mhurhangee/patent-ind-claim-en huggingface dataset:
Sewing machine - with at least one sewing foot for holding down a piece of fabric during sewing, - with a pressure adjusting device for setting a hold-down pressure, exerted by the sewing foot when holding down the piece of fabric, - with a lifting device for lifting the sewing foot, - with a common drive for the pressure adjusting device and for the lifting device, - wherein a cam disc , which interacts with a cam lever , on the one hand, to lift the sewing foot and, on the other hand, to drive the pressure adjusting device, is non-rotatably arranged on a drive shaft of the common drive , wherein the cam lever is configured in such a way as to interact with the cam disc along a total pivoting path of the cam disc , characterized in that - the cam lever has two cam followers arranged separately from one another, the cam followers being arranged so as to interact with the cam disc in each case at least in a section of the total pivoting path of the cam disc . - with at least one sewing foot for holding down a piece of fabric during sewing, - with a pressure adjusting device for setting a hold-down pressure, exerted by the sewing foot when holding down the piece of fabric, - with a lifting device for lifting the sewing foot, - with a common drive for the pressure adjusting device and for the lifting device, - wherein a cam disc , which interacts with a cam lever , on the one hand, to lift the sewing foot and, on the other hand, to drive the pressure adjusting device, is non-rotatably arranged on a drive shaft of the common drive , wherein the cam lever is configured in such a way as to interact with the cam disc along a total pivoting path of the cam disc , characterized in that - the cam lever has two cam followers arranged separately from one another, the cam followers being arranged so as to interact with the cam disc in each case at least in a section of the total pivoting path of the cam disc .
A wearable article , comprising: a structure ; a first antenna , in a first position on or within the structure ; a second antenna , in a second position on or within the structure ; and characterized by : a transceiver , operatively coupled to at least one of the first antenna and the second antenna , configured to communicate with an external antenna via the at least one of the first and second antennas according to a wireless communication modality; wherein the first antenna is tuned differently than the second antenna ; wherein the first antenna is tuned to communicate according to the wireless communication modality through air; wherein the second antenna is tuned to communicated according to the wireless communication modality through a human's body part; and wherein the structure is configured to enclose the human's body part. a structure ; a first antenna , in a first position on or within the structure ; a second antenna , in a second position on or within the structure ; and characterized by : a transceiver , operatively coupled to at least one of the first antenna and the second antenna , configured to communicate with an external antenna via the at least one of the first and second antennas according to a wireless communication modality; wherein the first antenna is tuned differently than the second antenna ; wherein the first antenna is tuned to communicate according to the wireless communication modality through air; wherein the second antenna is tuned to communicated according to the wireless communication modality through a human's body part; and wherein the structure is configured to enclose the human's body part. a transceiver , operatively coupled to at least one of the first antenna and the second antenna , configured to communicate with an external antenna via the at least one of the first and second antennas according to a wireless communication modality; wherein the first antenna is tuned differently than the second antenna ; wherein the first antenna is tuned to communicate according to the wireless communication modality through air; wherein the second antenna is tuned to communicated according to the wireless communication modality through a human's body part; and wherein the structure is configured to enclose the human's body part.
A combustor including a tube bundle , the tube bundle comprising: a. a plate that extends radially and circumferentially within at least a portion of the combustor , wherein the plate comprises passages extending generally axially through the plate; b. a shroud that at least partially surrounds the plate ; c. a plurality of tubes that extend through the plate and are enabled to move generally axially relative to the plate ; and d. one or more flexible couplings that at least partially surround at least some of the plurality of tubes , wherein the one or more flexible couplings are connected to the plate and a respective tube . a. a plate that extends radially and circumferentially within at least a portion of the combustor , wherein the plate comprises passages extending generally axially through the plate; b. a shroud that at least partially surrounds the plate ; c. a plurality of tubes that extend through the plate and are enabled to move generally axially relative to the plate ; and d. one or more flexible couplings that at least partially surround at least some of the plurality of tubes , wherein the one or more flexible couplings are connected to the plate and a respective tube .
