mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for providing access to data from remote network-accessible services by virtual machine nodes hosted by a computing system , the method comprising: under control of a node manager software system executing on a computer system that hosts multiple virtual machine nodes, to manage operations of the multiple virtual machine nodes; intercepting a communication sent from the virtual machine node to a remote network-accessible service to obtain requested data from the remote service, the remote service providing data to clients by transmitting the data from one or more storage devices of the remote service via one or more other intermediate devices of the remote service; and for the intercepted communication, automatically altering how the requested data is obtained from the remote service, the altering including: identifying one or more storage devices of the remote service from which the requested data will be provided; altering the intercepted communication to obtain the requested data from the identified one or more storage devices without the requested data being transmitted via at least one of the one or more intermediate devices of the remote service; and sending the altered communication to the remote service on behalf of the virtual machine node that sent the intercepted second communication. intercepting a communication sent from the virtual machine node to a remote network-accessible service to obtain requested data from the remote service, the remote service providing data to clients by transmitting the data from one or more storage devices of the remote service via one or more other intermediate devices of the remote service; and for the intercepted communication, automatically altering how the requested data is obtained from the remote service, the altering including: identifying one or more storage devices of the remote service from which the requested data will be provided; altering the intercepted communication to obtain the requested data from the identified one or more storage devices without the requested data being transmitted via at least one of the one or more intermediate devices of the remote service; and sending the altered communication to the remote service on behalf of the virtual machine node that sent the intercepted second communication. identifying one or more storage devices of the remote service from which the requested data will be provided; altering the intercepted communication to obtain the requested data from the identified one or more storage devices without the requested data being transmitted via at least one of the one or more intermediate devices of the remote service; and sending the altered communication to the remote service on behalf of the virtual machine node that sent the intercepted second communication.
A scroll compressor, comprising: a housing , an oil separation structure provided in the housing , an oil storage tank provided in the housing , and an oil outlet channel provided in the housing , wherein: the oil outlet channel has an oil inlet and an oil outlet located above the oil inlet , the oil inlet is in communication with an oil discharging hole of the oil separation structure , and the oil outlet being in communication with the oil storage tank ; wherein: a refrigerant outlet is defined on the housing , wherein the refrigerant separated by the oil separation structure is discharged through the refrigerant outlet , and characterized in that a vent hole is defined on a wall of the oil storage tank for discharging precipitated refrigerant, and the vent hole is in communication with the refrigerant outlet ; and wherein the vent hole penetrates a wall between the oil separation structure and the oil storage tank . a housing , an oil separation structure provided in the housing , an oil storage tank provided in the housing , and an oil outlet channel provided in the housing , wherein: the oil outlet channel has an oil inlet and an oil outlet located above the oil inlet , the oil inlet is in communication with an oil discharging hole of the oil separation structure , and the oil outlet being in communication with the oil storage tank ; wherein: the oil outlet channel has an oil inlet and an oil outlet located above the oil inlet , the oil inlet is in communication with an oil discharging hole of the oil separation structure , and the oil outlet being in communication with the oil storage tank ; wherein: a refrigerant outlet is defined on the housing , wherein the refrigerant separated by the oil separation structure is discharged through the refrigerant outlet , and characterized in that a vent hole is defined on a wall of the oil storage tank for discharging precipitated refrigerant, and the vent hole is in communication with the refrigerant outlet ; and wherein the vent hole penetrates a wall between the oil separation structure and the oil storage tank .
Make contact system for high-voltage applications, wherein a vacuum switching tube having two switch contacts in the form of plate contacts is provided, at least one of which is a moving contact coupled to a drive , and wherein at least one plate contact is surrounded in rotationally symmetrical fashion by a shielding element , characterized in that the shielding element has an electrical conductivity which is less than 40 10 -6 S/m and is formed on an iron basis and in that the distance between the plate contacts in the opened state is less than 10 mm per 100 kV rated voltage.
