mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising at least one thermoplastic polymer, titanium dioxide and at least one silicone oil having the following characteristics: - density comprised in the range of 0.800-0.960 g/cm 3; and - rotational viscosity comprised in the range of 280-460 cP; and - exhibiting at least one crystalline form having a melting temperature comprised between -55° and-25°C. - density comprised in the range of 0.800-0.960 g/cm 3; and - rotational viscosity comprised in the range of 280-460 cP; and - exhibiting at least one crystalline form having a melting temperature comprised between -55° and-25°C.
Method for purifying liquid effluents of a wet scrubber for desulfurisation of exhaust fumes emitted by an engine of a marine vessel, wherein: - the effluents to be purified are, at the outlet of the scrubber, sent to a treatment device in which the effluents are separated into a slurry, which is evacuated, and a clear fraction, which is evacuated when the scrubber is operating in an open loop and which is at least partly recycled to the scrubber when the scrubber is operating in a closed loop, and - an alkaline agent is introduced into the treatment device, the method being characterised in that an oxidation catalyst (9; 9'; 9, 9') containing iron is sent to the scrubber by being introduced into the scrubber and/or by being introduced into the treatment device to join the scrubber by recycling of at least a portion of the clear fraction, in that solid particles (10; 10'; 10, 10') having a size less than 300 μm are introduced into the scrubber and/or into the treatment device, and in that a surfactant (11; 11'; 11, 11') is introduced into the scrubber and/or into the treatment device. - the effluents to be purified are, at the outlet of the scrubber, sent to a treatment device in which the effluents are separated into a slurry, which is evacuated, and a clear fraction, which is evacuated when the scrubber is operating in an open loop and which is at least partly recycled to the scrubber when the scrubber is operating in a closed loop, and - an alkaline agent is introduced into the treatment device,
Assembly for a motor vehicle body structure extending from rear to front in a longitudinal direction, the assembly comprising: - a transverse firewall extending between a lower transverse edge and an upper transverse edge to separate an engine compartment, intended to accommodate a powertrain, from a passenger compartment located to the rear of the engine compartment, - a tunnel extending in the longitudinal direction and comprising a first section located in the passenger compartment, the assembly being characterized in that the first section of the tunnel extends beyond the firewall, in the engine compartment, in the form of a second section on which is installed a shock absorber designed to deform by absorption of energy. - a transverse firewall extending between a lower transverse edge and an upper transverse edge to separate an engine compartment, intended to accommodate a powertrain, from a passenger compartment located to the rear of the engine compartment, - a tunnel extending in the longitudinal direction and comprising a first section located in the passenger compartment,
A data scheduling apparatus, wherein the apparatus comprises: a sending module, configured to send scheduling limitation indication information of a data node to a first communications node, wherein the scheduling limitation indication information is used to indicate limitation information used when the first communications node performs data scheduling on the data node; a receiving module, configured to receive data scheduling information that is sent by the first communications node to the data node according to the scheduling limitation indication information; and a transmission module, configured to send uplink data to the first communications node or receive downlink data sent by the first communications node, according to the data scheduling information received by the receiving module; characterized in that the scheduling limitation indication information comprises indication information used to indicate the following information: a period of time within which the data node is in a sleep state relative to a second communications node. a sending module, configured to send scheduling limitation indication information of a data node to a first communications node, wherein the scheduling limitation indication information is used to indicate limitation information used when the first communications node performs data scheduling on the data node; a receiving module, configured to receive data scheduling information that is sent by the first communications node to the data node according to the scheduling limitation indication information; and a transmission module, configured to send uplink data to the first communications node or receive downlink data sent by the first communications node, according to the data scheduling information received by the receiving module; characterized in that the scheduling limitation indication information comprises indication information used to indicate the following information: a period of time within which the data node is in a sleep state relative to a second communications node.
