mhurhangee/ep-ind-claims huggingface dataset:
An electrode assembly, comprising a positive pole piece and a negative pole piece which are stacked, characterized in that a positive active material layer of the positive pole piece and a negative active material layer of the negative pole piece are arranged oppositely, and an end of the negative active material layer extends beyond the positive active material layer; the negative active material layer comprises a negative body portion and a negative edge portion connected thereto, one end, away from the negative body portion, of the negative edge portion extends beyond the positive active material layer, in a stacking direction of the positive pole piece and the negative pole piece, at least part of the negative edge portion overlaps the positive active material layer, and the negative active material layer is configured in such a way that a capacity per unit area of the negative edge portion is greater than that of the negative body portion; wherein a weight ratio of an active material in the negative edge portion to the negative edge portion is greater than that of an active material in the negative body portion to the negative body portion, such that the capacity per unit area of the negative edge portion is greater than that of the negative body portion; and/or the positive active material layer comprises a positive body portion and a positive edge portion connected thereto, and the positive edge portion is configured in such a way that a capacity per unit area of the positive edge portion is smaller than that of the positive body portion; wherein a weight ratio of an active material in the positive edge portion to the positive edge portion is smaller than that of an active material in the positive body portion to the positive body portion, such that the capacity per unit area of the positive edge portion is smaller than that of the positive body portion.
A glass panel unit manufacturing method comprising: a bonding step of bonding together a first substrate and a second substrate with a first sealing material in a frame shape interposed between the first and second substrates to create, between the first and second substrates, an internal space surrounded with the first sealing material, the first substrate including a glass pane and having an evacuation port, and the second substrate including another glass pane; an evacuating step of evacuating the internal space through the evacuation port of the first substrate; and a sealing step of sealing the evacuation port up while keeping the internal space evacuated, the sealing step including heating and melting a second sealing material inserted into the evacuation port and thereby sealing the evacuation port up with the second sealing material thus melted, characterised in that, during heating and melting the second sealing material, it is pressed toward the second substrate, the evacuation port and the second sealing material having mutually dissimilar shapes when viewed along a center axis of the evacuation port in a state where the second sealing material has been inserted into the evacuation port but has not melted yet. a bonding step of bonding together a first substrate and a second substrate with a first sealing material in a frame shape interposed between the first and second substrates to create, between the first and second substrates, an internal space surrounded with the first sealing material, the first substrate including a glass pane and having an evacuation port, and the second substrate including another glass pane; an evacuating step of evacuating the internal space through the evacuation port of the first substrate; and a sealing step of sealing the evacuation port up while keeping the internal space evacuated, the sealing step including heating and melting a second sealing material inserted into the evacuation port and thereby sealing the evacuation port up with the second sealing material thus melted, characterised in that, during heating and melting the second sealing material, it is pressed toward the second substrate, the evacuation port and the second sealing material having mutually dissimilar shapes when viewed along a center axis of the evacuation port in a state where the second sealing material has been inserted into the evacuation port but has not melted yet.
A method of wireless communication for millimeter wave, mmW, networks, comprising: selecting a downlink subframe structure from a number of preconfigured downlink subframe structures, wherein each downlink subframe structure has a different symbol allocation for control, data, and reference signaling, said symbol allocation including a number of downlink and/or uplink control symbols, sounding reference signal symbols, and/or channel state information reference signal symbols; determining a first symbol index and a second symbol index associated with the selected downlink subframe structure to be allocated to a user equipment, UE, the first symbol index indicating when the downlink resources begin in the subframe and the second symbol index indicating when the downlink resources end in the subframe; and transmitting an indication of the first symbol index and the second symbol index to the UE, wherein the indication comprises the number of downlink and/or uplink control symbols, sounding reference signal symbols, and/or channel state information reference signal symbols that correspond to the selected downlink subframe structure. selecting a downlink subframe structure from a number of preconfigured downlink subframe structures, wherein each downlink subframe structure has a different symbol allocation for control, data, and reference signaling, said symbol allocation including a number of downlink and/or uplink control symbols, sounding reference signal symbols, and/or channel state information reference signal symbols; determining a first symbol index and a second symbol index associated with the selected downlink subframe structure to be allocated to a user equipment, UE, the first symbol index indicating when the downlink resources begin in the subframe and the second symbol index indicating when the downlink resources end in the subframe; and transmitting an indication of the first symbol index and the second symbol index to the UE, wherein the indication comprises the number of downlink and/or uplink control symbols, sounding reference signal symbols, and/or channel state information reference signal symbols that correspond to the selected downlink subframe structure.
