mhurhangee/patent-ind-claim-en huggingface dataset:
A tape-feeder setting work apparatus configured to be used by an operator when performing a work of setting a component supply tape wound on a tape reel , in a tape feeder , the tape-feeder setting work apparatus comprising: a feeder set base configured to hold the tape feeder in the setting work of the component supply tape; and a power supply section configured to supply a power to a tape feeding device inside the tape feeder , characterized by an operation section configured to enable the operator to operate the tape feeding device inside the tape feeder , wherein the tape-feeder setting work apparatus is configured such that, when the operator performs a work of setting a tip portion of the component supply tape by pulling out the tip portion from the tape reel set in the tape feeder held by the feeder set base , the operation section is configured to enable the operator to operate a tape feeding operation of the tape feeding device inside the tape feeder , and feed the tip portion of the component supply tape pulled out from the tape reel to a component pickup position of the tape feeder , and wherein the feeder set base is provided with a state display section that is configured to display a state of the tape feeder . a feeder set base configured to hold the tape feeder in the setting work of the component supply tape; and a power supply section configured to supply a power to a tape feeding device inside the tape feeder , characterized by an operation section configured to enable the operator to operate the tape feeding device inside the tape feeder , wherein the tape-feeder setting work apparatus is configured such that, when the operator performs a work of setting a tip portion of the component supply tape by pulling out the tip portion from the tape reel set in the tape feeder held by the feeder set base , the operation section is configured to enable the operator to operate a tape feeding operation of the tape feeding device inside the tape feeder , and feed the tip portion of the component supply tape pulled out from the tape reel to a component pickup position of the tape feeder , and wherein the feeder set base is provided with a state display section that is configured to display a state of the tape feeder .
A method of producing an explosive composition comprising a liquid energetic material and sensitizing voids, the sensitizing voids being present in the liquid energetic material with a non-random distribution, which method comprises: providing a flow of liquid energetic material; and delivering sensitizing voids into the flow of liquid energetic material in a series of pulses in which discrete amounts of sensitizing voids are delivered into the liquid energetic material, the delivery of each amount of sensitizing voids being interspersed with no delivery of sensitizing voids into the liquid energetic material to provide regions in the liquid energetic material in which sensitizing voids are sufficiently concentrated to render those regions detonable. providing a flow of liquid energetic material; and delivering sensitizing voids into the flow of liquid energetic material in a series of pulses in which discrete amounts of sensitizing voids are delivered into the liquid energetic material, the delivery of each amount of sensitizing voids being interspersed with no delivery of sensitizing voids into the liquid energetic material to provide regions in the liquid energetic material in which sensitizing voids are sufficiently concentrated to render those regions detonable.
A method of producing a conjugated antibody, comprising: (a) performing at least one purification step of a purification scheme to obtain at least a partially purified preparation of an antibody from a culture of CHO cells expressing the antibody; (b) testing the preparation for presence of a CHO cell oxidizing enzyme; (c) if an unacceptable level of the enzyme is detected as present in the preparation of step (b), repeating steps (a) and (b) with a different purification step; (d) if an acceptable level or no CHO cell oxidizing enzyme is detected as present in the preparation of step (b), performing at least one purification step resulting in the acceptable level or no detected CHO cell oxidizing enzyme on the same culture or a second culture of CHO cells expressing the antibody to obtain at least a partially purified preparation of antibody; and (e) conjugating the at least partially purified antibody via one or more sulfhydryl groups to a drug to produce the conjugated antibody. (a) performing at least one purification step of a purification scheme to obtain at least a partially purified preparation of an antibody from a culture of CHO cells expressing the antibody; (b) testing the preparation for presence of a CHO cell oxidizing enzyme; (c) if an unacceptable level of the enzyme is detected as present in the preparation of step (b), repeating steps (a) and (b) with a different purification step; (d) if an acceptable level or no CHO cell oxidizing enzyme is detected as present in the preparation of step (b), performing at least one purification step resulting in the acceptable level or no detected CHO cell oxidizing enzyme on the same culture or a second culture of CHO cells expressing the antibody to obtain at least a partially purified preparation of antibody; and (e) conjugating the at least partially purified antibody via one or more sulfhydryl groups to a drug to produce the conjugated antibody.
