mhurhangee/patent-ind-claim-en huggingface dataset:
A power module substrate with a Ag underlayer comprising: a circuit layer that is formed on one surface of an insulating layer ; and a Ag underlayer that is formed on the circuit layer , wherein the Ag underlayer is composed of a glass layer that is formed on the circuit layer side and a Ag layer that is formed by lamination on the glass layer , and regarding the Ag underlayer , in a Raman spectrum obtained by a Raman spectroscopy with incident light made incident from a surface of the Ag layer on a side opposite to the glass layer , when a maximum value of intensity in a wavenumber range of 3,000 cm -1 to 4,000 cm -1 is indicated by I A , and a maximum value of intensity in a wavenumber range of 450 cm -1 to 550 cm -1 is indicated by I B , I A /I B is 1.1 or greater, characterized in that the surface of the Ag underlayer on a side opposite to the glass layer is a surface subjected to a conductive property improving treatment . a circuit layer that is formed on one surface of an insulating layer ; and a Ag underlayer that is formed on the circuit layer , wherein the Ag underlayer is composed of a glass layer that is formed on the circuit layer side and a Ag layer that is formed by lamination on the glass layer , and regarding the Ag underlayer , in a Raman spectrum obtained by a Raman spectroscopy with incident light made incident from a surface of the Ag layer on a side opposite to the glass layer , when a maximum value of intensity in a wavenumber range of 3,000 cm -1 to 4,000 cm -1 is indicated by I A , and a maximum value of intensity in a wavenumber range of 450 cm -1 to 550 cm -1 is indicated by I B , I A /I B is 1.1 or greater, characterized in that the surface of the Ag underlayer on a side opposite to the glass layer is a surface subjected to a conductive property improving treatment .
A coextrusion head for manufacturing a bicomponent polymer fiber, the coextrusion head comprising a first inlet for receiving a core polymer component, a second inlet for receiving a cladding polymer component, and a dual-channel nozzle , the dual-channel nozzle comprising an inner channel and an outer channel encompassing the inner channel , the inner channel being in hydraulic connection with the first inlet, the outer channel being in hydraulic connection with the second inlet, the dual-channel nozzle further comprising a joining path , the joining path establishing a hydraulic connection between the inner channel , the outer channel , and a nozzle outlet of the dual-channel nozzle , the joining path being adapted for bringing the core polymer component and the cladding polymer component into contact with each other such that a contact layer is formed between the core polymer component and the cladding polymer component in response to simultaneously receiving the core polymer component from the inner channel and the cladding polymer component from the outer channel , the contact layer comprising a mixture of the core polymer component and the cladding polymer component, wherein the inner channel has a circular cross section, characterised by the joining path having an axial length x 1 between the nozzle outlet and the inner channel , the axial length x 1 being 3 to 7 times the diameter of the inner channel . wherein the inner channel has a circular cross section, characterised by the joining path having an axial length x 1 between the nozzle outlet and the inner channel , the axial length x 1 being 3 to 7 times the diameter of the inner channel .
A method in a network entity for control of a Value Added Service, VAS, to be provided for a user, the method comprising: - receiving (S210), from another network entity, an indication of an account status of a VAS related account associated with the user; - receiving, from said another network entity, an indication of an overall account status of an overall account associated with the user; - determining (S220) a VAS control policy for the VAS based on the account status and the overall account status; and - transmitting (S230) the VAS control policy to a network controller that controls provision of the VAS, wherein when the account status indicates that a balance in the VAS related account is smaller than or equal to a first threshold, the VAS control policy requires the network controller to provide the VAS for the user as long as an overall balance, indicated by the overall account status, in the overall account is larger than or equal to a particular threshold. - receiving (S210), from another network entity, an indication of an account status of a VAS related account associated with the user; - receiving, from said another network entity, an indication of an overall account status of an overall account associated with the user; - determining (S220) a VAS control policy for the VAS based on the account status and the overall account status; and - transmitting (S230) the VAS control policy to a network controller that controls provision of the VAS, wherein when the account status indicates that a balance in the VAS related account is smaller than or equal to a first threshold, the VAS control policy requires the network controller to provide the VAS for the user as long as an overall balance, indicated by the overall account status, in the overall account is larger than or equal to a particular threshold.
