mhurhangee/ep-ind-claims huggingface dataset:
A safety pen needle assembly comprising: a hub; a needle fixed to said hub, said needle having a distal end, formed for insertion into a patient, and a proximal end; a shield; and, a biasing means disposed between said hub and said shield configured to urge said shield distally; wherein, a protrusion extends from at least one of said hub and said shield, and a channel comprising a first part and a second part formed in at least the other of said hub and said shield, said channel being formed to accommodate said protrusion; wherein said shield is movable from a first position, prior to use, to a second position, subsequent to use, by pressing against and removal from a patient's skin, wherein, in said first position, said protrusion is seated in the first part of said channel to retain said shield spaced from said distal end of said needle such that said distal end of said needle is exposed; whereby when said shield is in said first position, a user may visually confirm proper priming and needle placement during use; characterized in that: a locking aperture is formed in at least the other of said hub and said shield proximally of the second part of said channel and spaced from said channel, said channel being formed to accommodate said protrusion, said locking aperture being formed to receive in snap engagement said protrusion; wherein, in said second position, said protrusion is received by said locking aperture with said shield covering said distal end of said needle, and wherein said channel guides said protrusion as said shield moves from said first position toward said second position; wherein a ridge is formed in at least the other of said hub and said shield between said second part and said locking aperture, said ridge being configured to inhibit said protrusion from re-entering said channel once said shield is in said second position. a hub; a needle fixed to said hub, said needle having a distal end, formed for insertion into a patient, and a proximal end; a shield; and, a biasing means disposed between said hub and said shield configured to urge said shield distally; a locking aperture is formed in at least the other of said hub and said shield proximally of the second part of said channel and spaced from said channel, said channel being formed to accommodate said protrusion, said locking aperture being formed to receive in snap engagement said protrusion; wherein, in said second position, said protrusion is received by said locking aperture with said shield covering said distal end of said needle, and wherein said channel guides said protrusion as said shield moves from said first position toward said second position; wherein a ridge is formed in at least the other of said hub and said shield between said second part and said locking aperture, said ridge being configured to inhibit said protrusion from re-entering said channel once said shield is in said second position.
A pressure compensator for providing pressure compensation for a chamber of a subsea device, comprising: - an enclosure having at least an outer wall, - a first compensation chamber provided inside the enclosure, - a flow connection from the first compensation chamber towards the chamber of the subsea device, - a first separating wall arranged inside the enclosure, the first separating wall having a first bellows portion, wherein at least part of the first compensation chamber is formed between the outer wall and the first separating wall, the first separating wall extending around a first inner volume and providing separation between the first inner volume and the first compensation chamber, - a second compensation chamber provided inside the enclosure, - a second separating wall arranged inside the enclosure, the second separating wall having a second bellows portion and extending at least partially into the first inner volume, wherein at least part of the second compensation chamber is formed between the first separating wall and the second separating wall, the second separating wall extending around a second inner volume and providing separation between the second compensation chamber and the second inner volume, wherein the first bellows portion and the second bellows portion are deformable to provide pressure compensation between the chamber of the subsea device and the second inner volume, characterized in that the outer wall is a rigid outer wall that substantially maintains its shape during operation of the pressure compensator. - an enclosure having at least an outer wall, - a first compensation chamber provided inside the enclosure, - a flow connection from the first compensation chamber towards the chamber of the subsea device, - a first separating wall arranged inside the enclosure, the first separating wall having a first bellows portion, wherein at least part of the first