mhurhangee/ep-ind-claims huggingface dataset:
A load weighing method for a wheel loader, comprising: detecting a change in a boom angle and a change in a pressure of a boom cylinder while pivoting the boom and an attachment connected to the boom, wherein a load is placed on the attachment; calculating a weight of the load by using an inclined angle of a ground surface, the change in the boom angle and the change in the pressure of the boom cylinder as variables of a rotational dynamic equation for the pivot of the boom; receiving the inclined angle of the ground surface at an input portion from at least one of an angle sensor included in a mobile phone and a map internet application, and comparing by a comparator the inclined angle of the ground surface inputted from the input portion and an inclined angle of the ground surface calculated by a calculator, wherein said rotational dynamic equation for the pivot of the boom is: Jθ + cθ + kθ = T − T L wherein said J is a moment of inertial of the pivot, c is a damping coefficient of the pivot, k is a modulus of elasticity of the pivot, T is a torque acting on the pivot including a bucket with no load, T L is a load torque of the pivot, Θ represents an angle of the boom with respect to an horizontal plane, and θ̇ and θ̈ represent an angular speed and an angular acceleration of the boom. detecting a change in a boom angle and a change in a pressure of a boom cylinder while pivoting the boom and an attachment connected to the boom, wherein a load is placed on the attachment; calculating a weight of the load by using an inclined angle of a ground surface, the change in the boom angle and the change in the pressure of the boom cylinder as variables of a rotational dynamic equation for the pivot of the boom; receiving the inclined angle of the ground surface at an input portion from at least one of an angle sensor included in a mobile phone and a map internet application, and comparing by a comparator the inclined angle of the ground surface inputted from the input portion and an inclined angle of the ground surface calculated by a calculator, wherein said rotational dynamic equation for the pivot of the boom is: Jθ + cθ + kθ = T − T L wherein said J is a moment of inertial of the pivot, c is a damping coefficient of the pivot, k is a modulus of elasticity of the pivot, T is a torque acting on the pivot including a bucket with no load, T L is a load torque of the pivot, Θ represents an angle of the boom with respect to an horizontal plane, and θ̇ and θ̈ represent an angular speed and an angular acceleration of the boom. wherein said J is a moment of inertial of the pivot, c is a damping coefficient of the pivot, k is a modulus of elasticity of the pivot, T is a torque acting on the pivot including a bucket with no load, T L is a load torque of the pivot, Θ represents an angle of the boom with respect to an horizontal plane, and θ̇ and θ̈ represent an angular speed and an angular acceleration of the boom.
A system for reducing gaseous microemboli, the system comprising a fluid source; a flow diverter fluidly connected to the fluid source, an oxygenator fluidly connected to the flow diverter, wherein the oxygenator is configured to oxygenate the fluid from the fluid source; a bypass line or a non-gas exchange shunt channel through the oxygenator fluidly connected to the flow diverter 30; an inflow flow controller fluidly connected to the fluid source and to the flow diverter, wherein the inflow flow controller is between the fluid source and the flow diverter and is configured to control the flow rate of fluid from the fluid source to the flow diverter, wherein the flow diverter is configured to divert a portion of the fluid from the fluid source to the oxygenator and another portion of the fluid from the fluid source to the bypass line or to the non-gas exchange shunt channel through the oxygenator; a filter in fluid communication with the bypass line or the non-gas exchange shunt channel, wherein the filter removes gaseous microemboli from the fluid in the bypass line or the non-gas exchange shunt channel, the gaseous microemboli having a diameter greater than a stated pore size; an outlet fluidly connected to the oxygenator and the bypass line or the non-gas exchange shunt channel, and configured to combine the fluid from the bypass line and the oxygenator or from the non-gas exchange shunt channel and the oxygenator; and a controller configured to control the inflow flow controller. a fluid source; a flow diverter fluidly connected to the fluid source, an oxygenator fluidly connected to the flow diverter, wherein the oxygenator is configured to oxygenate the fluid from the fluid source; a bypass line or a non-gas exchange shunt channel through the oxygenator fluidly connected to the flow diverter 30; an inflow flow controller fluidly connected to the fluid source and to the flow diverter, wherein the inflow flow controller is between the fluid source and the flow diverter and is configured to control the flow rate of fluid from the fluid source to the flow diverter, wherein the flow diverter is configured to divert a portion of the fluid from the fluid source to the oxygenator and another portion of the fluid from the fluid source to the bypass line or to the non-gas exchange shunt channel through the oxygenator; a filter in fluid communication with the bypass line or the non-gas exchange shunt channel, wherein the filter removes gaseous microemboli from the fluid in the bypass line or the non-gas exchange shunt channel, the gaseous microemboli having a diameter greater than a stated pore size; an outlet fluidly connected to the oxygenator and the bypass line or the non-gas exchange shunt channel, and configured to combine the fluid from the bypass line and the oxygenator or from the non-gas exchange shunt channel and the oxygenator; and a controller configured to control the inflow flow controller.
