mhurhangee/ep-ind-claims huggingface dataset:
Child seat for attachment to a motor vehicle seat, comprising a seat region and a back section, at least one shoulder strap, at least one retaining device for holding and/or deflecting the shoulder strap, and at least one force-limiting means (12, 14, 17), which is designed such that the retaining device is transferred from a first locked position to a second locked position upon exceeding a predetermined limit force acting from the shoulder strap or shoulder straps in the event of an impact on the retaining device wherein the child seat further comprises an adjusting device for setting at least two different positions, comprising at least the first and the second locked position, of the retaining device relative to the back section for adjusting the belt length and/or belt position to the size and/or weight of a child located in the child seat. a seat region and a back section, at least one shoulder strap, at least one retaining device for holding and/or deflecting the shoulder strap, and at least one force-limiting means (12, 14, 17), which is designed such that the retaining device is transferred from a first locked position to a second locked position upon exceeding a predetermined limit force acting from the shoulder strap or shoulder straps in the event of an impact on the retaining device wherein the child seat further comprises an adjusting device for setting at least two different positions, comprising at least the first and the second locked position, of the retaining device relative to the back section for adjusting the belt length and/or belt position to the size and/or weight of a child located in the child seat.
An operation method of an electronic device, the method comprising: displaying a notification list; determining a first notification of a corresponding first application among a plurality of notifications included in the notification list, upon detection of a first input for the first notification; displaying a notification list including the first notification to which a pin indicator is added, based on the determination; wherein the first notification corresponding to the first input is maintained in the notification list even though a second input for deleting all notifications included in the notification list is detected; wherein a second notification (511, 513, 514), not corresponding to the first input, among the plurality of notifications is deleted from the notification list, upon detection of the second input; wherein, if the pin indicator is added a predetermined number of times with respect to notifications of the corresponding first application, said notifications having a same attribute, the method further comprises: displaying a pop-up window to identify whether to always automatically add a pin indicator for notifications of the corresponding first application having the same attribute; and upon detection of a user input in response to the pop-up window, always displaying the pin indicator for later notifications of the corresponding first application having the same attribute. displaying a notification list; determining a first notification of a corresponding first application among a plurality of notifications included in the notification list, upon detection of a first input for the first notification; displaying a notification list including the first notification to which a pin indicator is added, based on the determination; wherein the first notification corresponding to the first input is maintained in the notification list even though a second input for deleting all notifications included in the notification list is detected; wherein a second notification (511, 513, 514), not corresponding to the first input, among the plurality of notifications is deleted from the notification list, upon detection of the second input; wherein, if the pin indicator is added a predetermined number of times with respect to notifications of the corresponding first application, said notifications having a same attribute, the method further comprises: displaying a pop-up window to identify whether to always automatically add a pin indicator for notifications of the corresponding first application having the same attribute; and upon detection of a user input in response to the pop-up window, always displaying the pin indicator for later notifications of the corresponding first application having the same attribute. displaying a pop-up window to identify whether to always automatically add a pin indicator for notifications of the corresponding first application having the same attribute; and upon detection of a user input in response to the pop-up window, always displaying the pin indicator for later notifications of the corresponding first application having the same attribute.
A method of adjusting a slot die comprising an applicator slot extending along a width of the slot die, wherein the applicator slot is in fluid communication with a fluid flow path through the slot die, at least one of a group consisting of: a choker bar and flexible die lip, and a plurality of actuators spaced along the width of the slot die, each actuator operatively coupled to the choker bar or flexible die lip to adjust a slot or choker bar height profile at its respective location to provide a local adjustment of fluid flow through the applicator slot, wherein the method comprises: measuring thickness values of an extrudate provided from the applicator slot; mapping the measured thickness values to a corresponding position along the width of the slot die; executing a data compression of the measured thickness values to obtain a residual vector representing deviation of the measured thickness values from desired thickness values; and adjusting a position of one or more of the plurality of actuators based on the residual vector to obtain a corrected shape for the choker bar or flexible die lip, wherein said adjusting comprises using the residual vector to determine a predicted degree of ringing for a proposed set of actuator positions and then applying a ringing constraint to obtain a revised set of actuator positions that reduces the degree of ringing relative to the predicted degree of ringing. measuring thickness values of an extrudate provided from the applicator slot; mapping the measured thickness values to a corresponding position along the width of the slot die; executing a data compression of the measured thickness values to obtain a residual vector representing deviation of the measured thickness values from desired thickness values; and adjusting a position of one or more of the plurality of actuators based on the residual vector to obtain a corrected shape for the choker bar or flexible die lip, wherein said adjusting comprises using the residual vector to determine a predicted degree of ringing for a proposed set of actuator positions and then applying a ringing constraint to obtain a revised set of actuator positions that reduces the degree of ringing relative to the predicted degree of ringing. using the residual vector to determine a predicted degree of ringing for a proposed set of actuator positions and then applying a ringing constraint to obtain a revised set of actuator positions that reduces the degree of ringing relative to the predicted degree of ringing.