A holed spherical hinge type rubber elastic element, comprising: a spindle ; a rubber sleeved on the spindle ; and a sleeve sleeved on the rubber , wherein the rubber is provided with two hole structures symmetrically arranged taking a circle center corresponding to the rubber as an axis, and the hole structures penetrate through the rubber axially, wherein each of the hole structures comprises an outer arc-shaped surface close to a sleeve side, an inner arc-shaped surface close to a spindle side, and two side surfaces each being connected to the outer arc-shaped surface and the inner arc-shaped surface ; and wherein the hole structures have the inner arc-shaped surface and the outer arc-shaped surface located in concentric circles; and the inner arc-shaped surface has an arc in the same direction as the sleeve , and an included angle between a normal line of the inner arc-shaped surface and each of the side surfaces is an obtuse angle; and wherein each of the side surfaces is a plane and an intersection point formed by connecting of the side edges of the two side surfaces is not coincident with a circle center corresponding to the outer arc-shaped surface , and is located above the circle center corresponding to the outer arc-shaped surface , and characterized in that a relatively large chamfer is arranged in a connection portion between each of the side surfaces and the inner arc-shaped surface , and the chamfer has a radius ranging from R40 to R100 to achieve a smooth transition between the side surface and the inner arc-shaped surface . a spindle ; a rubber sleeved on the spindle ; and a sleeve sleeved on the rubber , wherein the rubber is provided with two hole structures symmetrically arranged taking a circle center corresponding to the rubber as an axis, and the hole structures penetrate through the rubber axially, wherein each of the hole structures comprises an outer arc-shaped surface close to a sleeve side, an inner arc-shaped surface close to a spindle side, and two side surfaces each being connected to the outer arc-shaped surface and the inner arc-shaped surface ; and wherein the hole structures have the inner arc-shaped surface and the outer arc-shaped surface located in concentric circles; and the inner arc-shaped surface has an arc in the same direction as the sleeve , and an included angle between a normal line of the inner arc-shaped surface and each of the side surfaces is an obtuse angle; and wherein each of the side surfaces is a plane and an intersection point formed by connecting of the side edges of the two side surfaces is not coincident with a circle center corresponding to the outer arc-shaped surface , and is located above the circle center corresponding to the outer arc-shaped surface , and characterized in that a relatively large chamfer is arranged in a connection portion between each of the side surfaces and the inner arc-shaped surface , and the chamfer has a radius ranging from R40 to R100 to achieve a smooth transition between the side surface and the inner arc-shaped surface .
A compound represented by the following formula : wherein: X represents an organic group which contains a sulfonyl group or a carbonyl group and is selected from the following groups: wherein each of R 1 to R 3 independently represents a hydrogen atom or a hydrocarbon group having 1 to 12 carbon atoms, Y represents a sulfur atom, a phosphorus atom, or a carbon atom, n represents an integer of 1 or 2, m represents an integer of 2 to 4, and 1 represents an integer of 1 or 2, and Z represents an alkylene group having 4 to 6 carbon atoms. wherein each of R 1 to R 3 independently represents a hydrogen atom or a hydrocarbon group having 1 to 12 carbon atoms, Y represents a sulfur atom, a phosphorus atom, or a carbon atom, n represents an integer of 1 or 2, m represents an integer of 2 to 4, and 1 represents an integer of 1 or 2, and Z represents an alkylene group having 4 to 6 carbon atoms.
A pharmaceutical composition for use in a method of preventing and/or treating leukaemia in a human, said composition comprising palytoxin (PLTX) and a pharmaceutically acceptable carrier.
A method performed by a first monitoring camera in a camera network for handling startup of the first monitoring camera , the method comprising: detecting that a power supply state of the first monitoring camera has changed from off to on; initiating startup of a first part of the first monitoring camera when the power supply state has changed from off to on, wherein the first part comprises a processing unit, a memory unit and a network connection unit; when the power supply state has changed from off to on, transmitting information indicating a first startup priority and a first network address of the first monitoring camera to at least one second monitoring camera ; receiving information indicating a second startup priority and a second network address from the at least one second monitoring camera ; when startup of the first part is complete, determining if the first startup priority of the first monitoring camera is higher than, lower than or the same as the second startup priority of the at least one second monitoring camera in the camera network ; initiating startup of a second part of the first monitoring camera if the first startup priority of the first monitoring camera is higher or the same as the second startup priority of the second monitoring camera ; and if the first startup priority of the first monitoring camera is lower than the second startup priority of the second monitoring camera , delaying startup of the second part of the first monitoring camera until startup instructions have been received from the at least one second monitoring camera . detecting that a power supply state of the first monitoring camera has changed from off to on; initiating startup of a first part of the first monitoring camera when the power supply state has changed from off to on, wherein the first part comprises a processing unit, a memory unit and a network connection unit; when the power supply state has changed from off to on, transmitting information indicating a first startup priority and a first network address of the first monitoring camera to at least one second monitoring camera ; receiving information indicating a second startup priority and a second network address from the at least one second monitoring camera ; when startup of the first part is complete, determining if the first startup priority of the first monitoring camera is higher than, lower than or the same as the second startup priority of the at least one second monitoring camera in the camera network ; initiating startup of a second part of the first monitoring camera if the first startup priority of the first monitoring camera is higher or the same as the second startup priority of the second monitoring camera ; and if the first startup priority of the first monitoring camera is lower than the second startup priority of the second monitoring camera , delaying startup of the second part of the first monitoring camera until startup instructions have been received from the at least one second monitoring camera .
