mhurhangee/ep-ind-claims huggingface dataset:
An engine system comprising: a variable compression device (6, 7, 8, 300) having a fluid chamber to which a pressurized working fluid is supplied so that a piston rod connected to a piston is moved in a high compression ratio direction; a supply device that supplies a lubricating fluid to a cylinder portion on which the piston slides; a detection device that outputs a signal including position information of the piston; and a control device that controls the supply device based on the signal, wherein the control device changes a supply timing of the lubricating fluid of the supply device, when the piston rod is moved in the high compression ratio direction, characterized in that the control device adjusts a supply amount per unit time of the lubricating fluid in accordance with a preset compression ratio (ε), when the piston rod is moved in the high compression ratio direction. a variable compression device (6, 7, 8, 300) having a fluid chamber to which a pressurized working fluid is supplied so that a piston rod connected to a piston is moved in a high compression ratio direction; a supply device that supplies a lubricating fluid to a cylinder portion on which the piston slides; a detection device that outputs a signal including position information of the piston; and a control device that controls the supply device based on the signal, wherein the control device changes a supply timing of the lubricating fluid of the supply device, when the piston rod is moved in the high compression ratio direction, characterized in that the control device adjusts a supply amount per unit time of the lubricating fluid in accordance with a preset compression ratio (ε), when the piston rod is moved in the high compression ratio direction.
A garden tool storage device for any of a first tool and a second tool for gardening, comprising: a body; and one or more cavities defined in the body, wherein each of the one or more cavities 140 allow removable coupling of any of the first tool and the second tool; wherein the one or more cavities comprise at least one first coupling and at least one second coupling adapted to removably couple therewith; whereby the one or more cavities is such that any force or bending moment from the first tool and the second tool is transferred to the first coupling and the second coupling respectively; characterized in that the first coupling is different from the second coupling. a body; and one or more cavities defined in the body, wherein each of the one or more cavities 140 allow removable coupling of any of the first tool and the second tool; wherein the one or more cavities comprise at least one first coupling and at least one second coupling adapted to removably couple therewith; whereby the one or more cavities is such that any force or bending moment from the first tool and the second tool is transferred to the first coupling and the second coupling respectively; characterized in that the first coupling is different from the second coupling.
A decorative panel comprising a core layer, a decorative layer applied to said core, and a transparent or translucent outermost layer applied to said decorative layer, said outermost layer consisting of a synthetic resin, said decorative layer is a IR reflectivity increasing layer, comprising a layer of white pigmented synthetic resin and a colored layer adjacent to the outermost layer and comprising pigments chosen from the group of the IR reflective type pigments and IR transmissive type pigments, or a combination thereof, characterized in that said IR reflectivity increasing layer further comprises a white pigmented, synthetic resin impregnated decorative paper adjacent the core, wherein said layer of white pigmented synthetic resin is positioned between said colored layer and said white pigmented, synthetic resin impregnated decorative paper.
An antenna system, comprising: a substantially planar portion comprising a heat sink; a hemispherical dome attached to the substantially planar portion at a base of the hemispherical dome, wherein the hemispherical dome includes a hemispherical layered Luneburg lens; and one or more antenna elements positioned within the hemispherical dome, each antenna element communicatively coupled to a data feed and configured to transmit and/or receive data bursts according to a transmission scheme comprising an orthogonal time frequency space, OTFS, transform that converts a signal between a time-frequency domain and a delay-Doppler domain and corresponds to an application of a symplectic Fourier transform. a substantially planar portion comprising a heat sink; a hemispherical dome attached to the substantially planar portion at a base of the hemispherical dome, wherein the hemispherical dome includes a hemispherical layered Luneburg lens; and one or more antenna elements positioned within the hemispherical dome, each antenna element communicatively coupled to a data feed and configured to transmit and/or receive data bursts according to a transmission scheme comprising an orthogonal time frequency space, OTFS, transform that converts a signal between a time-frequency domain and a delay-Doppler domain and corresponds to an application of a symplectic Fourier transform.
