mhurhangee/ep-ind-claims huggingface dataset:
A vehicle suspension system comprising: a shock absorber including a cylinder in which a fluid is sealed, a piston slidably fitted into the cylinder, a piston rod connected to the piston and extending to an outside of the cylinder, and a damping force generating apparatus controlling a flow of the fluid generated by a sliding motion of the piston inside the cylinder; a suspension spring; a detector detecting a stroke position of the piston rod with respect to the cylinder; and characterised by a controller configured to control the damping force generating apparatus so that one of an extension side damping force and a compression side damping force is increased and the other of the extension side damping force and the compression side damping force is reduced in proportion to the stroke position detected by the detector. a shock absorber including a cylinder in which a fluid is sealed, a piston slidably fitted into the cylinder, a piston rod connected to the piston and extending to an outside of the cylinder, and a damping force generating apparatus controlling a flow of the fluid generated by a sliding motion of the piston inside the cylinder; a suspension spring; a detector detecting a stroke position of the piston rod with respect to the cylinder; and characterised by a controller configured to control the damping force generating apparatus so that one of an extension side damping force and a compression side damping force is increased and the other of the extension side damping force and the compression side damping force is reduced in proportion to the stroke position detected by the detector.
A method of preparing induced pluripotent stem cells, the method comprising the steps: (i) extruding a suspension of embryonic stem cells to produce embryonic stem cell-derived microvesicles; (ii) dedifferentiating somatic cells using the embryonic stem cell-derived microvesicles, to produce induced pluripotent stem cells, whereby the resultant induced pluripotent stem cells have a spontaneous differentiation capability to all cells. (i) extruding a suspension of embryonic stem cells to produce embryonic stem cell-derived microvesicles; (ii) dedifferentiating somatic cells using the embryonic stem cell-derived microvesicles, to produce induced pluripotent stem cells,
Automatic braking control system for a vehicle comprising: - a control block for receiving an error signal (δε) and providing an output signal (S Tb) representative of a control quantity (Tb), the output signal allowing to act on a vehicle braking apparatus (BRK-A), - an estimation and processing block for generating a controlled signal (ε), - a processing block for generating said error signal (δε) from a reference signal (s°) and the controlled signal (ε), the control block being of the modulating type and the estimation and processing block is so as to produce a controlled signal (ε), characterized in that: the estimation and processing block is configured to estimate a vehicle wheel slip (λ) and to compute a vehicle wheel deceleration (η), and to generate said controlled signal (ε) as a linear combination of a first signal corresponding to the estimated vehicle wheel slip (λ) and a second signal corresponding to the computed vehicle wheel deceleration (η), said linear combination being performed according to a first weight applied to the first signal and a second weight applied to the second signal, the first and second weight being fixed coefficients different from 0. - a control block for receiving an error signal (δε) and providing an output signal (S Tb) representative of a control quantity (Tb), the output signal allowing to act on a vehicle braking apparatus (BRK-A), - an estimation and processing block for generating a controlled signal (ε), - a processing block for generating said error signal (δε) from a reference signal (s°) and the controlled signal (ε), the control block being of the modulating type and the estimation and processing block is so as to produce a controlled signal (ε), characterized in that: the estimation and processing block is configured to estimate a vehicle wheel slip (λ) and to compute a vehicle wheel deceleration (η), and to generate said controlled signal (ε) as a linear combination of a first signal corresponding to the estimated vehicle wheel slip (λ) and a second signal corresponding to the computed vehicle wheel deceleration (η), said linear combination being performed according to a first weight applied to the first signal and a second weight applied to the second signal, the first and second weight being fixed coefficients different from 0. the estimation and processing block is configured to estimate a vehicle wheel slip (λ) and to compute a vehicle wheel deceleration (η), and to generate said controlled signal (ε) as a linear combination of a first signal corresponding to the estimated vehicle wheel slip (λ) and a second signal corresponding to the computed vehicle wheel deceleration (η), said linear combination being performed according to a first weight applied to the first signal and a second weight applied to the second signal, the first and second weight being fixed coefficients different from 0.
