mhurhangee/ep-ind-claims huggingface dataset:
A paste comprising: a solvent; a binder that is soluble in the solvent; first particles which are metal or ceramic; and resin particles having a decomposition temperature lower than a sintering temperature of the first particles, wherein: the resin particles are contained in a volume of greater than or equal to 20% and less than or equal to 60% with respect to a total volume of the first particles and the resin particles being 100%, the paste is used to form a support layer which is in contact with a constituent layer corresponding to a constituent region of a three dimensional shaped article, and characterised in that: an average particle diameter of the resin particles is greater than or equal to an average particle diameter of the first particles, wherein the average particle diameter refers to an average particle diameter on a volume basis and is determined by adding a sample in methanol, allowing it to be dispersed in an ultrasonic dispenser for 3 minutes, and performing a measurement for the resulting dispersion with Coulter counter method particle size distribution measuring instrument using an aperture of 50 μm. a solvent; a binder that is soluble in the solvent; first particles which are metal or ceramic; and resin particles having a decomposition temperature lower than a sintering temperature of the first particles, wherein: the resin particles are contained in a volume of greater than or equal to 20% and less than or equal to 60% with respect to a total volume of the first particles and the resin particles being 100%, the paste is used to form a support layer which is in contact with a constituent layer corresponding to a constituent region of a three dimensional shaped article, and characterised in that: an average particle diameter of the resin particles is greater than or equal to an average particle diameter of the first particles, wherein the average particle diameter refers to an average particle diameter on a volume basis and is determined by adding a sample in methanol, allowing it to be dispersed in an ultrasonic dispenser for 3 minutes, and performing a measurement for the resulting dispersion with Coulter counter method particle size distribution measuring instrument using an aperture of 50 μm. the resin particles are contained in a volume of greater than or equal to 20% and less than or equal to 60% with respect to a total volume of the first particles and the resin particles being 100%, the paste is used to form a support layer which is in contact with a constituent layer corresponding to a constituent region of a three dimensional shaped article, and characterised in that: an average particle diameter of the resin particles is greater than or equal to an average particle diameter of the first particles, wherein the average particle diameter refers to an average particle diameter on a volume basis and is determined by adding a sample in methanol, allowing it to be dispersed in an ultrasonic dispenser for 3 minutes, and performing a measurement for the resulting dispersion with Coulter counter method particle size distribution measuring instrument using an aperture of 50 μm.
A bottle cap capable of being opened by one press, adapted to be buckled on a bottle opening, wherein a clamping groove is formed in a side wall surrounding the bottle opening, the bottle cap being characterized by comprising a positioning ring, a fixing ring and an oval elastic clamping ring, wherein the positioning ring and the fixing ring are sequentially arranged in the bottle cap from top to bottom, and an interval is reserved between the positioning ring and the fixing ring; two ends of a longer shaft of the elastic clamping ring are positioned in the interval, and a pressing piece is arranged at one of the ends of the longer shaft of the elastic clamping ring, wherein a cavity for accommodating the pressing piece is provided in a position where the positioning and the fixing ring correspond to the pressing piece, and the pressing piece is configured to move along a radial direction of the bottle cap in the cavity; a through opening communicated with the cavity is formed in a position of a side wall of the bottle cap corresponding to the cavity, the elastic clamping ring configured to correspond in position to the clamping groove; two ends of a shorter shaft of the elastic clamping ring are configured to be positioned in the clamping groove for locking a connection between the bottle cap and the bottle opening, and are configured to stretch when the pressing piece is pressed and opened, and to be separated from the clamping groove and enter the interval, so as to unlock the connection of the bottle cap and the bottle opening; a lower end surface of the elastic clamping ring is an inclined surface towards an inner side of the bottle cap.