A method for polymerizing propylene, optionally with one or more additional comonomers, comprising: a. introducing catalyst into a gas phase reactor wherein the gas phase reactor has a given temperature; b. introducing a recycle fluid comprising propylene and optionally comonomer into the gas phase reactor, said recycle fluid having a given dew point at the inlet to the gas phase reactor; c. introducing a mixed electron donor system into the gas phase reactor, wherein the mixed electron donor system comprises at least one selectivity control agent and at least one activity limiting agent; and d. introducing propylene, optionally with one or more additional comonomers into the gas phase reactor; wherein the method is characterized by having a difference between the reactor temperature and the dew point temperature of the recycle fluid of 12°C, or greater. a. introducing catalyst into a gas phase reactor wherein the gas phase reactor has a given temperature; b. introducing a recycle fluid comprising propylene and optionally comonomer into the gas phase reactor, said recycle fluid having a given dew point at the inlet to the gas phase reactor; c. introducing a mixed electron donor system into the gas phase reactor, wherein the mixed electron donor system comprises at least one selectivity control agent and at least one activity limiting agent; and d. introducing propylene, optionally with one or more additional comonomers into the gas phase reactor;
A dispersion kneading method by using a kneading segment that is provided in each of a pair of kneading screws (3, 3) rotatably accommodated in a barrel having a cavity therein and rotating in the same direction along with the kneading screws (3, 3) so as to knead a material supplied into the cavity of the barrel, wherein the kneading segment includes two kneading flights protruding outward in the radial direction, a cross-sectional shape of the kneading segment includes two identical outlines being symmetric to each other with respect to the spline shaft, and an outer surface connecting the kneading flights and being one of the two outlines is formed by one convex surface and one concave surface from one kneading flight toward the other kneading flight with an inflection point, characterized in that a ratio (a/c) of a root diameter (a) with respect to the outer diameter (c) of the rotor segment is 0.6 or less, and the convex surface faces the rotation direction of the kneading segment. wherein the kneading segment includes two kneading flights protruding outward in the radial direction, a cross-sectional shape of the kneading segment includes two identical outlines being symmetric to each other with respect to the spline shaft, and an outer surface connecting the kneading flights and being one of the two outlines is formed by one convex surface and one concave surface from one kneading flight toward the other kneading flight with an inflection point, characterized in that a ratio (a/c) of a root diameter (a) with respect to the outer diameter (c) of the rotor segment is 0.6 or less, and the convex surface faces the rotation direction of the kneading segment.
Surface having properties for reducing diffuse light due to water condensation, the surface being a free surface of a transparent substrate made of glass or polymer, characterised in that it comprises silicon atomic aggregates adhered to and dispersed over the surface, and wherein the aggregates cover at the most 5% of the surface.
A computer implemented method for operating a control system to form a travelling path for a vehicle (100, 102), the control system comprising an electronic control unit and a first and a second side facing sensor arranged at the vehicle, the first and a second sensor (204, 206) having a non-overlapping field of view (208, 210), the ECU arranged in communication with the first and a second sensor (204, 206), wherein the method comprises the steps of: - receiving, at the ECU, a first sequence of data from the first sensor and a corresponding second sequence of data from the second sensor, wherein the first and the second sequence of data from the sensors (204, 206) is arranged as three-dimensional point clouds respectively providing a representation of a left and a right hand side of the vehicle (100, 102), the method characterized in that it further comprises the steps of: - correlating, by the ECU, the first and the second sequence of data to form a third sequence of data, the third sequence of data providing a 3D representation of an area between first and the second sensor (204, 206), - selecting, by the ECU, a portion of the third sequence of data representing a traversable area for the vehicle (100, 102), and - forming, by the ECU, the travelling path for the vehicle (100, 102) based on the selected portion of the third sequence of data. - receiving, at the ECU, a first sequence of data from the first sensor and a corresponding second sequence of data from the second sensor, wherein the first and the second sequence of data from the sensors (204, 206) is arranged as three-dimensional point clouds respectively providing a representation of a left and a right hand side of the vehicle (100, 102), the method characterized in that it further comprises the steps of: - correlating, by the ECU, the first and the second sequence of data to form a third sequence of data, the third sequence of data providing a 3D representation of an area between first and the second sensor (204, 206), - selecting, by the ECU, a portion of the third sequence of data representing a traversable area for the vehicle (100, 102), and - forming, by the ECU, the travelling path for the vehicle (100, 102) based on the selected portion of the third sequence of data.
