mhurhangee/ep-ind-claims huggingface dataset:
A construction machine comprising a hydraulic system for construction machinery having a steering unit for controlling steering of equipment, and a main control valve for controlling operating of a work tool, the hydraulic system comprising: a main pump for discharging working fluid supplied to the steering unit and the main control valve; a load sensing pressure sensor for sensing a load sensing pressure of the steering unit; a priority valve installed in a supply passage for the working fluid discharged from the main pump, for dividing and supplying the working fluid discharged from the main pump to the steering unit and the main control valve, to correspond to the load sensing pressure; characterized in that the hydraulic system further comprises an auxiliary pump for supplementing working fluid to the supply passage supplying the working fluid divided by the priority valve to the steering unit; an electric motor for operating the auxiliary pump; and a controller for operating the electric motor when the load sensing pressure is greater than a reference load sensing pressure, and additionally supplying working fluid discharged from the auxiliary pump to the steering unit. a main pump for discharging working fluid supplied to the steering unit and the main control valve; a load sensing pressure sensor for sensing a load sensing pressure of the steering unit; a priority valve installed in a supply passage for the working fluid discharged from the main pump, for dividing and supplying the working fluid discharged from the main pump to the steering unit and the main control valve, to correspond to the load sensing pressure; characterized in that the hydraulic system further comprises an auxiliary pump for supplementing working fluid to the supply passage supplying the working fluid divided by the priority valve to the steering unit; an electric motor for operating the auxiliary pump; and a controller for operating the electric motor when the load sensing pressure is greater than a reference load sensing pressure, and additionally supplying working fluid discharged from the auxiliary pump to the steering unit.
An apparatus (300, 406, 502, 620, 640) for receiving touch-based user input to a display screen (100, 150, 320, 404, 508, 644, 704), comprising: an optically clear elastomeric membrane (306, 602, 622, 642, 712) sized to cover at least a portion of the display screen (100, 150, 320, 404, 508, 644, 704), and configured to contain fluid beneath the membrane (306, 602, 622, 642, 712) forming a sealed portion, the display screen (100, 150, 320, 404, 508, 644, 704) being integral to the apparatus (300, 406, 502, 620, 640) such that the display screen (100, 150, 320, 404, 508, 644, 704) forms a lower barrier of the sealed portion; an optically clear fluid (304, 610, 650) disposed beneath the membrane (306, 602, 622, 642, 712) having an index of refraction; one or more optically clear button structures (302, 408, 606, 626, 646, 710, 730) disposed in the fluid (304, 610, 650) having an index of refraction equivalent to the index of refraction of the optically clear fluid (304, 610, 650); and one or more means arranged to align the button structures (302, 408, 606, 626, 646, 710, 730) within the fluid (304, 610, 650). an optically clear elastomeric membrane (306, 602, 622, 642, 712) sized to cover at least a portion of the display screen (100, 150, 320, 404, 508, 644, 704), and configured to contain fluid beneath the membrane (306, 602, 622, 642, 712) forming a sealed portion, the display screen (100, 150, 320, 404, 508, 644, 704) being integral to the apparatus (300, 406, 502, 620, 640) such that the display screen (100, 150, 320, 404, 508, 644, 704) forms a lower barrier of the sealed portion; an optically clear fluid (304, 610, 650) disposed beneath the membrane (306, 602, 622, 642, 712) having an index of refraction; one or more optically clear button structures (302, 408, 606, 626, 646, 710, 730) disposed in the fluid (304, 610, 650) having an index of refraction equivalent to the index of refraction of the optically clear fluid (304, 610, 650); and one or more means arranged to align the button structures (302, 408, 606, 626, 646, 710, 730) within the fluid (304, 610, 650).
A well system, comprising: a well tool; a shunt tube flowpath extending longitudinally through the well tool; and at least a first check valve including a swellable material and a closure member, wherein the closure member is initially open, thereby permitting flow through the flowpath in a first direction, wherein the closure member closes in response to flow through the flowpath in a second direction opposite to the first direction, thereby preventing further flow through the flowpath in the second direction, and wherein the swellable material swells in response to contact with an activating fluid, and the closure member remains closed when the swellable material is swollen and thereby prevents fluid flow through the first check valve in both of the first and second directions (66, 68). a well tool; a shunt tube flowpath extending longitudinally through the well tool; and at least a first check valve including a swellable material and a closure member, wherein the closure member is initially open, thereby permitting flow through the flowpath in a first direction, wherein the closure member closes in response to flow through the flowpath in a second direction opposite to the first direction, thereby preventing further flow through the flowpath in the second direction, and wherein the swellable material swells in response to contact with an activating fluid, and the closure member remains closed when the swellable material is swollen and thereby prevents fluid flow through the first check valve in both of the first and second directions (66, 68).