A method for generating and transmitting maintenance data from a unit on a vehicle, the method comprising: providing power from the vehicle to a primary power line; providing power from a digital source controller to an auxiliary power line; powering the unit by one of the auxiliary power line connected to the unit or the primary power line connected to the unit ; interrogating the unit by the digital source controller for the maintenance data by transmitting a request signal to the unit via the auxiliary power line; modulating, by the unit , at least a portion of the maintenance data to generate at least one modulated signal; and transmitting, from the unit , the at least one modulated signal on the auxiliary power line to the digital source controller . providing power from the vehicle to a primary power line; providing power from a digital source controller to an auxiliary power line; powering the unit by one of the auxiliary power line connected to the unit or the primary power line connected to the unit ; interrogating the unit by the digital source controller for the maintenance data by transmitting a request signal to the unit via the auxiliary power line; modulating, by the unit , at least a portion of the maintenance data to generate at least one modulated signal; and transmitting, from the unit , the at least one modulated signal on the auxiliary power line to the digital source controller .
Control method for a combustion engine in a vehicle, comprising: determining a reference value (x(t)), taking into account - an item of operating state information (FW, SB) and - a difference (δ) between an emission upper limit (EM G ) and a cumulative actual emission value (EM K ), influencing an operating state of the combustion engine by means of the reference value (x(t)) such that at least two actual emission values are set in such a way that the corresponding cumulative actual emission values, in an operating period with a combination of arbitrary, different operating states of the internal combustion engine set in a random sequence, do not exceed emission upper limits (EM G ) for this operating period, wherein a target function is minimized by selecting the reference value (x(t)) from pareto-optimal alternatives by means of an indifference curve (I) determined from the difference (δ), and an item of prediction information (PI) is taken into account for determining the difference (δ). determining a reference value (x(t)), taking into account - an item of operating state information (FW, SB) and - a difference (δ) between an emission upper limit (EM G ) and a cumulative actual emission value (EM K ), - an item of operating state information (FW, SB) and - a difference (δ) between an emission upper limit (EM G ) and a cumulative actual emission value (EM K ), influencing an operating state of the combustion engine by means of the reference value (x(t)) such that at least two actual emission values are set in such a way that the corresponding cumulative actual emission values, in an operating period with a combination of arbitrary, different operating states of the internal combustion engine set in a random sequence, do not exceed emission upper limits (EM G ) for this operating period, wherein a target function is minimized by selecting the reference value (x(t)) from pareto-optimal alternatives by means of an indifference curve (I) determined from the difference (δ), and an item of prediction information (PI) is taken into account for determining the difference (δ).
A urine incontinence pad having first and second longitudinal side edges and front and rear end edges , and comprising a fluid permeable topsheet , a backsheet and an absorbent core being located between said topsheet and said backsheet , said core in its longitudinal direction (L) having a front portion , a rear portion and an intermediate portion located between said front portion and said rear portion , said front portion and said rear portion each having a length of about 30% of the total length of said absorbent core and said intermediate portion having a length of about 40% of the total length of said absorbent core , said absorbent core having a varying thickness profile as seen in said longitudinal direction (L), with said intermediate portion having a first thickness (T1 0.5 ) under a load of 0.5 kPa and a first compressed thickness (T1 2.5 ) under a load of 2.5 kPa, said rear and front portions having a second thickness (T2 0.5 ) under a load of 0.5 kPa and a second compressed thickness (T2 2.5 ) under a load of 2.5 kPa, each thickness being measured in accordance with the description, characterized in that said second thickness (T2 0.5 ) is from 37% to 15% of said first thickness (T1 0.5 ), that said second compressed thickness (T2 2.5 ) is from 37% to 15% of said first compressed thickness (Tl 2.5 ) and that a ratio (T1 2.5 / T2 2.5 ) between said first and said second compressed thickness is equal or greater than a ratio (T1 0.5 / T2 0.5 ) between said first and said second thickness, and wherein said absorbent core comprises a first core layer and a fluid control layer , said first core layer extending over said front portion , said intermediate portion and said rear portion , wherein said first core layer comprises 100 g/m 2 superabsorbent material or more and wherein the fluid control layer is shorter than the first core layer , and wherein a region of the absorbent core corresponding to a portion of the absorbent core comprising the fluid control layer has the first thickness (T1 0.5 , T1 2.5 ) and a region of the absorbent core outside the portion comprising the fluid control layer has the second thickness (T2 0.5 , T2 2.5 ).
