mhurhangee/ep-ind-claims huggingface dataset:
A method of forming an ad-hoc wireless network, the method comprising: receiving, at a device (200, 250; 1100), a first user input initiated by a user; determining whether a second user input is received at the device (200, 250; 1100) within a first predefined time of the first user input, the second user input initiated by the user for configuring the device (200, 250; 1100) as one of the enrollee and the registrar in the ad-hoc wireless network; configuring the device (200, 250; 1100) as one of the enrollee and the registrar based on whether the device (200, 250; 1100) receives the second user input within the first predefined time of the first user input, wherein configuring the device (200, 250; 1100) as one of the enrollee and the registrar comprises: configuring the device (200, 250; 1100) as one of an enrollee and a registrar if a second user input is received at the device (200, 250; 1100) within a first predefined time of the first user input; and configuring the device (200, 250; 1100) as the other of the enrollee and the registrar if the second user input is not received at the device (200, 250; 1100) within the first predefined time of the first user input; and enabling communications between the device (200, 250; 1100) and a second device (200, 250; 1100) in the ad-hoc wireless network. receiving, at a device (200, 250; 1100), a first user input initiated by a user; determining whether a second user input is received at the device (200, 250; 1100) within a first predefined time of the first user input, the second user input initiated by the user for configuring the device (200, 250; 1100) as one of the enrollee and the registrar in the ad-hoc wireless network; configuring the device (200, 250; 1100) as one of the enrollee and the registrar based on whether the device (200, 250; 1100) receives the second user input within the first predefined time of the first user input, wherein configuring the device (200, 250; 1100) as one of the enrollee and the registrar comprises: configuring the device (200, 250; 1100) as one of an enrollee and a registrar if a second user input is received at the device (200, 250; 1100) within a first predefined time of the first user input; and configuring the device (200, 250; 1100) as the other of the enrollee and the registrar if the second user input is not received at the device (200, 250; 1100) within the first predefined time of the first user input; and enabling communications between the device (200, 250; 1100) and a second device (200, 250; 1100) in the ad-hoc wireless network.
Measuring device with a roll gap transmitter for detecting the height of a roll gap between two working rolls (210-1, 210-2) in a roll stand when the roll gap transmitter is in a suitable relative position with respect to the working rolls; characterised thereby that an initialisation device for detecting displacement of the work rolls in or against the rolling direction from a starting position to an end position; and a roll gap transmitter displacing device for displacing the roll gap transmitter in dependence on the displacement, which is detected by the initialisation device, of the working rolls in or against the rolling direction into the relative position, which is suitable for detecting the height of the roll gap, with respect to the working rolls in the end position.
A system comprising: an image carrier from which an image is transferred onto a transfer medium using electrostatic toner; and a power source configured to apply a voltage to a member or roller which contacts the image carrier; wherein the power source is configured to apply a direct current voltage superimposed with an alternating current voltage as a transfer bias to the member or roller; a control circuit configured to control the power source; characterized in that: the control circuit is configured to control an output voltage of the power source so that a current level of a direct current component and a current level between peaks of the alternating current component that are output from the power source are kept at specified current levels by a constant current control. an image carrier from which an image is transferred onto a transfer medium using electrostatic toner; and a power source configured to apply a voltage to a member or roller which contacts the image carrier; wherein the power source is configured to apply a direct current voltage superimposed with an alternating current voltage as a transfer bias to the member or roller; a control circuit configured to control the power source; characterized in that: the control circuit is configured to control an output voltage of the power source so that a current level of a direct current component and a current level between peaks of the alternating current component that are output from the power source are kept at specified current levels by a constant current control.
Essentially transparent glazing including a system of magnetron vacuum-deposited thin layers having antisolar and/or low-emissivity properties, comprising one, two or three silver layers, each layer having a thickness of between 7 and 20 nm, and barrier layers located over the silver layers, constituted of titanium, NiCr, Zr and oxides and suboxides thereof, including as protective surface layer a layer based on titanium oxide and on at least one other metal oxide of high hardness from the group comprising: ZrO 2, SiO 2, Cr 2 O 3, and in which the surface layer based on titanium oxide is applied either onto a first protective layer of tin oxide or silicon nitride, or onto an alloy layer of zinc oxide and tin oxide.