A polyester resin composition, comprising: a polyester resin that is an aliphatic polyester-based resin containing an aliphatic diol unit and an aliphatic dicarboxylic acid unit, the polyester resin containing 5 % by mole or more and not more than 86 % by mole of a succinic acid unit in whole of the aliphatic dicarboxylic acid unit; a polyester resin that is an aromatic-aliphatic copolyester-based resin containing an aliphatic diol unit, an aliphatic dicarboxylic acid unit, and an aromatic dicarboxylic acid unit, the polyester resin containing 5 % by mole or more and not more than 95 % by mole of the aromatic dicarboxylic acid unit in all of dicarboxylic acid units; and a polyester resin containing an aliphatic oxycarboxylic acid, wherein the polyester resin composition contains from 10 to 89 % by weight of the polyester resin and from 11 to 90 % by weight of the polyester resin relative to a total sum of the polyester resin and the polyester resin, and the polyester resin composition contains from 1 to 40 % by weight of the polyester resin relative to a total sum of the polyester resin, the polyester resin, and the polyester resin. a polyester resin that is an aliphatic polyester-based resin containing an aliphatic diol unit and an aliphatic dicarboxylic acid unit, the polyester resin containing 5 % by mole or more and not more than 86 % by mole of a succinic acid unit in whole of the aliphatic dicarboxylic acid unit; a polyester resin that is an aromatic-aliphatic copolyester-based resin containing an aliphatic diol unit, an aliphatic dicarboxylic acid unit, and an aromatic dicarboxylic acid unit, the polyester resin containing 5 % by mole or more and not more than 95 % by mole of the aromatic dicarboxylic acid unit in all of dicarboxylic acid units; and a polyester resin containing an aliphatic oxycarboxylic acid,
A compound of formula II: wherein: R 1 is a phenyl group or a substituted phenyl group; and R 2 is a tert-butyldimethylsilyl group or -COR 5 wherein R 5 is a tert-butyl group and -SR is an S-cysteinyl or a substituted S-cysteinyl group. R 1 is a phenyl group or a substituted phenyl group; and R 2 is a tert-butyldimethylsilyl group or -COR 5 wherein R 5 is a tert-butyl group and -SR is an S-cysteinyl or a substituted S-cysteinyl group.
An electronic terminal device (104, 104a, 104b) comprising a processing entity for processing instructions (105, 258) and other data, at least functionally connected user interface entity for interfacing the device with a user and comprising a display and a user input means, a memory entity for storing the instructions and other data, and a communication interface for transferring data with external entities such as a network infrastructure (107, 108), characterized in that the device is configured, in accordance with the instructions, to store first data comprising a number of digital, content-associated fingerprints, each characterizing the display data and display usage of at least one visual object shown on the display, and log second data (208, 212) comprising behavioral data indicative of user engagement with the UI of the device, said logging incorporating detecting the display usage (204, 206, 207) utilizing screen capturing based on finding matches of displayed data with the fingerprints stored, comprising detecting the presence, in the captured displayed data, of any of said visual objects characterized by the fingerprints, and storing indication of such detection in said memory, and optionally, transmit to a server arrangement the logged data or parts thereof, wherein the device is configured to determine the status of the display and execute control over said logging responsive to the determined status of the display, wherein the determined status of the display indicates at least whether the display is in use or not, and wherein executing the logging in accordance with the determination comprises at least trigger logging or cease logging.
A cooking apparatus comprising: a capacitance detector configured to detect capacitance using two or more electrodes (V11 to V1n, V21 to V2n) arranged at each of a plurality of induction heating coils (L, L1 to L44); and a cookware detection controller configured to determine whether cookware is placed over an induction heating coil and identify the induction heating coil over which the cookware is placed based on the location of the two or more electrodes (V11 to V1n, V21 to V2n) used to detect the capacitance, characterized in that the determination whether cookware is placed over an induction heating coil is based on whether the value of the detected capacitance exceeds a preset first threshold, and in that the preset first threshold is set based on a predetermined ratio between a total area of the two or more electrodes (V11 to V1n, V21 to V2n) and an area of an induction heating coil at which the two or more electrodes (V11 to V1n, V21 to V2n) are arranged. a capacitance detector configured to detect capacitance using two or more electrodes (V11 to V1n, V21 to V2n) arranged at each of a plurality of induction heating coils (L, L1 to L44); and a cookware detection controller configured to determine whether cookware is placed over an induction heating coil and identify the induction heating coil over which the cookware is placed based on the location of the two or more electrodes (V11 to V1n, V21 to V2n) used to detect the capacitance, characterized in that the determination whether cookware is placed over an induction heating coil is based on whether the value of the detected capacitance exceeds a preset first threshold, and in that the preset first threshold is set based on a predetermined ratio between a total area of the two or more electrodes (V11 to V1n, V21 to V2n) and an area of an induction heating coil at which the two or more electrodes (V11 to V1n, V21 to V2n) are arranged.