A method of providing network security, the method comprising: monitoring , by a profiler unit that determines policies for protecting a protected network zone , network traffic entering and exiting the protected network zone ; determining , from the monitored network traffic, endpoint-identifying information; identifying , by the profiler unit , a previously undetected endpoint (0070, 0065, 0100, or 0110) that interfaces with the protected network zone based on the endpoint-identifying information not being associated with any previously detected endpoint (0070, 0065, 0100, or 0110) in the protected network zone ; comparing , by the profiler unit , first network traffic characteristics of the monitored network traffic associated with the previously undetected endpoint (0070, 0065, 0100, or 0110) to second network traffic characteristics of known device types of the previously detected endpoints (0070, 0065, 0100, or 0110); determining a device type of the previously undetected endpoint (0070, 0065, 0100, or 0110) based on the comparison between the first and the second network traffic characteristics; assigning , by the profiler unit , a policy to the previously undetected endpoint (0070, 0065, 0100, or 0110) according to the determined device type; and distributing , by the profiler unit , policy data to a policy enforcement point, PEP, device (0050 or 0120) to cause the PEP device (0050 or 0120) to enforce the network policy on network traffic flowing to and from the previously undetected endpoint (0070, 0065, 0100, or 0110). monitoring , by a profiler unit that determines policies for protecting a protected network zone , network traffic entering and exiting the protected network zone ; determining , from the monitored network traffic, endpoint-identifying information; identifying , by the profiler unit , a previously undetected endpoint (0070, 0065, 0100, or 0110) that interfaces with the protected network zone based on the endpoint-identifying information not being associated with any previously detected endpoint (0070, 0065, 0100, or 0110) in the protected network zone ; comparing , by the profiler unit , first network traffic characteristics of the monitored network traffic associated with the previously undetected endpoint (0070, 0065, 0100, or 0110) to second network traffic characteristics of known device types of the previously detected endpoints (0070, 0065, 0100, or 0110); determining a device type of the previously undetected endpoint (0070, 0065, 0100, or 0110) based on the comparison between the first and the second network traffic characteristics; assigning , by the profiler unit , a policy to the previously undetected endpoint (0070, 0065, 0100, or 0110) according to the determined device type; and distributing , by the profiler unit , policy data to a policy enforcement point, PEP, device (0050 or 0120) to cause the PEP device (0050 or 0120) to enforce the network policy on network traffic flowing to and from the previously undetected endpoint (0070, 0065, 0100, or 0110).
Coupling for a kitchen appliance with an electric motor, for transmission of a rotational movement caused by the electric motor to a kitchen appliance component, wherein the coupling comprises: - an inner rim which is designed to enclose a shaft of the kitchen appliance; - an outer rim which is arranged coaxially around the inner rim and is connected to the inner rim by connecting walls ; characterised in that - a plurality of force transmission elements which are designed to enter into operative connection with respective counterparts for the transmission of the rotational movement, and which are each connected to the outer rim by at least one retaining wall ; wherein the retaining walls are formed flexibly in the radial direction and/or wherein the connecting walls are formed flexibly in the circumferential direction (U). - an inner rim which is designed to enclose a shaft of the kitchen appliance; - an outer rim which is arranged coaxially around the inner rim and is connected to the inner rim by connecting walls ; characterised in that - a plurality of force transmission elements which are designed to enter into operative connection with respective counterparts for the transmission of the rotational movement, and which are each connected to the outer rim by at least one retaining wall ;
A pharmaceutical capsule composition according to one of the following tables: Ingredient mg / unit dose total fill weight × 100 Compound IB 10 Silicified Microcrystalline Cellulose 78.7 Croscarmellose sodium 5 Sodium starch glycolate 5 Fumed Silica 0.3 Stearic acid 1 Total 100 or Ingredient mg / unit dose total fill weight × 100 Compound IB 50 Silicified Microcrystalline Cellulose 37.7 Croscarmellose sodium 5 Sodium starch glycolate 5 Fumed Silica 0.3 Stearic acid 2 Total 100 wherein Compound IB has the structure:
A method for comparing data, comprising: comparing first input data to first stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) stored in a first memory cell by applying a first voltage differential (VDM1, VDM2) across the first memory cell during a first time period; comparing second input data to second stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) stored in a second memory cell by applying a second voltage differential (VDM1, VDM2) across the second memory cell during a second time period, wherein the first and second voltage differentials have opposite polarities; determining whether the first input data matches the first stored data based on whether the first memory cell snaps back in response to applying the first voltage differential across the first memory cell; and determining whether the second input data matches the second stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) based on whether the second memory cell snaps back in response to applying the second voltage differential (VDM1, VDM2) across the second memory cell. comparing first input data to first stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) stored in a first memory cell by applying a first voltage differential (VDM1, VDM2) across the first memory cell during a first time period; comparing second input data to second stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) stored in a second memory cell by applying a second voltage differential (VDM1, VDM2) across the second memory cell during a second time period, wherein the first and second voltage differentials have opposite polarities; determining whether the first input data matches the first stored data based on whether the first memory cell snaps back in response to applying the first voltage differential across the first memory cell; and determining whether the second input data matches the second stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) based on whether the second memory cell snaps back in response to applying the second voltage differential (VDM1, VDM2) across the second memory cell.