A recording apparatus comprising: an apparatus main body having a recording unit that performs recording onto a recording medium; and a document reading mechanism unit having a reading unit that reads a document and a document transport unit that transports a document to the reading unit, the document reading mechanism unit being provided in an upper part of the apparatus main body, wherein the apparatus main body includes: a feed roller that feeds the recording medium toward the front of the apparatus; and a frame having a frame surface intersecting the horizontal direction, characterized in that the frame is located between the recording unit and the feed roller in an apparatus depth direction, and a part of the document reading mechanism unit overlaps the feed roller in the apparatus depth direction, and overlaps the frame in the vertical direction. an apparatus main body having a recording unit that performs recording onto a recording medium; and a document reading mechanism unit having a reading unit that reads a document and a document transport unit that transports a document to the reading unit, the document reading mechanism unit being provided in an upper part of the apparatus main body, wherein the apparatus main body includes: a feed roller that feeds the recording medium toward the front of the apparatus; and a frame having a frame surface intersecting the horizontal direction, characterized in that the frame is located between the recording unit and the feed roller in an apparatus depth direction, and a part of the document reading mechanism unit overlaps the feed roller in the apparatus depth direction, and overlaps the frame in the vertical direction.
A method of controlling access to shared data stored in storage means, the method comprising: generating an identifier (208, 306), wherein the identifier is usable to access the shared data; generating an encryption key (210, 308), wherein the encryption key is usable for encrypting the shared data; and generating a set of two or more tokens (216, 310), each token in the set comprising the identifier and the encryption key, characterised by: determining a storage location for storing the first data to be shared wherein if the storage location does not already exist then a storage location is created; obtaining the identifier and encryption key from a first token in the set of tokens; receiving information identifying first data to be shared; encrypting the first data using the encryption key obtained from the first token to produce encrypted first data; and storing the first encrypted data in the storage means such that the encrypted first data is accessible using the identifier of any token from the set of tokens; and that the identifier comprises information that may be used to determine the storage location where the encrypted first data is stored. generating an identifier (208, 306), wherein the identifier is usable to access the shared data; generating an encryption key (210, 308), wherein the encryption key is usable for encrypting the shared data; and generating a set of two or more tokens (216, 310), each token in the set comprising the identifier and the encryption key, characterised by: determining a storage location for storing the first data to be shared wherein if the storage location does not already exist then a storage location is created; obtaining the identifier and encryption key from a first token in the set of tokens; receiving information identifying first data to be shared; encrypting the first data using the encryption key obtained from the first token to produce encrypted first data; and storing the first encrypted data in the storage means such that the encrypted first data is accessible using the identifier of any token from the set of tokens; and that the identifier comprises information that may be used to determine the storage location where the encrypted first data is stored. determining a storage location for storing the first data to be shared wherein if the storage location does not already exist then a storage location is created; obtaining the identifier and encryption key from a first token in the set of tokens; receiving information identifying first data to be shared; encrypting the first data using the encryption key obtained from the first token to produce encrypted first data; and storing the first encrypted data in the storage means such that the encrypted first data is accessible using the identifier of any token from the set of tokens; and that the identifier comprises information that may be used to determine the storage location where the encrypted first data is stored.
A method of controlling multi-antenna transmission, the method comprising: determining a channel matrix representing characteristics of a multi-path channel between a transmitter device (100; 210) equipped with multiple transmitter antennas (211, 212, 213, 214, 215) and at least one receiver device (10; 22, 230, 240) equipped with one or more receiver antennas (221, 222, 231, 232, 241, 242), the channel matrix being organized in one or more channel vectors each associated with a corresponding one of the one or more receiver antennas (221, 222, 223, 224, 225); applying an iterative optimization algorithm to determine a precoding matrix from the channel matrix; and controlling multi-antenna transmission by the transmitter device (100; 210) based on the determined precoding matrix; the method characterised that it further comprises setting at least one step size of the iterative optimization algorithm depending on a vector norm of at least one of the one or more channel vectors. determining a channel matrix representing characteristics of a multi-path channel between a transmitter device (100; 210) equipped with multiple transmitter antennas (211, 212, 213, 214, 215) and at least one receiver device (10; 22, 230, 240) equipped with one or more receiver antennas (221, 222, 231, 232, 241, 242), the channel matrix being organized in one or more channel vectors each associated with a corresponding one of the one or more receiver antennas (221, 222, 223, 224, 225); applying an iterative optimization algorithm to determine a precoding matrix from the channel matrix; and controlling multi-antenna transmission by the transmitter device (100; 210) based on the determined precoding matrix; the method characterised that it further comprises setting at least one step size of the iterative optimization algorithm depending on a vector norm of at least one of the one or more channel vectors.
