mhurhangee/patent-ind-claim-en huggingface dataset:
A computing device for managing a storage device, the computing device comprising: a processor ; and a computer-readable medium having stored thereon instructions that, when executed by the processor, cause the processor to: receive a first electronic-mail, email, message from a client device, the first email message comprising a recipient email address; determine that the recipient email address is associated with a network-attached storage, NAS, device , the recipient email address identifying the NAS device; determine a NAS operation for the NAS device based on the first email message; determine whether a user associated with a sender email address of the first email message has permission to request the NAS operation; in response to determining that the user has permission to request the NAS operation, transmit a first message to the NAS device to cause the NAS device to perform the NAS operation; and in response to determining that the user does not have permission to request the NAS operation, send a message to an administrator to determine whether the NAS operation should be allowed. a processor ; and a computer-readable medium having stored thereon instructions that, when executed by the processor, cause the processor to: receive a first electronic-mail, email, message from a client device, the first email message comprising a recipient email address; determine that the recipient email address is associated with a network-attached storage, NAS, device , the recipient email address identifying the NAS device; determine a NAS operation for the NAS device based on the first email message; determine whether a user associated with a sender email address of the first email message has permission to request the NAS operation; in response to determining that the user has permission to request the NAS operation, transmit a first message to the NAS device to cause the NAS device to perform the NAS operation; and in response to determining that the user does not have permission to request the NAS operation, send a message to an administrator to determine whether the NAS operation should be allowed. receive a first electronic-mail, email, message from a client device, the first email message comprising a recipient email address; determine that the recipient email address is associated with a network-attached storage, NAS, device , the recipient email address identifying the NAS device; determine a NAS operation for the NAS device based on the first email message; determine whether a user associated with a sender email address of the first email message has permission to request the NAS operation; in response to determining that the user has permission to request the NAS operation, transmit a first message to the NAS device to cause the NAS device to perform the NAS operation; and in response to determining that the user does not have permission to request the NAS operation, send a message to an administrator to determine whether the NAS operation should be allowed.
Back-rest with a lumbar support for seat furniture, preferably for work chairs, wherein the lumbar support is attached to the back-rest or integrated in the latter, consisting of a number of support elements which form in their longitudinal extension a support surface directed against the back of the user and with an approximately convex curve line , wherein the support elements are supported against one another by a support structure extending in longitudinal direction and connected to the support elements , wherein automatic adaptation of the convex curve line of the lumbar support is effected on the basis of a pressure due to the back of the user, wherein the lumbar support consists of a number of horizontal slats parallel to one another and occupying a mutual distance from one another, characterised in that the horizontal slats are connected to one another in hinged manner and thus form a link chain which is displaceable in longitudinal direction at the vertex , wherein for hinged connection of the horizontal slats , they form respectively between them a transverse groove and the groove base of the transverse groove is formed respectively by an integral hinge .
A tile , in particular a high-temperature resistant tile for lining internal surfaces of gas turbines, having a body made of a CMC material consisting of ceramic fibers embedded in a ceramic matrix; the body comprising a hollow CMC structure between a lower solid CMC layer and an upper solid CMC layer ; wherein the lower solid CMC layer and the upper solid CMC layer are solid homogeneous layers, having no cavities or void spaces inside the CMC material; and the hollow CMC structure comprises a cell pattern , extending between opposite faces , facing each other and substantially parallel to each other, of the lower solid CMC layer and the upper solid CMC layer respectively, and consisting of a plurality of cells defined by respective cavities and delimited by lateral walls and arranged side-by-side on at least one cell layer ; characterized by comprising an outer covering layer made of a ceramic foam having a thermal conductivity lower than the CMC material of the body and applied on and attached to the upper solid CMC layer ; and wherein the body comprises an anchoring feature projecting from the upper solid CMC layer and penetrating inside the covering layer ; the anchoring feature being defined by an anchoring layer of the body , made of the same CMC material of the other parts of the body and having a hollow structure and comprising an auxiliary cell pattern consisting of a plurality of second cells defined by respective cavities and arranged side-by-side and filled with the ceramic foam of the covering layer , so as the covering layer and the anchoring layer are interpenetrated with each other.
