mhurhangee/ep-ind-claims huggingface dataset:
An additive manufactured apparatus comprising: a component comprising a conduit encasing a flow path of a medium; a pressure measurement product integral to the component, the pressure measurement product comprising: a first set of first static pressure holes (211, 213, 215, 217) located on the conduit and accessing the flow path and the medium; characterized by a first static port providing a first volume comprising an average static pressure across the set of first static pressure holes; and a first set of first channels (212, 214, 216, 218), each first channel (212, 214, 216, 218) directly corresponding to and fluidly coupling each first hole of the first set of first static pressure holes (211, 213, 215, 217) to the first volume of the first static port. a component comprising a conduit encasing a flow path of a medium; a pressure measurement product integral to the component, the pressure measurement product comprising: a first set of first static pressure holes (211, 213, 215, 217) located on the conduit and accessing the flow path and the medium; characterized by a first static port providing a first volume comprising an average static pressure across the set of first static pressure holes; and a first set of first channels (212, 214, 216, 218), each first channel (212, 214, 216, 218) directly corresponding to and fluidly coupling each first hole of the first set of first static pressure holes (211, 213, 215, 217) to the first volume of the first static port. a first set of first static pressure holes (211, 213, 215, 217) located on the conduit and accessing the flow path and the medium; characterized by a first static port providing a first volume comprising an average static pressure across the set of first static pressure holes; and a first set of first channels (212, 214, 216, 218), each first channel (212, 214, 216, 218) directly corresponding to and fluidly coupling each first hole of the first set of first static pressure holes (211, 213, 215, 217) to the first volume of the first static port.
A stapler, comprising: a housing; a handle disposed toward a top of the housing; a track including an extended length along a bottom of the housing; a striker slidably fitted at a front of the housing, the striker movable vertically within the housing between a position above the track and a position in front of the track; the handle linked to a power spring whereby pressing the handle toward the housing causes the power spring to deflect and store energy; the power spring attached to the housing at a rear end of the power spring including a linkage to the striker, the power spring ejecting a staple upon release of the energy of the deflected power spring; the power spring includes a center arm and an outer arm respectively attached to the rear end of the power spring, the arms elongated to extend forward toward the striker wherein the center arm is movable with respect to the outer arm, and distal ends of the arms pressing against each other in a rest position of the power spring creating an internal preload within the power spring wherein, in the rest position, a portion of the center arm is at a substantially same vertical position within the housing as the outer arm. a housing; a handle disposed toward a top of the housing; a track including an extended length along a bottom of the housing; a striker slidably fitted at a front of the housing, the striker movable vertically within the housing between a position above the track and a position in front of the track; the handle linked to a power spring whereby pressing the handle toward the housing causes the power spring to deflect and store energy; the power spring attached to the housing at a rear end of the power spring including a linkage to the striker, the power spring ejecting a staple upon release of the energy of the deflected power spring; the power spring includes a center arm and an outer arm respectively attached to the rear end of the power spring, the arms elongated to extend forward toward the striker wherein the center arm is movable with respect to the outer arm, and distal ends of the arms pressing against each other in a rest position of the power spring creating an internal preload within the power spring wherein, in the rest position, a portion of the center arm is at a substantially same vertical position within the housing as the outer arm.
A liquid-permeable diaphragm for use in an electrolytic cell comprising: (a) a liquid-permeable base mat, said base mat comprising synthetic polymeric material that is at least partially resistant to the environment within said electrolytic cell, and (b) a coating of water-insoluble particulate material on said base mat, the water-insoluble particulate material having been deposited on said base mat from an aqueous slurry comprising: (i) at least one oxide, boride, carbide, nitride or silicate of a valve metal, (ii) clay mineral, (iii) hydrous metal oxide chosen from the hydrous oxides of magnesium, the hydrous oxides of zirconium, and mixtures of said hydrous metal oxides, and (iv) alkali metal polyphosphate. (a) a liquid-permeable base mat, said base mat comprising synthetic polymeric material that is at least partially resistant to the environment within said electrolytic cell, and (b) a coating of water-insoluble particulate material on said base mat, the water-insoluble particulate material having been deposited on said base mat from an aqueous slurry comprising: (i) at least one oxide, boride, carbide, nitride or silicate of a valve metal, (ii) clay mineral, (iii) hydrous metal oxide chosen from the hydrous oxides of magnesium, the hydrous oxides of zirconium, and mixtures of said hydrous metal oxides, and (iv) alkali metal polyphosphate. (i) at least one oxide, boride, carbide, nitride or silicate of a valve metal, (ii) clay mineral, (iii) hydrous metal oxide chosen from the hydrous oxides of magnesium, the hydrous oxides of zirconium, and mixtures of said hydrous metal oxides, and (iv) alkali metal polyphosphate.