A stapler comprising an ejection unit for ejecting a staple and a binding unit for bending staple legs of the staple ejected by the ejection unit, wherein the ejection unit is a device comprising: a first member having a first surface, the first member being a cam, and a second member having a second surface that is partially or wholly in contact with the first surface, the second member being a cam follower, wherein the first member and the second member are configured to operate relatively such that the binding unit moves in a direction separating from or approaching the ejection unit, and characterised in that the first member has a flow path of a lubricant that has an opening provided in the first surface. a first member having a first surface, the first member being a cam, and a second member having a second surface that is partially or wholly in contact with the first surface, the second member being a cam follower, wherein the first member and the second member are configured to operate relatively such that the binding unit moves in a direction separating from or approaching the ejection unit, and characterised in that the first member has a flow path of a lubricant that has an opening provided in the first surface.
A battery pack temperature detection system, comprising a battery pack, disposed with a plurality of temperature monitoring points, wherein the plurality of temperature monitoring points at least comprises a temperature monitoring point disposed at a positive electrode of the battery pack, a temperature monitoring point disposed at a negative electrode of the battery pack, and a temperature monitoring point disposed at a region between the positive and negative electrodes of the battery pack; a plurality of sampling circuits, wherein each temperature monitoring point of the plurality of temperature monitoring points is disposed with at least two sampling circuits of the plurality of sampling circuits, and the at least two sampling circuits of the plurality of sampling circuits are different sampling circuits; a control module comprising at least two analog-digital conversion units and being configured to: acquire temperature data of each temperature monitoring point of the plurality of temperature monitoring points by each of the at least two sampling circuits associated therewith and determine a current temperature of the battery pack according to the temperature data to determine whether the current temperature of the battery pack exceeds a preset value; wherein the plurality of temperature monitoring points comprises at least one special monitoring point and a non-special monitoring point, each sampling circuit disposed to a special monitoring point is connected with at least two of the analog-digital conversion units in the control module, and all sampling circuits disposed to a non-special monitoring point are connected with the at least two analog-digital conversion units in the control module, and wherein the term non-special monitoring point refers to any temperature monitoring point among the temperature monitoring points except the special monitoring point/points. acquire temperature data of each temperature monitoring point of the plurality of temperature monitoring points by each of the at least two sampling circuits associated therewith and determine a current temperature of the battery pack according to the temperature data to determine whether the current temperature of the battery pack exceeds a preset value; wherein the plurality of temperature monitoring points comprises at least one special monitoring point and a non-special monitoring point, each sampling circuit disposed to a special monitoring point is connected with at least two of the analog-digital conversion units in the control module, and all sampling circuits disposed to a non-special monitoring point are connected with the at least two analog-digital conversion units in the control module, and wherein the term non-special monitoring point refers to any temperature monitoring point among the temperature monitoring points except the special monitoring point/points.
A method of measuring the amount of an analyte in water, the method comprising the steps of: obtaining a sample of water of known volume containing an analyte; reacting the analyte with a compound to consume the compound or produce a second compound; mixing a known amount of an isotopologue of the compound or an isotopologue of the second compound with the reaction product; mixing Raman-scattering nanoparticles with the reaction product; producing a Raman spectrum of the mixture; and, performing a ratiometric analysis of peaks or bands within the Raman spectrum corresponding to the compound or second compound or both and the isotopologue within the Raman spectrum to quantify the analyte. obtaining a sample of water of known volume containing an analyte; reacting the analyte with a compound to consume the compound or produce a second compound; mixing a known amount of an isotopologue of the compound or an isotopologue of the second compound with the reaction product; mixing Raman-scattering nanoparticles with the reaction product; producing a Raman spectrum of the mixture; and, performing a ratiometric analysis of peaks or bands within the Raman spectrum corresponding to the compound or second compound or both and the isotopologue within the Raman spectrum to quantify the analyte.