A method for emulating execution of a file, the method comprising: emulating execution of one or more instructions of a file on a virtual processor of an emulator; halting the execution of the one or more instructions in response to an invocation of an Application Programming Interface (API) function; determining whether the invoked API function is present in one or more updatable modules of the emulator, wherein the one or more updatable modules contain implementation of one or more API functions; in response to determining that the invoked API function is present in the one or more updatable modules, emulating execution of the invoked API function according to corresponding implementation contained in the one or more updatable modules; in response to determining that the invoked API function is not present in the one or more updatable modules, generating result of execution of the invoked API function by executing a corresponding virtual API function on a processor of a computing device, wherein the result of the execution of the invoked API function includes at least: a change in state of one or more registers and a change in a stack of a corresponding process or a change in a stack of the emulator; and continuing the execution of the one or more instructions using the result of the execution of the invoked API function, wherein the continuing execution of the one or more instructions is carried out with respect to the changes. emulating execution of one or more instructions of a file on a virtual processor of an emulator; halting the execution of the one or more instructions in response to an invocation of an Application Programming Interface (API) function; determining whether the invoked API function is present in one or more updatable modules of the emulator, wherein the one or more updatable modules contain implementation of one or more API functions; in response to determining that the invoked API function is present in the one or more updatable modules, emulating execution of the invoked API function according to corresponding implementation contained in the one or more updatable modules; in response to determining that the invoked API function is not present in the one or more updatable modules, generating result of execution of the invoked API function by executing a corresponding virtual API function on a processor of a computing device, wherein the result of the execution of the invoked API function includes at least: a change in state of one or more registers and a change in a stack of a corresponding process or a change in a stack of the emulator; and continuing the execution of the one or more instructions using the result of the execution of the invoked API function, wherein the continuing execution of the one or more instructions is carried out with respect to the changes.
An aqueous shampoo composition comprising:- a. a pre-formed emulsified silicone; b. a cationic deposition polymer; c. a hair substantive cationic conditioning polymer which is a homopolymer of (3-acrylamidopropyl) trimethyl ammonium chloride; d. a cleansing surfactant; e. a co-surfactant; and f. a suspending agent. a. a pre-formed emulsified silicone; b. a cationic deposition polymer; c. a hair substantive cationic conditioning polymer which is a homopolymer of (3-acrylamidopropyl) trimethyl ammonium chloride; d. a cleansing surfactant; e. a co-surfactant; and f. a suspending agent.
An air cleaner for an internal combustion engine, the air cleaner comprising: an air cleaner case of a synthetic resin; an air cleaner element disposed in the air cleaner case and arranged to partition an inside space of the air cleaner case into a dirty side space and a clean side space , and an intake noise reducing device disposed in the air cleaner case , characterized in that the intake noise reducing device comprising, a case portion formed integrally with the air cleaner case , in a form of a tube extending from a first end opening into the inside space of the air cleaner case to a second end formed with a communication hole opening to an outside of the air cleaner case , an elastic member which is received in the case portion and which includes a bellows-shaped circumferential wall extending from a base end which is open to a forward end which is closed; a base plate covering the first end of the case portion and holding the base end of the elastic member , and a communication pipe extending through the base plate and connecting a volume chamber formed inside the elastic member to the inside space of the air cleaner case ; and the air cleaner case includes a body including a rectangular open portion in which the air cleaner element is disposed, and a cover attached to the body and arranged to cover the rectangular open portion of the body, and the case portion of the intake noise reducing device is in the form of the tube extending from a bottom of the body , toward the open portion of the body , to the first end opening into the inside space of the air cleaner case . an air cleaner case of a synthetic resin; an air cleaner element disposed in the air cleaner case and arranged to partition an inside space of the air cleaner case into a dirty side space and a clean side space , and an intake noise reducing device disposed in the air cleaner case , characterized in that the intake noise reducing device comprising, a case portion formed integrally with the air cleaner case , in a form of a tube extending from a first end opening into the inside space of the air cleaner case to a second end formed with a communication hole opening to an outside of the air cleaner case , an elastic member which is received in the case portion and which includes a bellows-shaped circumferential wall extending from a base end which is open to a forward end which is closed; a base plate covering the first end of the case portion and holding the base end of the elastic member , and a communication pipe extending through the base plate and connecting a volume chamber formed inside the elastic member to the inside space of the air cleaner case ; and the air cleaner case includes a body including a rectangular open portion in which the air cleaner element is disposed, and a cover attached to the body and arranged to cover the rectangular open portion of the body, and the case portion of the intake noise reducing device is in the form of the tube extending from a bottom of the body , toward the open portion of the body , to the first end opening into the inside space of the air cleaner case .