Hydraulic disengagement device for a friction clutch of a motor vehicle, characterized by a protective cap for a liquid-conducting connection port (V), which protective cap has at least one fastening region which interacts with the connection port (V), wherein the fastening region is adjoined on the side facing away from the connection port (V) by an elastically bendable, resilient handle region which can be resiliently turned over to the side in the presence of a mechanical resistance and can be straightened up into its initial position upon discontinuation of the resistance, and wherein the handle region , which consists of a stem (3.1) adjoining the fastening region in the direction of a longitudinal axis (R) and of a head piece (3.2) formed on the end of the stem (3.1), can be resiliently tilted through a tilting angle (α) with respect to the longitudinal axis (R), and the stem (3.1) has a diameter (d2) which is greatly reduced by comparison with the diameter (d1) of the fastening region .
A galvanic isolator , comprising: a multi-layer printed circuit board, PCB, comprising a dielectric material having a top side and a bottom side ; an RF transmission line embedded within said PCB including a plurality of conductor traces spaced apart from one another to include a plurality of gaps (G1,G2) in a path of said RF transmission line configured to provide an inline distributed capacitor that together with an impedance of said RF transmission line is configured to form a bandpass, BP, filter, and a top metal layer on said top side and a bottom metal layer on said bottom side connected to one another by a plurality of metal filled vias on respective sides of said RF transmission line, wherein said top metal layer and said bottom metal layer each also include at least one gap so that there is no direct path for either the signal ground or the chassis ground. a multi-layer printed circuit board, PCB, comprising a dielectric material having a top side and a bottom side ; an RF transmission line embedded within said PCB including a plurality of conductor traces spaced apart from one another to include a plurality of gaps (G1,G2) in a path of said RF transmission line configured to provide an inline distributed capacitor that together with an impedance of said RF transmission line is configured to form a bandpass, BP, filter, and a top metal layer on said top side and a bottom metal layer on said bottom side connected to one another by a plurality of metal filled vias on respective sides of said RF transmission line, wherein said top metal layer and said bottom metal layer each also include at least one gap so that there is no direct path for either the signal ground or the chassis ground.
