mhurhangee/ep-ind-claims huggingface dataset:
An in-mould, handle movement mechanism for repositioning a handle of a stretch blow-moulded container from its initial, as injected moulded location on a body of an injection moulded preform, to a desired integrally attached position (188 1) on said stretch blow-moulded container, wherein said mechanism comprises two mirror reversed insert portions, each insert portion inserted into one half of a stretch blow-moulding die, wherein each said insert portion is provided with a channel; said channel being adapted such that said handle portion of said preform can nest in said channel when a said preform is introduced into said stretch blow-moulding die, wherein said channel comprises a first fixed section located in a main block of said insert portion, and a second pivoting section formed in a pivoting block of said insert portion, wherein said second pivoting section is rotatable between a first initial position conforming to said handle as injection moulded with said preform, and a second position; rotation of said pivoting block effectable by a linkage connection to a linear actuator, wherein each said insert portion is further provided with a forming block; said forming block moveable between a retracted nested position below said second pivoting block and an extended position at which an outer surface of said forming block is flush with outer surfaces of said main block of said insert portion and of said pivoting block, and wherein said forming block when in said extended position completes a contour surface of the container forming cavity of said stretch blow- moulding die.
Device having a flange closure cap having an electrically insulating wall region extending into a flange bearing region of the flange closure cap, at least one line feedthrough extending therethrough, characterized in that the electrically insulating wall region extends beyond the flange bearing region, herein forming a portion of a connector box.
A method of estimating properties of an anisotropic formation, the method comprising: determining (404, 454) a deviation of a wellbore associated with the anisotropic formation; determining input sources for a first subset of a plurality of elastic constants for a stiffness matrix based upon the determined deviation of the wellbore, each of the determined input sources providing sonic measurement data for use in determining at least one elastic constant among the plurality of elastic constants; determining an availability of non-sonic measurement data associated with the anisotropic formation; selecting, using at least one processing unit, at least one computer-implemented model among a plurality of computer-implemented models based at least in part upon the determined availability of non-sonic measurement data, wherein selecting the computer-implemented model from among the plurality of computer-implemented models is based upon a presence or absence of core data for the wellbore and/or a presence or absence of rock type classification data for the wellbore; applying (412, 466) the selected at least one computer-implemented model to determine a second subset of the plurality of elastic constants for the stiffness matrix; and estimating an anisotropic stress or an anisotropic mechanical property for the anisotropic formation using the determined plurality of elastic constants for the stiffness matrix. determining (404, 454) a deviation of a wellbore associated with the anisotropic formation; determining input sources for a first subset of a plurality of elastic constants for a stiffness matrix based upon the determined deviation of the wellbore, each of the determined input sources providing sonic measurement data for use in determining at least one elastic constant among the plurality of elastic constants; determining an availability of non-sonic measurement data associated with the anisotropic formation; selecting, using at least one processing unit, at least one computer-implemented model among a plurality of computer-implemented models based at least in part upon the determined availability of non-sonic measurement data, wherein selecting the computer-implemented model from among the plurality of computer-implemented models is based upon a presence or absence of core data for the wellbore and/or a presence or absence of rock type classification data for the wellbore; applying (412, 466) the selected at least one computer-implemented model to determine a second subset of the plurality of elastic constants for the stiffness matrix; and estimating an anisotropic stress or an anisotropic mechanical property for the anisotropic formation using the determined plurality of elastic constants for the stiffness matrix.
A sample preservation method comprising the steps of a) providing a paper substrate comprising ligands covalently bound to cellulose or glass fibers, where said ligands comprise negatively charged groups, b) applying a sample comprising at least one analyte and at least one contaminant on said paper substrate, c) drying said sample on said paper substrate and, d) extracting at least part of said paper substrate to provide a solution of said analyte, wherein said ligands further comprise one or more aromatic or heteroaromatic ring structures, and wherein said at least one analyte comprises a protein. a) providing a paper substrate comprising ligands covalently bound to cellulose or glass fibers, where said ligands comprise negatively charged groups, b) applying a sample comprising at least one analyte and at least one contaminant on said paper substrate, c) drying said sample on said paper substrate and, d) extracting at least part of said paper substrate to provide a solution of said analyte,
A pesticidal mixture comprising an effective amount of sabadilla alkaloids and chlorantraniliprole, wherein the weight ratio of sabadilla alkaloids to chlorantraniliprole is from about 10:1 to about 1:2.
