mhurhangee/ep-ind-claims huggingface dataset:
A throttle mechanism for controlling a flow rate of a cooling fluid flowing through a flow path of a turbine comprising: a first flow path forming member in which a first through hole forming the flow path and a trench communicating with the first through hole are formed; a second flow path forming member in which a second through hole forming the flow path is formed, the second flow path forming member movably installed inside the trench; and a biasing member biasing the second flow path forming member in a moving direction of the second flow path forming member inside the trench, wherein the biasing member includes: a first biasing member installed on one side in the moving direction inside the trench; and a second biasing member installed on the other side in the moving direction inside the trench, a material that forms the first biasing member and a material that forms the second biasing member are different from each other in the tendency that a Young's modulus changes according to temperature, and the throttle mechanism is configured to make the cross-sectional area of the flow path change by an overlapping portion of the first through hole and the second through hole varying in size as the second biasing member moves inside the trench according to temperature. a first flow path forming member in which a first through hole forming the flow path and a trench communicating with the first through hole are formed; a second flow path forming member in which a second through hole forming the flow path is formed, the second flow path forming member movably installed inside the trench; and a biasing member biasing the second flow path forming member in a moving direction of the second flow path forming member inside the trench, wherein the biasing member includes: a first biasing member installed on one side in the moving direction inside the trench; and a second biasing member installed on the other side in the moving direction inside the trench, a material that forms the first biasing member and a material that forms the second biasing member are different from each other in the tendency that a Young's modulus changes according to temperature, and the throttle mechanism is configured to make the cross-sectional area of the flow path change by an overlapping portion of the first through hole and the second through hole varying in size as the second biasing member moves inside the trench according to temperature. a first biasing member installed on one side in the moving direction inside the trench; and a second biasing member installed on the other side in the moving direction inside the trench, a material that forms the first biasing member and a material that forms the second biasing member are different from each other in the tendency that a Young's modulus changes according to temperature, and the throttle mechanism is configured to make the cross-sectional area of the flow path change by an overlapping portion of the first through hole and the second through hole varying in size as the second biasing member moves inside the trench according to temperature.
A thermally conductive grease comprising: from 2 vol% to 35 vol% of a combination of polyorganosiloxanes comprising a first polyorganosiloxane of formula R 1 R 2 2 Si-(OSiR 2 2) a -R 3 -Si(OR 4) 3 where each R 1 is independently an alkyl group or an alkenyl group, each R 2 is independently an alkyl group, each R 3 is selected from an oxygen atom and a divalent hydrocarbon group, each R 4 is independently an alkyl group of 1 to 6 carbon atoms, and subscript a has an average value ranging from 5 to 200; a second polyorganosiloxane of formula R 5 3 Si-(OSiR 5 R 6) b (OSiR 5 2) c -R 7 -SiR 5 3 where each R 5 is an alkyl group, each R 6 is an aryl group, each R 7 is selected from an oxygen atom and a divalent hydrocarbon group, subscript b has an average value of at least 1, and subscript c an average value of at least 1 and with the provisos that subscript b and subscript c have average values such that a sum of (b + c) is sufficient to provide the second polyorganosiloxane with a viscosity, determined in accordance with the method outlined in the description, ranging from 5 to 30,000 cSt, and the second polyorganosiloxane is compatible with the first polyorganosiloxane; and from 65 vol% to 98 vol% of a thermally conductive filler. from 2 vol% to 35 vol% of a combination of polyorganosiloxanes comprising a first polyorganosiloxane of formula R 1 R 2 2 Si-(OSiR 2 2) a -R 3 -Si(OR 4) 3 where each R 1 is independently an alkyl group or an alkenyl group, each R 2 is independently an alkyl group, each R 3 is selected from an oxygen atom and a divalent hydrocarbon group, each R 4 is independently an alkyl group of 1 to 6 carbon atoms, and subscript a has an average value ranging from 5 to 200; a second polyorganosiloxane of formula R 5 3 Si-(OSiR 5 R 6) b (OSiR 5 2) c -R 7 -SiR 5 3 where each R 5 is an alkyl group, each R 6 is an aryl group, each R 7 is selected from an oxygen atom and a divalent hydrocarbon group, subscript b has an average value of at least 1, and subscript c an average value of at least 1 and with the provisos that subscript b and subscript c have average values such that a sum of (b + c) is sufficient to provide the second polyorganosiloxane with a viscosity, determined in accordance with the method outlined in the description, ranging from 5 to 30,000 cSt, and the second polyorganosiloxane is compatible with the first polyorganosiloxane; and from 65 vol% to 98 vol% of a thermally conductive filler.