Operator control element for a vehicle that comprises a steering means for steering the vehicle, wherein the operator control element comprises - a base part that is designed to fasten the operator control element to the steering means of the vehicle; - a slide that is designed to be moved by a user of the operator control element in a first direction along an x-axis of a coordinate system relative to the base part in order to make a first input and to be moved in an opposite second direction along the x-axis relative to the base part in order to make a second input; and - a control unit that is designed to generate an input signal that is dependent on the input by the user, characterized in that the operator control part furthermore comprises - an operating part that at least partially encloses the slide and is designed to be moved by the user relative to the slide in a first direction along a y-axis of the coordinate system in order to make a third input and relative to the slide in an opposite second direction along the y-axis of the coordinate system in order to make a fourth input. - a base part that is designed to fasten the operator control element to the steering means of the vehicle; - a slide that is designed to be moved by a user of the operator control element in a first direction along an x-axis of a coordinate system relative to the base part in order to make a first input and to be moved in an opposite second direction along the x-axis relative to the base part in order to make a second input; and - a control unit that is designed to generate an input signal that is dependent on the input by the user, characterized in that the operator control part furthermore comprises - an operating part that at least partially encloses the slide and is designed to be moved by the user relative to the slide in a first direction along a y-axis of the coordinate system in order to make a third input and relative to the slide in an opposite second direction along the y-axis of the coordinate system in order to make a fourth input.
High density splice holder tray having a splice holder section comprising a plurality of inclined channels extending from a top to a bottom of the splice holder tray along a main development direction parallel to a first direction that is angled with respect to a vertical plane, each inclined channel having: a first portion, delimited by a first and a second wall that are parallel to each other and are parallel to said first direction, and presenting a cross section area, measured on a reference plane perpendicular to said first direction; two opposite lateral openings; a top opening and a bottom opening; wherein the bottom opening has an area smaller than the cross section area, wherein the first and second wall are spaced apart, along a direction perpendicular to the first direction, by a distance that is equal or greater than the diameter of a shrinkable protective sleeve of a splice. a first portion, delimited by a first and a second wall that are parallel to each other and are parallel to said first direction, and presenting a cross section area, measured on a reference plane perpendicular to said first direction; two opposite lateral openings; a top opening and a bottom opening; wherein the bottom opening has an area smaller than the cross section area, wherein the first and second wall are spaced apart, along a direction perpendicular to the first direction, by a distance that is equal or greater than the diameter of a shrinkable protective sleeve of a splice.
Temperature control device for a heating or cooling appliance in individual rooms in buildings with a room temperature controller and with electronically controllable actuators of heating appliances or cooling appliances, which are controlled by means of the room temperature controller, in order to obtain a preset or settable desired temperature of the room, wherein a detected actual temperature of the room is processed in the room temperature controller and is compared with the desired temperature of the room in each case and wherein the actuators are directly connected to the room temperature controller in control terms, characterized in that the room temperature controller is a combination of at least one temperature sensor in the room and a control program for controlling the room temperature in the manner of a conventional room thermostat stored in a control unit separate therefrom, but without fixed assignments and wiring of fixed elements in the respective room, which program is designed to reproduce the room conditions in the respective room, the actuators and the connections to the actuators in the respective room and in the case of temperature control, to take account along with the temperature detected by the temperature sensor, that the control unit is connected to the actuator or actuators and sensors via one-wire bus technology with master-slave hierarchy and dedicated virtual serial numbers of the components and that the control unit of the room temperature controller is arranged in a central distributor cabinet in the form of a control terminal strip. that the control unit is connected to the actuator or actuators and sensors via one-wire bus technology with master-slave hierarchy and dedicated virtual serial numbers of the components and that the control unit of the room temperature controller is arranged in a central distributor cabinet in the form of a control terminal strip.