Device used for the protection of a microphone against wind and vibrations, comprising: - a rigid cage forming a cavity surrounding completely the microphone, this said cage consists of or is covered by one or several porous materials on its main surface; - one or several isolators fixed on one side to the cage and their other to the support external to the said cage, the said isolators consist of spring-effect materials, globally curved with a wire shape. - a rigid cage forming a cavity surrounding completely the microphone, this said cage consists of or is covered by one or several porous materials on its main surface; - one or several isolators fixed on one side to the cage and their other to the support external to the said cage, the said isolators consist of spring-effect materials, globally curved with a wire shape.
Electronic device comprising a housing body, which has a semiconductor chip in a cavity, wherein - the semiconductor chip in the cavity is embedded into a potting composed of a first plastic material having a first glass transition temperature, - a cover element composed of a second plastic material having a second glass transition temperature is arranged above the cavity, and - the second glass transition temperature is lower than the first glass transition temperature, wherein the first glass transition temperature is in a range of between 120°C and 150°C, characterized in that the second glass transition temperature is in a range of between 80°C and 120°C. - the semiconductor chip in the cavity is embedded into a potting composed of a first plastic material having a first glass transition temperature, - a cover element composed of a second plastic material having a second glass transition temperature is arranged above the cavity, and - the second glass transition temperature is lower than the first glass transition temperature, wherein the first glass transition temperature is in a range of between 120°C and 150°C, characterized in that the second glass transition temperature is in a range of between 80°C and 120°C.
A computer-implemented method comprising: receiving a query request providing a query definition to a database persisted in a column-based storage; identifying a pattern in at least one part of the query definition; matching the identified pattern to one or more pattern definitions in a set of pre-defined pattern definitions, each of the pre-defined pattern definitions having associated therewith at least one pre-compiled query execution sub-component of a plurality of pre-compiled query execution sub-components retained in a library, wherein the query execution sub-components are for use in specific, frequently repeated query operators; generating a plan for executing the query, the generating comprising deriving a pseudo code representation of the plan from the definition; assembling the pre-compiled query execution sub-component associated with the pattern definition matching the identified pattern into the plan based on the pseudo code representation of the plan derived from the query definition; and executing the query using the generated plan. receiving a query request providing a query definition to a database persisted in a column-based storage; identifying a pattern in at least one part of the query definition; matching the identified pattern to one or more pattern definitions in a set of pre-defined pattern definitions, each of the pre-defined pattern definitions having associated therewith at least one pre-compiled query execution sub-component of a plurality of pre-compiled query execution sub-components retained in a library, wherein the query execution sub-components are for use in specific, frequently repeated query operators; generating a plan for executing the query, the generating comprising deriving a pseudo code representation of the plan from the definition; assembling the pre-compiled query execution sub-component associated with the pattern definition matching the identified pattern into the plan based on the pseudo code representation of the plan derived from the query definition; and executing the query using the generated plan.
A system for maintenance of a network, the system comprising: at least one client system; a data center external to the client system, the data center configured to manage security policies and authenticate attributes of the plurality of clients, the data center comprising a database containing a number of policies defining a set. of attribute values that must be met before the plurality client system may be granted permission to access software updates; the client system comprising: a plurality of resources; a first virtual machine handling data associated with the data center; a second virtual machine handling data associated with one or more of the plurality of resources; a virtual machine manager configured to manage data transfer between the first virtual machine and the second virtual machine; wherein the first virtual machine is configured to assess a state of the client system and identify a software update for installation on the one of the plurality of resources, the software update configured to make the data in the one or more of the plurality of resources the same as in the data center; and wherein the virtual machine manager is further configured to conduct an attestation process prior to installing the software update on the client system using the first virtual machine. at least one client system; a data center external to the client system, the data center configured to manage security policies and authenticate attributes of the plurality of clients, the data center comprising a database containing a number of policies defining a set. of attribute values that must be met before the plurality client system may be granted permission to access software updates; a plurality of resources; a first virtual machine handling data associated with the data center; a second virtual machine handling data associated with one or more of the plurality of resources; a virtual machine manager configured to manage data transfer between the first virtual machine and the second virtual machine; wherein the first virtual machine is configured to assess a state of the client system and identify a software update for installation on the one of the plurality of resources, the software update configured to make the data in the one or more of the plurality of resources the same as in the data center; and wherein the virtual machine manager is further configured to conduct an attestation process prior to installing the software update on the client system using the first virtual machine.