A modular spacecraft adaptor for mounting a non-primary payload on a spacecraft launch vehicle independent of a spacecraft bus of the primary payload carried by the launch vehicle, the adaptor comprising: a housing adapted to be fixedly secured to the launch vehicle; a power source disposed in said housing; a power and control distribution subsystem housed within said housing and in communication with said power source; an interface module disposed adjacent said housing and configured to interface with said power distribution and control subsystem, and also with a non-primary payload; and a communications module housed adjacent said housing. a housing adapted to be fixedly secured to the launch vehicle; a power source disposed in said housing; a power and control distribution subsystem housed within said housing and in communication with said power source; an interface module disposed adjacent said housing and configured to interface with said power distribution and control subsystem, and also with a non-primary payload; and a communications module housed adjacent said housing.
A method of monitoring a manipulator space, in particular for a robot, comprising the steps of: specifying a geometrical boundary of the space to be monitored; and monitoring, by means of an environment detection device (3A - 3D), as regards to unexpected objects within the specified boundary; characterized in that the boundary is specified in an at least partially automated manner on the basis of a detected environment (4.1, 4.2) and a kinematics of the manipulator, wherein the boundary is defined on the basis of a detected environment contour. specifying a geometrical boundary of the space to be monitored; and monitoring, by means of an environment detection device (3A - 3D), as regards to unexpected objects within the specified boundary; characterized in that the boundary is specified in an at least partially automated manner on the basis of a detected environment (4.1, 4.2) and a kinematics of the manipulator, wherein the boundary is defined on the basis of a detected environment contour.
A zwitterionic-bias material for use in blood cell selection, being a copolymer formed by positively charged structural units and negatively charged structural units, wherein the positively charged structural units comprises at least one positively charged moiety, the negatively charged structural unit comprises at least one negatively charged moiety, and a distance between the positively charged moiety and the negatively charged moiety is a length of 1-5 carbon-carbon bonds, and the positively charged structural units and negatively charged structural units are randomly arranged to have zwitterionic-bias, wherein the zwitterionic-bias is determined by XPS in the dry state from the spectral area ratio of the atomic percentage based on the N 1s of quaternary amine groups (N +) and the S 2p of sulfonated groups (SO 3 -) at the binding energy of approximately 399 and 168 eV, respectively, and wherein the zwitterionic-bias material has a positive zwitterionic-bias within a range of 15%∼65% that has activation effect to platelets, or a negative zwitterionic-bias within a range of 50%∼80% that has no activation effect to platelets.
A method for three-dimensional or multi-view video coding, comprising encoding or decoding, the method comprising: receiving first data associated with a current texture block of a current texture frame corresponding to a dependent view; determining an associated depth block for the current texture block; determining a derived disparity vector; and applying inter-view predictive coding, comprising encoding or decoding to the first data utilizing the derived disparity vector, characterized in that determining a derived disparity vector is based on a subset of depth samples of the associated depth block, wherein the subset contains less depth samples than the associated depth block and the subset excludes a single-sample subset corresponding to a center sample of the associated depth block. receiving first data associated with a current texture block of a current texture frame corresponding to a dependent view; determining an associated depth block for the current texture block; determining a derived disparity vector; and applying inter-view predictive coding, comprising encoding or decoding to the first data utilizing the derived disparity vector, characterized in that determining a derived disparity vector is based on a subset of depth samples of the associated depth block, wherein the subset contains less depth samples than the associated depth block and the subset excludes a single-sample subset corresponding to a center sample of the associated depth block.