Computer implemented method for determining probability distributions in an area for a pre-determined point in time using a hidden Markov model, the method comprising the following steps carried out by computer hardware components: - determining a probability distribution (204, 206, 208, 210) over a list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at a previous point in time, wherein the area comprises a cell of an occupancy grid, the occupancy grid comprising a plurality of further cells; - determining measurement data related to the area at the pre-determined point in time using a sensor; and - determining a probability distribution over the list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at the pre-determined point in time based on the measurement data and the probability distribution (204, 206, 208, 210) over the list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at the previous point in time; wherein the list of possible occupancy states (S, D, F, SD, SF, DF, SDF) comprises: a static occupancy state, a dynamic occupancy state, a free-space state, a first uncertainty state between the static occupancy state and the dynamic occupancy state, a second uncertainty state between the static occupancy state and the free-space state, a third uncertainty state between the dynamic occupancy state and the free-space state, and an unknown occupancy state. - determining a probability distribution (204, 206, 208, 210) over a list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at a previous point in time, wherein the area comprises a cell of an occupancy grid, the occupancy grid comprising a plurality of further cells; - determining measurement data related to the area at the pre-determined point in time using a sensor; and - determining a probability distribution over the list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at the pre-determined point in time based on the measurement data and the probability distribution (204, 206, 208, 210) over the list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at the previous point in time;
A mount for mounting a component to a gas turbine engine, comprising: a central portion configured to attach to the component; and a flange circumscribing the central portion and configured to extend to the gas turbine engine, the flange including a fusible region that breaks at a predetermined load; wherein: the mount further comprises a retention element for retaining the component to the gas turbine engine; and the fusible region is a fusible link, wherein the retention element includes two retention flanges configured to engage with each other when the fusible link breaks, the fusible link positioned between the two retention flanges. a central portion configured to attach to the component; and a flange circumscribing the central portion and configured to extend to the gas turbine engine, the flange including a fusible region that breaks at a predetermined load; wherein: the mount further comprises a retention element for retaining the component to the gas turbine engine; and the fusible region is a fusible link, wherein the retention element includes two retention flanges configured to engage with each other when the fusible link breaks, the fusible link positioned between the two retention flanges. the mount further comprises a retention element for retaining the component to the gas turbine engine; and the fusible region is a fusible link, wherein the retention element includes two retention flanges configured to engage with each other when the fusible link breaks, the fusible link positioned between the two retention flanges.
A method of unwinding elastomeric material in a process system for producing a product being a disposable absorbent article or protective medical clothing, drapes or gowns, the method comprising the steps of: loading a roll of elastomeric material in an unwind system, the roll of elastomeric material defining a diameter; programming a controller with an unwind equation, the controller in communication with the unwind system; computing a material feed rate based on a predetermined product circumference and an average stretch-to-stop roll profile, wherein the material feed rate is defined as the predetermined product circumference / ([(the average roll stretch-to-stop profile / 100%) + 1] x 2), and wherein the average stretch-to-stop roll profile is determined by sampling a plurality of roll diameters of a plurality of rolls of elastomeric material; inputting the diameter of the roll of elastomeric material and the material feed rate in the unwind equation of the controller; and unwinding a varying amount of material from the roll of elastomeric material at a varying unwind speed, the controller being responsive to the unwind equation to vary the unwind speed for forming a plurality of products, each product defining a respective circumference substantially equal to the predetermined product circumference. loading a roll of elastomeric material in an unwind system, the roll of elastomeric material defining a diameter; programming a controller with an unwind equation, the controller in communication with the unwind system; computing a material feed rate based on a predetermined product circumference and an average stretch-to-stop roll profile, wherein the material feed rate is defined as the predetermined product circumference / ([(the average roll stretch-to-stop profile / 100%) + 1] x 2), and wherein the average stretch-to-stop roll profile is determined by sampling a plurality of roll diameters of a plurality of rolls of elastomeric material; inputting the diameter of the roll of elastomeric material and the material feed rate in the unwind equation of the controller; and unwinding a varying amount of material from the roll of elastomeric material at a varying unwind speed, the controller being responsive to the unwind equation to vary the unwind speed for forming a plurality of products, each product defining a respective circumference substantially equal to the predetermined product circumference.
A fall arrest system comprising a safety line, at least one support and a traveller, in which the support comprises a cylindrical tube retaining the safety line and an attachment means for attaching the support to a structure, the cylindrical tube and attachment means being connected by a radial section extending vertically below the tube and an arm having a section narrower than the safety line and inclined relative to the vertical and the traveller comprising a body having a passage therethrough, a slot narrower than the safety line linking the passage to the exterior of the body and a load member suitable to attach the traveller to fall safety equipment, the slot being formed between an inner gate extending inwardly relative to the passage and an outer gate extending outwardly relative to the passage, both having respective opposed convex surfaces defining the slot between them, the inner gate and outer gate being arranged such that when the traveller is mounted on the support, the inclined section of the arm can pass through the slot.