A composite anode structure for a lithium-ion rechargeable cell, the composite anode structure having a felt or felt-like structure, comprising a plurality of elongate silicon-based fibres and a polymer binder, in which the silicon-based fibres crossover to provide multiple intersections, wherein the intersections comprise a disrupted crystalline structure comprising an amorphous structure and wherein the silicon-based fibres have transverse dimensions in the range 0.08 to 0.5 microns and have a length in the range 20 to 300 microns.
Device for picking goods into a transport unit, being able to receive a plurality of goods, wherein the device for picking comprises an automated pallet storage unit with at least one storage vehicle (13,14,15,16), in which units of goods having each a plurality of goods can be stored and retrieved by the storage vehicle in an at least partially automated way, and comprising at least one picking tour having a plurality of picking locations (17,18,19,20,21,22,23,24,25,26) for units of goods and at least one picking path, along which a picking vehicle (27,28) with at least one transport unit can move, characterized in that at least one layer depalletizing device (29,30) is provided, being connected to the pallet storage unit such that the units of goods can be fed and discharged from the pallet storage unit in an automated way, and with which the goods can be withdrawn layer by layer in one or more layers from a unit of goods and can be introduced into a transport unit in an automated way.
A salty taste enhancer comprising a finely ground plant tissue product of a liliaceae vegetable of onion and/or a garlic in which at least a part of cell walls is destroyed and which passes through a size of 140-mesh (140-mesh; USA), and a flavor component including a Maillard reaction product including furans selected from furfural, 2-acetylfuran, 5-methylfurfural, or furfuryl alcohol, and the total peak area of the furans is 2.0-fold or more of a peak area of decane when 1 ppm of the decane is added to the salty taste enhancer in a gas chromatograph, and a sulfur-containing compound wherein the sulfur-containing compound is dimethyl trisulfide, dimethyl disulfide, or allylmethyl disulfide, and the total peak area of the sulfur-containing compounds is 2.76-fold or more of a peak area of decane when 1 ppm of the decane is added to the salty taste enhancer in a gas chromatograph.
A polymer electrolyte membrane comprising a mixed layer including an ion migration region and a support having a 3-dimensional network structure, and a pure layer including a second ion-conducting polymer provided on an upper surface, or a lower surface, or an upper surface and a lower surface of the mixed layer, wherein the ion migration region has a structure in which two or more cells including a first ion-conducting polymer adjoin 3 dimensionally, wherein the first ion-conducting polymer has ion exchange capacity of greater than or equal to 1.7 meq/g and less than or equal to 2.5 meq/g, and wherein the second ion-conducting polymer has the ion exchange capacity lower than the ion exchange capacity of the first ion-conducting polymer by 0.2 meq/g or greater.
A method, comprising: sensing cardiac electrical signals across a plurality of sensing vectors selected from a plurality of implantable electrodes (26, 28) coupled to an implantable medical device; determining sensing vector data from the sensed cardiac electrical signals for each of the plurality of sensing vectors; wirelessly transmitting the sensing vector data by an implantable telemetry module; receiving the transmitted sensing vector data by an external telemetry module of an external medical device; providing, by an external processor coupled to the external telemetry module, sensing vector acceptability criteria and at least a portion of the sensing vector data to a user display; and characterized by displaying the sensing vector acceptability criteria as a region of a plot of at least the portion of the sensing vector data as part of a graphical user interface for programming a sensing vector used by the implantable medical device for monitoring a patient's heart rhythm. sensing cardiac electrical signals across a plurality of sensing vectors selected from a plurality of implantable electrodes (26, 28) coupled to an implantable medical device; determining sensing vector data from the sensed cardiac electrical signals for each of the plurality of sensing vectors; wirelessly transmitting the sensing vector data by an implantable telemetry module; receiving the transmitted sensing vector data by an external telemetry module of an external medical device; providing, by an external processor coupled to the external telemetry module, sensing vector acceptability criteria and at least a portion of the sensing vector data to a user display; and characterized by displaying the sensing vector acceptability criteria as a region of a plot of at least the portion of the sensing vector data as part of a graphical user interface for programming a sensing vector used by the implantable medical device for monitoring a patient's heart rhythm.
