mhurhangee/ep-ind-claims huggingface dataset:
A cantilever umbrella comprising: a support pole having a lower end and an upper end; a boom coupled with the support pole at an inner end and having an outer end disposed away from the support pole; a canopy assembly coupled with the boom; and a housing disposed at the inner end of the boom, the housing having a shade angle mechanism partially disposed in the housing, the shade angle mechanism having: a locking device disposed therein for permitting, in a first, disengaged configuration, rotation of a portion of the boom about its longitudinal axis and for preventing rotation of the boom in a second configuration; and an actuator disposed on the boom, the actuator rotating the boom about the longitudinal axis thereof when the locking device is disengaged and the actuator acted upon; the cantilever umbrella further comprising a slide pivotally coupled with the housing and configured to travel upward and downward on the support pole; characterised in that for opening and closing the canopy assembly the housing includes a space disposed therein in which a spool is journaled for rotation, the spool being mounted on a shaft that extends to an opening in the housing, the shaft having an engagement feature for coupling with a crank. a support pole having a lower end and an upper end; a boom coupled with the support pole at an inner end and having an outer end disposed away from the support pole; a canopy assembly coupled with the boom; and a housing disposed at the inner end of the boom, the housing having a shade angle mechanism partially disposed in the housing, the shade angle mechanism having: a locking device disposed therein for permitting, in a first, disengaged configuration, rotation of a portion of the boom about its longitudinal axis and for preventing rotation of the boom in a second configuration; and an actuator disposed on the boom, the actuator rotating the boom about the longitudinal axis thereof when the locking device is disengaged and the actuator acted upon; a locking device disposed therein for permitting, in a first, disengaged configuration, rotation of a portion of the boom about its longitudinal axis and for preventing rotation of the boom in a second configuration; and an actuator disposed on the boom, the actuator rotating the boom about the longitudinal axis thereof when the locking device is disengaged and the actuator acted upon; the cantilever umbrella further comprising a slide pivotally coupled with the housing and configured to travel upward and downward on the support pole; characterised in that for opening and closing the canopy assembly the housing includes a space disposed therein in which a spool is journaled for rotation, the spool being mounted on a shaft that extends to an opening in the housing, the shaft having an engagement feature for coupling with a crank.
A method for purifying 2,3,3,3-tetrafluoropropene (HFO-1234yf) comprising the steps of: cooling a liquid mixture obtained by fluorination of chlorofluorohydrocarbon and containing HFO-1234yf, 2-chloro-3,3,3-trifluoropropene and hydrogen fluoride to separate the liquid mixture into an upper liquid phase having a high HF concentration and a lower liquid phase having a high HFO-1234yf concentration; distilling the lower liquid phase obtained in step and withdrawing a mixture containing HFO-1234yf and HF from the top of the distillation column, thereby obtaining HFO-1234yf containing substantially no HF from the bottom of the distillation column. cooling a liquid mixture obtained by fluorination of chlorofluorohydrocarbon and containing HFO-1234yf, 2-chloro-3,3,3-trifluoropropene and hydrogen fluoride to separate the liquid mixture into an upper liquid phase having a high HF concentration and a lower liquid phase having a high HFO-1234yf concentration; distilling the lower liquid phase obtained in step and withdrawing a mixture containing HFO-1234yf and HF from the top of the distillation column, thereby obtaining HFO-1234yf containing substantially no HF from the bottom of the distillation column.
Perforator assembly for rewinder machines of sheet material, particularly paper, comprising a perforator cylinder rotating around its own axis, whose cylindrical surface is provided with an even number of blades with a continuous cutting edge and helical profile, and a normally fixed counter-cylinder having a rectilinear counter-blade with a discontinuous cutting edge, such that during rotation of the perforator cylinder there is a continuous punctiform contact between a blade and the counter-blade which determines, on a web material passing between the cylinders and, transverse perforation lines at regular intervals which are dependent on the distance between the blades and on the peripheral speed of the perforator cylinder with respect to the feed speed of the web, characterised in that said blades are mounted on the perforator cylinder so as to be brought automatically, without manual intervention by the operator, from a work position in which they come into contact with said counter-blade to perform the perforation of the web to a rest position spaced away from the counter-blade to let the web pass freely, wherein each of said blades is mounted on a respective blade holder, operable to bring the blade along a work trajectory or a rest trajectory by means of inflatable tubes or sleeves, respectively.