Training workstation comprising: - one or more removable sports equipment; - a cabinet equipped with a door and housings for the removable sports equipment; - an electronic lock capable of opening/closing the door of the cabinet in response to an opening/closing command; - a control unit operatively connected to the electronic lock to send the opening command in response to a request for access by a user; and - a plurality of sensors adapted to detect the presence of removable sports equipment within the respective housings; characterised in that the control unit is configured to send the closing command to the electronic lock only in case the control unit has received an exit request from the user and each of the sensors detects the presence of the respective removable sport equipment within the respective housing. - one or more removable sports equipment; - a cabinet equipped with a door and housings for the removable sports equipment; - an electronic lock capable of opening/closing the door of the cabinet in response to an opening/closing command; - a control unit operatively connected to the electronic lock to send the opening command in response to a request for access by a user; and - a plurality of sensors adapted to detect the presence of removable sports equipment within the respective housings;
A motor control system, comprising: a motor; and a motor controller configured to control driving electric power for a motor comprising a plurality of safety function units configured to function simultaneously with each other, each of the plurality of safety function units being configured to, upon input of a safety request signal indicating whether to decelerate and/or stop the motor, monitor a relationship between a driving state quantity and an operation monitor pattern selected from a plurality of kinds of operation monitor patterns; wherein each of the plurality of safety function units is configured to select an input source of the safety request signal; and characterized in that each of the plurality of safety function units is configured to select another safety function unit as the input source and configured to receive, as the safety request signal, a monitor result obtained by the another safety function unit. a motor; and a motor controller configured to control driving electric power for a motor comprising a plurality of safety function units configured to function simultaneously with each other, each of the plurality of safety function units being configured to, upon input of a safety request signal indicating whether to decelerate and/or stop the motor, monitor a relationship between a driving state quantity and an operation monitor pattern selected from a plurality of kinds of operation monitor patterns; wherein each of the plurality of safety function units is configured to select an input source of the safety request signal; and characterized in that each of the plurality of safety function units is configured to select another safety function unit as the input source and configured to receive, as the safety request signal, a monitor result obtained by the another safety function unit.
A glass having a tin side and an opposite air side, wherein the tin side of the glass is supported on a molten tin bath during forming of the glass, the glass, comprising: a basic soda-lime-silica glass portion, and a colorant portion, comprising: total iron as Fe 2 O 3 selected from the group of total iron as Fe 2 O 3 in the range of greater than zero to 0.02 weight percent and total iron as Fe 2 O 3 in the range of greater than 0.02 weight percent to less than 0.10 weight percent; redox ratio 0.4 to 0.6, and tin and/or tin containing compounds providing tin in an amount within the range of greater than 0.005 to 5.0 weight percent, wherein the tin and/or the tin containing compound provides a concentration of tin that is uniform from the air side of the glass toward the tin side of the glass and the tin side of the glass has a higher concentration of tin than the air side. a basic soda-lime-silica glass portion, and a colorant portion, comprising: total iron as Fe 2 O 3 selected from the group of total iron as Fe 2 O 3 in the range of greater than zero to 0.02 weight percent and total iron as Fe 2 O 3 in the range of greater than 0.02 weight percent to less than 0.10 weight percent; redox ratio 0.4 to 0.6, and tin and/or tin containing compounds providing tin in an amount within the range of greater than 0.005 to 5.0 weight percent, total iron as Fe 2 O 3 selected from the group of total iron as Fe 2 O 3 in the range of greater than zero to 0.02 weight percent and total iron as Fe 2 O 3 in the range of greater than 0.02 weight percent to less than 0.10 weight percent; redox ratio 0.4 to 0.6, and tin and/or tin containing compounds providing tin in an amount within the range of greater than 0.005 to 5.0 weight percent, wherein the tin and/or the tin containing compound provides a concentration of tin that is uniform from the air side of the glass toward the tin side of the glass and the tin side of the glass has a higher concentration of tin than the air side.
An activating device featuring at least one textile air bag comprising at least two superimposed textile fabric layers (O, U) with a first fillable chamber of a first size which can be rendered by filling with a fluid from a non or little resting position into a filled activating position, said air bag comprising anchoring points to which it can be connected to objects to be activated, characterized in that said two textile fabric layers (O, U) are woven together into a OPW-fabric, i. e. a one-piece woven fabric, whereby a seam represents the single-layer portion connecting said two textile fabric layers (O, U) featuring a woven seam and surrounding said chamber, whereby said activating device comprises several chambers (K, K1, K2, K3, K4) each spaced apart from the other, whereby chambers each dimensioned the same and/or differingly are lined up, and each fillable with fluid each independently of the other, separately or in common.