A memory device fixedly or detachably connected to an electronic device, comprising: a secure area inaccessible directly from the electronic device; a secure control section stored in a tamper resistant module and managing access to the secure area; and a device control section which communicates with the electronic device and transfers a request from the electronic device to the secure control section, characterized in that the secure area and the device control section are stored outside the tamper resistant module; the secure control section gives a secure area key used for encrypting or decrypting data of the secure area to the device control section to temporarily delegate, to the device control section, access rights to the secure area if there is a write or read request of large capacity data from an authenticated electronic device; and the device control section to which the access rights have been delegated encrypts data sent from the electronic device with the secure area key and writes into the secure area by burst transfer, or decrypts data read from the memory area with the secure area key and sends the data to the electronic device by burst transfer. a secure area inaccessible directly from the electronic device; a secure control section stored in a tamper resistant module and managing access to the secure area; and a device control section which communicates with the electronic device and transfers a request from the electronic device to the secure control section, characterized in that the secure area and the device control section are stored outside the tamper resistant module; the secure control section gives a secure area key used for encrypting or decrypting data of the secure area to the device control section to temporarily delegate, to the device control section, access rights to the secure area if there is a write or read request of large capacity data from an authenticated electronic device; and the device control section to which the access rights have been delegated encrypts data sent from the electronic device with the secure area key and writes into the secure area by burst transfer, or decrypts data read from the memory area with the secure area key and sends the data to the electronic device by burst transfer.
A method for transmitting signals by a Medium Access Control, MAC, entity of a transmission end in a wireless communication system, the method comprising: receiving, from an upper layer, information about sizes of a plurality of service data units, SDUs, stored in the upper layer; selecting at least one SDU of the plurality of SDUs by considering an uplink grant and the sizes of SDUs; transmitting information about the at least one selected SDU to the upper layer; receiving the at least one selected SDU from the upper layer; generating a MAC protocol data unit, PDU, including the at least one selected SDU; and transmitting the MAC PDU to a reception end. receiving, from an upper layer, information about sizes of a plurality of service data units, SDUs, stored in the upper layer; selecting at least one SDU of the plurality of SDUs by considering an uplink grant and the sizes of SDUs; transmitting information about the at least one selected SDU to the upper layer; receiving the at least one selected SDU from the upper layer; generating a MAC protocol data unit, PDU, including the at least one selected SDU; and transmitting the MAC PDU to a reception end.
A nonaqueous lithium power storage element comprising a positive electrode, a negative electrode, a separator and a lithium ion-containing nonaqueous electrolytic solution, wherein the negative electrode has a negative electrode power collector, and a negative electrode active material layer containing a negative electrode active material, provided on one or both sides of the negative electrode power collector, and the positive electrode has a positive electrode power collector, and a positive electrode active material layer containing a positive electrode active material, provided on one or both sides of the positive electrode power collector, characterized in that in the solid 7 Li-NMR spectrum of the positive electrode active material layer, the relationship 1.04 ≤ b/a ≤ 5.56 is satisfied, where "a" is the peak area from -40 ppm to 40 ppm obtained by measuring with a repeated latency of 10 seconds, and "b" is the peak area from -40 ppm to 40 ppm obtained by measuring with a repeated latency of 3,000 seconds, the positive electrode contains a lithium compound other than the positive electrode active material, the positive electrode active material is an activated carbon, and the lithium compound other than the positive electrode active material is 1 weight% to 20 weight%, based on the total weight of the positive electrode active material layer in the positive electrode. the negative electrode has a negative electrode power collector, and a negative electrode active material layer containing a negative electrode active material, provided on one or both sides of the negative electrode power collector, and the positive electrode has a positive electrode power collector, and a positive electrode active material layer containing a positive electrode active material, provided on one or both sides of the positive electrode power collector, characterized in that in the solid 7 Li-NMR spectrum of the positive electrode active material layer, the relationship 1.04 ≤ b/a ≤ 5.56 is satisfied, where "a" is the peak area from -40 ppm to 40 ppm obtained by measuring with a repeated latency of 10 seconds, and "b" is the peak area from -40 ppm to 40 ppm obtained by measuring with a repeated latency of 3,000 seconds,