Abrasive particles comprising: dish-shaped abrasive particles each having a sidewall, each of the dish-shaped abrasive particles comprising alpha alumina and having a first face and a second face separated by a varying thickness; wherein the first face is recessed and a thickness ratio of Tc/Ti for the dish-shaped abrasive particles is between 1.25 to 5.00, wherein Tc is the thickness at a corner of the sidewall and Ti is the smallest thickness of the interior of the first face, wherein the sidewall forms a perimeter of the first face and a perimeter of the second face and the geometric shape of the perimeter is triangular, rectangular, star-shaped or that of other regular or irregular polygons, wherein, in order to calculate the thickness ratio, fifteen randomly selected dish-shaped abrasive particles are screened, the height of each corner of each particle is measured and then all of the heights are averaged to determine an average Tc, Ti of each particle is measured and then the results are averaged to determine an average Ti, and the thickness ratio is determined by dividing the average Tc by the average Ti.
A fluid pressure sensor capsule comprising: a capsule body defining a process chamber and an interior chamber; an isolator comprising a bellows enclosing at least a portion of the interior chamber, the isolator being supported by the capsule body and exposed to the process chamber and a first pressure within the process chamber; a pressure sensor having a sensor output indicative of a second pressure within the interior chamber, which is isolated from the process chamber by the isolator, wherein the first pressure is applied to the interior chamber through the isolator to generate the second pressure such that the second pressure is related to the first pressure; characterized in that the fluid pressure sensor capsule further comprises a fluid fill pathway extending from the process chamber to the interior chamber. a capsule body defining a process chamber and an interior chamber; an isolator comprising a bellows enclosing at least a portion of the interior chamber, the isolator being supported by the capsule body and exposed to the process chamber and a first pressure within the process chamber; a pressure sensor having a sensor output indicative of a second pressure within the interior chamber, which is isolated from the process chamber by the isolator, wherein the first pressure is applied to the interior chamber through the isolator to generate the second pressure such that the second pressure is related to the first pressure; characterized in that the fluid pressure sensor capsule further comprises a fluid fill pathway extending from the process chamber to the interior chamber.
A propulsion arrangement for a marine vessel, comprising: an engine (12; 14) for propelling the vessel; an electrical machine (26; 28) arranged to supply onboard electrical power for the vessel; and a control unit for controlling the electrical machine such that the electrical machine is selectively operable as a generator or a motor; wherein the control unit and the electrical machine are arranged such that the electrical machine when operating as a motor can supplement the power of the engine while the engine is in operation, characterised in that the electrical machine (26; 28) is directly coupled to the engine (12; 14). an engine (12; 14) for propelling the vessel; an electrical machine (26; 28) arranged to supply onboard electrical power for the vessel; and a control unit for controlling the electrical machine such that the electrical machine is selectively operable as a generator or a motor; wherein the control unit and the electrical machine are arranged such that the electrical machine when operating as a motor can supplement the power of the engine while the engine is in operation, characterised in that the electrical machine (26; 28) is directly coupled to the engine (12; 14).
A semiconductor device comprising: an encoding processing unit that stores an encoded stream of input data that is encoded based on specified encoding control information into a transmission buffer; a buffer management unit that calculates, according to the amount of generated data in the encoding, the transmission buffer occupancy indicating the amount of data stored in the transmission buffer, as well as the reception buffer occupancy indicating the amount of data stored in a reception buffer which is the destination of the encoded stream; and a control information specifying unit that, when the transmission buffer occupancy is equal to or less than a first threshold, specifies the encoding control information based on the reception buffer occupancy to the encoding processing unit, and when the transmission buffer occupancy is greater than the first threshold, specifies the encoding control information to further reduce the amount of generated data than in the case in which the transmission buffer occupancy is equal to or less than the first threshold. an encoding processing unit that stores an encoded stream of input data that is encoded based on specified encoding control information into a transmission buffer; a buffer management unit that calculates, according to the amount of generated data in the encoding, the transmission buffer occupancy indicating the amount of data stored in the transmission buffer, as well as the reception buffer occupancy indicating the amount of data stored in a reception buffer which is the destination of the encoded stream; and a control information specifying unit that, when the transmission buffer occupancy is equal to or less than a first threshold, specifies the encoding control information based on the reception buffer occupancy to the encoding processing unit, and when the transmission buffer occupancy is greater than the first threshold, specifies the encoding control information to further reduce the amount of generated data than in the case in which the transmission buffer occupancy is equal to or less than the first threshold.