A fluid pressure reduction device comprising: a plurality of stacked disks (48, 68, 78, 90) having a perimeter and hollow centers aligned along a longitudinal axis; each disk having a plurality of respective fluid flow passages (70, 80) extending from a passage inlet at the disk hollow center to sub-flow outlet (54a/b, 64a/b, 74a/b, 88a/b) for the outlet flow at the disk perimeter; wherein each respective fluid flow passage including a tortuous flow path with each tortuous flow path remaining independent from each other tortuous flow path in traversing through said disk to substantially avoid collisions between respective tortuous flow paths; and wherein each respective fluid flow passage further includes a splitting sub-flow section (52, 62, 72, 82, 90) providing at least one splitting of the fluid flow into two sub-flow paths ending at respective sub-flow outlets at the disk perimeter; and wherein the fluid flow passage includes a balanced mass flow means (76a/b, 86, 84, 92) for equilibrating the mass flow from the fluid flow passage into the sub-flow paths characterized in that the balanced mass flow means includes an inwardly tapered section that straightens flow of fluid as the fluid enters the splitting sub-flow section. a plurality of stacked disks (48, 68, 78, 90) having a perimeter and hollow centers aligned along a longitudinal axis; each disk having a plurality of respective fluid flow passages (70, 80) extending from a passage inlet at the disk hollow center to sub-flow outlet (54a/b, 64a/b, 74a/b, 88a/b) for the outlet flow at the disk perimeter; wherein each respective fluid flow passage including a tortuous flow path with each tortuous flow path remaining independent from each other tortuous flow path in traversing through said disk to substantially avoid collisions between respective tortuous flow paths; and wherein each respective fluid flow passage further includes a splitting sub-flow section (52, 62, 72, 82, 90) providing at least one splitting of the fluid flow into two sub-flow paths ending at respective sub-flow outlets at the disk perimeter; and wherein the fluid flow passage includes a balanced mass flow means (76a/b, 86, 84, 92) for equilibrating the mass flow from the fluid flow passage into the sub-flow paths characterized in that the balanced mass flow means includes an inwardly tapered section that straightens flow of fluid as the fluid enters the splitting sub-flow section.
A method of making a media, the method comprising mixing together three components, granulating the mixture and firing the granules formed, characterised in that the first component is silica sand, the second component is mica granite sand, and the third component is a glass powder, with the firing taking place at a temperature such that the third component melts during firing.
A cartridge adapted to supply liquid to a printing apparatus, the printing apparatus comprising a plurality of apparatus-side contact forming members, the printing apparatus also comprising a lever having an engagement portion, the cartridge comprising: an electrical device; a liquid source; an liquid supply structure adapted and configured to supply liquid from the liquid source to the printing apparatus, the liquid supply structure having a mounting direction leading edge defining a plane; an adapter having: electrically conductive terminals coupled to the electrical device, the terminals arranged to make contact with and receive elastic force from the contact forming members at contact portions of the terminals when the cartridge supplies liquid to the printing apparatus, the contact portions of the terminals arranged substantially in a contact portion plane which is neither parallel nor perpendicular to the plane defined by the leading edge; and a first restriction portion provided on a front of the adapter and having an engagement portion adapted to engage with the engagement portion of the lever so as to restrict movement of the adapter in a direction opposite the mounting direction, the first restriction portion being positioned adjacent the contact portion plane. an electrical device; a liquid source; an liquid supply structure adapted and configured to supply liquid from the liquid source to the printing apparatus, the liquid supply structure having a mounting direction leading edge defining a plane; an adapter having: electrically conductive terminals coupled to the electrical device, the terminals arranged to make contact with and receive elastic force from the contact forming members at contact portions of the terminals when the cartridge supplies liquid to the printing apparatus, the contact portions of the terminals arranged substantially in a contact portion plane which is neither parallel nor perpendicular to the plane defined by the leading edge; and a first restriction portion provided on a front of the adapter and having an engagement portion adapted to engage with the engagement portion of the lever so as to restrict movement of the adapter in a direction opposite the mounting direction, the first restriction portion being positioned adjacent the contact portion plane.