A camera module comprising: a housing having an interior compartment (C), a lens bore extending from the interior compartment (C) to an exterior of the housing , and a shoulder extending radially outwardly from a base of the lens bore to side walls of the main housing ; and a support member having a lens mount portion supporting a lens and an imager mount portion supporting an imager assembly ; wherein the support member is nested within the housing with at least a portion of the lens mount portion extending into the lens bore , and the imager mount portion abuttingly engaged with the shoulder of the housing in the interior compartment (C); and wherein at least two opposite peripheral edges (Pe) of the imager mount portion of the support member are engaged with respective interior surfaces of the housing adjacent the shoulder , thereby restricting relative movement between the housing and the support member . a housing having an interior compartment (C), a lens bore extending from the interior compartment (C) to an exterior of the housing , and a shoulder extending radially outwardly from a base of the lens bore to side walls of the main housing ; and a support member having a lens mount portion supporting a lens and an imager mount portion supporting an imager assembly ; wherein the support member is nested within the housing with at least a portion of the lens mount portion extending into the lens bore , and the imager mount portion abuttingly engaged with the shoulder of the housing in the interior compartment (C); and wherein at least two opposite peripheral edges (Pe) of the imager mount portion of the support member are engaged with respective interior surfaces of the housing adjacent the shoulder , thereby restricting relative movement between the housing and the support member .
A gateway module, comprising: - interfaces for being connected to a first and to a second communication network, the gateway module being connectable to a plurality of I/O modules via the first communication network, wherein each of the I/O modules is configured as an input and/or output module and has an input and/or output for connecting sensors and/or actuators, and wherein the gateway module is adapted to communicate with the I/O modules via the first communication network in a fail-safe manner to transmit input and/or output data and to receive status data from at least one I/O module , said status data relating to the functional state of an input and/or output for connecting sensors and/or actuators of the I/O module and/or to a sensor or actuator connected to an input or output of the I/O module; and - a safety control unit in particular in the form of a safety logic which is adapted for executing safety processing of the status data and of the input and/or output data. - interfaces for being connected to a first and to a second communication network, the gateway module being connectable to a plurality of I/O modules via the first communication network, wherein each of the I/O modules is configured as an input and/or output module and has an input and/or output for connecting sensors and/or actuators, and wherein the gateway module is adapted to communicate with the I/O modules via the first communication network in a fail-safe manner to transmit input and/or output data and to receive status data from at least one I/O module , said status data relating to the functional state of an input and/or output for connecting sensors and/or actuators of the I/O module and/or to a sensor or actuator connected to an input or output of the I/O module; and - a safety control unit in particular in the form of a safety logic which is adapted for executing safety processing of the status data and of the input and/or output data.
A cooling or refrigeration system comprising: a first high stage circuit including a first heat exchanger and a first condenser that are coupled together at least indirectly so as to allow a first portion of a first coolant to cycle therebetween; a second high stage circuit including a second heat exchanger and a second condenser that are coupled together at least indirectly so as to allow a second portion of the first coolant to cycle therebetween; a controller coupled to each of the first and second heat exchangers by way of one or more communication linkages , the controller being configured to determine that a first one of the first or second high stage circuits ceases operating at a desired level, and to cause the system to proceed with operating by way of a second one of the first or second high stage circuits , and a low stage circuit including at least one heat transfer device that is coupled at least indirectly with each of the first and second heat exchangers , so as to allow a third portion of a second coolant to cycle between the at least one heat transfer device and the first and second heat exchangers, wherein the at least one heat transfer device is coupled at least indirectly with each of the first and second heat exchangers in a parallel manner such that, if the first one of the first or second high stage circuits ceases operating at a desired level, then the system can continue to operate by way of the second one of the first or second high stage circuits . a first high stage circuit including a first heat exchanger and a first condenser that are coupled together at least indirectly so as to allow a first portion of a first coolant to cycle therebetween; a second high stage circuit including a second heat exchanger and a second condenser that are coupled together at least indirectly so as to allow a second portion of the first coolant to cycle therebetween; a controller coupled to each of the first and second heat exchangers by way of one or more communication linkages , the controller being configured to determine that a first one of the first or second high stage circuits ceases operating at a desired level, and to cause the system to proceed with operating by way of a second one of the first or second high stage circuits , and a low stage circuit including at least one heat transfer device that is coupled at least indirectly with each of the first and second heat exchangers , so as to allow a third portion of a second coolant to cycle between the at least one heat transfer device and the first and second heat exchangers, wherein the at least one heat transfer device is coupled at least indirectly with each of the first and second heat exchangers in a parallel manner such that, if the first one of the first or second high stage circuits ceases operating at a desired level, then the system can continue to operate by way of the second one of the first or second high stage circuits .
