mhurhangee/ep-ind-claims huggingface dataset:
A strand coating system, comprising: an adhesive dispensing device (210, 530) having an adhesive dispensing orifice (212, 214) for dispensing an adhesive fiber or filament (120, 520) onto a strand (110, 233, 235, 510) that has at least one substantially flat side along its axial dimension; a strand guide member; characterized by a strand axial orientation aligning member (250, 252) coupled to the adhesive dispensing device (210, 530), the strand axial orientation aligning member (250 252) positioned in substantial alignment with the adhesive dispensing orifice (212, 214), the strand axial orientation aligning member (250, 252) disposed between the strand guide member and the adhesive dispensing orifice (212, 214), such that the strand axial orientation aligning member (250, 252) controls an orientation of at least a portion of the strand (110, 233, 235, 510) about its axial dimension by engaging with said substantially flat side of the strand as the strand is drawn past the adhesive dispensing device (210, 530). an adhesive dispensing device (210, 530) having an adhesive dispensing orifice (212, 214) for dispensing an adhesive fiber or filament (120, 520) onto a strand (110, 233, 235, 510) that has at least one substantially flat side along its axial dimension; a strand guide member; a strand axial orientation aligning member (250, 252) coupled to the adhesive dispensing device (210, 530), the strand axial orientation aligning member (250 252) positioned in substantial alignment with the adhesive dispensing orifice (212, 214), the strand axial orientation aligning member (250, 252) disposed between the strand guide member and the adhesive dispensing orifice (212, 214), such that the strand axial orientation aligning member (250, 252) controls an orientation of at least a portion of the strand (110, 233, 235, 510) about its axial dimension by engaging with said substantially flat side of the strand as the strand is drawn past the adhesive dispensing device (210, 530).
A peptide-oligourea chimeric compound comprising: an alpha-peptide portion including at least two consecutive α-amino acid residues, coupled to an oligourea portion including at least two consecutive N-N'-linked urea bridging units selected from the group consisting of substituted and unsubstituted N-(2-aminoethyl)carbamothioyl, substituted and unsubstituted N-(2-aminoethyl)formami-dinyl, substituted and unsubstituted 2-aminoethanoxycarbonyl, substituted or unsubstituted N -2-aminoethylcarbamoyl residue, and a combination thereof. an alpha-peptide portion including at least two consecutive α-amino acid residues, coupled to an oligourea portion including at least two consecutive N-N'-linked urea bridging units selected from the group consisting of substituted and unsubstituted N-(2-aminoethyl)carbamothioyl, substituted and unsubstituted N-(2-aminoethyl)formami-dinyl, substituted and unsubstituted 2-aminoethanoxycarbonyl, substituted or unsubstituted N -2-aminoethylcarbamoyl residue, and a combination thereof.
A moisture tight container, comprising: a container body having a base and a sidewall extending therefrom, the body defining an interior configured for housing product, the body further having an opening leading to the interior; a lid that is connected to the body by a hinge and that is pivotable about the hinge with respect to the container body to move the container between a closed position in which the lid covers the opening so as to create a moisture tight seal with the body and an open position in which the opening is exposed, the moisture tight seal comprising a plurality of engaged mating seals in series between the body and the lid when the lid is in the closed position, the plurality of engaged mating seals including at least a first seal and a second seal; wherein the first seal is formed by mating a thermoplastic sealing surface of the body to a thermoplastic sealing surface of the lid, the second seal being formed by mating a thermoplastic sealing surface of the body with an elastomeric sealing surface of the lid, the elastomeric sealing surface comprising an elastomer that is configured to be compressed by an upper surface of a rim surrounding the opening when the lid is in the closed position, characterised in that the elastomer is an elastomeric ring, and in that vertical compression of the elastomeric ring causes a portion of the ring to elastically expand radially into a void provided between the body and the lid. a container body having a base and a sidewall extending therefrom, the body defining an interior configured for housing product, the body further having an opening leading to the interior; a lid that is connected to the body by a hinge and that is pivotable about the hinge with respect to the container body to move the container between a closed position in which the lid covers the opening so as to create a moisture tight seal with the body and an open position in which the opening is exposed, the moisture tight seal comprising a plurality of engaged mating seals in series between the body and the lid when the lid is in the closed position, the plurality of engaged mating seals including at least a first seal and a second seal; wherein the first seal is formed by mating a thermoplastic sealing surface of the body to a thermoplastic sealing surface of the lid, the second seal being formed by mating a thermoplastic sealing surface of the body with an elastomeric sealing surface of the lid, the elastomeric sealing surface comprising an elastomer that is configured to be compressed by an upper surface of a rim surrounding the opening when the lid is in the closed position, characterised in that the elastomer is an elastomeric ring, and in that vertical compression of the elastomeric ring causes a portion of the ring to elastically expand radially into a void provided between the body and the lid.