compensation chamber is formed between the outer wall and the first separating wall, the first separating wall extending around a first inner volume and providing separation between the first inner volume and the first compensation chamber, - a second compensation chamber provided inside the enclosure, - a second separating wall arranged inside the enclosure, the second separating wall having a second bellows portion and extending at least partially into the first inner volume, wherein at least part of the second compensation chamber is formed between the first separating wall and the second separating wall, the second separating wall extending around a second inner volume and providing separation between the second compensation chamber and the second inner volume,
A method for detecting power of an uplink optical signal, comprising: separately determining a relationship between a value of uplink bandwidth of each uplink optical signal among multiple uplink optical signals and a value of a bandwidth threshold; and determining that the multiple uplink optical signals whose uplink bandwidth is greater than or equal to the bandwidth threshold are the multiple uplink optical signals to be detected; and separately generating a triggering signal that is used for detecting optical power for each uplink optical signal among the multiple uplink optical signals to be detected, wherein the triggering signal of each uplink optical signal has same duration; and separately detecting power of each uplink optical signal in the duration of the triggering signal of each uplink optical signal; wherein uplink duration corresponding to the bandwidth threshold is greater than or equal to the duration of the triggering signal. separately determining a relationship between a value of uplink bandwidth of each uplink optical signal among multiple uplink optical signals and a value of a bandwidth threshold; and determining that the multiple uplink optical signals whose uplink bandwidth is greater than or equal to the bandwidth threshold are the multiple uplink optical signals to be detected; and separately generating a triggering signal that is used for detecting optical power for each uplink optical signal among the multiple uplink optical signals to be detected, wherein the triggering signal of each uplink optical signal has same duration; and separately detecting power of each uplink optical signal in the duration of the triggering signal of each uplink optical signal; wherein uplink duration corresponding to the bandwidth threshold is greater than or equal to the duration of the triggering signal.
A method for manufacturing a synthetic resin container, comprising: tightly fitting a blow nozzle into a mouth tube portion of a preform in a bottomed cylindrical shape which is installed into a mold for blow molding; and feeding a liquid into the preform from a pressurized liquid feeding unit through the blow nozzle so as to shape the container into an expanded shape along a cavity surface of the mold, the method being characterized in comprising: after the shaping of the container, drawing back the liquid inside the container to a pressurized liquid feeding unit side by means of a suckback mechanism disposed at a predetermined position in a liquid feeding channel from the pressurized liquid feeding unit to the mouth tube portion of the preform; closing the feeding channel by means of a valve mechanism (Vm) disposed on the downstream side of the suckback mechanism; introducing a gas into the container to so as restore, to its original shape, the volume reduction deformation of the container resulting from the drawing back of the liquid; and adjusting a headspace inside the container through the amount of volume change associated with the volume reduction deformation.
A wafer level burn-in system, characterised in that the system comprises: a first electrode plate for providing electrical contact simultaneously to contacts of more than one semiconductor device borne by a semiconductor wafer on a device surface of said semiconductor wafer; a second electrode plate for providing electrical contact to a substrate surface of said semiconductor wafer; and, means for providing electrical power to said more than one semiconductor device through said contacts and said substrate of said semiconductor wafer through said first and second electrode plates. a first electrode plate for providing electrical contact simultaneously to contacts of more than one semiconductor device borne by a semiconductor wafer on a device surface of said semiconductor wafer; a second electrode plate for providing electrical contact to a substrate surface of said semiconductor wafer; and, means for providing electrical power to said more than one semiconductor device through said contacts and said substrate of said semiconductor wafer through said first and second electrode plates.
