mhurhangee/ep-ind-claims huggingface dataset:
A method of making a porous membrane, the method comprising: forming a first composition in a first extruder, the first composition comprising a first crystallizable polyolefin polymer, a first nucleating agent and a diluent, wherein the first composition has a first concentration of the first nucleating agent; forming a second composition in a second extruder, the second composition comprising a second crystallizable polyolefin polymer, a second nucleating agent and a diluent, wherein the second composition has a second concentration of the second nucleating agent; coextruding the first composition and the second composition to form a multilayer article; and cooling the multilayer article to allow phase separation of the diluent from the crystallizable polymers to form a porous membrane, wherein the first crystallizable polyolefin polymer is the same as the second crystallizable polyolefin polymer, wherein the first nucleating agent and the second nucleating agent are the same, wherein the first concentration and the second concentration are different; wherein the first extruder is operated at a specific energy input, the second extruder is operated at a second specific energy input and the first specific energy input is not the same as the second specific energy input; and wherein the first specific energy input and the second specific energy input are made different by varying the screw speed of the first and second extruders, and a higher screw speed is used in the zone containing the lower concentration of the nucleating agent. forming a first composition in a first extruder, the first composition comprising a first crystallizable polyolefin polymer, a first nucleating agent and a diluent, wherein the first composition has a first concentration of the first nucleating agent; forming a second composition in a second extruder, the second composition comprising a second crystallizable polyolefin polymer, a second nucleating agent and a diluent, wherein the second composition has a second concentration of the second nucleating agent; coextruding the first composition and the second composition to form a multilayer article; and cooling the multilayer article to allow phase separation of the diluent from the crystallizable polymers to form a porous membrane, wherein the first crystallizable polyolefin polymer is the same as the second crystallizable polyolefin polymer, wherein the first nucleating agent and the second nucleating agent are the same, wherein the first concentration and the second concentration are different; wherein the first extruder is operated at a specific energy input, the second extruder is operated at a second specific energy input and the first specific energy input is not the same as the second specific energy input; and wherein the first specific energy input and the second specific energy input are made different by varying the screw speed of the first and second extruders, and a higher screw speed is used in the zone containing the lower concentration of the nucleating agent.
A method of call handling in a telecommunications network, the telecommunication network having a packet switched telephony domain for handling packet based calls and a circuit switched telephony domain for handling circuit switched calls, the method comprising: a node of the packet switched telephony domain deciding whether to terminate a call to a user equipment using a packet switched connection to the user equipment or using a circuit switched connection to the user equipment; and the method characterized by: in response to deciding to terminate the call using the circuit switched connection, the node sending, to a further node controlling routing of calls between the packet switched telephony domain and the circuit switched telephony domain, an indication that telephony services related to the call are controlled in the packet switched telephony domain. a node of the packet switched telephony domain deciding whether to terminate a call to a user equipment using a packet switched connection to the user equipment or using a circuit switched connection to the user equipment; and the method characterized by: in response to deciding to terminate the call using the circuit switched connection, the node sending, to a further node controlling routing of calls between the packet switched telephony domain and the circuit switched telephony domain, an indication that telephony services related to the call are controlled in the packet switched telephony domain. in response to deciding to terminate the call using the circuit switched connection, the node sending, to a further node controlling routing of calls between the packet switched telephony domain and the circuit switched telephony domain, an indication that telephony services related to the call are controlled in the packet switched telephony domain.
Jewellery chain, comprising a resilient carrier element on which a surrounding arrangement of jewellery elements is held, and comprising connection elements, through each of which the resilient carrier element extends, and on each of which two adjacent jewellery elements are held, wherein the adjacent jewellery elements are able to be spaced apart from one another by expansion of the resilient carrier element up to a maximum separation (Imax), characterised in that the connection elements are formed by breaking-sections of a hollow profile body arranged on the resilient carrier element.