A method of measuring characteristics of an adhesive in a sensor chip junction structure comprising: an adhesive layer ; a sensor chip including a glass pedestal; and a support member adhering and supporting the sensor chip including the glass pedestal through the adhesive layer coated on an end surface of the support member , characterized in that the sensor chip is moved substantially in parallel to the end surface of the support member in an amount of 50 μm to determine whether the adhesive layer through which the sensor chip is adhered has a characteristic in which a shearing force applied to the adhesive layer, when the sensor chip has been moved in the amount of 50 μm, satisfies a relational expression , 0 ≤ y ≤ 1 .3889x 3 wherein a thickness of the glass pedestal for the sensor chip in an orthogonal direction to the end surface of the support member is x in millimeters and the shearing force applied to the adhesive layer is y in Newton. an adhesive layer ; a sensor chip including a glass pedestal; and a support member adhering and supporting the sensor chip including the glass pedestal through the adhesive layer coated on an end surface of the support member , characterized in that the sensor chip is moved substantially in parallel to the end surface of the support member in an amount of 50 μm to determine whether the adhesive layer through which the sensor chip is adhered has a characteristic in which a shearing force applied to the adhesive layer, when the sensor chip has been moved in the amount of 50 μm, satisfies a relational expression , 0 ≤ y ≤ 1 .3889x 3 wherein a thickness of the glass pedestal for the sensor chip in an orthogonal direction to the end surface of the support member is x in millimeters and the shearing force applied to the adhesive layer is y in Newton.
A refrigerating apparatus which includes a refrigerant circuit performing a refrigeration cycle by circulating refrigerant, the refrigerant circuit including: a heat source circuit , and a plurality of user side circuits respectively provided with user side heat exchangers and connected in parallel to the heat source side circuit , wherein the heat source side circuit is provided with a compressor , an expander , and a heat source side heat exchanger configured to serve as a condenser during a cooling operation, wherein the expander is configured to receive, in the cooling operation, refrigerant condensed in the heat source side heat exchanger and to expand the refrigerant to be in a gas-liquid two phase state where gas refrigerant and liquid refrigerant are present, the heat source side circuit includes cooling means configured to cooling the refrigerant sent from the expander to the user side circuits in the cooling operation to be in a single liquid state, the user side circuits include opening variable user side expansion valves on upstream sides in the cooling operation of the user side heat exchangers , respectively configured to perform an expansion stroke after expansion stroke in the expander to adjust a respective pressure lowering in the user side circuits , and the expander is configured to reduce a pressure of the refrigerant to a pressure that allows the user side expansion valves to adjust respective pressure lowering in the user side circuits in the cooling operation. a heat source circuit , and a plurality of user side circuits respectively provided with user side heat exchangers and connected in parallel to the heat source side circuit , wherein the heat source side circuit is provided with a compressor , an expander , and a heat source side heat exchanger configured to serve as a condenser during a cooling operation, wherein the expander is configured to receive, in the cooling operation, refrigerant condensed in the heat source side heat exchanger and to expand the refrigerant to be in a gas-liquid two phase state where gas refrigerant and liquid refrigerant are present, the heat source side circuit includes cooling means configured to cooling the refrigerant sent from the expander to the user side circuits in the cooling operation to be in a single liquid state, the user side circuits include opening variable user side expansion valves on upstream sides in the cooling operation of the user side heat exchangers , respectively configured to perform an expansion stroke after expansion stroke in the expander to adjust a respective pressure lowering in the user side circuits , and the expander is configured to reduce a pressure of the refrigerant to a pressure that allows the user side expansion valves to adjust respective pressure lowering in the user side circuits in the cooling operation.