A charge isolated ejector mechanism for generating droplets of a fluid comprising: a generator plate having a plurality of openings formed through its thickness; a first conducting layer; and a second conducting layer; characterized by a piezoelectric actuator operable to directly or indirectly oscillate the generator plate upon application of a voltage; and a dielectric layer; wherein the first conducting layer separates the piezoelectric actuator from the dielectric layer, the dielectric layer separates the first conducting layer from the second conducting layer, and the second conducting layer separates the dielectric from the generator plate, thereby charge isolating and grounding the generator plate. a generator plate having a plurality of openings formed through its thickness; a first conducting layer; and a second conducting layer; characterized by a piezoelectric actuator operable to directly or indirectly oscillate the generator plate upon application of a voltage; and a dielectric layer; wherein the first conducting layer separates the piezoelectric actuator from the dielectric layer, the dielectric layer separates the first conducting layer from the second conducting layer, and the second conducting layer separates the dielectric from the generator plate, thereby charge isolating and grounding the generator plate.
A data detection device for use in combination with a magnetic resonance imaging apparatus, the data detection device comprising: - a magnetic field detection unit for detecting a temporally varying magnetic field generated by the MRI apparatus, and - a timestamping unit for generating magnetic field detection timestamps in dependence of the detected temporally varying magnetic field, wherein the timestamping unit is adapted to generate the magnetic field detection timestamps in accordance with a common time base that is also utilized for generating data timestamps for data detected by the data detection device. - a magnetic field detection unit for detecting a temporally varying magnetic field generated by the MRI apparatus, and - a timestamping unit for generating magnetic field detection timestamps in dependence of the detected temporally varying magnetic field,
A mass for the production of high temperature-resistant or refractory shaped bodies, containing a mixture of: - a refractory or high temperature-resistant inorganic powder, grains and/or granules, - a binder, characterized by that the binder contains a combination of tannin, lactose, fine-grain silicon dioxide, and aluminum powder. - a refractory or high temperature-resistant inorganic powder, grains and/or granules, - a binder, characterized by that the binder contains a combination of tannin, lactose, fine-grain silicon dioxide, and aluminum powder.
An extendable mouth stylus for activating functions on a touch screen or keys, said extendable mouth stylus comprising: - a piston housing (11, 120) having a first end part and a second end part, - a piston (140, 3) comprising a piston rod (2, 123) comprising a first piston end and a second piston end, - an activation part (13, 125) arranged at the second piston end of the piston rod (2, 123), - a mouthpiece (126, 14) arranged at the one end of the piston housing (11, 120), wherein the piston rod (2, 123) is arranged entirely or partly inside the piston housing (11, 120), and in that the piston (140, 3) and piston rod are displaceably arranged in relation to the piston housing (11, 120) by means of air sipped out of or puffed into the piston housing (11, 120) characterised in that the extendable mouth stylus further comprises a slidable weight arranged to slide on the piston rod (2, 123). - a piston housing (11, 120) having a first end part and a second end part, - a piston (140, 3) comprising a piston rod (2, 123) comprising a first piston end and a second piston end, - an activation part (13, 125) arranged at the second piston end of the piston rod (2, 123), - a mouthpiece (126, 14) arranged at the one end of the piston housing (11, 120),
A plant-trimming apparatus, comprising: (a) two spaced-apart end plates; (b) a rotatable tumbler comprising a perforated cylindrical wall; (c) a rotatable reel comprising a reel shaft and a reel blade; (d) a motor arranged to drive the reel and the tumbler; (e) a bed bar assembly comprising a bed bar and a bed knife, the bed knife being in operative engagement with the reel blade for cutting of plant material from the tumbler; characterised by (f) two bearing blocks, each detachably connected to a respective end plate, rotatably supporting a respective end of the reel; and (g) a locking mechanism (65, 67, 70, 72) operable to secure the bearing blocks and the bed bar assembly to the end plates. (a) two spaced-apart end plates; (b) a rotatable tumbler comprising a perforated cylindrical wall; (c) a rotatable reel comprising a reel shaft and a reel blade; (d) a motor arranged to drive the reel and the tumbler; (e) a bed bar assembly comprising a bed bar and a bed knife, the bed knife being in operative engagement with the reel blade for cutting of plant material from the tumbler; characterised by (f) two bearing blocks, each detachably connected to a respective end plate, rotatably supporting a respective end of the reel; and (g) a locking mechanism (65, 67, 70, 72) operable to secure the bearing blocks and the bed bar assembly to the end plates.