An elastic sheet for an absorbent article having a first surface and a second surface opposite to the first surface , and comprising a first fibrous layer located on the first surface and a second fibrous layer located on the second surface respectively constructed of continuous fibers of thermoplastic resin; a plurality of elastic members being secured between the first fibrous layer and the second fibrous layer in a contractible manner; the first fibrous layer and the second fibrous layer having a plurality of gathers formed in a direction (X) intersecting with a direction (Y) in which the elastic members extend between the elastic members adjacent to each other; characterised in that an average flexural rigidity value (B1, B2) of the first fibrous layer and the second fibrous layer in accordance with a KES method being 0.0035 ×10 -4 to 0.022 ×10 -4 (N·m 2 /m), and a thickness (Tm) under a compression load of 49.03 hPa to the gathers in accordance with the KES method being 0.22 to 1.5 mm; wherein the average flexural rigidity value (B1, B2) and the thickness (Tm) are measured as described in the description, and the KES method is as described in the description. a plurality of elastic members being secured between the first fibrous layer and the second fibrous layer in a contractible manner; the first fibrous layer and the second fibrous layer having a plurality of gathers formed in a direction (X) intersecting with a direction (Y) in which the elastic members extend between the elastic members adjacent to each other; characterised in that an average flexural rigidity value (B1, B2) of the first fibrous layer and the second fibrous layer in accordance with a KES method being 0.0035 ×10 -4 to 0.022 ×10 -4 (N·m 2 /m), and a thickness (Tm) under a compression load of 49.03 hPa to the gathers in accordance with the KES method being 0.22 to 1.5 mm; wherein the average flexural rigidity value (B1, B2) and the thickness (Tm) are measured as described in the description, and the KES method is as described in the description.
A compressed air supply system for operating a pneumatic installation , in particular an air spring unit of a vehicle, comprising: - a compressed-air feed ; - a compressed air connection to the pneumatic system ; - a ventilation connection to the environment; - a pneumatic main line between the compressed-air feed and the compressed air connection , which comprises an air dryer ; - a ventilation line between the compressed-air feed and the ventilation connection ; - a valve arrangement with a control valve for controlling a ventilation valve , wherein the control valve is connected to a control valve connection (X2, Y2) in a pneumatic control line connected on a pressure control connection of the ventilation valve , and the ventilation valve is connected to a ventilation valve connection (X1, Y1) in the ventilation line , wherein a control valve ventilation connection (Z2) is assigned to the control valve , said control valve ventilation connection being switchably connectable to the ventilation connection or an environment connection via the ventilation valve and which is switchably separable from the ventilation connection or the environment connection via the ventilation valve , characterized in that the control valve ventilation connection (Z2) is different from the control valve connection (X2, Y2). - a compressed-air feed ; - a compressed air connection to the pneumatic system ; - a ventilation connection to the environment; - a pneumatic main line between the compressed-air feed and the compressed air connection , which comprises an air dryer ; - a ventilation line between the compressed-air feed and the ventilation connection ; - a valve arrangement with a control valve for controlling a ventilation valve , wherein the control valve is connected to a control valve connection (X2, Y2) in a pneumatic control line connected on a pressure control connection of the ventilation valve , and the ventilation valve is connected to a ventilation valve connection (X1, Y1) in the ventilation line , wherein a control valve ventilation connection (Z2) is assigned to the control valve , said control valve ventilation connection being switchably connectable to the ventilation connection or an environment connection via the ventilation valve and which is switchably separable from the ventilation connection or the environment connection via the ventilation valve , characterized in that the control valve ventilation connection (Z2) is different from the control valve connection (X2, Y2).
A percutaneously-deployable medical device for use in filtering and/or blocking of downstream flow within a body lumen comprising: an elongate tubular member having a distal portion and a distal end , a proximal portion and a proximal end , and defining a tube lumen extending from the distal end to the proximal end ; an expandable member disposed on the distal portion of the elongate tubular member and extending distally beyond the distal end , the expandable member defining an expandable member lumen that is in fluid communication with the tube lumen , the expandable member being configured to expand from a collapsed delivery configuration to a distally-open expanded configuration, the expandable member being configured to prevent perfusion of fluid there through when in the expanded configuration; a valve member in fluid communication with the tube lumen , the valve member configured to selectively block and selectively allow for flow through the tube lumen ; and an outer tubular member movable between an extended position in which the outer tubular member extends over the expandable member and maintains the expandable member in the collapsed delivery configuration, and a retracted position in which the outer tubular member is proximal of the expandable member , permitting the expandable member to expand into the distally-open expanded configuration, wherein the expandable member is configured to be partially deployed from the collapsed delivery configuration by moving the outer tubular member in a proximal direction. an elongate tubular member having a distal portion and a distal end , a proximal portion and a proximal end , and defining a tube lumen extending from the distal end to the proximal end ; an expandable member disposed on the distal portion of the elongate tubular member and extending distally beyond the distal end , the expandable member defining an expandable member lumen that is in fluid communication with the tube lumen , the expandable member being configured to expand from a collapsed delivery configuration to a distally-open expanded configuration, the expandable member being configured to prevent perfusion of fluid there through when in the expanded configuration; a valve member in fluid communication with the tube lumen , the valve member configured to selectively block and selectively allow for flow through the tube lumen ; and an outer tubular member movable between an extended position in which the outer tubular member extends over the expandable member and maintains the expandable member in the collapsed delivery configuration, and a retracted position in which the outer tubular member is proximal of the expandable member , permitting the expandable member to expand into the distally-open expanded configuration, wherein the expandable member is configured to be partially deployed from the collapsed delivery configuration by moving the outer tubular member in a proximal direction.