A lubrication module for at least one lubrication station of a turbomachine, the lubrication module comprising at least one positive displacement pump including a pump body delimiting a main chamber configured to be in fluid communication with a main lubrication circuit and an auxiliary chamber configured to be in fluid communication with an auxiliary lubrication circuit, and a piston movably mounted in the pump body between an inactive configuration and an active configuration, the piston being configured to perform, in the active configuration, a pumping movement between a top dead center and a bottom dead center by cooperation with a cam of a shaft of the turbomachine and, in the inactive configuration, not cooperate with the cam of the shaft of the turbomachine, the positive displacement pump including a return element configured to return the piston to the active configuration, and the piston extending into the main chamber so that the filling of the main chamber with lubricating fluid beyond a predetermined threshold brings the piston into the inactive configuration.
A flow cytometer system comprising: a flow cytometer instrument operable to output flow cytometry investigation response data, the response data comprising a time series signal data trace corresponding with detection during the flow cytometry investigation of light from the sample fluid in a wavelength range that is indicative of the presence of a particle attribute in the sample fluid; and a processor operable to receive the flow cytometry response data output by the flow cytometer instrument, the processor being further operable to separately batch process a plurality of different time interval batches of data points of the time series signal data trace to: determine a batch-specific noise characteristic for said batch of data points; determine a batch-specific signal peak threshold for said batch of data points as a function of the batch-specific noise characteristic; and identify signal peaks in said batch of data points indicative of the presence of the particle attribute in the sample fluid using threshold criteria including the batch-specific signal peak threshold. a flow cytometer instrument operable to output flow cytometry investigation response data, the response data comprising a time series signal data trace corresponding with detection during the flow cytometry investigation of light from the sample fluid in a wavelength range that is indicative of the presence of a particle attribute in the sample fluid; and a processor operable to receive the flow cytometry response data output by the flow cytometer instrument, the processor being further operable to separately batch process a plurality of different time interval batches of data points of the time series signal data trace to: determine a batch-specific noise characteristic for said batch of data points; determine a batch-specific signal peak threshold for said batch of data points as a function of the batch-specific noise characteristic; and identify signal peaks in said batch of data points indicative of the presence of the particle attribute in the sample fluid using threshold criteria including the batch-specific signal peak threshold. determine a batch-specific noise characteristic for said batch of data points; determine a batch-specific signal peak threshold for said batch of data points as a function of the batch-specific noise characteristic; and identify signal peaks in said batch of data points indicative of the presence of the particle attribute in the sample fluid using threshold criteria including the batch-specific signal peak threshold.
An illuminable display element, in particular for a vehicle, comprising a two-dimensionally extending cover with a visible side, a rear side and at least one opening; at least one graphical element which is provided and/or formed on the visible side of the cover; and a lighting element which is used to illuminate the opening; wherein the graphical element is at least partially enclosed by the at least one opening in such a way that light from the lighting element can at least partly shine around the graphical element, wherein the cover has at least one elevation extending upward, within which the graphical element is arranged above the at least one opening, or the cover has at least one depression extending downward, within which the graphical element is arranged below the at least one opening characterized in that, at least in the region of the at least one opening, the display element comprises a carrier layer which is arranged on the rear side of the cover.
A compressor (10, 2010) comprising: a shell assembly (12, 2012) having a fitting (28, 2028) through which fluid is received from outside of the compressor (10, 2010); a compression mechanism disposed within a chamber (39, 2039) defined by said shell assembly (12, 2012); and a conduit extending through said chamber (39, 2039) between said fitting and a suction inlet (89, 2089) of said compression mechanism and transmitting at least a portion of said fluid from said fitting (28, 2028) to said suction inlet (89, 2089), said conduit including an inlet that is spaced apart from said fitting (28, 2028) and an outlet that engages said compression mechanism, characterized by said conduit including a mounting flange having a pair of tabs extending laterally outward from said mounting flange in opposite directions and sealing said conduit against a non-orbiting scroll. a shell assembly (12, 2012) having a fitting (28, 2028) through which fluid is received from outside of the compressor (10, 2010); a compression mechanism disposed within a chamber (39, 2039) defined by said shell assembly (12, 2012); and a conduit extending through said chamber (39, 2039) between said fitting and a suction inlet (89, 2089) of said compression mechanism and transmitting at least a portion of said fluid from said fitting (28, 2028) to said suction inlet (89, 2089), said conduit including an inlet that is spaced apart from said fitting (28, 2028) and an outlet that engages said compression mechanism, characterized by said conduit including a mounting flange having a pair of tabs extending laterally outward from said mounting flange in opposite directions and sealing said conduit against a non-orbiting scroll.