A cleaning apparatus, comprising: a wash chamber; a platform disposed in the chamber and sized to support an engine block; and a lid being coupled to the wash chamber via a multi-bar linkage, said lid having a first portion rotatably coupled to the wash chamber and a second portion rotatably coupled to the first portion, and further comprising an additional linkage coupling the second portion of the lid to the multi-bar linkage, the additional linkage being configured to cause the second portion of the lid to rotate as the first portion of the lid rotates, wherein when the first portion of the lid is disposed in a position rotated distal to the wash chamber, the second portion of the lid is disposed in a position rotated proximal to the first portion of the lid, and when the first portion of the lid is disposed in a position rotated proximal to the wash chamber, the second portion of the lid is disposed in a position rotated distal to the first portion of the lid, and wherein said cleaning apparatus comprises a cleaning fluid tank including an agitator, said cleaning fluid tank configured to receive fluid that drains from the platform and to supply fluid to a pump that sprays the fluid towards the platform. a wash chamber; a platform disposed in the chamber and sized to support an engine block; and a lid being coupled to the wash chamber via a multi-bar linkage, said lid having a first portion rotatably coupled to the wash chamber and a second portion rotatably coupled to the first portion, and further comprising an additional linkage coupling the second portion of the lid to the multi-bar linkage, the additional linkage being configured to cause the second portion of the lid to rotate as the first portion of the lid rotates, wherein when the first portion of the lid is disposed in a position rotated distal to the wash chamber, the second portion of the lid is disposed in a position rotated proximal to the first portion of the lid, and when the first portion of the lid is disposed in a position rotated proximal to the wash chamber, the second portion of the lid is disposed in a position rotated distal to the first portion of the lid, and wherein when the first portion of the lid is disposed in a position rotated distal to the wash chamber, the second portion of the lid is disposed in a position rotated proximal to the first portion of the lid, and when the first portion of the lid is disposed in a position rotated proximal to the wash chamber, the second portion of the lid is disposed in a position rotated distal to the first portion of the lid, and wherein said cleaning apparatus comprises a cleaning fluid tank including an agitator, said cleaning fluid tank configured to receive fluid that drains from the platform and to supply fluid to a pump that sprays the fluid towards the platform.
Biological protection device configured to protect against electromagnetic waves emitted by a mobile telephone, which comprises at least one frame and one screen, the screen being of sufficient length and width to cover at least the internal perimeter of the frame, characterized in that the screen and the frame are connected by one of their corners by a pivot connection whose axis is perpendicular to the screen and the frame to allow the screen to pivot with respect to the frame, at least in one direction and between two positions, a cover position of the frame by the screen and a position of non-recovery of the frame by the screen, the screen and the frame being each made at least in part of a good conductor metal material, these parts being arranged either to ensure electrical continuity between them, or so that the space between them is less than 5 mm, at least when the screen covers the frame, the biological protection device being configured to hold the mobile phone so that the screen is located opposite the ergonomic interface of the mobile phone and maintaining, from all sides, an electrically insulating space between the metal part of the protection element and the mobile phone.
A layered composition comprising: a first layer comprising a first material, wherein the first material comprises a gel material comprising a hydrogel; a second layer comprising a second material, wherein the second material is harder is than the first material, the second layer comprising a film of material of Shore Hardness on the A scale greater than 40, the second layer having a thickness of 0.05 mm or more; and a third layer comprising a third material in the form of a sheet disposed over all of the second layer and comprising a film material, wherein the third material has a lower tensile modulus than the second material and wherein the third material is a low friction material; wherein the second layer is disposed between the first and third layers, the layered composition being for use in the prevention, dressing or treatment of a wound, wherein the composition is adapted so that the first layer is in fluid flow communication with the wound or skin of a wearer in use, and the surface of the third layer facing away from the wound is the outermost surface of the layered composition. a first layer comprising a first material, wherein the first material comprises a gel material comprising a hydrogel; a second layer comprising a second material, wherein the second material is harder is than the first material, the second layer comprising a film of material of Shore Hardness on the A scale greater than 40, the second layer having a thickness of 0.05 mm or more; and a third layer comprising a third material in the form of a sheet disposed over all of the second layer and comprising a film material, wherein the third material has a lower tensile modulus than the second material and wherein the third material is a low friction material; wherein the second layer is disposed between the first and third layers,
An associative cache memory, comprising: an array of storage elements arranged as M sets by N ways; an allocation unit that allocates the storage elements of the array in response to memory accesses that miss in the cache memory, wherein each of the memory accesses selects a set of the M sets; wherein each of the memory accesses has an associated memory access type, MAT, of a plurality of predetermined memory access types, MATs, wherein the MAT is received by the cache memory; wherein each valid storage element of the array has an associated MAT of the plurality of predetermined MATs; means for mapping that includes, for each MAT of the plurality of predetermined MATs, a MAT priority; wherein in response to a memory access that misses in the array, the allocation unit configured to: determine a most eligible way and a second most eligible way of the selected set for replacement based on a replacement policy; and replace the second most eligible way rather than the most eligible way when the MAT priority of the most eligible way is greater than the MAT priority of the second most eligible way. an array of storage elements arranged as M sets by N ways; an allocation unit that allocates the storage elements of the array in response to memory accesses that miss in the cache memory, wherein each of the memory accesses selects a set of the M sets; wherein each of the memory accesses has an associated memory access type, MAT, of a plurality of predetermined memory access types, MATs, wherein the MAT is received by the cache memory; wherein each valid storage element of the array has an associated MAT of the plurality of predetermined MATs; means for mapping that includes, for each MAT of the plurality of predetermined MATs, a MAT priority; wherein in response to a memory access that misses in the array, the allocation unit configured to: determine a most eligible way and a second most eligible way of the selected set for replacement based on a replacement policy; and replace the second most eligible way rather than the most eligible way when the MAT priority of the most eligible way is greater than the MAT priority of the second most eligible way. determine a most eligible way and a second most eligible way of the selected set for replacement based on a replacement policy; and replace the second most eligible way rather than the most eligible way when the MAT priority of the most eligible way is greater than the MAT priority of the second most eligible way.