A wearable device configured to selectively provide roller transportation, comprising: a shoe configured to at least partially accept a foot of a user of the wearable device, the shoe comprising a foot interface surface configured for selective contact with a bottom of the foot; a wheel assembly configured to selectively roll relative to a ground surface plane in response to rotation of at least a portion of the wheel assembly about an axle that is coincident with an axis of rotation; and a frame connected between the shoe and the wheel assembly, the frame being configured to selectively transfer forces between the shoe and the wheel assembly and the frame comprising a clearance plane vertically offset from the ground surface plane; wherein at least one of a distance between the ground surface plane and the foot interface surface and a space between the ground surface plane and the foot interface surface is selected to provide a low center of gravity for at least one of the wearable device and the user when the wheel assembly is in contact with the ground surface plane and positioned to selectively roll relative to the ground surface plane; wherein the wearable device is configured so that at least a portion of the axle is located vertically higher than the clearance plane, the wheel assembly is movable in a forward-rearward direction relative to the frame, and the wheel assembly is movable in an upward-downward direction relative to the frame; and wherein the center of rotation of the axle is coincident with the axis of rotation, wherein a first end of the axle is configured to selectively move along a first partially spherical sweep relative to the center of rotation of the axle, and wherein a second end of the axle is configured to selectively move along a second partially spherical sweep relative to the center of rotation of the axle. a shoe configured to at least partially accept a foot of a user of the wearable device, the shoe comprising a foot interface surface configured for selective contact with a bottom of the foot; a wheel assembly configured to selectively roll relative to a ground surface plane in response to rotation of at least a portion of the wheel assembly about an axle that is coincident with an axis of rotation; and a frame connected between the shoe and the wheel assembly, the frame being configured to selectively transfer forces between the shoe and the wheel assembly and the frame comprising a clearance plane vertically offset from the ground surface plane;
Method of exchanging information implemented by a first device with a second device, said first and second devices being registered with a Voice over IP core network (IP-CN), said method comprising: - a step of sending by said first device of a communication on a circuit switching network (AN-CS) destined for a third device distinct from the second device and which has activated a redirection to the second device of the communications intended for it which are sent on the circuit switching network; - a step of establishing the communication between the first device and the second device, subsequent to a redirection of said communication of the third device to the second device; - a step of receiving, by the first device, on the circuit switching network, a message of confirmation of the establishment of the communication with the second device, this confirmation message comprising an identifier (IdE) of the second device on the circuit switching network; and - a step (E100, E140, E160, E170, E180) of exchanging information by the first device with the second device, via the Voice over IP core network, by using the identifier (IdE) of the second device contained in the confirmation message, this information relating to a capability of the first and/or of the second device to support at least one so-called enhanced-communication multimedia service. - a step of sending by said first device of a communication on a circuit switching network (AN-CS) destined for a third device distinct from the second device and which has activated a redirection to the second device of the communications intended for it which are sent on the circuit switching network; - a step of establishing the communication between the first device and the second device, subsequent to a redirection of said communication of the third device to the second device; - a step of receiving, by the first device, on the circuit switching network, a message of confirmation of the establishment of the communication with the second device, this confirmation message comprising an identifier (IdE) of the second device on the circuit switching network; and - a step (E100, E140, E160, E170, E180) of exchanging information by the first device with the second device, via the Voice over IP core network, by using the identifier (IdE) of the second device contained in the confirmation message, this information relating to a capability of the first and/or of the second device to support at least one so-called enhanced-communication multimedia service.