Hydraulic machine having a runner , having a guide apparatus , having a draft tube and having a means for measuring the water level in the region of the draft tube , wherein the means comprises a first pressure measurement device , a second pressure measurement device and a unit for generating differential pressure values, wherein the pressure measurement devices are each connected to the unit , and the first pressure measurement device is situated above the second pressure measurement device , and the unit is designed such that it can generate the difference between the pressures detected by the pressure measurement devices , characterized in that the pressure measurement devices are arranged such that they can detect the pressures prevailing in the interior of the draft tube .
An internal combustion engine , comprising: a cylinder body ; a cylinder head connected with the cylinder body ; a cylinder head cover connected with the cylinder head ; and a valvetrain provided in the cylinder head and the cylinder head cover , wherein the internal combustion engine further includes a nozzle provided in the cylinder head cover and located so as to allow oil to be supplied to the valvetrain, and wherein the nozzle includes a first nozzle portion extending from a base end of the nozzle toward a tip end of the nozzle , and a second nozzle portion extending from a tip end of the first nozzle portion to the tip end of the nozzle ; characterized in that said second nozzle portion has a cutout portion , facing the valvetrain, formed as a result of the second nozzle portion being partially cut out in the circumferential direction. a cylinder body ; a cylinder head connected with the cylinder body ; a cylinder head cover connected with the cylinder head ; and a valvetrain provided in the cylinder head and the cylinder head cover , wherein the internal combustion engine further includes a nozzle provided in the cylinder head cover and located so as to allow oil to be supplied to the valvetrain, and wherein the nozzle includes a first nozzle portion extending from a base end of the nozzle toward a tip end of the nozzle , and a second nozzle portion extending from a tip end of the first nozzle portion to the tip end of the nozzle ; characterized in that said second nozzle portion has a cutout portion , facing the valvetrain, formed as a result of the second nozzle portion being partially cut out in the circumferential direction.
A cardiac rhythm management device comprising: a pulse generator for generating electrical pulses to be delivered to a heart at a pacing rate ; a processor in communication with the pulse generator ; one or more sensors for sensing pulmonary function and cardiac function, the one or more sensors in communication with the processor ; and the processor configured to determine a rate of change in the pulmonary function and a rate of change in the cardiac function, and calculate a target pacing rate based on an existing pacing rate, the rate of change in the pulmonary function and the rate of change in the cardiac function (fig. 2); characterized in that the processor is configured to make the target pacing rate faster than the existing pacing rate when the pulmonary function is increasing with time and the cardiac function is increasing with time, to make the target pacing rate equal to the existing pacing rate when the pulmonary function is increasing with time and the cardiac function is decreasing with time, and to make the target pacing rate less than the existing pacing rate when the pulmonary function is decreasing with time, wherein the cardiac function comprises stroke volume. a pulse generator for generating electrical pulses to be delivered to a heart at a pacing rate ; a processor in communication with the pulse generator ; one or more sensors for sensing pulmonary function and cardiac function, the one or more sensors in communication with the processor ; and the processor configured to determine a rate of change in the pulmonary function and a rate of change in the cardiac function, and calculate a target pacing rate based on an existing pacing rate, the rate of change in the pulmonary function and the rate of change in the cardiac function (fig. 2); characterized in that the processor is configured to make the target pacing rate faster than the existing pacing rate when the pulmonary function is increasing with time and the cardiac function is increasing with time, to make the target pacing rate equal to the existing pacing rate when the pulmonary function is increasing with time and the cardiac function is decreasing with time, and to make the target pacing rate less than the existing pacing rate when the pulmonary function is decreasing with time, wherein the cardiac function comprises stroke volume.