Method for managing an automatic parking lot comprising at least one means for guiding vehicles between a reception area and a storage area, wherein the storage area comprises N storage lanes having an alignment of at least M spaces, M being higher than 2, said method consisting in determining the target space depending on the expected departure date of the vehicle, according to a computation which consists in allocating a target storage space to a new entering vehicle, according to the following rule: - selecting spaces corresponding to one of the following criteria: ∘ in the case where a row comprises at least one available proximal space, in front of a vehicle having a departure date that is after the departure date of the entering vehicle, ∘ in the case where a row comprises at least one distal proximal space, positioning in a row of which the last vehicle has a departure date that is before the departure date of the entering vehicle, - allocating the target space to one of the selected spaces - said method being characterized by the following rule: otherwise allocating a space in a temporary storage area consisting of P lanes of Q consecutive spaces, Q being lower than 3. - selecting spaces corresponding to one of the following criteria: ∘ in the case where a row comprises at least one available proximal space, in front of a vehicle having a departure date that is after the departure date of the entering vehicle, ∘ in the case where a row comprises at least one distal proximal space, positioning in a row of which the last vehicle has a departure date that is before the departure date of the entering vehicle, ∘ in the case where a row comprises at least one available proximal space, in front of a vehicle having a departure date that is after the departure date of the entering vehicle, ∘ in the case where a row comprises at least one distal proximal space, positioning in a row of which the last vehicle has a departure date that is before the departure date of the entering vehicle, - allocating the target space to one of the selected spaces - said method being characterized by the following rule: otherwise allocating a space in a temporary storage area consisting of P lanes of Q consecutive spaces, Q being lower than 3.
A method for reducing oxidative degradation of a lubricant composition which contains an oil of lubricating viscosity and at least 1 percent by weight of a C1-C3 alkyl ester of a carboxylic acid of 12 to 24 carbon atoms, which arises from dilution of the lubricant composition by a liquid fuel, comprising including within said lubricant composition 0.01 to 5 per cent by weight of an oil-soluble alkali metal salt, wherein the alkali metal salt comprises an overbased sodium sulfonate.
A mailpiece fabrication system comprising: a wrapping system having an open end for accepting content material, a wrapping section forming a tube-shaped wrap defining a plurality of content material stations between successive strips of sealing adhesive for enclosing the content material, and a rotary cutter operative to cut the tube-shaped wrap between the content material stations to produce a plurality of wrapped envelopes; an imaging system for optically imaging each of the wrapped envelopes and capturing image data indicative of the spatial relationship between the internal content material and one or more points of reference indicative of the internal bounds of the sealing adhesive; a phase-nip roller assembly for delivering content material to the open end of the wrapping system and adapted to incrementally adjust the position of each piece of content material relative to the respective content material station; and a controller for comparing the image data to a set of predefined acceptance criteria to produce a correction feedback signal for controlling the phase-nip roller assembly. a wrapping system having an open end for accepting content material, a wrapping section forming a tube-shaped wrap defining a plurality of content material stations between successive strips of sealing adhesive for enclosing the content material, and a rotary cutter operative to cut the tube-shaped wrap between the content material stations to produce a plurality of wrapped envelopes; an imaging system for optically imaging each of the wrapped envelopes and capturing image data indicative of the spatial relationship between the internal content material and one or more points of reference indicative of the internal bounds of the sealing adhesive; a phase-nip roller assembly for delivering content material to the open end of the wrapping system and adapted to incrementally adjust the position of each piece of content material relative to the respective content material station; and a controller for comparing the image data to a set of predefined acceptance criteria to produce a correction feedback signal for controlling the phase-nip roller assembly.
An article exhibiting flame resistant or flame retardant property comprising a primary yarn; wherein said primary yarn comprises a flame resistant or flame retardant fiber having vapor phase action and a fiber different from said flame resistant or flame retardant fiber comprising a partially aromatic polyamide fiber; wherein said partially aromatic polyamide is spun into fiber without FR additives; characterised in that said partially aromatic polyamide comprises polymers or copolymers comprising monomers selected from the group consisting of aromatic diamine monomers, aliphatic diamine monomers, aromatic diacid monomers, aliphatic diacid monomers and combinations thereof.