A method to produce a packaging unit, the method comprising at least the following steps: - supplying of an outer package, - placing of at least one article in a direction coming from above into the supplied outer package, and - folding in of a top flap of the supplied outer package, into which the at least one article has been placed, as well as fastening of the top flap in its folded-in position, whereby the outer package is closed at the top and forms a packaging unit together with the at least one article placed into it, wherein - at least one lateral wall of the supplied outer package comprises at least one defined folding line and/or bending line, via which at least one defined folding line and/or bending line the at least one lateral wall of the supplied outer package is pressed in an inward direction and is secured in an orientation that is intended for the packaging unit and that is in an inward-pressed direction, characterised in that the at least one lateral wall is secured in its orientation that is intended for the packaging unit and that is in an inward-pressed direction by way of the top flap being fastened in its folded-in position. - supplying of an outer package, - placing of at least one article in a direction coming from above into the supplied outer package, and - folding in of a top flap of the supplied outer package, into which the at least one article has been placed, as well as fastening of the top flap in its folded-in position, whereby the outer package is closed at the top and forms a packaging unit together with the at least one article placed into it, wherein - at least one lateral wall of the supplied outer package comprises at least one defined folding line and/or bending line, via which at least one defined folding line and/or bending line the at least one lateral wall of the supplied outer package is pressed in an inward direction and is secured in an orientation that is intended for the packaging unit and that is in an inward-pressed direction,
A thermoelectric conversion element configured to have two types of conductors (4,5) physically alternately connected to an electrode via one or more electrical resistance layers, wherein two types of the conductors have different Seebeck coefficient, the electrical resistance layers are formed by electrical resistor having electrical resistivity of 1 × 10 -3 Ωcm or more, wherein the electrical resistor is an intrinsic semiconductor characterized in that the thermoelectric conversion element has one electrical resistance layer, the electrical resistance layer is arranged on one side of the electrode, one of two types of the conductors is connected to the electrical resistance layer and the other is physically connected to the electrode without the electrical resistance layer.
A method for sealing a fastener comprising the steps of: providing a mold having an inlet port for molding material; positioning the mold over a fastener; sealing the mold against a structure; injecting a molding material into the mold; and, removing the mold to leave an in-situ formed molded cap over the fastener and sealed to the structure; characterized in that: the mold has an overflow port, the molding material being injected into the mold such that it completely fills the mold and any overflow material flows into the overflow port of the mold and further characterized in that: the molding material is a thermoplastic elastomer. providing a mold having an inlet port for molding material; positioning the mold over a fastener; sealing the mold against a structure; injecting a molding material into the mold; and, removing the mold to leave an in-situ formed molded cap over the fastener and sealed to the structure; the mold has an overflow port, the molding material being injected into the mold such that it completely fills the mold and any overflow material flows into the overflow port of the mold the molding material is a thermoplastic elastomer.
Fitting, in particular backrest setting fitting for a vehicle seat, comprising a first disc-like fitting part on which a hollow toothed ring is formed, and comprising a second disc-like fitting part which can be rotated about an axial longitudinal axis of the fitting relative to the first fitting part and on which a spur gear is formed, the said spur gear rolling on the hollow toothed ring, as a result of which the two fitting parts (11, 12) form a gear connection with one another by means of wedge segments in order to ensure eccentric arrangement of the hollow toothed ring relative to the spur gear, and comprising a driver, which acts on the wedge segments, is mounted in a rotatable manner and is driven by an eccentric drive means, for driving an eccentric rolling movement of spur gear and hollow toothed ring, wherein, starting from the longitudinal axis, a spacer element is arranged between an inner radius (r i25) of the second fitting part and an outer radius (r a24) of the wedge segments in the radial direction of the fitting, the said spacer element having cutouts which are open at least in the axial direction, wherein at least one blocking bolt of a blocking element, which blocking bolt is guided radially beyond the outer radius (r a24) of the wedge segments, engages into at least one cutout in a locking state which prevents the fitting from running, characterized in that the blocking bolt is arranged on a flexible region which is integrated into the blocking element, as a result of which the at least one blocking bolt moves out of the at least one cutout in the spacer element in the axial direction by means of driver blocking lugs which are arranged on the driver, with deformation of the flexible region of the blocking element, which flexible region is formed as a restoring force accumulator, so as to produce an unlocking state of the fitting.