A driver for a fastening device having a recessed receiving area, comprising: a body having a driving end with an exterior surface oriented around a longitudinal axis of the body, wherein the driving end is configured to mate to the recessed receiving area of the fastening device; and characterised in that it comprises: a plurality of outwardly projecting fins - positioned on the exterior surface of the driving end, wherein: each fin comprises a fin width of between about 3 and about 180 degrees; and the fin width of at least one fin is different than at least one of the remaining fins; and a plurality of fin gaps positioned on the exterior surface of the driving end, wherein: the plurality of fin gaps are interspersed among the plurality of fins such that any two consecutive fins are separated by one fin gap; the plurality of fins comprises the same number as the plurality of fin gaps; each fin gap comprises a gap width of between about 3 and about 180 degrees; and the fin gap width of at least one fin gap is different than at least one of the remaining fin gaps, and wherein a sum of the widths of the plurality of fins and the plurality of fin gaps is equal to 360 degrees. a body having a driving end with an exterior surface oriented around a longitudinal axis of the body, wherein the driving end is configured to mate to the recessed receiving area of the fastening device; and characterised in that it comprises: a plurality of outwardly projecting fins - positioned on the exterior surface of the driving end, wherein: each fin comprises a fin width of between about 3 and about 180 degrees; and the fin width of at least one fin is different than at least one of the remaining fins; and each fin comprises a fin width of between about 3 and about 180 degrees; and the fin width of at least one fin is different than at least one of the remaining fins; and a plurality of fin gaps positioned on the exterior surface of the driving end, wherein: the plurality of fin gaps are interspersed among the plurality of fins such that any two consecutive fins are separated by one fin gap; the plurality of fins comprises the same number as the plurality of fin gaps; each fin gap comprises a gap width of between about 3 and about 180 degrees; and the fin gap width of at least one fin gap is different than at least one of the remaining fin gaps, and wherein the plurality of fin gaps are interspersed among the plurality of fins such that any two consecutive fins are separated by one fin gap; the plurality of fins comprises the same number as the plurality of fin gaps; each fin gap comprises a gap width of between about 3 and about 180 degrees; and the fin gap width of at least one fin gap is different than at least one of the remaining fin gaps, and wherein a sum of the widths of the plurality of fins and the plurality of fin gaps is equal to 360 degrees.
A system comprising at least one processing unit, wherein: the system further comprises at least one computer-readable medium comprising first processor-executable instructions of an interface provider module and second processor-executable instructions of an interface consumer module; the first processor-executable instructions are executable by the at least one processing unit to cause the at least one processing unit to perform first operations comprising: instantiating an interface associated with the provider module; receiving, by a service routine of the provider module, a verification message associated with the interface; and sending, in response, a confirmation message via the interface; and the second processor-executable instructions are executable by the at least one processing unit to cause the at least one processing unit to perform second operations comprising: locating the interface; opening a handle to the interface; sending the verification message via the handle, the verification message identifying at least an interface type or a version; and receiving, via the handle, the confirmation message associated with the verification message. the system further comprises at least one computer-readable medium comprising first processor-executable instructions of an interface provider module and second processor-executable instructions of an interface consumer module; the first processor-executable instructions are executable by the at least one processing unit to cause the at least one processing unit to perform first operations comprising: instantiating an interface associated with the provider module; receiving, by a service routine of the provider module, a verification message associated with the interface; and sending, in response, a confirmation message via the interface; and instantiating an interface associated with the provider module; receiving, by a service routine of the provider module, a verification message associated with the interface; and sending, in response, a confirmation message via the interface; and the second processor-executable instructions are executable by the at least one processing unit to cause the at least one processing unit to perform second operations comprising: locating the interface; opening a handle to the interface; sending the verification message via the handle, the verification message identifying at least an interface type or a version; and receiving, via the handle, the confirmation message associated with the verification message. locating the interface; opening a handle to the interface; sending the verification message via the handle, the verification message identifying at least an interface type or a version; and receiving, via the handle, the confirmation message associated with the verification message.