Preparation machine for hot beverages or liquid food products for domestic purposes, in particular fully automated coffee machine, containing a logic chip, which is connected or is able to be connected in a signal-conducting manner to internal and/or external signal emitters, which are able to enter input signals into the logic chip, which is connected in a signal-conducting manner to a control circuit for controlling internal components of the preparation machine, wherein the logic chip generates an output signal from the input signals on the basis of an internal logic, by means of which output signal the control circuit can be activated or deactivated, which corresponds to a switch between a standby mode with the logic chip being at least under operating voltage and an active mode with the control circuit additionally at least being under operating voltage, characterised in that the logic chip contains a flip-flop, in particular RS flip-flop and/or D flip-flop, which activates or deactivates the control circuit with an output signal emitted via an output, and that a data input of the flip-flop is connected in a signal-conducting manner to an output of an OR gate chip and inputs of the OR gate chip are connected or are able to be connected in a signal-conducting manner to at least one of the signal emitters for switching on and switching off the control circuit via an electrical contact, as well as to at least one of the signal emitters for switching from the standby mode into the active mode via an electrical contact (17, 18, 19, 20).
A Universal Serial Bus, USB, hub for coupling to a USB device via a downstream port and for coupling to a USB host via an upstream port, the USB hub comprising: a memory, storing one or more descriptor entries; and a controller, coupled to said memory, configured to obtain a descriptor of the USB device upon detection of the USB device on a USB bus, and compare the descriptor to the one or more descriptor entries to generate a comparing result; wherein the controller enables a link path between the USB host and the USB device when the comparing result indicates that the descriptor matches to a specific descriptor entry and wherein the controller disables the link path when the comparing result indicates that the descriptor does not match to any one of the one or more descriptor entries; wherein the controller is configured to cause a descriptor read command to be transmitted to the USB device over the USB bus to obtain the descriptor from the USB device independently of and without the USB host; wherein the controller is further configured to issue a reset command to be transmitted to the USB device after obtaining the descriptor, thereby allowing for normal enumeration procedures by the USB host; wherein when the specific descriptor entry indicates that the USB device is defective the controller is configured to cause commands to be sent to the defective USB device over the USB bus that force a power saving state by manipulating states of hardware within the USB device; and wherein the controller is configured to initiate an optimal charging mode to charge the USB device according to the comparing result. a memory, storing one or more descriptor entries; and a controller, coupled to said memory, configured to obtain a descriptor of the USB device upon detection of the USB device on a USB bus, and compare the descriptor to the one or more descriptor entries to generate a comparing result; wherein the controller enables a link path between the USB host and the USB device when the comparing result indicates that the descriptor matches to a specific descriptor entry and wherein the controller disables the link path when the comparing result indicates that the descriptor does not match to any one of the one or more descriptor entries; wherein the controller is configured to cause a descriptor read command to be transmitted to the USB device over the USB bus to obtain the descriptor from the USB device independently of and without the USB host; wherein the controller is further configured to issue a reset command to be transmitted to the USB device after obtaining the descriptor, thereby allowing for normal enumeration procedures by the USB host; wherein when the specific descriptor entry indicates that the USB device is defective the controller is configured to cause commands to be sent to the defective USB device over the USB bus that force a power saving state by manipulating states of hardware within the USB device; and wherein the controller is configured to initiate an optimal charging mode to charge the USB device according to the comparing result.
A lifting apparatus for a vehicle wheel comprising a wheel support which is selectively movable in order to lift or lower a vehicle wheel which is positioned thereon, an actuator group which is connected to the wheel support in order to actuate the lifting and lowering thereof, a control unit which is operationally connected to the actuator group in order to control the actuation of the actuator group, a lifting sensor member being provided to directly detect the position of the wheel support, at least one actuation instruction of the control unit bringing about the actuation of the actuator group in order to lift the wheel support from a lowered rest position to a predetermined lifting position, which is directly detected by the lifting sensor member.
Gyroscopic sensor comprising: - a sensitive element having a hemispherical or bell shape; said sensitive element being suitable designed to vibrate; - an electrode carrier capable of carrying excitation electrodes and detection electrodes for detecting the vibration of the sensitive element; and - elements (10,16) for supporting the electrode carrier; characterized in that the supporting elements (10, 16) comprise: - a base made of an insulating material, - electrical connections (34, 35) integrated into the base, - conducting support rods interposed between the base and the electrode carrier, said support rods being, on one side, soldered to electrical contacts (42, 46) of the electrical connections (34, 35) and, on the other side, connected to the excitation/detection electrodes of the electrode carrier. - a sensitive element having a hemispherical or bell shape; said sensitive element being suitable designed to vibrate; - an electrode carrier capable of carrying excitation electrodes and detection electrodes for detecting the vibration of the sensitive element; and - elements (10,16) for supporting the electrode carrier; - a base made of an insulating material, - electrical connections (34, 35) integrated into the base, - conducting support rods interposed between the base and the electrode carrier, said support rods being, on one side, soldered to electrical contacts (42, 46) of the electrical connections (34, 35) and, on the other side, connected to the excitation/detection electrodes of the electrode carrier.