A medical probe comprising: a generally tubular member extending along a longitudinal axis from a proximal portion to a distal portion; a tip portion coupled to the tubular member proximate the distal portion of the medical probe, a puller wire disposed in the tubular member and configured for movement along the longitudinal axis to bend the tip portion with respect to the longitudinal axis; an anchor disposed in the tubular member and connected to the puller wire, the anchor having a t-bar that includes a generally transverse extension and a ferrule connected to the puller wire, wherein the anchor is further secured to the tubular member by glue, characterised in that the t-bar has a a polymeric member (48, 49) disposed on the generally transverse extension. a generally tubular member extending along a longitudinal axis from a proximal portion to a distal portion; a tip portion coupled to the tubular member proximate the distal portion of the medical probe, a puller wire disposed in the tubular member and configured for movement along the longitudinal axis to bend the tip portion with respect to the longitudinal axis; an anchor disposed in the tubular member and connected to the puller wire, the anchor having a t-bar that includes a generally transverse extension and a ferrule connected to the puller wire, wherein the anchor is further secured to the tubular member by glue, characterised in that the t-bar has a a polymeric member (48, 49) disposed on the generally transverse extension.
A method of forming a liquid-forged article, the method comprising: introducing a melt into a die cavity; moving a punch relative to the die cavity such that the melt enters at least one high aspect ratio cavity in the punch and air is released via at least one air vent insert in the punch, the high aspect ratio cavity having a height to width ratio greater than 40:1, wherein air is released through a gas exhaust passage defined by the air vent insert with the high aspect ratio cavity, the air vent insert comprising a head portion and an insert portion, the head portion being configured for positioning the air vent insert relative to the high aspect ratio cavity and the insert portion being configured for extending into the high aspect ratio cavity, the air vent insert being made of a metal; and exerting a forming pressure on the melt while the melt solidifies in the high aspect ratio cavity, wherein the melt is rapidly cooled as the melt comes into contact with the air vent insert. introducing a melt into a die cavity; moving a punch relative to the die cavity such that the melt enters at least one high aspect ratio cavity in the punch and air is released via at least one air vent insert in the punch, the high aspect ratio cavity having a height to width ratio greater than 40:1, wherein air is released through a gas exhaust passage defined by the air vent insert with the high aspect ratio cavity, the air vent insert comprising a head portion and an insert portion, the head portion being configured for positioning the air vent insert relative to the high aspect ratio cavity and the insert portion being configured for extending into the high aspect ratio cavity, the air vent insert being made of a metal; and exerting a forming pressure on the melt while the melt solidifies in the high aspect ratio cavity, wherein the melt is rapidly cooled as the melt comes into contact with the air vent insert.
An apparatus, comprising: a touch screen display; a sensing mechanism operable to sense an object in proximity of the touch screen display; control logic coupled to the sensing mechanism and the touch screen display; wherein the control logic is operable to: calculate an anticipated touch point for the object on the touch screen display; and determine a size of the object and a distance of the object from the touch screen display; and wherein the control logic is responsive to calculating the anticipated touch point to increase a size of a portion of the touch screen display around the anticipated touch point, the increase in size varying based on the distance of the object from the touch screen display and wherein the control logic is further responsive to determining the size of the object to vary the size of the portion of the touch screen display in proportion to the size of the object. a touch screen display; a sensing mechanism operable to sense an object in proximity of the touch screen display; control logic coupled to the sensing mechanism and the touch screen display; wherein the control logic is operable to: calculate an anticipated touch point for the object on the touch screen display; and determine a size of the object and a distance of the object from the touch screen display; and calculate an anticipated touch point for the object on the touch screen display; and determine a size of the object and a distance of the object from the touch screen display; and wherein the control logic is responsive to calculating the anticipated touch point to increase a size of a portion of the touch screen display around the anticipated touch point, the increase in size varying based on the distance of the object from the touch screen display and wherein the control logic is further responsive to determining the size of the object to vary the size of the portion of the touch screen display in proportion to the size of the object.