A wetting mechanism for wetting a tube of a male urinary catheter, the wetting mechanism comprising: a housing forming a gripping element for the catheter, the housing being configured to be positioned initially at or proximal to the tip end of the catheter tube; wherein the housing comprises a wetting chamber into which at least a portion of the catheter tube is able to be introduced and be moved therethrough to wet the catheter tube in use, the wetting chamber comprising an inlet through which the catheter tube is able to be introduced into the wetting chamber; and wherein the wetting mechanism comprises a stopper moveable between a first position in which the stopper prevents the tip end of the catheter tube being moved through the wetting chamber and a second position in which stopper does not prevent the tip end of the catheter tube being moved through the wetting chamber, wherein the stopper at least partially blocks the inlet in the first position, wherein at least a portion of the stopper is received within the inlet of the wetting chamber with the stopper in the first position, wherein an end of the stopper is received with the inlet of the wetting chamber with the stopper in the first position characterised in that the end comprises one or more cantilevered portions operable to bend or flex when at least partially received within the inlet of the wetting chamber. a housing forming a gripping element for the catheter, the housing being configured to be positioned initially at or proximal to the tip end of the catheter tube; wherein the housing comprises a wetting chamber into which at least a portion of the catheter tube is able to be introduced and be moved therethrough to wet the catheter tube in use, the wetting chamber comprising an inlet through which the catheter tube is able to be introduced into the wetting chamber; and wherein the wetting mechanism comprises a stopper moveable between a first position in which the stopper prevents the tip end of the catheter tube being moved through the wetting chamber and a second position in which stopper does not prevent the tip end of the catheter tube being moved through the wetting chamber, wherein the stopper at least partially blocks the inlet in the first position, wherein at least a portion of the stopper is received within the inlet of the wetting chamber with the stopper in the first position, wherein an end of the stopper is received with the inlet of the wetting chamber with the stopper in the first position characterised in that the end comprises one or more cantilevered portions operable to bend or flex when at least partially received within the inlet of the wetting chamber.
Compensation device (10, 100), in particular a compensation device for being arranged between a robot flange and an actuator, comprising a main part and a fastening part, the fastening part being axially movable relative to the main part in the direction of a central longitudinal axis of the device (10, 100), and the fastening part comprising a base portion and a fastening portion, the fastening portion being connected to the base portion in such a way that the fastening portion is radially movable relative to the main part perpendicularly to the central longitudinal axis of the device (10, 100), at least one pressure chamber (42, 58) to which pressure, in particular compressed air, can be supplied being provided on the fastening part in such a way that, when pressure is supplied to the pressure chamber (42, 58), the fastening portion is radially blocked with respect to the main part perpendicularly to the central longitudinal axis of the device (10, 100), characterized in that blocking portions (44, 60) are arranged in each case on the side of a wall portion delimiting the pressure chamber (42, 58) that faces away from the pressure chamber (42, 58), the blocking portions (44, 60) engaging with mating blocking portions (46, 66) corresponding to the blocking portions (44, 60) when pressure is supplied to the pressure chamber (42, 58).