A helicopter window mounting adapter for M134 Minigun type guns, comprising: a lower body of mounting adapter comprising a multiple of locking arms for locking the mounting adapter to a helicopter floor connection part , allowing the mounting adapter to pivot around a helicopter floor connection axis, an upper body of mounting adapter being secured to the lower body of mounting adapter, an azimut pintle being secured at the upper body of mounting adapter , for supporting a gun, characterized in that it further comprises a locking channel , and a locking pin being adapted to be placed in the inner side of the window and for mounting the mounting adapter in front of the window by mounting the adapter to the floor connection part ; rotating the mounting adapter around the helicopter floor connection axis; pushing the mounting adapter on the locking pin , and passing the locking pin through the locking channel . a lower body of mounting adapter comprising a multiple of locking arms for locking the mounting adapter to a helicopter floor connection part , allowing the mounting adapter to pivot around a helicopter floor connection axis, an upper body of mounting adapter being secured to the lower body of mounting adapter, an azimut pintle being secured at the upper body of mounting adapter , for supporting a gun, characterized in that it further comprises a locking channel , and a locking pin being adapted to be placed in the inner side of the window and for mounting the mounting adapter in front of the window by mounting the adapter to the floor connection part ; rotating the mounting adapter around the helicopter floor connection axis; pushing the mounting adapter on the locking pin , and passing the locking pin through the locking channel . mounting the adapter to the floor connection part ; rotating the mounting adapter around the helicopter floor connection axis; pushing the mounting adapter on the locking pin , and passing the locking pin through the locking channel .
A spot-on composition for use to treat stress, anxiety, aggressiveness in a cat, said spot-on composition comprising between 15% to 25% (w%/w%) methyl palmitate, between 10% to 27% (w%/w%) methyl linoleate, between 25% to 35% (w%/w%) methyl oleate, between 5% to 15% (w%/w%) methyl stearate, between 5% to 15% (w%/w%) methyl laurate and between 5% to 15% (w%/w%) methyl myristate, and a vehicle for localized percutaneous application to the cat.
A process for preparing a foamed article comprising an adhesive layer bonded to at least one foam layer, said process comprising the steps of: i) preparing the foam layer; ii) applying a primer to the foam layer; iii) irradiating the foam layer with a UV curing machine with an ultraviolet energy of greater than 0.7 J/cm 2 , wherein the UV curing machine is equipped with one or several mercury lamps, wherein the UV curing machine is a conveying belt UV curing machine; and iv) applying the adhesive layer to the foam layer, wherein the foam layer comprises greater than 50 weight percent of an ethylene/α-olefin interpolymer, wherein the ethylene/α-olefin interpolymer is an ethylene/α-olefin multi-block interpolymer, and wherein the primer comprises: A) one or more monomers and/or oligomers selected from the group consisting of and/or wherein each R is independently selected from the group consisting of the following: substituted or unsubstituted hydrocarbylenes, and substituted or unsubstituted hetero-hydrocarbylenes, each of the hydrocarbylenes and hetero-hydrocarbylenes having between 4 and 40 carbon atoms and x is any integer equal to or greater than 1; B) at least one chlorinated olefin-based polymer and/or at least one functionalized chlorinated olefin-based polymer; C) at least one styrene-based block copolymer or derivative thereof; and D) at least one photoinitiator. i) preparing the foam layer; ii) applying a primer to the foam layer; iii) irradiating the foam layer with a UV curing machine with an ultraviolet energy of greater than 0.7 J/cm 2 , wherein the UV curing machine is equipped with one or several mercury lamps, wherein the UV curing machine is a conveying belt UV curing machine; and iv) applying the adhesive layer to the foam layer, A) one or more monomers and/or oligomers selected from the group consisting of and/or wherein each R is independently selected from the group consisting of the following: substituted or unsubstituted hydrocarbylenes, and substituted or unsubstituted hetero-hydrocarbylenes, each of the hydrocarbylenes and hetero-hydrocarbylenes having between 4 and 40 carbon atoms and x is any integer equal to or greater than 1; B) at least one chlorinated olefin-based polymer and/or at least one functionalized chlorinated olefin-based polymer; C) at least one styrene-based block copolymer or derivative thereof; and D) at least one photoinitiator.