A process for fractionating an esterified cellulose ether comprising groups of the formula -C -R-COOH, wherein R is a divalent hydrocarbon group, which process comprises the steps of a) blending the esterified cellulose ether comprising groups of the formula -C -R-COOH with an aqueous liquid and setting the temperature of the resulting blend to less than 10 °C to dissolve a portion of the esterified cellulose ether in the aqueous liquid, b) separating the non-dissolved portion of the esterified cellulose ether from the remainder of the blend, and c) recovering or disposing of the esterified cellulose ether that is dissolved in the aqueous liquid. a) blending the esterified cellulose ether comprising groups of the formula -C -R-COOH with an aqueous liquid and setting the temperature of the resulting blend to less than 10 °C to dissolve a portion of the esterified cellulose ether in the aqueous liquid, b) separating the non-dissolved portion of the esterified cellulose ether from the remainder of the blend, and c) recovering or disposing of the esterified cellulose ether that is dissolved in the aqueous liquid.
A shaving handle system comprising a handle, and a connector for attaching a cartridge to the handle, said connector being adapted to rotate around a rocking axis with respect to the handle, said connector comprising: - at least a pair of arms adapted to attach the connector to the cartridge - a holder adapted to attach the connector to the handle, wherein the connector further comprises: at least a pair of resilient lateral tongues protruding from the connector and positioned symmetrically with regard to a connector axis (y), wherein one of the lateral tongues is adapted to flex when the connector is rotated in a first direction around the rocking axis, and at least another of the other lateral tongues is adapted to flex when the connector is rotated in a second direction around the rocking axis, characterized in that each lateral tongue comprises at least a curved section, such that the curved section is adapted to stretch into a linear shape during flexing of the lateral tongue. - at least a pair of arms adapted to attach the connector to the cartridge - a holder adapted to attach the connector to the handle, at least a pair of resilient lateral tongues protruding from the connector and positioned symmetrically with regard to a connector axis (y), wherein one of the lateral tongues is adapted to flex when the connector is rotated in a first direction around the rocking axis, and at least another of the other lateral tongues is adapted to flex when the connector is rotated in a second direction around the rocking axis, characterized in that each lateral tongue comprises at least a curved section, such that the curved section is adapted to stretch into a linear shape during flexing of the lateral tongue.
A controller of a process of pulp or a sheet of paper, wherein the controller of the process comprises a resource consumption optimizer configured to receive a set of control actions for a plurality of actuators from an advanced process controller performing independent data processing with respect to the resource consumption optimizer, said set of control actions resulting in a set-specific combined control action effect; and optimize resource consumption associated with the set of control actions by modifying at least one control action of said set of control actions on the basis of resource consumption associated with an actuator performing said control action while keeping a difference between a set-specific combined control action effect attainable by a modified control action set and the set-specific combined control action effect attainable by said received control action set within an accepted range, wherein the resource consumption optimizer is configured to perform the optimization by selecting weights, which are costs associated with resources of energy and/or raw materials, for at least one control action while keeping the set-specific combined control action effect attainable by the set of control actions after the optimization the same within the accepted range as the combined control action effect of said set prior to the optimization.
A method for detecting the number of particles in the exhaust gas of combustion engines, wherein a value that is characteristic for the quantity of the particles is determined, for example, in form of the blackening of a filter or the determination of the concentration, wherein, furthermore, the suction time and/or suction volume of the exhaust gas is/are measured, and wherein, if necessary, the blackening rate is calculated based on the characteristic value and the suction time and/or the suction volume by way of a first conversion function, wherein the number of particles is determined based on the characteristic value, the suction time and/or the suction volume as well as the data of the first conversion function by way of a second conversion function, characterized in that, in addition, the pressure ratios at the filter are determined, and the mean particle diameter is determined based on this by way of a third conversion function and the quantity of particles, and in that the number of particles is established based on the characteristic value, the suction time and/or the suction volume, the data of the first conversion function and based on the determined mean particle diameter, relying therein on various intermediate computing processes and conversion functions, all of which can, however, be combined into a common fourth function, and wherein the number of particles is detected by way of this fourth conversion function.