A head worn imaging system, comprising: a light source (100, 120) configured to generate a light beam; a single light guiding optical element (190, 301) comprising an entry portion and an exit portion (196, 198, 207), wherein the single light guiding optical element (190, 301) is configured to propagate at least a portion of the light beam by total internal reflection; and characterized in that the single light guiding optical element (190, 301) has a light guiding optical element geometry; a thickness of between 0.1 and 1.5 mm; and a plurality of multiplexed volume holograms formed therein, each of the plurality of multiplexed volume holograms corresponding to a respective modulation of the index of refraction the exit portion (196, 198, 207) of the single light guiding optical element (190, 301) is configured to selectively allow light addressing the exit portion (196, 198, 207) to exit the light guiding optical element based on one or more characteristics of the light, wherein the one or more characteristics comprises an angle of incidence of the light and a radius of the curvature of the light; and the single light guiding optical element (190, 301) multiplexing depth planes of output light by controlling the angle of incidence and the radius of curvature of the light with the plurality of multiplexed volume holograms and the light guiding optical element geometry. a light source (100, 120) configured to generate a light beam; a single light guiding optical element (190, 301) comprising an entry portion and an exit portion (196, 198, 207), wherein the single light guiding optical element (190, 301) is configured to propagate at least a portion of the light beam by total internal reflection; and characterized in that the single light guiding optical element (190, 301) has a light guiding optical element geometry; a thickness of between 0.1 and 1.5 mm; and a plurality of multiplexed volume holograms formed therein, each of the plurality of multiplexed volume holograms corresponding to a respective modulation of the index of refraction a light guiding optical element geometry; a thickness of between 0.1 and 1.5 mm; and a plurality of multiplexed volume holograms formed therein, each of the plurality of multiplexed volume holograms corresponding to a respective modulation of the index of refraction the exit portion (196, 198, 207) of the single light guiding optical element (190, 301) is configured to selectively allow light addressing the exit portion (196, 198, 207) to exit the light guiding optical element based on one or more characteristics of the light, wherein the one or more characteristics comprises an angle of incidence of the light and a radius of the curvature of the light; and the single light guiding optical element (190, 301) multiplexing depth planes of output light by controlling the angle of incidence and the radius of curvature of the light with the plurality of multiplexed volume holograms and the light guiding optical element geometry.
An optical mount comprising a first frame and a second frame; characterized in that the first frame comprises a drive adjuster configured to move along a first direction and the drive adjuster is in contact with a ramp on a pusher piston, such that a movement of the drive adjuster causes the pusher piston to move along a second direction; and in that the pusher piston is configured to push kinematic contacts on the second frame, resulting in a controlled movement of the second frame by the drive adjuster. the first frame comprises a drive adjuster configured to move along a first direction and the drive adjuster is in contact with a ramp on a pusher piston, such that a movement of the drive adjuster causes the pusher piston to move along a second direction; and in that the pusher piston is configured to push kinematic contacts on the second frame, resulting in a controlled movement of the second frame by the drive adjuster.
A splash guard for a grinder polisher having a base, a bowl, and a platen having an outer edge, the splash guard comprising: an inner sidewall having a first end and a second end, and configured to engage with the base such that the first end extends from the base and surrounds the bowl; a lower rib having an inner edge and an outer edge (1 03b), and extending from the second end of the inner side wall; an outer sidewall having a first end and a second end, and extending from the outer edge 103b) of the lower rib such that the first end of the outer sidewall is proximate the outer edge of the lower rib; and an upper rib having an inner edge and an outer edge, and extending inwardly from the second end of the outer sidewall such that the outer edge of the upper rib is proximate the second end of the outer sidewall; and wherein the inner edge of the lower rib is configured to be, in use, spaced at least 2.5 centimeters from the outer edge of the platen. an inner sidewall having a first end and a second end, and configured to engage with the base such that the first end extends from the base and surrounds the bowl; a lower rib having an inner edge and an outer edge (1 03b), and extending from the second end of the inner side wall; an outer sidewall having a first end and a second end, and extending from the outer edge 103b) of the lower rib such that the first end of the outer sidewall is proximate the outer edge of the lower rib; and an upper rib having an inner edge and an outer edge, and extending inwardly from the second end of the outer sidewall such that the outer edge of the upper rib is proximate the second end of the outer sidewall; and wherein the inner edge of the lower rib is configured to be, in use, spaced at least 2.5 centimeters from the outer edge of the platen.
Tubular body made of composite material such as a jacket for an actuator, a pipe or suchlike, comprising a tubular element made of composite material, and at least one sleeve (29, 30; 129, 130) associated with at least one of the ends (23, 24) of said tubular element, at least one of said ends (23, 24) of said tubular element being provided on its external surface with a first conical surface with a taper that narrows axially toward the outside, said sleeve (29, 30; 129, 130) being provided internally with a second conical surface of a shape mating with said first conical surface in order to couple with it, a layer of glue being provided between said first conical surface and said second conical surface to make said tubular element solid with said sleeve (29, 30; 129, 130), characterized in that an annular groove is made on said sleeves (29, 30; 129, 130) in a position adjacent to said second conical surface and positioned in a position such as to be accessible from the outside even after said tubular element and the corresponding sleeve (29, 30; 129, 130) have been made solid.