A consumable material selected from the group consisting of a beverage, a foodstuff, a chewing gum, a dental and oral hygiene product comprising an organoleptically acceptable level of a compound of the formula: wherein R 1 is H or methyl; R 2 is selected from the group consisting of H, and C 1 -C 4 alkyl and alkenyl; R 3 is selected from the group consisting of H and C 1 -C 10 straight or branched chain alkyl and alkenyl; and when R 1 is H, R 2 and R 3 taken together can also represent-cyclopropyl; R 4 is selected from the group consisting of H, methyl and ethyl; R 5 is selected from the group consisting of H, methyl and ethyl; R 6 is selected from the group consisting of H and C 1 -C 9 straight or branched chain alkyl and alkenyl. wherein R 1 is H or methyl; R 2 is selected from the group consisting of H, and C 1 -C 4 alkyl and alkenyl; R 3 is selected from the group consisting of H and C 1 -C 10 straight or branched chain alkyl and alkenyl; and when R 1 is H, R 2 and R 3 taken together can also represent-cyclopropyl; R 4 is selected from the group consisting of H, methyl and ethyl; R 5 is selected from the group consisting of H, methyl and ethyl; R 6 is selected from the group consisting of H and C 1 -C 9 straight or branched chain alkyl and alkenyl.
Recuperator for a recuperative burner, having a hot side and a cold side, having a housing which is closed in the circumferential direction and which surrounds an exhaust gas duct through which air can flow in the longitudinal direction, and having a plurality of exchangearranged in the exhaust gas duct, wherein a first connection chamber with a first supply connection for combustion air and a second connection chamber with a second supply connection for a combustion gas are provided on the cold side of the exhaust gas duct, characterized in that the exhaust gas duct is subdivided at least into a first segment fluidically connected to the first connection chamber and a second segment fluidically connected to the second connection chamber, in each of which a part of the heat exchanger tubes is arranged and through which the exhaust gas can flow in parallel, such that a ratio of the heat capacity flow of the cold side to the heat capacity flow of the hot side is between 0.9 and 1.1.
A molding apparatus, comprising: a stripper sleeve for use in a first stack portion of a mold stack, wherein the stripper sleeve is configured to open, in use, a slide pair of the first stack portion and to strip, in use, a molded article from the first stack portion, wherein the stripper sleeve includes a molded article engager with which to engage, in use, the molded article to cause a stripping thereof from the first stack portion with movement of the stripper sleeve from a stripper sleeve molding position towards a stripping position, characterized in that the stripper sleeve further includes a first opening cam with which to engage, in use, a first opening cam follower that is defined on a first slide of the first stack portion to cause lateral opening movement thereof, relative to a second slide of the first stack portion, from a first slide molding position towards a first slide clearance position, with an axial movement of the stripper sleeve from the stripper sleeve molding position towards the stripping position. a stripper sleeve for use in a first stack portion of a mold stack, wherein the stripper sleeve is configured to open, in use, a slide pair of the first stack portion and to strip, in use, a molded article from the first stack portion, wherein the stripper sleeve includes a molded article engager with which to engage, in use, the molded article to cause a stripping thereof from the first stack portion with movement of the stripper sleeve from a stripper sleeve molding position towards a stripping position, characterized in that the stripper sleeve further includes a first opening cam with which to engage, in use, a first opening cam follower that is defined on a first slide of the first stack portion to cause lateral opening movement thereof, relative to a second slide of the first stack portion, from a first slide molding position towards a first slide clearance position, with an axial movement of the stripper sleeve from the stripper sleeve molding position towards the stripping position.