A hopper, comprising: a container configured to accommodate therein a material in a powder form having a diameter ranging from about 0.1 μm to about 10 μm; a pressure controller configured to apply a pressure difference to an inside of the container periodically; and a shaker configured to apply vibration to the container, wherein the material accommodated in the container is supplied through a hole, which is formed at the container, by the periodic pressure difference and the vibration, and is carried by a carrier gas. a container configured to accommodate therein a material in a powder form having a diameter ranging from about 0.1 μm to about 10 μm; a pressure controller configured to apply a pressure difference to an inside of the container periodically; and a shaker configured to apply vibration to the container, wherein the material accommodated in the container is supplied through a hole, which is formed at the container, by the periodic pressure difference and the vibration, and is carried by a carrier gas.
A fall-prevention device for vertical lifelines characterized in that it comprises a body that accommodates different elements and parts of the device, the body having an ending extension whose end is arranged backwards, being J-shaped, defining a housing with an entrance for accommodating a cable, a cam being connected to and operated by the user of the device, that cam blocks and unblocks the cable against the ending extension depending on whether the user wishes to remain fixed to or to be pulled down along the cable, characterized in that it comprises: - a rotating gate situated alongside the ending extension which, in its working position closes the entrance, preventing the exit of the cable from inside the housing; - a first blocking mechanism suitable for blocking the gate, including at least one outer end and one inner end, and - a second blocking mechanism acting by gravity, and wherein the inner end of the cam and the inner end of the first blocking mechanism, when in a working position, both blocks the gate and prevent the exit of the cable from inside the housing, and when in its resting position, the inner end and the inner end of the cam are displaced and unblock the gate, which, by rotation, allows the cable to exit from inside the housing. - a rotating gate situated alongside the ending extension which, in its working position closes the entrance, preventing the exit of the cable from inside the housing; - a first blocking mechanism suitable for blocking the gate, including at least one outer end and one inner end, and - a second blocking mechanism acting by gravity,
An ironing system comprising a boiler for the production of vapour, a plate connected to said boiler to dispense said vapour; said plate comprising a bottom wall defining an ironing surface and a resistor arranged inside the plate; said ironing system further comprises a dispensing chamber arranged in said plate and a plurality of holes formed in said plate and in fluidic communication with said dispensing chamber to dispense said vapour; said ironing system further comprises an expansion chamber connected to said boiler and in fluidic communication with said dispensing chamber, characterized in that said expansion chamber is arranged outside said plate to reduce the temperature and pressure of the dispensed vapour.
A trocar cannula for receiving an articulating laparoscope comprising: an elongate body having a proximal enlarged end and a distal tip end with a lumen extending from the proximal end to the distal end for inserting and removing surgical instruments through the lumen; an atraumatic tip integrated with and extending from the distal tip end of the elongate body, the tip being more compliant than the elongate body and formed from a material different to the elongate body; and an obturator insertable through the lumen of the elongate body and the atraumatic tip, the atraumatic tip having a tapered narrowing and transitioning distally from a larger inner diameter corresponding to the inner diameter of the distal end of the elongate body to a smaller inner diameter; the obturator having an outer diameter greater than the smaller inner diameter of the atraumatic tip; and characterized in the atraumatic tip being configured to form an interference fit and an instrument seal with the obturator inserted therethrough. an elongate body having a proximal enlarged end and a distal tip end with a lumen extending from the proximal end to the distal end for inserting and removing surgical instruments through the lumen; an atraumatic tip integrated with and extending from the distal tip end of the elongate body, the tip being more compliant than the elongate body and formed from a material different to the elongate body; and an obturator insertable through the lumen of the elongate body and the atraumatic tip, the atraumatic tip having a tapered narrowing and transitioning distally from a larger inner diameter corresponding to the inner diameter of the distal end of the elongate body to a smaller inner diameter; the obturator having an outer diameter greater than the smaller inner diameter of the atraumatic tip; and characterized in the atraumatic tip being configured to form an interference fit and an instrument seal with the obturator inserted therethrough.