Method for operating a spindle at a workstation of a two-for-one twisting or cabling machine, in which method an outer thread is pulled from a first feed package and circles around the spindle in a thread balloon, the workstation comprising a device for influencing the balloon thread tension of the outer thread, which device is connected to a control system, and the workstation having a spindle pot for receiving a second feed package, a rotatably mounted thread deflecting device, a balancing system for forming a twisting or cabling point, and a winding and wrapping device, it being possible to adjust the thread balloon shape by means of the device for influencing the balloon thread tension, characterised in that the workstation is operated without a storage disc and the thread balloon is driven by means of a fixed throw-off point on the rotatably mounted thread deflecting device, the control system controlling the device for influencing the balloon thread tension in such a way that a minimal thread balloon size always results, a fixed throw-off geometry of the outer thread resulting from the fixed throw-off point of the thread deflecting device, and a throw-off angle of the outer thread that leads to minimisation of the diameter of the free thread balloon that forms automatically arises because of the fixed throw-off point of the thread deflecting device and because of the increased thread tension in the region of the fixed throw-off point.
A method for forming a multiple-layer electrode structure on a solar cell, the method comprising: depositing a conductive contact layer on a semiconductor substrate; depositing a metal bearing ink onto a portion of the conductive contact layer, wherein exposed portions of the conductive contact layer are adjacent to the metal bearing ink; and patterning the conductive contact layer by removing the exposed portions of the conductive contact layer from the semiconductor substrate. depositing a conductive contact layer on a semiconductor substrate; depositing a metal bearing ink onto a portion of the conductive contact layer, wherein exposed portions of the conductive contact layer are adjacent to the metal bearing ink; and patterning the conductive contact layer by removing the exposed portions of the conductive contact layer from the semiconductor substrate.
Mounting device for mounting a photovoltaic system on a frame covered with tiles, the mounting device comprising: - a tile intended to cover the frame and having a tile hole; - a sleeve fixed inside the tile hole, said sleeve having an opening; - an anchoring member intended to anchor the photovoltaic system on the frame, the anchoring member passing through the opening of the sleeve and being, on the one hand, intended to be fixed to an anchoring support fixed to the frame and, on the other hand, intended to be fixed to the photovoltaic system; - a cover covering the opening of the sleeve to protect it, the cover being provided with a cover hole and being fixed to the anchoring member which passes through said cover hole in a sealed way, said cover being placed at a distance from the sleeve so as to guarantee a positioning tolerance of the anchoring member with respect to the sleeve wherein the cover has an axis of revolution and the cover hole is offset with respect to said axis of revolution, and the cover contains a cover seal on its hole so as to seal the connection between the anchoring member and the cover. - a tile intended to cover the frame and having a tile hole; - a sleeve fixed inside the tile hole, said sleeve having an opening; - an anchoring member intended to anchor the photovoltaic system on the frame, the anchoring member passing through the opening of the sleeve and being, on the one hand, intended to be fixed to an anchoring support fixed to the frame and, on the other hand, intended to be fixed to the photovoltaic system; - a cover covering the opening of the sleeve to protect it, the cover being provided with a cover hole and being fixed to the anchoring member which passes through said cover hole in a sealed way, said cover being placed at a distance from the sleeve so as to guarantee a positioning tolerance of the anchoring member with respect to the sleeve