A power supply (104; 200) for a portable computer, comprising: a flexible strand (114; 212; 414; 614; 712) having an anchor end to be removably secured to an entity and a locking mechanism being disposed at an end (116; 214) of the flexible strand opposite to the anchor end (118; 216); the locking mechanism to be removably secured to a corresponding feature of a portable computer; and a housing including a passageway, the flexible strand being routed through the passageway, wherein the housing includes a guide pin to keep the flexible strand routed through the passageway. a flexible strand (114; 212; 414; 614; 712) having an anchor end to be removably secured to an entity and a locking mechanism being disposed at an end (116; 214) of the flexible strand opposite to the anchor end (118; 216); the locking mechanism to be removably secured to a corresponding feature of a portable computer; and a housing including a passageway, the flexible strand being routed through the passageway, wherein the housing includes a guide pin to keep the flexible strand routed through the passageway.
A method for dynamically rate limiting slowpath processing of exception packets in a packet forwarding device, the method comprising: monitoring processing resources in a packet forwarding device used for performing slowpath processing of exception packets; determining whether, in the packet forwarding device, usage of the processing resources used for slowpath processing exceeds a first threshold; and in response to determining that usage of the processing resources exceeds the first threshold, rate limiting the slowpath processing of the exception packets, wherein the first threshold is determined dynamically based on a monitored processing capacity of the packet processing resources in the packet forwarding device used for slowpath processing. monitoring processing resources in a packet forwarding device used for performing slowpath processing of exception packets; determining whether, in the packet forwarding device, usage of the processing resources used for slowpath processing exceeds a first threshold; and in response to determining that usage of the processing resources exceeds the first threshold, rate limiting the slowpath processing of the exception packets, wherein the first threshold is determined dynamically based on a monitored processing capacity of the packet processing resources in the packet forwarding device used for slowpath processing.
A vehicle system storing an aqueous solution; said vehicle system comprising: a first compartment for storing an aqueous solution; a second compartment for storing an aqueous solution; a suction line arranged for receiving aqueous solution from the second compartment; a jet pump having a suction inlet, a pressure inlet and an outlet; a module comprising: a feed pump unit connected for pumping aqueous solution from the first compartment to a feed outlet; said feed pump unit being further connected for pumping aqueous solution along a flow path (111, 112, 190, 320, 330) from the first compartment through the feed pump unit, through the pressure inlet of the jet pump to the outlet of the jet pump; a first heater; said suction inlet being connected to said suction line; said outlet of said jet pump being arranged for returning aqueous solution from the suction inlet and from the pressure inlet to the first compartment, characterized in that the first heater is arranged in a wall delimiting said first compartment and in that the vehicle system further comprises a suction line heating system, configured for heating at least a portion of the suction line, comprising a second heater arranged around a section of the suction line. a first compartment for storing an aqueous solution; a second compartment for storing an aqueous solution; a suction line arranged for receiving aqueous solution from the second compartment; a jet pump having a suction inlet, a pressure inlet and an outlet; a module comprising: a feed pump unit connected for pumping aqueous solution from the first compartment to a feed outlet; said feed pump unit being further connected for pumping aqueous solution along a flow path (111, 112, 190, 320, 330) from the first compartment through the feed pump unit, through the pressure inlet of the jet pump to the outlet of the jet pump; a first heater; a feed pump unit connected for pumping aqueous solution from the first compartment to a feed outlet; said feed pump unit being further connected for pumping aqueous solution along a flow path (111, 112, 190, 320, 330) from the first compartment through the feed pump unit, through the pressure inlet of the jet pump to the outlet of the jet pump; a first heater;
A method for producing nanofibres based on self-assembling peptides, comprising: - preparing a first solution based on self-assembling peptides; - preparing a second solution based on a coating polymer; - subjecting said first solution and said second solution to a co-electrospinning step, in which said first solution and said second solution are electrospun at the same time, said second solution being electrospun around said first solution so as to produce nanofibres having a central core formed by said self-assembling peptides and an outer layer, which surrounds said core and is formed by said coating polymer. - preparing a first solution based on self-assembling peptides; - preparing a second solution based on a coating polymer; - subjecting said first solution and said second solution to a co-electrospinning step, in which said first solution and said second solution are electrospun at the same time, said second solution being electrospun around said first solution so as to produce nanofibres having a central core formed by said self-assembling peptides and an outer layer, which surrounds said core and is formed by said coating polymer.
A compound selected from the group consisting of: a) b) wherein R 1 is a C 1 -C 4 alkyl or PhCH 2; and c) wherein X is Br, HSO 4, H 2 PO 4 or CH 3 SO 3. a) b) wherein R 1 is a C 1 -C 4 alkyl or PhCH 2; and c) wherein X is Br, HSO 4, H 2 PO 4 or CH 3 SO 3.