A vehicle window plate, wherein: a maximum value of a variation of a curvature in a vertical direction is ±7.6E-6 mm -2 or less at least within a HUD display area, a position on the vehicle window plate that is most distant from a chord connecting an upper side of the vehicle window plate and a lower side of the vehicle window plate is located more closely to the upper side than a center position in the vertical direction; the curvature increases monotonically from the lower side to the upper side at least within the HUD display area; the variation of the curvature of the vehicle window plate is constant within the HUD display area; the variation of the curvature of the vehicle window plate is constant between different positions in a horizontal direction; the HUD display area is 10 cm 2 or more and 1000 cm 2 or less.. a maximum value of a variation of a curvature in a vertical direction is ±7.6E-6 mm -2 or less at least within a HUD display area, a position on the vehicle window plate that is most distant from a chord connecting an upper side of the vehicle window plate and a lower side of the vehicle window plate is located more closely to the upper side than a center position in the vertical direction; the curvature increases monotonically from the lower side to the upper side at least within the HUD display area; the variation of the curvature of the vehicle window plate is constant within the HUD display area; the variation of the curvature of the vehicle window plate is constant between different positions in a horizontal direction; the HUD display area is 10 cm 2 or more and 1000 cm 2 or less..
A refrigerator comprising: a cabinet having a storage space therein; a drawer slidably movable into and out from the storage space, the drawer comprising a door; and a storage box provided at the door; an elevation plate disposed within the storage box; and an elevation device for lifting the elevation plate, the elevation device including: a first elevation part engaged with the elevation plate at a first point of the elevation plate; and a second elevation part engaged with the elevation plate at a second point of the elevation plate, the first and second point being spaced apart from each other, characterized in that at least one of or each of the first elevation part and the second elevation part comprises: a driving motor; a curved rack configured to be rotated by the driving motor; and an elevation bar coupled at one end to the curved rack and being movably engaged at the other end opposite to the one end with the elevation plate. a cabinet having a storage space therein; a drawer slidably movable into and out from the storage space, the drawer comprising a door; and a storage box provided at the door; an elevation plate disposed within the storage box; and an elevation device for lifting the elevation plate, the elevation device including: a first elevation part engaged with the elevation plate at a first point of the elevation plate; and a second elevation part engaged with the elevation plate at a second point of the elevation plate, the first and second point being spaced apart from each other, characterized in that at least one of or each of the first elevation part and the second elevation part comprises: a driving motor; a curved rack configured to be rotated by the driving motor; and an elevation bar coupled at one end to the curved rack and being movably engaged at the other end opposite to the one end with the elevation plate. a first elevation part engaged with the elevation plate at a first point of the elevation plate; and a second elevation part engaged with the elevation plate at a second point of the elevation plate, the first and second point being spaced apart from each other, characterized in that at least one of or each of the first elevation part and the second elevation part comprises: a driving motor; a curved rack configured to be rotated by the driving motor; and an elevation bar coupled at one end to the curved rack and being movably engaged at the other end opposite to the one end with the elevation plate. a driving motor; a curved rack configured to be rotated by the driving motor; and an elevation bar coupled at one end to the curved rack and being movably engaged at the other end opposite to the one end with the elevation plate.
Optical device, in particular for a motor vehicle, this device comprising a plurality of light modules, at least one of said modules comprising: - a light source, in particular comprising an LED, - a reflector arranged to reflect light coming from the light source, - a lens arranged on the path of a light beam coming from the reflector, this lens having an optical axis, - the light source is arranged at a distance from the optical axis (Oxi) of the lens, so that the light source is not visible through the lens, in which device: - said light modules of the plurality of light modules, at least some of which are preferably identical, are arranged to form together a regulatory beam, in particular a regulatory signalling beam, and - said modules are arranged along a curved line, in particular this line substantially follows a curved edge of the device, this line possibly exhibiting a bend. - a light source, in particular comprising an LED, - a reflector arranged to reflect light coming from the light source, - a lens arranged on the path of a light beam coming from the reflector, this lens having an optical axis, - the light source is arranged at a distance from the optical axis (Oxi) of the lens, so that the light source is not visible through the lens, - said light modules of the plurality of light modules, at least some of which are preferably identical, are arranged to form together a regulatory beam, in particular a regulatory signalling beam, and - said modules are arranged along a curved line, in particular this line substantially follows a curved edge of the device, this line possibly exhibiting a bend.