A traditional Chinese medicine composition comprising Salvianolic acid T, the composition consisting of following materials by weight percentage: 30%∼80% of phenolic acids, 2%~10% of tanshinones and 15%∼60% of saponines, wherein said phenolic acids are composed of following ingredients by weight parts: Danshensu: protocatechuic acid: protocatechuic aldehyde: caffeic acid: Salvianolic acid U+ Salvianolic acid T: rosmarinic acid: lithospermic acid: Salvianolic acid B: Salvianolic acid A: Salvianolic acid G isomer: Salvianolic acid G: Salvianolic D= (2∼6): (0.01∼0.05): (1∼3): (0.01∼0.06): (0.5-2): (0.2-1): (0.05∼0.3): (0.5-2): (0.2-1): (0.1∼0.5): (0.1~0.5): (0.2-1); or wherein said phenolic acid derivatives are composed of following ingredients by weight parts: Danshensu: protocatechuic acid: Salvianolic acid U+ Salvianolic acid T: Salvianolic D: Salvianolic acid G: rosmarinic acid: lithospermic acid: Salvianolic acid B: Salvianolic acid A = (3∼5): (1∼2): (0.5-2): (0.3∼0.8): (0.1∼0.5): (0.3-1.5): (0.1∼0.3): (0.5-2): (0.5∼1.5). Danshensu: protocatechuic acid: protocatechuic aldehyde: caffeic acid: Salvianolic acid U+ Salvianolic acid T: rosmarinic acid: lithospermic acid: Salvianolic acid B: Salvianolic acid A: Salvianolic acid G isomer: Salvianolic acid G: Salvianolic D= (2∼6): (0.01∼0.05): (1∼3): (0.01∼0.06): (0.5-2): (0.2-1): (0.05∼0.3): (0.5-2): (0.2-1): (0.1∼0.5): (0.1~0.5): (0.2-1); or wherein said phenolic acid derivatives are composed of following ingredients by weight parts: Danshensu: protocatechuic acid: Salvianolic acid U+ Salvianolic acid T: Salvianolic D: Salvianolic acid G: rosmarinic acid: lithospermic acid: Salvianolic acid B: Salvianolic acid A = (3∼5): (1∼2): (0.5-2): (0.3∼0.8): (0.1∼0.5): (0.3-1.5): (0.1∼0.3): (0.5-2): (0.5∼1.5).
A geopositioning system, comprising: an accelerometer comprising three sensing axes; a gyroscope comprising three sensing axes; a magnetometer comprising three sensing axes; and a processing circuit, the processing circuit being configured to calculate a location of the geopositioning system as a latitude, longitude, and altitude with respect to the Earth based on a combined output of the accelerometer, the gyroscope, and the magnetometer, the system being characterised in that the calculating of the location comprises: calculating the location without receiving signals provided by a constellation of orbiting satellites; determining a plane of a local horizon from measurements performed by the accelerometer; determining a direction of a spin axis of the Earth from measurements performed by the gyroscope; and calculating the latitude from the angle between the local horizon and the spin axis. an accelerometer comprising three sensing axes; a gyroscope comprising three sensing axes; a magnetometer comprising three sensing axes; and a processing circuit, the processing circuit being configured to calculate a location of the geopositioning system as a latitude, longitude, and altitude with respect to the Earth based on a combined output of the accelerometer, the gyroscope, and the magnetometer, the system being characterised in that the calculating of the location comprises: calculating the location without receiving signals provided by a constellation of orbiting satellites; determining a plane of a local horizon from measurements performed by the accelerometer; determining a direction of a spin axis of the Earth from measurements performed by the gyroscope; and calculating the latitude from the angle between the local horizon and the spin axis. calculating the location without receiving signals provided by a constellation of orbiting satellites; determining a plane of a local horizon from measurements performed by the accelerometer; determining a direction of a spin axis of the Earth from measurements performed by the gyroscope; and calculating the latitude from the angle between the local horizon and the spin axis.