Washing group for laundry washing machines comprising a hollow washing tub, a revolving drum fitted in axially rotatable manner inside the washing tub, and a motor assembly including a drive motor which is rigidly attached outside the washing tub and is capable of driving into rotation the revolving drum inside the washing tub; the motor assembly also including at least one connecting part having an end portion fitted onto a corresponding coupling pin extending from the washing tub or vice versa, and at least one fixing screw engaging in sequence the end portion of the connecting part and the corresponding coupling pin; wherein each coupling pin has a frustoconical-shaped distal portion and an adjacent, cylindrical-shaped mid portion adjoining said frustoconical-shaped distal portion; and wherein the end portion of the connecting part has a hollow seat which is substantially complementary in shape to that of the corresponding coupling pin so as to be axially engaged by said coupling pin, characterized in that the axial length (l a) of said frustoconical-shaped distal portion is greater than the axial length (l b) of said cylindrical-shaped mid portion
A method for obtaining a route according to a requirement, comprising: receiving, by a first gateway, a first packet, wherein the first packet comprises a first Internet Protocol, IP, address; searching, by the first gateway, a forwarding table for a next hop of the first IP address, wherein the search fails, wherein the forwarding table includes one or more IP addresses and a next hop of each of the one or more IP addresses; sending, by the first gateway, a second packet to a second gateway, wherein the second packet carries the first IP address, and the second packet is used to instruct the second gateway receiving the second packet to determine whether a host identified by the first IP address accesses a network by using the second gateway receiving the second packet; receiving, by the first gateway, a third packet from the second gateway, and the third packet is used to instruct the host identified by the first IP address to access the network by using the second gateway; and writing, by the first gateway, an IP address of the second gateway into the forwarding table as a next hop address of the first IP address. receiving, by a first gateway, a first packet, wherein the first packet comprises a first Internet Protocol, IP, address; searching, by the first gateway, a forwarding table for a next hop of the first IP address, wherein the search fails, wherein the forwarding table includes one or more IP addresses and a next hop of each of the one or more IP addresses; sending, by the first gateway, a second packet to a second gateway, wherein the second packet carries the first IP address, and the second packet is used to instruct the second gateway receiving the second packet to determine whether a host identified by the first IP address accesses a network by using the second gateway receiving the second packet; receiving, by the first gateway, a third packet from the second gateway, and the third packet is used to instruct the host identified by the first IP address to access the network by using the second gateway; and writing, by the first gateway, an IP address of the second gateway into the forwarding table as a next hop address of the first IP address.
A pivot (30; 30'; 30') for an air propeller blade, the pivot comprising: • a rotary support for mounting radially on a propeller hub while being suitable for pivoting about a pivot axis; and • a blade support including a housing for receiving a blade root and at least one arm extending laterally relative to the pivot axis and carrying a flyweight forming a counterweight; the pivot being characterized in that the arm and its flyweight present the general geometrical shape of a spherical cap vaulted towards the rotary support with a double curvature, the arm and the flyweight having a first section that is curved in a longitudinal plane defined by the pivot axis and a direction in which the arm extends, and having a second section that is curved in a transverse plane defined by the pivot axis and a direction in which the housing extends. • a rotary support for mounting radially on a propeller hub while being suitable for pivoting about a pivot axis; and • a blade support including a housing for receiving a blade root and at least one arm extending laterally relative to the pivot axis and carrying a flyweight forming a counterweight;
An electronic device for switching off and switching on an operating voltage at a port for connecting an electronic apparatus with a computer device, characterized in that the electronic device is adapted for automatically switching off and delayed switching on the operating voltage at said port, that the electronic device therefore comprises a detector device for decoupling a signal for controlling the electronic device from one of the computer device outgoing control signal, that the electronic device comprises an electronic circuit for processing the decoupled signals into a control signal for the electronic device, and that the electronic device comprises a timer device for setting a time delay for the switching on of the operating voltage.
Shaft seal, arranged to seal a rotatable drive shaft from a high pressure area, wherein the shaft seal comprises a shaft seal housing, a first seal and a second seal, wherein the first and second seals (10, 20) are positioned around the drive shaft at different axial positions, wherein a chamber is created in between the first and second seal, wherein the shaft seal comprises a fluid supply (74 - 78) for supplying a pressurized fluid to the chamber, characterized in that the first seal is a mechanical seal positioned between the high pressure area and the chamber and the second seal is a lip seal.