Connection device for connecting a tubular connector that defines a longitudinal direction and is provided with an annular collar to an apparatus comprising a passage, the connection device comprising: - a connection end fitting connecting to the passage of the apparatus, the connection end fitting being formed of a tubular body and a head mounted thereon provided with an opening leading into the tubular body and comprising an elliptical annular groove; - a locking ring provided with at least two flexible longitudinal tabs intended to be inserted into the connection end fitting and each having an elliptical-shaped cross section, an inner surface, an outer surface, and a free end, the outer surface having at least one lug intended to clip into the annular groove to keep the locking ring securely connected with the connection end fitting, the two flexible tabs being capable of deforming and closing on the tubular connector when the tubular connector is introduced longitudinally into the locking ring. - a connection end fitting connecting to the passage of the apparatus, the connection end fitting being formed of a tubular body and a head mounted thereon provided with an opening leading into the tubular body and comprising an elliptical annular groove; - a locking ring provided with at least two flexible longitudinal tabs intended to be inserted into the connection end fitting and each having an elliptical-shaped cross section, an inner surface, an outer surface, and a free end, the outer surface having at least one lug intended to clip into the annular groove to keep the locking ring securely connected with the connection end fitting, the two flexible tabs being capable of deforming and closing on the tubular connector when the tubular connector is introduced longitudinally into the locking ring.
Destination call-giving device (1,1') for giving destination calls in an elevator system, which destination call-giving device comprises means (2,3,3') available to a user for selecting a destination floor from a plurality of floors that are in a certain sequence, and an output for communicating the selected destination floor to the control system of the elevator system, which means (2,3,3') for selecting a destination floor comprise a touch-sensitive display (3,3') forming a user interface for presenting to the user information related to the selection of a destination floor and for receiving the input of the user, wherein the destination floor is arranged to be selectable by the user from the aforementioned plurality of floors by moving a touching point on the touch-sensitive display (3,3'), wherein the means (2,3,3') for selecting a destination floor are arranged to present on a touch-sensitive display (3,3') a sliding indicator (4,4') to be moved in a first and a second direction, said directions being opposite to each other, which sliding indicator can be moved with the aforementioned movement of a touching point, characterized in that the sliding indicator (4,4') has a limited range of movement on the touch-sensitive display (3,3'), which range of movement has a first end and a second end, and the position of the sliding indicator at the first end of the range of movement corresponds to the selection of the topmost floor of the aforementioned floor plurality, and the position of the sliding indicator at the second end of the range of movement corresponds to the selection of the bottommost floor of the aforementioned floor plurality.
A rock crushing apparatus comprising: a rotor, characterised by: a number of compression crushing elements (11, 12, 13) positioned on an interior surface of the rotor wherein the rotor also comprises: a reciprocating means configured to create a reciprocating motion to a reciprocating portion of each compression crushing element for compression crushing of the rock and wherein the reciprocating portion performs an arresting action on the rock fed into the rotor as it rotates, thereby limiting the maximum radial velocity (Vr) the rock attains in the rotor before its ejection from the compression crushing elements for impact crushing on an adjacent surface. a number of compression crushing elements (11, 12, 13) positioned on an interior surface of the rotor wherein the rotor also comprises: a reciprocating means configured to create a reciprocating motion to a reciprocating portion of each compression crushing element for compression crushing of the rock and wherein the reciprocating portion performs an arresting action on the rock fed into the rotor as it rotates, thereby limiting the maximum radial velocity (Vr) the rock attains in the rotor before its ejection from the compression crushing elements for impact crushing on an adjacent surface.
Household appliance, having a base assembly and at least one liquid reservoir (3; 15; 25; 26) which is integrated in the base assembly and has at least one sump and at least one pump which is designed to pump liquid out of the at least one sump, wherein the liquid reservoir (3; 15; 25; 26) has at least one flow channel (9; 18; 29) leading to the sump, which flow channel (9; 18) has an essentially constant width, at least in sections (10, 11; 19, 20), and is inclined in the direction of the at least one sump, characterised in that the at least one flow channel (9; 18; 29) is delimited by means of at least one partition wall (6; 16, 16a, 16b; 27).
composition Z which is a masterbatch, the composition Z containing of from 50 to 100% by weight, with the % by weight being based on the total weight of the composition Z, of the sum of a component A and a component B, wherein the component A is a propylene-olefin-copolymer wax, and the component B is a carbon black, with the propylene-olefin-copolymer wax being made of the monomers propylene and of from 0.1 to 50% by weight of at least one compound of formula, with R a being selected from the group consisting of H and of unbranched or branched C 2-18 -alkyl; with the % by weight being based on the total weight of the monomers.