Portable pump for infusing liquid substances into the body of a living being, said pump being provided with a casing which receives electromechanical members comprising a power supply unit, an electronic control unit, an electric motor, an assembly, comprising a pair of mutually engaged toothed wheels (21a,21b) of which one is fixed to an output shaft of the motor and the other one is fixed to a rotatable worm nut, for converting the rotary motion of the output shaft of the motor into a linear sliding motion of a pusher axially moveable for causing the movement of a plunger slideable within an interchangeable reservoir, open at one end thereof, in which the substance to be infused through the pump is contained and which is accommodated in a housing inside the casing, wherein the housing is in communication with the outside through an opening which is formed in one of the casing walls and through which the reservoir can be inserted into and removed from the housing and from which an appendix of the reservoir protrudes for the exit of the substance to be infused when the reservoir is accommodated in the housing, wherein the housing for the interchangeable reservoir includes, with respect to the opening, a distal portion provided with mechanical means for reversible engagement for the reservoir end opposite to the appendix and a proximal portion comprising an annular groove and provided with an annular sealing gasket consisting of an O-ring made of natural or synthetic rubber received in said annular groove, which surrounds the reservoir and forms a tight seal between the reservoir and the casing wall when the reservoir is mechanically engaged within the housing through said engagement means, so that when the reservoir is mechanically secured within the housing through the engagement means, the tight seal between the reservoir and the casing wall is simultaneously guaranteed, wherein the reservoir comprises a hollow cylindrical body which is open at its end opposite to the appendix, wherein the reservoir comprises a ferrule which is provided with radial projections and is arranged next to the appendix and radially protrudes from the reservoir body, said ferrule thus defining an annular perimeter for abutment of the sealing gasket, characterized in that the reservoir is provided, at its open end, with radial seats accessible from the outside of the reservoir for the engagement of corresponding radial protrusions formed in said engagement means at the bottom of the housing, and in that said ferrule defines a tapered annular perimeter, whereby the reservoir can be inserted into the pump with a simple double movement, typical of bayonet inserts, of axial approach and rotation by acting on the top of the reservoir, thereby causing abutment of the sealing gasket against the tapered annular perimeter.
A navigation method of a navigation system for a vehicle, the navigation method comprising: when a navigation function is selected, inputting destination and receiver information; displaying a navigation screen to guide a user to the destination using the input information; and when a predetermined message sending condition is satisfied while operating the vehicle to the destination, displaying a user interface, UI, for receiving a user confirmation for requesting to sending a message, in response to the user confirmation for sending the message being input, sending the message to be forwarded to receiver terminal apparatus corresponding to the receiver information, wherein sending the message to be forwarded comprises sending the receiver information and the message to a user terminal apparatus which is connected to the navigation system through an interface, and the user terminal apparatus forwarding the message to the receiver terminal apparatus corresponding to the receiver information, and wherein inputting the destination and receiver information comprises: displaying a background screen comprising a navigation menu to execute the navigation function; when the navigation menu is selected, displaying a Ul screen to receive input of the destination information, message sending function setting, the receiver information, a message text, and a message sending condition; and storing information input through the UI screen. when a navigation function is selected, inputting destination and receiver information; displaying a navigation screen to guide a user to the destination using the input information; and when a predetermined message sending condition is satisfied while operating the vehicle to the destination, displaying a user interface, UI, for receiving a user confirmation for requesting to sending a message, in response to the user confirmation for sending the message being input, sending the message to be forwarded to receiver terminal apparatus corresponding to the receiver information, wherein sending the message to be forwarded comprises sending the receiver information and the message to a user terminal apparatus which is connected to the navigation system through an interface, and the user terminal apparatus forwarding the message to the receiver terminal apparatus corresponding to the receiver information, and wherein inputting the destination and receiver information comprises: displaying a background screen comprising a navigation menu to execute the navigation function; when the navigation menu is selected, displaying a Ul screen to receive input of the destination information, message sending function setting, the receiver information, a message text, and a message sending condition; and storing information input through the UI screen. displaying a background screen comprising a navigation menu to execute the navigation function; when the navigation menu is selected, displaying a Ul screen to receive input of the destination information, message sending function setting, the receiver information, a message text, and a message sending condition; and storing information input through the UI screen.
An imaging system for a motor vehicle, comprising - a camera housing part and at least one camera module to be mounted at an attachment wall of said camera housing part, wherein the camera module is provided with several radially outwardly directed protrusions, characterized in that - the camera module is provided with a radially outwardly directed flange, and - a closed retainer ring is provided, wherein - the protrusions and/or the retainer ring are elastically deformable, and - the retainer ring is attached by pushing it over the protrusions under elastic deformation of the retainer ring and/or the protrusions to an attachment position, wherein - the camera module is attached at the attachment wall by clamping the attachment wall between the retainer ring and the flange of the camera module when the retainer ring is in the attachment position. - a camera housing part and at least one camera module to be mounted at an attachment wall of said camera housing part, wherein the camera module is provided with several radially outwardly directed protrusions, characterized in that - the camera module is provided with a radially outwardly directed flange, and - a closed retainer ring is provided, wherein - the protrusions and/or the retainer ring are elastically deformable, and - the retainer ring is attached by pushing it over the protrusions under elastic deformation of the retainer ring and/or the protrusions to an attachment position, wherein - the camera module is attached at the attachment wall by clamping the attachment wall between the retainer ring and the flange of the camera module when the retainer ring is in the attachment position.