A secure digital, SD, control chip, characterized by comprising a processor, a secure digital input and output, SDIO, slave controller, and an SD Memory slave controller, wherein: the processor is connected to the SDIO slave controller and the SD Memory slave controller, and is configured to: control the SDIO slave controller and the SD Memory slave controller, and forward data between the SDIO slave controller and a baseband processing unit, BPU, or the SD Memory slave controller and a baseband processing unit, BPU; the SDIO slave controller is configured to forward data between the BPU and a terminal device through the processor according to an SDIO protocol; and the SD Memory slave controller is configured to: read data from a storage unit or write data of the terminal device and/or a network to the storage unit, and forward data between the BPU and the terminal device through the processor according to an SD Memory protocol. the processor is connected to the SDIO slave controller and the SD Memory slave controller, and is configured to: control the SDIO slave controller and the SD Memory slave controller, and forward data between the SDIO slave controller and a baseband processing unit, BPU, or the SD Memory slave controller and a baseband processing unit, BPU; the SDIO slave controller is configured to forward data between the BPU and a terminal device through the processor according to an SDIO protocol; and the SD Memory slave controller is configured to: read data from a storage unit or write data of the terminal device and/or a network to the storage unit, and forward data between the BPU and the terminal device through the processor according to an SD Memory protocol.
A suspended ceiling system comprising a polygon-shaped ceiling tile made of a compressed mineral fibre material, such as glass wool, and a grid of profiles supporting the ceiling tile, the grid of profiles defining a frame in which the polygon-shaped ceiling tile is arranged and supported by supporting flanges of the grid of profiles, the polygon-shaped ceiling tile comprising at front surface, a rear surface and at least three side edges extending between the front surface and the rear surface, wherein a side edge portion associated with each side edge comprises a top tongue, a bottom tongue, and a groove extending along the side edge portion and separating the top tongue and the bottom tongue, wherein the top tongues comprise engagement surfaces resting on the supporting flanges of the grid of profiles, wherein a distal end of each top tongue extends beyond a distal end of the bottom tongue such that a bottom section of the polygon-shaped ceiling tile comprising the bottom tongue and the groove of each side edge portion is insertable from above into the frame defined by the grid of profiles, characterized in that the front surface is provided with a first coating and each side edge portion comprises a side edge surface provided with a second coating, wherein the difference between the light reflectance of first coating of the front surface and the light reflectance of the second coating of the side edge surface is at least 0,5. the grid of profiles defining a frame in which the polygon-shaped ceiling tile is arranged and supported by supporting flanges of the grid of profiles, the polygon-shaped ceiling tile comprising at front surface, a rear surface and at least three side edges extending between the front surface and the rear surface, wherein a side edge portion associated with each side edge comprises a top tongue, a bottom tongue, and a groove extending along the side edge portion and separating the top tongue and the bottom tongue, wherein the top tongues comprise engagement surfaces resting on the supporting flanges of the grid of profiles, wherein a distal end of each top tongue extends beyond a distal end of the bottom tongue such that a bottom section of the polygon-shaped ceiling tile comprising the bottom tongue and the groove of each side edge portion is insertable from above into the frame defined by the grid of profiles, characterized in that the front surface is provided with a first coating and each side edge portion comprises a side edge surface provided with a second coating, wherein the difference between the light reflectance of first coating of the front surface and the light reflectance of the second coating of the side edge surface is at least 0,5.
A method of diagnosing bladder cancer in an individual comprising: (a) providing DNA from a sample from the individual; (b) determining whether each one of a group of MVPs selected from a panel comprising the MVPs identified in SEQ ID NOS 1 to 150 and denoted by is methylated, wherein the group comprises at least 25 of the MVPs identified in SEQ ID NOS 1 to 150 and denoted by, and wherein the at least 25 of the MVPs includes the MVPs identified in SEQ ID NOs 1 to 3; and (c) diagnosing bladder cancer in the individual when at least 25 of the MVPs of the group of (b) are methylated, wherein the MVPs identified in SEQ ID NOS 1 to 150 and denoted by are identified in Table 1. (a) providing DNA from a sample from the individual; (b) determining whether each one of a group of MVPs selected from a panel comprising the MVPs identified in SEQ ID NOS 1 to 150 and denoted by is methylated, wherein the group comprises at least 25 of the MVPs identified in SEQ ID NOS 1 to 150 and denoted by, and wherein the at least 25 of the MVPs includes the MVPs identified in SEQ ID NOs 1 to 3; and (c) diagnosing bladder cancer in the individual when at least 25 of the MVPs of the group of (b) are methylated,