A razor cartridge comprising: a housing ; a trailing blade assembly mounted to the housing, the trailing blade assembly comprising a trailing blade with a blade tip (18b-l); a leading blade assembly mounted to the housing in front of the trailing blade assembly, the leading blade assembly comprising a leading blade with a blade tip (18a- 1); and a skin support element affixed to the leading blade assembly and extending towards the blade tip of the trailing blade assembly, wherein a horizontal length (LI) of the skin support element is greater than a distance from a trailing part of the skin support element to the blade tip of the trailing blade assembly (18b-l), characterized in that an interblade span (Si) is defined between the blade tip (18a-l) of the leading blade and the blade tip (18b- 1) of the trailing blade and the interblade span (Si) is between 2.0 mm and 5.0 mm. a housing ; a trailing blade assembly mounted to the housing, the trailing blade assembly comprising a trailing blade with a blade tip (18b-l); a leading blade assembly mounted to the housing in front of the trailing blade assembly, the leading blade assembly comprising a leading blade with a blade tip (18a- 1); and a skin support element affixed to the leading blade assembly and extending towards the blade tip of the trailing blade assembly, wherein a horizontal length (LI) of the skin support element is greater than a distance from a trailing part of the skin support element to the blade tip of the trailing blade assembly (18b-l), characterized in that an interblade span (Si) is defined between the blade tip (18a-l) of the leading blade and the blade tip (18b- 1) of the trailing blade and the interblade span (Si) is between 2.0 mm and 5.0 mm.
A glazing comprising: - a ply of glazing material having a surface (S2, S4) - a sensor for sensing a voltage modulated by damage to the ply of glazing material , said sensor substantially circumscribing the ply of glazing material characterised by - a surface contact bonded to the surface (S2, S4) configured with a portion of the sensor to form a capacitive coupling for transferring AC signals in a frequency range. - a ply of glazing material having a surface (S2, S4) - a sensor for sensing a voltage modulated by damage to the ply of glazing material , said sensor substantially circumscribing the ply of glazing material characterised by - a surface contact bonded to the surface (S2, S4) configured with a portion of the sensor to form a capacitive coupling for transferring AC signals in a frequency range.
System for preparing beverages, in particular based upon infusion of a respective precursor substance, including at least one type of beverage preparation recipient configured for collection of a fluid for infusion of the precursor substance, and further including a beverage preparation apparatus that presents: - a first recipient placement disposition adapted so that it provides placement surface for a drinking recipient , - a second recipient placement disposition presenting a fluid discharge element and adapted so that it provides operative placement of at least one type of beverage preparation recipient , configured for collection of the precursor substance and for preparing a beverage, wherein said beverage preparation recipient is configured so that it can receive pressurized flow through a base region thereof when placed on the operative position on said second recipient placement disposition , and that it can receive said precursor substance through an opening provided on a region different from the base region of said beverage preparation recipient , said system being characterised in that said apparatus comprises a first heating device associated with said second recipient placement disposition , whereby said first heating device is adapted so that it can heat up the fluid volume contained on said beverage preparation recipient to a fluid temperature of at least 40 °C, preferentially of at least 60°C, and at most 100°C. - a first recipient placement disposition adapted so that it provides placement surface for a drinking recipient , - a second recipient placement disposition presenting a fluid discharge element and adapted so that it provides operative placement of at least one type of beverage preparation recipient , configured for collection of the precursor substance and for preparing a beverage, wherein said beverage preparation recipient is configured so that it can receive pressurized flow through a base region thereof when placed on the operative position on said second recipient placement disposition , and that it can receive said precursor substance through an opening provided on a region different from the base region of said beverage preparation recipient ,
A system comprising: a base comprising base electronics; a component comprising circuitry; a gimbal assembly mechanically connecting the component to the base, the gimbal assembly being configured to permit the component to rotate relative to the base about a first axis and about a second axis; a plurality of ribbon wires electrically connecting the base electronics to the component; a plurality of clockspring passes between the base and the component, wherein each ribbon wire of the plurality of ribbon wires is routed between the base and the component through a clockspring pass of the plurality of clockspring passes , each ribbon wire of the plurality of ribbon wires being coiled around a structure of a clockspring pass of the plurality of clockspring passes , wherein the ribbon wire is configured to tighten or loosen around the structure as the component rotates relative to the base about the first axis; and a pendulum member configured to rotate about the second axis, wherein at least one ribbon wire of the plurality of ribbon wires is routed between the base and the component through the pendulum member. a base comprising base electronics; a component comprising circuitry; a gimbal assembly mechanically connecting the component to the base, the gimbal assembly being configured to permit the component to rotate relative to the base about a first axis and about a second axis; a plurality of ribbon wires electrically connecting the base electronics to the component; a plurality of clockspring passes between the base and the component, wherein each ribbon wire of the plurality of ribbon wires is routed between the base and the component through a clockspring pass of the plurality of clockspring passes , each ribbon wire of the plurality of ribbon wires being coiled around a structure of a clockspring pass of the plurality of clockspring passes , wherein the ribbon wire is configured to tighten or loosen around the structure as the component rotates relative to the base about the first axis; and a pendulum member configured to rotate about the second axis, wherein at least one ribbon wire of the plurality of ribbon wires is routed between the base and the component through the pendulum member.