An extracorporeal circulation cassette configured to be inserted into a cassette slot of a blood purification apparatus, comprising: a blood circuit formed of a flexible tube and including a blood tube access portion (10a, 10b, 10c); and first and second panels (4, 6) unified with each other by sandwiching the blood circuit from both sides and having rigidity; and a window (4a,6a) formed in at least one of the first and second panels (4,6) and disposed at an insertable portion of the extracorporeal circulation cassette which is a portion which is stored in the blood purification apparatus when the extracorporeal circulation cassette is inserted into the cassette slot,, wherein the blood tube access portion (10a, 10b, 10c) of the blood circuit stored in a space formed by the first and second panels (4, 6) is located and exposed at the window (4a,6a), characterized in that a part of the blood circuit other than blood tube access portion (10a, 10b, 10c) is a portion which is exposed from the cassette slot of the blood purification apparatus when the extracorporeal circulation cassette is inserted into the cassette slot. a blood circuit formed of a flexible tube and including a blood tube access portion (10a, 10b, 10c); and first and second panels (4, 6) unified with each other by sandwiching the blood circuit from both sides and having rigidity; and a window (4a,6a) formed in at least one of the first and second panels (4,6) and disposed at an insertable portion of the extracorporeal circulation cassette which is a portion which is stored in the blood purification apparatus when the extracorporeal circulation cassette is inserted into the cassette slot,, wherein the blood tube access portion (10a, 10b, 10c) of the blood circuit stored in a space formed by the first and second panels (4, 6) is located and exposed at the window (4a,6a),
Press fitting (100, 100"), including: a press sleeve provided with a deformable breakable annular element at a pipe side edge; and a fitting body with a fitting support over which a pipe end can be inserted, wherein the press sleeve, which surrounds the fitting support, is configured to be deformed by crimping pressure applied by a compression tool to attach the pipe end to the fitting support, wherein said annular element is located on the press sleeve, at an open end of the press sleeve, wherein the annular element is configured to interact with a compression tool in order to guide the compression tool, and wherein the annular element is configured to be broken or remain permanently deformed by the action of a compression tool, wherein the annular element is configured to transmit the crimping pressure to the press sleeve, and the annular element is configured to transmit forces that are acting on the annular element in the area of the pipe-side edge during the time that the compression tool is applied to the compression sleeve, characterized in that the annular element has a plurality of segments (51, 52, 53, 54) connected by a plurality of connecting sections (55, 56, 57, 58), the annular element being configured to have a substantial reduction in circumference when crimping pressure is applied, through ortho-radial deformation of the connecting sections and simultaneous sliding of the segments towards each other. a press sleeve provided with a deformable breakable annular element at a pipe side edge; and a fitting body with a fitting support over which a pipe end can be inserted, wherein the press sleeve, which surrounds the fitting support, is configured to be deformed by crimping pressure applied by a compression tool to attach the pipe end to the fitting support, wherein said annular element is located on the press sleeve, at an open end of the press sleeve, wherein the annular element is configured to interact with a compression tool in order to guide the compression tool, and wherein the annular element is configured to be broken or remain permanently deformed by the action of a compression tool, wherein the annular element is configured to transmit the crimping pressure to the press sleeve, and the annular element is configured to transmit forces that are acting on the annular element in the area of the pipe-side edge during the time that the compression tool is applied to the compression sleeve, characterized in that the annular element has a plurality of segments (51, 52, 53, 54) connected by a plurality of connecting sections (55, 56, 57, 58), the annular element being configured to have a substantial reduction in circumference when crimping pressure is applied, through ortho-radial deformation of the connecting sections and simultaneous sliding of the segments towards each other.