A process for the production of 1-chloro-3,3,3-trifluoropropene (HCFC-1233zd) comprising the steps of: (a) reacting 1,1,1,3,3-pentachloropropane (HCC-240fa) and HF in a high pressure liquid phase reactor to generate an effluent reaction stream comprising 1-chloro-3,3,3-trifluoropropene (HCFC-1233zd), intermediates and byproducts of HCFC-1233zd, HCL and unreacted HF; and (b) at least partially condensing the effluent stream from reaction step (a) to form a condensate comprising HCFC-1233zd; wherein the reactor pressure range is from 1,030 kPag (150 psig) to 4,140 kPag (600 psig); wherein step (a) is performed in a stirred-tank reactor, a plug flow reactor, or in a static mixer used as a reactor or a combination thereof; and wherein reacting HCC-240fa and HF is carried out without a catalyst. (a) reacting 1,1,1,3,3-pentachloropropane (HCC-240fa) and HF in a high pressure liquid phase reactor to generate an effluent reaction stream comprising 1-chloro-3,3,3-trifluoropropene (HCFC-1233zd), intermediates and byproducts of HCFC-1233zd, HCL and unreacted HF; and (b) at least partially condensing the effluent stream from reaction step (a) to form a condensate comprising HCFC-1233zd;
A system for dispensing a flowable material comprising: a bulk bin container having a bottom wall and a plurality of upstanding side walls (17a-d) foldably joined to the bottom wall to form an interior space and wherein one of the plurality of the side walls includes a dispensing opening ; and a cassette being configured to be disposed into the interior space and being positioned on the bottom wall of the bulk bin container, the cassette comprises a product bag having respective inlet and outlet ports used for respective filling and dispensing the flowable material from the product bag, and a sump base dispensing apparatus being configured to be attached to the product bag via a dispensing fitment so as to assist in removing the flowable material through the dispensing fitment by gravity force, the sump base dispensing apparatus includes a sump tray (24, 24', 24", 24'") and a locking bracket (26, 26', 26", 26'") that is used to securely hold in place the dispensing fitment and an integrated locking tongue (36, 36', 36", 36'") defined by a hinge line (38, 38', 38", 38'") formed on an upper portion of a front wall (32C, 32C', 32C", 32C'") of the sump tray wherein the hinge line permits the locking bracket and the dispensing fitment to fold back and lay down inside of the interior space of the sump tray . a bulk bin container having a bottom wall and a plurality of upstanding side walls (17a-d) foldably joined to the bottom wall to form an interior space and wherein one of the plurality of the side walls includes a dispensing opening ; and a cassette being configured to be disposed into the interior space and being positioned on the bottom wall of the bulk bin container, the cassette comprises a product bag having respective inlet and outlet ports used for respective filling and dispensing the flowable material from the product bag, and a sump base dispensing apparatus being configured to be attached to the product bag via a dispensing fitment so as to assist in removing the flowable material through the dispensing fitment by gravity force, the sump base dispensing apparatus includes a sump tray (24, 24', 24", 24'") and a locking bracket (26, 26', 26", 26'") that is used to securely hold in place the dispensing fitment and an integrated locking tongue (36, 36', 36", 36'") defined by a hinge line (38, 38', 38", 38'") formed on an upper portion of a front wall (32C, 32C', 32C", 32C'") of the sump tray wherein the hinge line permits the locking bracket and the dispensing fitment to fold back and lay down inside of the interior space of the sump tray .
A deformable mirror including on the one hand a plate having a reflective face and an opposite hidden face and whose shape has a center (C) and radiuses (r), and on the other hand at least one actuator intended to exert a force on said hidden face in order to deform said plate , characterized in that said plate comprises a plurality of primary and secondary portions, said secondary portions being interposed between said primary portions , each of said primary portions extending locally substantially along and on either side of a respective radius (r') among said radiuses (r) and having a stiffness different from that of said adjacent secondary portions , said plate presenting an intrinsic mechanical strength.