A method for detecting a ground attribute of a legged robot, comprising: obtaining a collision audio of a foot of the legged robot with a ground; generating a first collision image by sampling the collision audio; the method is characterized by: collecting a plantar force value of the foot; generating a second collision image according to the plantar force value and the first collision image; and generating a workable level attribute of the ground in a working environment of the legged robot by inputting the second collision image into a first neural network model. obtaining a collision audio of a foot of the legged robot with a ground; generating a first collision image by sampling the collision audio; the method is characterized by: collecting a plantar force value of the foot; generating a second collision image according to the plantar force value and the first collision image; and generating a workable level attribute of the ground in a working environment of the legged robot by inputting the second collision image into a first neural network model. collecting a plantar force value of the foot; generating a second collision image according to the plantar force value and the first collision image; and generating a workable level attribute of the ground in a working environment of the legged robot by inputting the second collision image into a first neural network model.
Traffic control method, wherein a multiplicity of first radar sensors (R1' - R6') and at least one second radar sensor (RF') carried at least by some of the road users are operated along a location frequented by road users, wherein each second radar sensor (RF') emits electromagnetic signals, and wherein at least signal components of the emitted signals are received by the first radar sensors (R1' - R6'), and wherein the signal components are received in a discriminated manner by the first radar sensors (Rl' - R6') such that each discriminated signal component is used to determine traffic-relevant parameters, the position and speed for each road user, characterized in that the discrimination is carried out on the basis of at least one item of first information emitted by the second radar sensor (RF') and received by first radar sensors (R1'-R6'), in particular a unique identification, and wherein the first radar sensors (Rl' - R6') are synchronized with the second radar sensor (RF') on the basis of at least one item of second information emitted by the second radar sensor (RF') and received by first radar sensors (Rl' - R6').
A thermal fluid ejection device, comprising: a substrate having a chamber formed thereon to contain a fluid a metal layer comprising a resistor having a surface (302, 402, 502) thermally coupled to the chamber; a first and a second conductive layers (120, 122) formed in the metal layer; a polysilicon layer under the metal layer comprising a polysilicon structure under the resistor to change the topography of the resistor such that the surface thermally coupled to the chamber is uneven, the polysilicon structure including a plurality of segments (304, 404, 504); and a first dielectric layer between the polysilicon layer and the metal layer, wherein the first conductive layer is used as the resistor and has higher sheet resistance than the second conductive layer. a substrate having a chamber formed thereon to contain a fluid a metal layer comprising a resistor having a surface (302, 402, 502) thermally coupled to the chamber; a first and a second conductive layers (120, 122) formed in the metal layer; a polysilicon layer under the metal layer comprising a polysilicon structure under the resistor to change the topography of the resistor such that the surface thermally coupled to the chamber is uneven, the polysilicon structure including a plurality of segments (304, 404, 504); and a first dielectric layer between the polysilicon layer and the metal layer, wherein the first conductive layer is used as the resistor and has higher sheet resistance than the second conductive layer.
A cosmetic or dermopharmaceutical composition comprising, as active ingredients, in a dermatologically acceptable carrier, an association of: a) hydroxymethionine or one of its salts, and b) 3-aminopropanesulfonic acid or one of its salts. a) hydroxymethionine or one of its salts, and b) 3-aminopropanesulfonic acid or one of its salts.
A self-supporting gallium nitride substrate composed of a plate having a single crystal structure in an approximately normal direction; characterized in that: the plate is composed of a plurality of gallium nitride-based single crystal grains,, wherein the gallium nitride-based single crystal grains exposed at a top surface of the self-supporting gallium nitride substrate connect to a bottom surface of the self-supporting gallium nitride substrate without intervention of a grain boundary, and wherein a ratio D T /D B, which is a ratio of a cross-sectional average diameter D T at an outermost surface of the gallium nitride-based single crystal grains exposed at a top surface of the self-supporting gallium nitride substrate to a cross-sectional average diameter D B at an outermost surface of the gallium nitride-based single crystal grains exposed at a bottom surface of the self-supporting gallium nitride substrate, is greater than 1.0. the plate is composed of a plurality of gallium nitride-based single crystal grains,, wherein the gallium nitride-based single crystal grains exposed at a top surface of the self-supporting gallium nitride substrate connect to a bottom surface of the self-supporting gallium nitride substrate without intervention of a grain boundary, and wherein a ratio D T /D B, which is a ratio of a cross-sectional average diameter D T at an outermost surface of the gallium nitride-based single crystal grains exposed at a top surface of the self-supporting gallium nitride substrate to a cross-sectional average diameter D B at an outermost surface of the gallium nitride-based single crystal grains exposed at a bottom surface of the self-supporting gallium nitride substrate, is greater than 1.0.