal body , - means for preventing rotation of the holder body on the longitudinal body ,
A metal detector comprising: • a case comprising at least four closed sides , a front side and a rear side ; • a first opening on the said rear side of said case and a second opening on the front side of said case ; • a former having a pass-through aperture , coaxial with said first and said second opening of said case , said case having an inner width (W2) in a direction along the pass-through aperture , said former having a width (W1) in a direction along the pass-through aperture , wherein said width (W1) of said former is equal to said inner width (W2) of said case ; • an arrangement of electromagnetic coils for generating and receiving an electromagnetic field inside of said pass-through aperture , wherein said coils are arranged on said former ; • said case surrounding said former ; • first protruding means attached to said case adjacent to said first opening of said case , first and second recessing means formed in said former , adhesive means which bonds said first protruding means to said first recessing means ; • a potting medium filling the space between said former and said case , characterized in that , the former further comprises keying slots on at least one surface directed towards any said closed side of said case ; wherein said keying slots are filled with the potting medium and increase the contact area between said former and said potting medium . • a case comprising at least four closed sides , a front side and a rear side ; • a first opening on the said rear side of said case and a second opening on the front side of said case ; • a former having a pass-through aperture , coaxial with said first and said second opening of said case , said case having an inner width (W2) in a direction along the pass-through aperture , said former having a width (W1) in a direction along the pass-through aperture , wherein said width (W1) of said former is equal to said inner width (W2) of said case ; • an arrangement of electromagnetic coils for generating and receiving an electromagnetic field inside of said pass-through aperture , wherein said coils are arranged on said former ; • said case surrounding said former ; • first protruding means attached to said case adjacent to said first opening of said case , first and second recessing means formed in said former , adhesive means which bonds said first protruding means to said first recessing means ; • a potting medium filling the space between said former and said case ,
A best read level search method of a memory system , comprising: determining (S1310) a first best read offset of a first best read reference voltage with respect to a first default read reference voltage ; determining (S1320) an anchor read reference voltage having a same offset as the first best read offset with respect to a second default read reference voltage , wherein the first default read reference voltage and the second default read reference voltage are default read reference voltages for reading a page from a set of multi-level cells ,MLCs, in a semiconductor memory device in the memory system ; determining (S1330) a first scan range based on the anchor read reference voltage wherein an upper limit of the first scan range is the anchor read reference voltage plus an upper limit offset , and a lower limit of the first scan range is the anchor read reference voltage plus a lower limit offset , the upper limit offset being a positive voltage value and the lower limit offset being a negative voltage value; and determining (S1340) a second best read offset of a second best read reference voltage with respect to the second default read reference voltage by searching in the first scan range. . determining (S1310) a first best read offset of a first best read reference voltage with respect to a first default read reference voltage ; determining (S1320) an anchor read reference voltage having a same offset as the first best read offset with respect to a second default read reference voltage , wherein the first default read reference voltage and the second default read reference voltage are default read reference voltages for reading a page from a set of multi-level cells ,MLCs, in a semiconductor memory device in the memory system ; determining (S1330) a first scan range based on the anchor read reference voltage wherein an upper limit of the first scan range is the anchor read reference voltage plus an upper limit offset , and a lower limit of the first scan range is the anchor read reference voltage plus a lower limit offset , the upper limit offset being a positive voltage value and the lower limit offset being a negative voltage value; and determining (S1340) a second best read offset of a second best read reference voltage with respect to the second default read reference voltage by searching in the first scan range. .
A flow distribution system for a multi-phase fluid stream, the system comprising: an inlet pipe an inlet for receiving the multi-phase fluid stream from the inlet pipe ; a plurality of outlets each for delivering a portion of the multi-phase fluid stream to a respective outlet pipe ; a hollow housing forming an inner chamber in fluid communication with the inlet and the plurality of outlets, the housing having a central longitudinal axis , wherein the inner chamber has a first chamber portion arranged closer to the inlet than the plurality of outlets, and a second chamber portion adjacent to the plurality of outlets; a non-planar flow diverter positioned within the chamber so as to define a flow channel of varying cross-sectional area as measured in a plane orthogonal to the central longitudinal axis of the housing wherein the first chamber portion has a cross-sectional area within the flow channel that is less than a cross-sectional area of the second chamber portion within the flow channel, and where a cross-sectional area of the inlet and a section of the inlet pipe proximate the inlet is less than the cross-sectional area of the first chamber portion , wherein the multi-phase fluid stream is diverted through an angle of at least 45° to 135 ° as it travels from the inlet to the plurality of outlets, characterized in that the plurality of outlets are radially arranged around the perimeter or circumference of the housing. an inlet pipe an inlet for receiving the multi-phase fluid stream from the inlet pipe ; a plurality of outlets each for delivering a portion of the multi-phase fluid stream to a respective outlet pipe ; a hollow housing forming an inner chamber in fluid communication with the inlet and the plurality of outlets, the housing having a central longitudinal axis , wherein the inner chamber has a first chamber portion arranged closer to the inlet than the plurality of outlets, and a second chamber portion adjacent to the plurality of outlets; a non-planar flow diverter positioned within the chamber so as to define a flow channel of varying cross-sectional area as measured in a plane orthogonal to the central longitudinal axis of the housing wherein the first chamber portion has a cross-sectional area within the flow channel that is less than a cross-sectional area of the second chamber portion within the flow channel, and where a cross-sectional area of the inlet and a section of the inlet pipe proximate the inlet is less than the cross-sectional area of the first chamber portion , wherein the multi-phase fluid stream is diverted through an angle of at least 45° to 135 ° as it travels from the inlet to the plurality of outlets, characterized in that the plurality of outlets are radially arranged around the perimeter or circumference of the housing.