A subassembly with a housing which is a cable duct housing which can be fixed in a vehicle and which is intended for receiving part of a cable harness, and with a cable terminal which is provided for connection to an earthing cable, with a holding opening, wherein the housing has a fastening opening, with which the housing can be attached to a fastening bolt for fixing in the vehicle, and a receptacle for the cable terminal, wherein the receptacle has a positioning device for the cable terminal and wherein the cable terminal is arranged in the receptacle such that the holding opening overlaps with the fastening opening, wherein for fixing the housing the fastening bolt can extend through the fastening opening and the holding opening.
A security system for protecting a luggage item, the security system comprising: a tamper evidencing device which is a band for encircling the luggage item, wherein breach of the device in use is evidenced by the device itself, the device including a unique identifier; and one or more zip tab securing portions (22, 110) for joining a pair of zip tabs or luggage locking rings of the zip sliders to the band, each zip tab having a hole therethrough, the band being provided with apertures or slits for the receipt of zip tabs or one of said zip tab securing portions (22,110), wherein removal or attempted removal of the one or more zip tab securing portions (22, 110) is evidenced by the one or more zip tab securing portions (22, 110) or the tamper evidencing device, characterised in that the one or more zip tab securing portions (22, 110) also bear a unique identifier corresponding to the unique identifier of the tamper evidencing device _such that the unique identifier of the one or more zip tab securing portions (22, 110) matches the unique identifier of the tamper evidencing device. a tamper evidencing device which is a band for encircling the luggage item, wherein breach of the device in use is evidenced by the device itself, the device including a unique identifier; and one or more zip tab securing portions (22, 110) for joining a pair of zip tabs or luggage locking rings of the zip sliders to the band, each zip tab having a hole therethrough, the band being provided with apertures or slits for the receipt of zip tabs or one of said zip tab securing portions (22,110), wherein removal or attempted removal of the one or more zip tab securing portions (22, 110) is evidenced by the one or more zip tab securing portions (22, 110) or the tamper evidencing device, characterised in that the one or more zip tab securing portions (22, 110) also bear a unique identifier corresponding to the unique identifier of the tamper evidencing device _such that the unique identifier of the one or more zip tab securing portions (22, 110) matches the unique identifier of the tamper evidencing device.
A gel composition comprising the reaction product of a condensation curable mixture comprising: 0.5 - 45 % by weight silicone resin comprising at least two hydroxyl groups; 99.5 - 55 % by weight of at least one silanol-terminated siloxane fluid; and a co-curable compound comprising an amino group, wherein the condensation curable mixture is curable at room temperature. 0.5 - 45 % by weight silicone resin comprising at least two hydroxyl groups; 99.5 - 55 % by weight of at least one silanol-terminated siloxane fluid; and a co-curable compound comprising an amino group, wherein the condensation curable mixture is curable at room temperature.
Method for transforming an image descriptor, based on a plurality of gradient histograms ( h), each comprising a plurality of histogram bins (h i), into a transformed image descriptor based on a plurality of transformed gradient histograms ( v), each comprising a set of values (v j), wherein, for transforming at least one gradient histogram ( h) of said plurality of gradient histograms into a corresponding at least one transformed gradient histogram ( v), it is provided the steps of: for each value of the set of values (v i) of the corresponding at least one transformed gradient histogram ( v), selecting at least two histogram bins from the plurality of histogram bins (h i) of the at least one gradient histogram based on at least one location criterium of said plurality of histogram bins (h i) and calculating, as the value, a function of the selected at least two histogram bins, wherein the plurality of gradient histograms comprises a plurality of gradient orientation histograms and the histogram bins selected for calculating the set of values (v j) of the corresponding at least one transformed gradient histogram exhibit a plurality of angular separations between the at least two bins selected for each value. for each value of the set of values (v i) of the corresponding at least one transformed gradient histogram ( v), selecting at least two histogram bins from the plurality of histogram bins (h i) of the at least one gradient histogram based on at least one location criterium of said plurality of histogram bins (h i) and calculating, as the value, a function of the selected at least two histogram bins, wherein the plurality of gradient histograms comprises a plurality of gradient orientation histograms and the histogram bins selected for calculating the set of values (v j) of the corresponding at least one transformed gradient histogram exhibit a plurality of angular separations between the at least two bins selected for each value.