Method for lane-changing assistance for a motor vehicle designed to assist said vehicle actively to manoeuvre a change of lane from an initial position on a first lane to a final position on a second lane, said method comprising: - a determination of said initial position of said vehicle and a transmission of said initial position to a controller designed to be provided on a lane-changing assistance system of said vehicle: - at least one determination of at least one relative position of at least one other vehicle which is detectable in the vicinity of said vehicle and a transmission of said relative position to said controller; - a determination of said final position as a function of a set of final data comprising at least said initial position and being capable of comprising at least said relative position; - a creation of a virtual clone of said vehicle; - an attribution to said virtual clone of a localisation datum comprising at least said final position, said localisation datum being designed to simulate by means of said virtual clone the presence of a dummy real vehicle in said final position; - a management, by each controller (12, 32) provided in a lane-changing assistance system (1, 3) of which the communication device (14, 34) has emitted or received a localisation datum, of a displacement of the vehicle provided with the controller (12, 32) as a function of said localisation datum; is characterised in that it comprises - an emission, by a communication device of said lane-changing assistance system of said vehicle, of said localisation datum designed to be received by a communication device of a lane-changing assistance system designed to be provided on said other vehicle; - a determination of said initial position of said vehicle and a transmission of said initial position to a controller designed to be provided on a lane-changing assistance system of said vehicle: - at least one determination of at least one relative position of at least one other vehicle which is detectable in the vicinity of said vehicle and a transmission of said relative position to said controller; - a determination of said final position as a function of a set of final data comprising at least said initial position and being capable of comprising at least said relative position; - a creation of a virtual clone of said vehicle; - an attribution to said virtual clone of a localisation datum comprising at least said final position, said localisation datum being designed to simulate by means of said virtual clone the presence of a dummy real vehicle in said final position; - a management, by each controller (12, 32) provided in a lane-changing assistance system (1, 3) of which the communication device (14, 34) has emitted or received a localisation datum, of a displacement of the vehicle provided with the controller (12, 32) as a function of said localisation datum; is characterised in that it comprises - an emission, by a communication device of said lane-changing assistance system of said vehicle, of said localisation datum designed to be received by a communication device of a lane-changing assistance system designed to be provided on said other vehicle;
Measuring device for determining at least one parameter value for the operation of a blow molding machine (833; 834; 835; 836), a filling machine, and/or a labeling device, comprising: at least one measuring element for determining the at least one parameter value, characterized in that the measuring device comprises a preform dummy, wherein the at least one measuring element is arranged in and/or at the preform dummy. at least one measuring element for determining the at least one parameter value, characterized in that the measuring device comprises a preform dummy, wherein the at least one measuring element is arranged in and/or at the preform dummy.
A computing device comprising: one or more processors; and a memory comprising instructions which, when executed by the one or more processors, cause the one or more processors to: receive, via a network, a message comprising a signature and an updated enterprise policy/client configuration associated with an operating system; authenticate the message based on the signature; and install the updated enterprise policy/client configuration, responsive to authenticating the message, in an enterprise policy/client configuration of the computing device, wherein at least a first portion of the enterprise policy/client configuration is not updatable by the operating system without receiving the message via the network; wherein the computing device further comprises a secure lockable storage module, wherein the secure lockable storage module indicates an enterprise configuration for updating the enterprise policy/client configuration, and wherein the secure lockable storage module is not configured to be reset unless the operating system of the computing device is replaced. one or more processors; and a memory comprising instructions which, when executed by the one or more processors, cause the one or more processors to: receive, via a network, a message comprising a signature and an updated enterprise policy/client configuration associated with an operating system; authenticate the message based on the signature; and install the updated enterprise policy/client configuration, responsive to authenticating the message, in an enterprise policy/client configuration of the computing device, wherein at least a first portion of the enterprise policy/client configuration is not updatable by the operating system without receiving the message via the network; receive, via a network, a message comprising a signature and an updated enterprise policy/client configuration associated with an operating system; authenticate the message based on the signature; and install the updated enterprise policy/client configuration, responsive to authenticating the message, in an enterprise policy/client configuration of the computing device, wherein at least a first portion of the enterprise policy/client configuration is not updatable by the operating system without receiving the message via the network; wherein the computing device further comprises a secure lockable storage module, wherein the secure lockable storage module indicates an enterprise configuration for updating the enterprise policy/client configuration, and wherein the secure lockable storage module is not configured to be reset unless the operating system of the computing device is replaced.