A method for making a new food, feed or pharmaceutical product comprising the following step: (i): addition of a composition comprising cross-linked, via intermolecular covalent isopeptide bonds, casein glycomacropeptide (CGMP) oligomers (CGMP oligomers) to a food, feed or pharmaceutical product in order to thereby make the new food, feed or pharmaceutical product and wherein: (a): the product comprises after addition of the composition at least 1 mg of CGMP oligomers per kg of the product; and wherein monomeric CGMP is the peptide containing the amino acid residues 106-169 of κ-casein and monomers of CGMP oligomers are monomeric CGMP; and wherein the in step (i) added CGMP oligomers are used for ion binding, e.g. Ca binding and preferably calcium phosphate (CaP) binding, encapsulation of a substance, e.g. a phytochemical such as e.g. curcumin or β-carotene, encapsulation of a molecule, e.g. an enzyme such as e.g. lactase, gelation, responsive gel swelling for triggered release by e.g. pH, ionic strength, or temperature, covalent conjugation, electrostatic complex formation, or colloid stabilization, e.g. acidic stabilization, Pickering stabilization or via self-assembled structures or aggregates. (i): addition of a composition comprising cross-linked, via intermolecular covalent isopeptide bonds, casein glycomacropeptide (CGMP) oligomers (CGMP oligomers) to a food, feed or pharmaceutical product in order to thereby make the new food, feed or pharmaceutical product and wherein: (a): the product comprises after addition of the composition at least 1 mg of CGMP oligomers per kg of the product; and wherein monomeric CGMP is the peptide containing the amino acid residues 106-169 of κ-casein and monomers of CGMP oligomers are monomeric CGMP; and wherein the in step (i) added CGMP oligomers are used for ion binding, e.g. Ca binding and preferably calcium phosphate (CaP) binding, encapsulation of a substance, e.g. a phytochemical such as e.g. curcumin or β-carotene, encapsulation of a molecule, e.g. an enzyme such as e.g. lactase, gelation, responsive gel swelling for triggered release by e.g. pH, ionic strength, or temperature, covalent conjugation, electrostatic complex formation, or colloid stabilization, e.g. acidic stabilization, Pickering stabilization or via self-assembled structures or aggregates. (a): the product comprises after addition of the composition at least 1 mg of CGMP oligomers per kg of the product;
A folding propeller, comprising a hub, at least two blades and at least two connecting pieces, the hub being configured to mount the folding propeller to a driving device, wherein the hub comprises a first surface and a second surface disposed oppositely, the first surface facing the driving device, and the second surface facing away from the driving device; and each of the blades is mounted on the second surface by the corresponding connecting piece, and each of the blades is capable of rotating relative to the hub; characterized in that: the hub further comprises a boss disposed on the second surface; wherein the boss is disposed coaxially with a rotating shaft of the corresponding driving device, and a protruding edge of a pivoting portion of each blade overlaps the boss. the hub comprises a first surface and a second surface disposed oppositely, the first surface facing the driving device, and the second surface facing away from the driving device; and each of the blades is mounted on the second surface by the corresponding connecting piece, and each of the blades is capable of rotating relative to the hub; characterized in that: the hub further comprises a boss disposed on the second surface; wherein the boss is disposed coaxially with a rotating shaft of the corresponding driving device, and a protruding edge of a pivoting portion of each blade overlaps the boss.
A method performed by a user equipment, UE, comprising: sending one or more service requests to a third party server via a mobile communications network, wherein the mobile communications network comprises an evolved packet core, EPC; determining that there is an error or delay in receiving a response to the one or more service requests from the third party server, wherein determining that there is an error or delay comprises determining that one or more of: a number of sent service requests without a service response exceeds a threshold; a delay in receiving a response to a service request exceeds a threshold; and a response received from the server indicates failure in responding to the one or more service requests; and sending, in response to the determining that there is an error or delay with the third party server, a wake-me-up request to a network element in the mobile communications network requesting notification when the third party server is available, wherein the wake-me-up request indicates the third party server so that the network can check with the third party server and notify the UE when the third party server becomes available. sending one or more service requests to a third party server via a mobile communications network, wherein the mobile communications network comprises an evolved packet core, EPC; determining that there is an error or delay in receiving a response to the one or more service requests from the third party server, wherein determining that there is an error or delay comprises determining that one or more of: a number of sent service requests without a service response exceeds a threshold; a delay in receiving a response to a service request exceeds a threshold; and a response received from the server indicates failure in responding to the one or more service requests; and sending, in response to the determining that there is an error or delay with the third party server, a wake-me-up request to a network element in the mobile communications network requesting notification when the third party server is available, wherein the wake-me-up request indicates the third party server so that the network can check with the third party server and notify the UE when the third party server becomes available. a number of sent service requests without a service response exceeds a threshold; a delay in receiving a response to a service request exceeds a threshold; and a response received from the server indicates failure in responding to the one or more service requests; and sending, in response to the determining that there is an error or delay with the third party server, a wake-me-up request to a network element in the mobile communications network requesting notification when the third party server is available, wherein the wake-me-up request indicates the third party server so that the network can check with the third party server and notify the UE when the third party server becomes available.