A method for automatically verifying a size of at least one energy beam spot, said method comprising the steps of: a. generating a first energy beam spot from a first energy beam source having a predetermined size and power at a first position on a work piece , b. varying at least one of a focus lens setting or an astigmatism lens setting for said first energy beam spot until max intensity for the first beam spot is detected, c. comparing at least one setting of said focus lens and/or astigmatism lens for said detected maximum intensity of the first energy beam spot with corresponding stored settings of said focus lens and/or astigmatism lens for the first energy beam spot with said predetermined size and power, d. repeating step a-c for different predetermined beam powers, and e. repeating step a-d for different positions on said work piece , wherein said first energy beam spot size is verified if each detected settings of said focus lens and/or astigmatism lens are deviating less than a predetermined value from corresponding stored settings of said focus lens and/or astigmatism lens ; further comprising a step of sending out a warning signal/message if any one of said detected settings of said focus lens and/or astigmatism lens are deviating more than a predetermined value from corresponding stored settings of said focus lens and/or astigmatism lens . a. generating a first energy beam spot from a first energy beam source having a predetermined size and power at a first position on a work piece , b. varying at least one of a focus lens setting or an astigmatism lens setting for said first energy beam spot until max intensity for the first beam spot is detected, c. comparing at least one setting of said focus lens and/or astigmatism lens for said detected maximum intensity of the first energy beam spot with corresponding stored settings of said focus lens and/or astigmatism lens for the first energy beam spot with said predetermined size and power, d. repeating step a-c for different predetermined beam powers, and e. repeating step a-d for different positions on said work piece , wherein said first energy beam spot size is verified if each detected settings of said focus lens and/or astigmatism lens are deviating less than a predetermined value from corresponding stored settings of said focus lens and/or astigmatism lens ; further comprising a step of sending out a warning signal/message if any one of said detected settings of said focus lens and/or astigmatism lens are deviating more than a predetermined value from corresponding stored settings of said focus lens and/or astigmatism lens .
A fluidic connector for providing aspiration and irrigation to a wound site, comprising: a proximal end and a distal end and an elongate length extending therebetween; a top layer , a bottom layer and an intermediate layer each constructed from a flexible, liquid impermeable material and adhered to one another, wherein each of the layers has a proximal end and a distal end and elongate portions extending therebetween; an upper fluid passage between the top layer and the intermediate layer; a lower fluid passage between the intermediate layer and the bottom layer; one or more openings at or near a distal end of the upper fluid passage; and one or more openings at or near a distal end of the lower fluid passage; wherein each of the upper and lower fluid passages comprises a flexible, elongate spacer material between corresponding layers; and wherein one of the upper and lower fluid passages is configured to provide aspiration to the wound site, and the other of the upper and lower fluid passages is configured to provide irrigation fluid to the wound site. a proximal end and a distal end and an elongate length extending therebetween; a top layer , a bottom layer and an intermediate layer each constructed from a flexible, liquid impermeable material and adhered to one another, wherein each of the layers has a proximal end and a distal end and elongate portions extending therebetween; an upper fluid passage between the top layer and the intermediate layer; a lower fluid passage between the intermediate layer and the bottom layer; one or more openings at or near a distal end of the upper fluid passage; and one or more openings at or near a distal end of the lower fluid passage; wherein each of the upper and lower fluid passages comprises a flexible, elongate spacer material between corresponding layers; and wherein one of the upper and lower fluid passages is configured to provide aspiration to the wound site, and the other of the upper and lower fluid passages is configured to provide irrigation fluid to the wound site.