The culture media for use in the treatment of oocytes and embryos in medically assisted reproduction techniques, wherein these culture media are supplemented with or contain inositol and wherein the final concentration of inositol is between 1 mg/ml and 20 mg/ml.
A sliding component with a negative pressure generating mechanism (4, 28, 49) comprising a negative pressure generating groove is provided to a low-pressure side of one of two sliding surfaces that slide relative to each other in a pair of sliding components (1-1, 1-2), the negative pressure generating groove being communicated with a high-pressure fluid side and separated from a low-pressure fluid side by a seal surface, characterized in that a positive pressure generating mechanism (3, 27, 48) comprising a positive pressure generating groove is provided, on a high-pressure side of said negative pressure generating mechanism (4, 28, 49), to the sliding surface that has said negative pressure generating mechanism (4, 28, 49) provided thereto, said positive pressure generating groove and negative pressure generating groove being communicated with a high-pressure fluid side and separated from a low-pressure fluid side by a seal surface.
A method of treating laundry in a clothes dryer having a rotating drum defining a treatment chamber, the method comprising: determining a load amount or a fabric type of the laundry; spraying a predetermined amount of pre-wetting treating chemistry onto the laundry to form a liquid transportation layer on the laundry sufficient to equalize a surface energy of the laundry; applying a chromophore chemistry on the liquid transportation layer; and drying the laundry after the applying of the chromophore chemistry. determining a load amount or a fabric type of the laundry; spraying a predetermined amount of pre-wetting treating chemistry onto the laundry to form a liquid transportation layer on the laundry sufficient to equalize a surface energy of the laundry; applying a chromophore chemistry on the liquid transportation layer; and drying the laundry after the applying of the chromophore chemistry.
A track measuring vehicle for recording a track geometry of a track, including a vehicle frame which has rail undercarriages and is mobile on two rails of the track, and including a first measuring base on which are arranged an inertial measuring unit and, for a position determination relative to each rail, at least one contact-less position measuring device, characterized in that a lowerable second measuring base is arranged which comprises measuring running wheels designed to be set upon the rails and which is connected to the first measuring base via compensation measuring devices (20, 22).
Process for the preparation of a biodegradable aliphatic-aromatic polyester comprising units deriving from at least a diacid and at least a diol, said polyester having long chain branches, being essentially gel-free, and being characterized in the molten state by a Shear Viscosity, from 800 to 1,600 Pas measured according to the standard ASTM D-3835-90, at 180°C, a flow gradient γ = 103.7 s -1 with a capillary D=lmm, L/D=30; by a Thermal Stability Constant K of less than 1.5 x 10 -4 measured according to the standard ASTM D-3835- Appendix at 180 °C, a flow gradient γ = 103.7 s -1 with a capillary D=lmm, L/D=30; by a Melt Strength from 2 to 4.5 g and by a Breaking Stretching Ratio > 30 measured according to the International Standard ISO 16790:2005 at 180°C, a flow gradient γ = 103.7 s -1 with a capillary D=lmm, L/D=30 and drawn with a constant acceleration of 12 mm/sec 2 and with a drawing length of 110 mm, said process being characterized by comprising the reactive extrusion of an aliphatic-aromatic polyester precursor comprising units deriving from at least a diacid and at least a diol, said polyester precursor being substantially linear, having a MFI of 5-30 g/10 min measured according to ASTM D-1238-89 at 190°C and 2.16 kg and having a content of terminal unsaturations determined by 1 H NMR in quantities of 0.1-1% by moles, said reactive extrusion being performed with the addition of a compound selected from peroxides, epoxides and carbodiimides.