Mixing device with a clamping device for a mixing material container, with opposing clamping plates between which a mixing material container is clampable for a mixing process, wherein at least one clamping plate opening is provided as a pass-through opening in at least one of the clamping plates in a contact area for a mixing material container, characterized in that at least one cover element is arranged on the at least one clamping plate with the at least one clamping plate opening , which cover element is displaceable between a release position, in which the at least one clamping plate opening is substantially exposed, and a cover position, in which the at least one clamping plate opening is substantially covered and closed. with opposing clamping plates between which a mixing material container is clampable for a mixing process, wherein at least one clamping plate opening is provided as a pass-through opening in at least one of the clamping plates in a contact area for a mixing material container, characterized in that at least one cover element is arranged on the at least one clamping plate with the at least one clamping plate opening , which cover element is displaceable between a release position, in which the at least one clamping plate opening is substantially exposed, and a cover position, in which the at least one clamping plate opening is substantially covered and closed.
Motor vehicle tank, comprising a tank container formed by a tank wall, and a component which is fastened to the tank wall in the interior of the tank container by means of a holding element , wherein the holding element has at least one attachment point for fastening the holding element to the tank wall, wherein the holding element has at least one fastening element for fastening the component to the holding element , wherein the holding element has spring elements between the attachment point and the fastening element , thus ensuring that the component is fastened to the tank wall in a spring-elastically decoupled manner by means of the holding element characterized in that the attachment point is fastened directly to the tank wall wherein the holding element has at least three attachment points , and circular shaped attachment spring elements , which form spring elements , in each case connect two adjacent attachment points to one another wherein the holding element comprises a surface consisting of a soft material as the spring element , wherein the surface is connected to attachment spring elements of the holding element at least in sections of the outer circumference of said surface.
An optically transparent, electrically conductive hybrid film comprising: a carbon nanotube network, and a population of transparent conductive nanoparticles distributed throughout the carbon nanotube network to provide a conductive transparent nanoscale hybrid film, wherein the hybrid film has a surface resistance that is less than 10 10 Ohms/square as measured in the description and an optical transparency of the hybrid film is greater than 70%, as measured in the description; wherein the transparent conductive nanoparticles are indium tin oxide particles; wherein the hybrid film is prepared by the process comprising providing a first suspension of carbon nanotubes in a first solvent; providing a second suspension of indium tin oxide particles in a second solvent; applying the first suspension of carbon nanotubes to a substrate to form a carbon nanotube network; applying the second suspension of indium tin oxide particles to the substrate; and repeating said applying first suspension and said applying the second suspension to form a population of indium tin oxide particles distributed throughout the carbon nanotube network, wherein the carbon nanotubes in the first suspension and the indium tin oxide particles in the second suspension carry opposite electrical charge. a carbon nanotube network, and a population of transparent conductive nanoparticles distributed throughout the carbon nanotube network to provide a conductive transparent nanoscale hybrid film, wherein the hybrid film has a surface resistance that is less than 10 10 Ohms/square as measured in the description and an optical transparency of the hybrid film is greater than 70%, as measured in the description; wherein the transparent conductive nanoparticles are indium tin oxide particles; wherein the hybrid film is prepared by the process comprising providing a first suspension of carbon nanotubes in a first solvent; providing a second suspension of indium tin oxide particles in a second solvent; applying the first suspension of carbon nanotubes to a substrate to form a carbon nanotube network; applying the second suspension of indium tin oxide particles to the substrate; and repeating said applying first suspension and said applying the second suspension to form a population of indium tin oxide particles distributed throughout the carbon nanotube network, wherein the carbon nanotubes in the first suspension and the indium tin oxide particles in the second suspension carry opposite electrical charge.