An energy estimation device comprising: an energy change quantity estimation unit configured to estimate an energy change quantity of a vehicle in correspondence to a selected link and considering data of a next link adjacent to the selected link such as average speed and altitude and for each of the links set in correspondence to a predetermined road segment; an axle torque calculation unit configured to calculate, based upon the energy change quantity estimated by the energy change quantity estimation unit, an axle torque applied to an axle of the vehicle during energy regeneration, wherein the axle torque is calculated for a regeneration link in which energy is regenerated upon traveling of the vehicle on a road segment; an allocation ratio calculation unit configured to calculate, based upon the axle torque calculated by the axle torque calculation unit, an allocation ratio, the allocation ratio being a ratio of allocation of a regeneration brake relative to a friction brake of the vehicle for the regeneration link, wherein the relationships between axle torques and the allocation ratios are stored in advance; and a regeneration energy estimation unit configured to estimate regeneration energy of the vehicle for the regeneration link based upon the energy change quantity and the allocation ratio calculated by the allocation ratio calculation unit. an energy change quantity estimation unit configured to estimate an energy change quantity of a vehicle in correspondence to a selected link and considering data of a next link adjacent to the selected link such as average speed and altitude and for each of the links set in correspondence to a predetermined road segment; an axle torque calculation unit configured to calculate, based upon the energy change quantity estimated by the energy change quantity estimation unit, an axle torque applied to an axle of the vehicle during energy regeneration, wherein the axle torque is calculated for a regeneration link in which energy is regenerated upon traveling of the vehicle on a road segment; an allocation ratio calculation unit configured to calculate, based upon the axle torque calculated by the axle torque calculation unit, an allocation ratio, the allocation ratio being a ratio of allocation of a regeneration brake relative to a friction brake of the vehicle for the regeneration link, wherein the relationships between axle torques and the allocation ratios are stored in advance; and a regeneration energy estimation unit configured to estimate regeneration energy of the vehicle for the regeneration link based upon the energy change quantity and the allocation ratio calculated by the allocation ratio calculation unit.
An allulose syrup having a total dry solids content of from 70% to 78% by weight, and comprising allulose in an amount of at least 90% by weight on a dry solids basis, wherein the pH of the syrup is from 3.5 to 5.0.
Light module, notably of a vehicle, said light module comprising: - a semiconductor light source comprising a plurality of light-emitting units (11, 12, 13, 14) of submillimetric dimensions, the units being distributed in different selectively activatable light zones (1, 2, 3, 4), - at least one shaping optic, capable of receiving the light rays emitted by said light zones (1, 2, 3, 4) and of deflecting them out of the light module, the shaping optic being arranged in such a way as to form an image of the light source comprising a plurality of pixels (p), each pixels (p) is an image of one of said selectively activatable light zones (1, 2, 3, 4) charactherized in that - the light source is configured and the shaping optic is arranged in such a way that at least a part of these pixels (p) exhibit an angular aperture (α) of at most 1° in at least one given direction; and - the selectively activatable light zones (1, 2, 3, 4) are arranged in such a way that the image of the light source comprises a central zone (Zc) and an off-center zone (Zp) between said central zone and edges of the image of the light source, the plurality of pixels (p) being distributed in the central zone (Zc) and in the off-center zone, the pixels inside the central zone being smaller than those situated outside of the central zone. - a semiconductor light source comprising a plurality of light-emitting units (11, 12, 13, 14) of submillimetric dimensions, the units being distributed in different selectively activatable light zones (1, 2, 3, 4), - at least one shaping optic, capable of receiving the light rays emitted by said light zones (1, 2, 3, 4) and of deflecting them out of the light module, the shaping optic being arranged in such a way as to form an image of the light source comprising a plurality of pixels (p), each pixels (p) is an image of one of said selectively activatable light zones (1, 2, 3, 4) - the light source is configured and the shaping optic is arranged in such a way that at least a part of these pixels (p) exhibit an angular aperture (α) of at most 1° in at least one given direction; and - the selectively activatable light zones (1, 2, 3, 4) are arranged in such a way that the image of the light source comprises a central zone (Zc) and an off-center zone (Zp) between said central zone and edges of the image of the light source, the plurality of pixels (p) being distributed in the central zone (Zc) and in the off-center zone, the pixels inside the central zone being smaller than those situated outside of the central zone.