A mobile terminal comprising: a display unit configured to display information; a wireless Internet module configured to wirelessly access the Internet; and a controller configured to display an Internet access history including web page images of captured web pages previously accessed through the wireless Internet module in a first area of the display unit, to group the web page images by categories, and to display the grouped web page images in the first area, wherein the controller is further configured to determine a number of the web pages previously accessed in order to only group the web page images by categories when a number of the web page images to be displayed on the first area exceeds a predetermined number, wherein the controller is further configured to group the web page images by categories corresponding to the web pages previously accessed having a same access route, wherein the controller is further configured to update at least a part of the web page images displayed in the first area by accessing the web pages corresponding to the web page images displayed in the first area according to a predetermined command, and wherein the controller is configured to access the web pages corresponding to the web page images displayed in the first area sequentially or simultaneously within a range allowed by data communication performance of the wireless Internet module. a display unit configured to display information; a wireless Internet module configured to wirelessly access the Internet; and a controller configured to display an Internet access history including web page images of captured web pages previously accessed through the wireless Internet module in a first area of the display unit, to group the web page images by categories, and to display the grouped web page images in the first area, wherein the controller is further configured to determine a number of the web pages previously accessed in order to only group the web page images by categories when a number of the web page images to be displayed on the first area exceeds a predetermined number, wherein the controller is further configured to group the web page images by categories corresponding to the web pages previously accessed having a same access route, wherein the controller is further configured to update at least a part of the web page images displayed in the first area by accessing the web pages corresponding to the web page images displayed in the first area according to a predetermined command, and wherein the controller is configured to access the web pages corresponding to the web page images displayed in the first area sequentially or simultaneously within a range allowed by data communication performance of the wireless Internet module.
An agricultural rectangular baler comprising a feeder system for repeatedly feeding a quantity of crop material towards a baling chamber of the baler, the feeder system comprising a feeding chamber and a stuffer comprising a pushing element, wherein the stuffer is arranged for repeatedly carrying out a stuffing cycle that comprises moving the pushing element at least partly into the feeding chamber at an entry position positioned along the feeding chamber, moving the pushing element through the feeding chamber for carrying out a stuffing stroke having a stroke depth into the feeding chamber, and moving the pushing element out of the feeding chamber at an exit position positioned along the feeding chamber, so that, in use, crop material that has accumulated in the feeding chamber is fed to the baling chamber as a result of the stuffing stroke, the stuffer being arranged for varying the entry position, the exit position, and/or the stroke depth, wherein the feeder system further comprises a sensor that is arranged for generating a sensor signal that is indicative for an amount of the accumulated crop material in the feeding chamber, the feeder system comprises a controller coupled to the sensor and the stuffer, the controller is arranged for triggering the stuffer to start a stuffing cycle wherein the entry position, the exit position, and/or the stroke depth is adjusted in response to the sensor signal, characterised in that the controller is further arranged for triggering the stuffer to start a modified stuffing cycle wherein a distance between the entry position and the exit position is increased compared to the normal stuffing cycle in response to an indication, by means of the sensor signal, of the amount of the accumulated crop material in the feeding chamber being less than a lower amount value.
A sole structure for an article of footwear, comprising: a sole component having an inner surface and an outer surface opposite the inner surface, wherein the sole component has a length and a thickness, the sole component includes a sole material, and the sole material has a density; wherein the density varies along the length of the sole component; wherein the sole component defines a plurality of holes extending from at least one of the inner surface and the outer surface and arranged to form an auxetic structure; wherein the auxetic structure is configured such that when the sole component is tensioned in a first direction, the sole component expands in both the first direction and in a second direction orthogonal to the first direction; and wherein a property of the auxetic structure varies as a function of the density of the sole material, wherein the property of the auxetic structure includes one or more of size, shape, quantity, spacing and/or depth of the plurality of holes. a sole component having an inner surface and an outer surface opposite the inner surface, wherein the sole component has a length and a thickness, the sole component includes a sole material, and the sole material has a density; wherein the density varies along the length of the sole component; wherein the sole component defines a plurality of holes extending from at least one of the inner surface and the outer surface and arranged to form an auxetic structure; wherein the auxetic structure is configured such that when the sole component is tensioned in a first direction, the sole component expands in both the first direction and in a second direction orthogonal to the first direction; and wherein a property of the auxetic structure varies as a function of the density of the sole material, wherein the property of the auxetic structure includes one or more of size, shape, quantity, spacing and/or depth of the plurality of holes.