A positive electrode active material comprising: a secondary particle comprising at least one primary particle, wherein the primary particle has an intermediate element, which intermediate element includes: a gradient portion which shows concentration gradient of a first metal; and a uniform portion which extends from an end of the gradient portion and shows constant concentration of the first metal; and wherein: each primary particle has an a-axis and the a-axis direction of the primary particles radiates from a core part of the secondary particle such that the primary particles have a rod shape; and the a-axis direction length of the primary particles increases going from the core part of the secondary particle to a shell part of the secondary particle. a secondary particle comprising at least one primary particle, wherein the primary particle has an intermediate element, which intermediate element includes: a gradient portion which shows concentration gradient of a first metal; and a uniform portion which extends from an end of the gradient portion and shows constant concentration of the first metal; and a gradient portion which shows concentration gradient of a first metal; and a uniform portion which extends from an end of the gradient portion and shows constant concentration of the first metal; and wherein: each primary particle has an a-axis and the a-axis direction of the primary particles radiates from a core part of the secondary particle such that the primary particles have a rod shape; and the a-axis direction length of the primary particles increases going from the core part of the secondary particle to a shell part of the secondary particle. each primary particle has an a-axis and the a-axis direction of the primary particles radiates from a core part of the secondary particle such that the primary particles have a rod shape; and the a-axis direction length of the primary particles increases going from the core part of the secondary particle to a shell part of the secondary particle.
A turbine blade comprising an impingement cooling mechanism that ejects a cooling gas toward a blade main body from a plurality of impingement holes formed in a facing member that is disposed facing the blade main body, wherein blocking plates that inhibit the intrusion of a crossflow, which is a flow formed by the cooling gas after being ejected from the impingement holes and which flows toward a trailing edge portion of the blade main body whereby a portion of the crossflow may be possibly used to film cool the blade surface, into the region between the impingement holes and the blade main body are installed on, with respect to the crossflow, at least the upstream side of impingement hole groups, each of which is made of five impingement holes; and turbulent flow promoting portions are provided in the flow path of the crossflow regulated by the blocking plates, the flow path of the crossflow is formed between adjacent impingement hole groups and adjacent blocking plates, characterized in that the blocking plates and the turbulent flow promoting portions are adjacent along the direction perpendicular to the flow path.
Use of a synthesis gas comprising hydrogen, carbon monoxide and N-containing contaminants selected from the group consisting of HCN, NH 3, NO, R X NH 3-X where R is an organic group and x is 1, 2 or 3, with R being the same or different when x is 2 or 3, R 1 -CN where R 1 is an organic group, and heterocyclic compounds containing at least one nitrogen atom as a ring member of a heterocyclic ring of the heterocyclic compound, with the N-containing contaminants constituting, in total, at least 100 vppb but less than 1 000 000 vppb of the synthesis gas, in a process for producing hydrocarbons and, optionally, oxygenates of hydrocarbons, which process includes contacting said synthesis gas with a particulate supported Fischer-Tropsch synthesis catalyst which comprises a catalyst support, Co in catalytically active form supported on the catalyst support, and does not contain a dopant selected from the group consisting of platinum (Pt), palladium (Pd), ruthenium (Ru), rhenium (Re) and a mixture of two or more thereof, at a temperature of at least 180°C and a pressure of at least 10 bar(a), to obtain hydrocarbons by means of Fischer-Tropsch synthesis reaction of the hydrogen with the carbon monoxide, in order to increase the activity of the Fischer Tropsch synthesis catalyst.