Process for electrochemically preparing 5-hydroxymethyl-2-furan-carboxylic acid from 5-hydroxymethylfurfural, said process comprising a first oxidation step of oxidizing 5-hydroxymethylfurfural to 5-hydroxymethyl-2-furan-carboxylic acid in an electrochemical cell, and subsequently a first isolation step of isolating 5-hydroxymethyl-2-furan-carboxylic acid, wherein the first isolation step is carried out by extraction, solidification or a combination thereof.
A light-influencing element for influencing the light emission of essentially punctiform light sources, wherein the light-influencing element has at least two lenses arranged side-by-side and connected together in one piece, which in each case have a) a cavity, which forms a light entrance section of the lens, as well as b) a light exit surface opposite the light entrance section, characterized in that at least two of the senses are designed differently with regard to their light entrance sections, wherein all lenses have identically designed light exit surfaces. a) a cavity, which forms a light entrance section of the lens, as well as b) a light exit surface opposite the light entrance section,
A light pattern exposure method comprising irradiating a pattern of light to a resist film through a photomask using ArF excimer laser light as the light source, wherein the photomask used is such that it has been irradiated with ArF excimer laser light in a cumulative dose of at least 10 kJ/cm 2, said photomask comprising a transparent substrate and a pattern of optical film of a material comprising a transition metal, silicon, and nitrogen and/or oxygen, the transition metal having potentially a valence of 6, the contents of transition metal, silicon, nitrogen and oxygen in the optical film meeting both the formulae and: 6 × C M / 100 − 4 × C Si / 100 ≤ − 0.89 6 C M × 3 C N / 6 C M × 6 C M + 6 C M × 4 C Si + 6 C M × 3 C N + 6 C M × 2 C O + 4 C Si × 4 C Si + 4 C Si × 3 C N + 4 C Si × 2 C O ≥ 0.094 wherein C M is a transition metal content in atom%, C Si is a silicon content in atom%, C N is a nitrogen content in atom% and Co is an oxygen content in atom%, and the transition metal content being at least 5 atom% and up to 10 atom%, except for an outermost surface region extending from the film surface remote from the substrate to a depth of 10 nm, the optical film having a thickness of 50 to 150 nm, characterized in that the outermost surface region is a surface oxidized layer having a higher degree of oxidation than the remaining region and being outside of the range of composition conforming to the formulae and.
A method for producing nickel powder, sequentially comprising: a mixing step of adding, to a solution containing a nickel ammine sulfate complex, an insoluble solid, which has a strength that endures impact and friction and a shape with a smooth surface and which is insoluble in the solution to form a mixed slurry; a reduction and precipitation step of charging a reaction vessel with the mixed slurry and then blowing hydrogen gas into the mixed slurry while maintaining a pressure of a gas phase part in the reaction vessel at 1.0 to 4.0 MPa, to reduce nickel complex ions contained in the mixed slurry to form nickel precipitate on a surface of the insoluble solid; and a separation step of separating the nickel precipitate on the surface of the insoluble solid from the surface of the insoluble solid to form nickel powder. a mixing step of adding, to a solution containing a nickel ammine sulfate complex, an insoluble solid, which has a strength that endures impact and friction and a shape with a smooth surface and which is insoluble in the solution to form a mixed slurry; a reduction and precipitation step of charging a reaction vessel with the mixed slurry and then blowing hydrogen gas into the mixed slurry while maintaining a pressure of a gas phase part in the reaction vessel at 1.0 to 4.0 MPa, to reduce nickel complex ions contained in the mixed slurry to form nickel precipitate on a surface of the insoluble solid; and a separation step of separating the nickel precipitate on the surface of the insoluble solid from the surface of the insoluble solid to form nickel powder.
A device for ships with openings for purposes of conducting away gaseous and/or liquid media, in particular exhaust gases, in the underwater region of a wall of a ship's hull, by means of a suction action generated by external flows, characterised in that, a channel development with the opening is led outward via the ship's wall, and has an angle of incidence relative to the direction of travel of the ship, wherein a flow guidance element starting from the ship's wall is arranged at least in the incident flow region of the channel development, and the flow guidance element possesses an associated integrable flow element, which, by means of positioning agents, can be adjusted outward in its angle of incidence for purposes of increasing the suction action, and/or can be set at a distance from the flow guidance element for purposes of circulation and channelling.