Method for recognising motion in an image sequence and for coding the image sequence, in which an image processing device ascertains a change of position of image features (M1 to M4) in a current image from the image sequence with respect to corresponding image features (M1' to M4') in a reference image from the coding of the image sequence, the method comprising the steps of: - pairing the mutually corresponding image features (M1-M1' to M4-M4'), - determining model parameters for a motion model describing the change of position based on the image features (M1-M1' to M4-M4') associated with one another, at least one stationary region (98, 60) being ascertained for the current image, in which region the change of position of the image contents contained therein with respect to the reference image is smaller than a predetermined amount, and only image features (M1 to M4, M1' to M4') which are situated outside the at least one stationary region (98, 60) being taken as a basis for determining the model parameters, and the reference image being transformed by means of the model parameters and the transformed reference image being transmitted for the coding to a compression device of a video coder as a motion-compensated reference image, characterised in that, based on the model parameters, the image processing device first checks whether the change of position comprises a rotation, and the motion-compensated reference image is transmitted only if an angle of rotation of the rotation is greater than a predetermined threshold value. - pairing the mutually corresponding image features (M1-M1' to M4-M4'), - determining model parameters for a motion model describing the change of position based on the image features (M1-M1' to M4-M4') associated with one another, at least one stationary region (98, 60) being ascertained for the current image, in which region the change of position of the image contents contained therein with respect to the reference image is smaller than a predetermined amount, and only image features (M1 to M4, M1' to M4') which are situated outside the at least one stationary region (98, 60) being taken as a basis for determining the model parameters, and the reference image being transformed by means of the model parameters and the transformed reference image being transmitted for the coding to a compression device of a video coder as a motion-compensated reference image, characterised in that, based on the model parameters, the image processing device first checks whether the change of position comprises a rotation, and the motion-compensated reference image is transmitted only if an angle of rotation of the rotation is greater than a predetermined threshold value.
Household cooking appliance having a cooking chamber, delimited by a cooking chamber wall (104 - 106), characterised by a cooking chamber camera located outside of the cooking chamber, for capturing images from the cooking chamber through a viewing opening in the cooking chamber wall (104 - 106), wherein - the cooking chamber camera is movable by the household cooking appliance between a resting position and a capturing position, - the cooking chamber camera is subject to more heat from the cooking chamber in the capturing position than in the resting position and - the household cooking appliance is designed to move the cooking chamber camera during an operating sequence, in order to capture an image, from the resting position into the capturing position and back into the resting position after the capture. - the cooking chamber camera is movable by the household cooking appliance between a resting position and a capturing position, - the cooking chamber camera is subject to more heat from the cooking chamber in the capturing position than in the resting position and - the household cooking appliance is designed to move the cooking chamber camera during an operating sequence, in order to capture an image, from the resting position into the capturing position and back into the resting position after the capture.
Compressed air supply assembly for operating a pneumatic assembly, in particular an air spring assembly of a vehicle, comprising: - a compressed air supply; - a compressed air connection to the pneumatic assembly; - a purge connection to the environment; - a pneumatic main line between the compressed air supply and the compressed air connection, comprising an air dryer; - a purge line between the compressed air supply and the purge connection; - a solenoid valve arrangement with a control valve to control a purge valve, wherein the control valve is connected to a control valve connection (X2, Y2) in a pneumatic control line which is connected to a pressure control connection of the purge valve, and the purge valve is connected to a purge valve connection (X1, Y1) in the purge line, characterized in that a pressure-maintaining pneumatic device is connected to the pneumatic control line and is adapted to maintain control pressure at the pressure control connection when the purge valve connection (X1, Y1) of the purge valve in the purge line is open, independently of a pressure in the purge line and/or the pneumatic main line, such that the pressure in the purge line and/or in the pneumatic main line can fall practically to ambient pressure. - a compressed air supply; - a compressed air connection to the pneumatic assembly; - a purge connection to the environment; - a pneumatic main line between the compressed air supply and the compressed air connection, comprising an air dryer; - a purge line between the compressed air supply and the purge connection; - a solenoid valve arrangement with a control valve to control a purge valve, wherein
A method for supporting Internet Protocol, IP, mobility of a Mobile Node, MN, in a mobile communication system supporting Mobile IP, MIP, and Session Initiation Protocol, SIP, comprising: performing an initial MIP location registration in a Home Agent, HA, of a home network through a first Foreign Agent, FA, of a first foreign network in which the MN is located; sending, to a Correspondent Node, CN, a SIP response OK message in which a home address of the MN is recorded when the MN receives a SIP invite message from the CN; sending, by the CN, a packet to the home address of the MN in a state in which a SIP call of the MN is established; and performing a MIP location registration in the HA through a second FA without a SIP location registration when the MN moves to a second foreign network during the SIP call, wherein the home address indicates a unique IP address assigned by the home network. performing an initial MIP location registration in a Home Agent, HA, of a home network through a first Foreign Agent, FA, of a first foreign network in which the MN is located; sending, to a Correspondent Node, CN, a SIP response OK message in which a home address of the MN is recorded when the MN receives a SIP invite message from the CN; sending, by the CN, a packet to the home address of the MN in a state in which a SIP call of the MN is established; and performing a MIP location registration in the HA through a second FA without a SIP location registration when the MN moves to a second foreign network during the SIP call, wherein the home address indicates a unique IP address assigned by the home network.