A materials reduction apparatus comprising: a bypass arm configured to pivot between a closed position and a non-closed position to allow a reduction-resistant object of a material to bypass the apparatus; and a bypass control lever configured to move between a first position when the bypass arm is in a closed position and a second position when the bypass arm is in the non-closed position, the lever including a rolling structure configured to engage an interface surface of the bypass arm. a bypass arm configured to pivot between a closed position and a non-closed position to allow a reduction-resistant object of a material to bypass the apparatus; and a bypass control lever configured to move between a first position when the bypass arm is in a closed position and a second position when the bypass arm is in the non-closed position, the lever including a rolling structure configured to engage an interface surface of the bypass arm.
A rotor assembly, said rotor assembly comprising a motor, a propeller and a connection assembly coupling the propeller to the motor, said motor comprising a stator and a rotator rotatable with respect to the stator, wherein the connection assembly comprises a locking member provided between the propeller and the rotator, characterized by: the locking member being rotatable with respect to the rotator and the propeller, and wherein a rotation of the locking member relative to the propeller locks the propeller to the motor.
Hydraulic apparatus for a mobile machine, in particular an industrial truck, having a traction drive, an internal combustion engine which is connected to a hydraulic pump, in particular a hydraulic work pump of a hydraulic work system, for supplying at least one consumer with pressure medium, it being possible for pressure medium to be fed from a pressure accumulator to the suction side of the hydraulic pump, characterized in that the pressure accumulator is configured as a hydraulic short-term accumulator and can be charged at any time during driving operation of the traction drive, when the mobile machine is at a standstill and during working operation of the hydraulic work system of the mobile machine, it also being possible for the hydraulic pump to operate as a hydraulic motor and to start the internal combustion engine from a standstill.
A method for assessing whether a human patient subjected to an antigen-specific Tr1 cell therapy has a chance greater than 50% of responding to the treatment, said method comprising: - determining in vitro the antigen-specific proliferation of T cells contained in a cell sample obtained from said patient between day 8 and day 30 after last administration of the antigen-specific Tr1 cell therapy, wherein said antigen-specific proliferation is specific to the antigen to which the Tr1 cells are directed, - comparing said antigen-specific proliferation of T cells to a standard reference wherein the standard reference is the antigen-specific proliferation of T cells contained in a sample obtained from said patient before antigen-specific Tr1 cell therapy, wherein said antigen-specific proliferation is measured in vitro and is specific to the antigen to which the Tr1 cells are directed, thereby determining whether the patient has a chance greater than 50% of responding to said antigen-specific Tr1 cell therapy. - determining in vitro the antigen-specific proliferation of T cells contained in a cell sample obtained from said patient between day 8 and day 30 after last administration of the antigen-specific Tr1 cell therapy, wherein said antigen-specific proliferation is specific to the antigen to which the Tr1 cells are directed, - comparing said antigen-specific proliferation of T cells to a standard reference wherein the standard reference is the antigen-specific proliferation of T cells contained in a sample obtained from said patient before antigen-specific Tr1 cell therapy, wherein said antigen-specific proliferation is measured in vitro and is specific to the antigen to which the Tr1 cells are directed, thereby determining whether the patient has a chance greater than 50% of responding to said antigen-specific Tr1 cell therapy.
Method for point-wise illumination of a sample in a microscope, in particular a MINFLUX microscope, with illumination light, wherein the sample is illuminated sequentially at the illumination points of a predefined illumination point pattern, wherein a lateral extent of the illumination point pattern is smaller than the longest wavelength of the illumination light and wherein the illumination points are always illuminated exclusively with a temporal offset, characterized in that a separate individual light source of a plurality of individual light sources is assigned to each illumination point of the illumination point pattern and each illumination point is illuminated with the focus of an illumination light beam of the individual light source assigned thereto.
An inflatable garment for application to a patient, the garment having a tubular or part tubular shape in use with a longitudinal dimension, the garment including an inflation device provided with first and second inflatable chambers disposed side by side and separated from one another by a first separation wall, which first separation wall is curved so as to lie in different longitudinal positions around the tubular form of the garment, whereby the first and second chambers overlap in the longitudinal direction when the garment has said tubular or part tubular form, the inflatable garment further including at least one third chamber disposed side by side with the second chamber; the second and third chambers being separated from one another by a second separation wall, which second separation wall is curved so as to lie in different longitudinal positions around the tubular form of the garment, whereby the second and third chambers overlap in the longitudinal direction when the garment has said tubular or part tubular form, characterised in that the first and second separation walls have different curvature, and in that the first separation wall has a greater curvature than the second separation wall, thereby providing greater overlap between the second and first chambers than the overlap between the third and second chambers.