A bar solder, having an alloy composition comprising, in mass%, 0.8% to 10% of Cu, 0.03% to 0.4% of Ni, optionally at least one of 0.3% or less of P, 0.3% or less of Ge, and 0.3% or less of Ga, optionally at least one selected from at least one group of a group consisting of at least one of In, Sb, Zn and Ag in a total amount of 5% or less, and a group consisting of at least one of Mn, Cr, Co, Fe, Si, Al, Ti, and rare earth elements in a total amount of 1% or less with the balance being Sn and including an intermetallic compound, wherein the intermetallic compound has a maximum grain size of 100 μm or less in a region at least 50 μm away from a surface of the bar solder, wherein the intermetallic compound is mainly (Cu, Ni) 6 Sn 5.
A method for bulk onboarding of charging devices (101A-101N, 102A-102N) onto a cloud-based system, characterized by: - obtaining onboarding parameters associated with each of the charging devices (101A-101N, 102A-102N), wherein the charging devices (101A-101N, 102A-102N) comprise at least one parent charging device (102A-102N) communicating with the cloud-based system, and wherein the onboarding parameters are obtained from the at least one parent charging device (102A-102N); - dynamically obtaining charging device verification data based on the onboarding parameters associated with the charging devices (101A-101N, 102A-102N), wherein the charging device verification data comprises at least a certificate associated with each of the charging devices (101A-101N, 102A-102N); - validating the onboarding parameters based on the charging device verification data; and - establishing a connection between the at least one parent charging device (102A-102N) and the cloud-based system over a communication network for onboarding the charging devices (101A-101N, 102A-102N), upon validation of the onboarding parameters. - obtaining onboarding parameters associated with each of the charging devices (101A-101N, 102A-102N), wherein the charging devices (101A-101N, 102A-102N) comprise at least one parent charging device (102A-102N) communicating with the cloud-based system, and wherein the onboarding parameters are obtained from the at least one parent charging device (102A-102N); - dynamically obtaining charging device verification data based on the onboarding parameters associated with the charging devices (101A-101N, 102A-102N), wherein the charging device verification data comprises at least a certificate associated with each of the charging devices (101A-101N, 102A-102N); - validating the onboarding parameters based on the charging device verification data; and - establishing a connection between the at least one parent charging device (102A-102N) and the cloud-based system over a communication network for onboarding the charging devices (101A-101N, 102A-102N), upon validation of the onboarding parameters.
An airbag module comprising: i) a control unit; ii) a source of electrical current managed by said control unit; iii) a container wherein a gas is stored under pressure, said container comprising an outlet sealed by a pierceable membrane; iv) a hollow body having a cavity, an inlet duct and an outlet duct, wherein said outlet of the container is fitted in said inlet duct of said hollow body and wherein an inflatable bag is tightly assembled on said outlet duct of the hollow body; the airbag module further comprising an actuator assembly configured to pierce open said membrane sealing the container, said actuator assembly comprising a piercing member movably restrained to the body so as to move a piercing end thereof beyond the pierceable membrane, characterized in that the actuator assembly further comprises at least one linear shape memory alloy wire actuator member that is electrically connected to the source of electrical current and operably restrained to said piercing member, the overall configuration of the airbag module being such that by supplying an electrical current to said at least one linear shape memory alloy wire actuator member this is heated at a temperature equal to or higher than its Austenite phase temperature (Af), undergoes a shortening and thus causes the piercing member to cut the pierceable membrane by moving therethrough, the linear shape memory alloy wire actuator member returning to its previous size and shape upon cooling below its Martensite phase temperature (Mf). i) a control unit; ii) a source of electrical current managed by said control unit; iii) a container wherein a gas is stored under pressure, said container comprising an outlet sealed by a pierceable membrane; iv) a hollow body having a cavity, an inlet duct and an outlet duct,
Use of a stock oil composition in the preparation of an active material for a negative electrode of a lithium-ion secondary battery, the active material being a carbonaceous material, the composition comprising a bottom oil of residue fluid catalytic cracking apparatus as a raw material, wherein the composition comprises a saturated component, an aromatic component, a resin component and an asphaltene component detectable by development of the composition by using thin-layer chromatography, the saturated component ranging from 30 to 50% by weight and the aromatic component ranging from 50 to 70% by weight; and has an average molecular weight ranging from 400 to 600.