A flexible organic photovoltaic (OPV) device prepared from a transparent conductor film, wherein the OPV device comprises: the flexible transparent conductor film, which includes: a support substrate ; a flexible transparent substrate ; and a transfer release layer laminated between the support substrate and the flexible transparent substrate ; and a first transparent conductor layer on top of the flexible transparent substrate ; a first charge-collection layer coated on top of the first transparent conductor layer ; a bulk heterojunction (BHJ) photoactive layer coated on top of the first charge-collection layer ; a second charge-collection layer coated on top of the bulk heterojunction photoactive layer , wherein the second charge-collection layer is of opposite polarity as the first charge- collection layer , and wherein the second charge-collection layer is formed of a different material than the first charge-collection layer ; a second transparent conductor layer coated on top of the second charge-collection layer ; and a transparent pressure-sensitive adhesive on the second transparent conductor layer on an opposite side of the flexible transparent conductor film from the support substrate and capable of adhering the transparent conductor layer to a curved surface of a semi-transparent object after the support substrate is removed from the opposite side of the flexible transparent conductor film. the flexible transparent conductor film, which includes: a support substrate ; a flexible transparent substrate ; and a transfer release layer laminated between the support substrate and a support substrate ; a flexible transparent substrate ; and a transfer release layer laminated between the support substrate and the flexible transparent substrate ; and a first transparent conductor layer on top of the flexible transparent substrate ; a first charge-collection layer coated on top of the first transparent conductor layer ; a bulk heterojunction (BHJ) photoactive layer coated on top of the first charge-collection layer ; a second charge-collection layer coated on top of the bulk heterojunction photoactive layer , wherein the second charge-collection layer is of opposite polarity as the first charge- collection layer , and wherein the second charge-collection layer is formed of a different material than the first charge-collection layer ; a second transparent conductor layer coated on top of the second charge-collection layer ; and a transparent pressure-sensitive adhesive on the second transparent conductor layer on an opposite side of the flexible transparent conductor film from the support substrate and capable of adhering the transparent conductor layer to a curved surface of a semi-transparent object after the support substrate is removed from the opposite side of the flexible transparent conductor film.
A method for estimating a surface temperature of a portable device, comprising: detecting an internal temperature of the portable device ; and estimating the surface temperature using the internal temperature and an ambient temperature as input to a circuit model that describes thermal behaviors of the portable device ; characterized in that the circuit model includes a plurality of thermal capacitors, a plurality of thermal resistors, a first voltage source representing the internal temperature, and a first node representing the surface temperature, wherein the method further comprises detecting one or more additional internal temperatures of the portable device, wherein in the circuit model, the one or more additional internal temperatures are represented by one or more additional voltage sources, wherein the first voltage source and the one or more additional voltage sources are located in different branches of a laddered RC circuit, respectively, and wherein the different branches of the laddered RC circuit are all connected to one and the same second node of the laddered RC circuit representing a temperature which is larger than the surface temperature and the ambient temperature, respectively, and smaller than the internal temperature and the one or more additional internal temperatures, respectively. detecting an internal temperature of the portable device ; and estimating the surface temperature using the internal temperature and an ambient temperature as input to a circuit model that describes thermal behaviors of the portable device ; characterized in that the circuit model includes a plurality of thermal capacitors, a plurality of thermal resistors, a first voltage source representing the internal temperature, and a first node representing the surface temperature, wherein the method further comprises detecting one or more additional internal temperatures of the portable device, wherein in the circuit model, the one or more additional internal temperatures are represented by one or more additional voltage sources, wherein the first voltage source and the one or more additional voltage sources are located in different branches of a laddered RC circuit, respectively, and wherein the different branches of the laddered RC circuit are all connected to one and the same second node of the laddered RC circuit representing a temperature which is larger than the surface temperature and the ambient temperature, respectively, and smaller than the internal temperature and the one or more additional internal temperatures, respectively.
Method for operating a domestic appliance comprising at least one treatment device for treating items to be treated in at least one treatment chamber , the temperature of at least part of the item to be treated being determined contactlessly by means of at least one measuring system comprising at least one processing device , and the treatment device being controlled according to the determined temperature, the measuring system generating electromagnetic measuring radiation, at least intermittently, and introducing said radiation into the treatment chamber by means of at least one transmitting device , and directly reflected measuring radiation that interacts with the item to be treated being received, at least intermittently, by at least one receiving device of the measuring system , the measuring system being designed to transmit and receive ultra-broadband signals having a frequency width of at least 250 MHz and being operated as such, characterised in that the transmitting device repeatedly emits the measuring radiation as at least one ultra-short pulse having a pulse duration shorter than one nanosecond, the measuring system detecting at least the phase and the amplitude as a wave property of the received measuring radiation, taking into account the frequency, the processing device determining the complex permittivity on the basis of the change in the wave property of the received measuring radiation in relation to the transmitted measuring radiation and considering said complex permittivity as a function of the frequency, the temperature being derived on the basis of the frequency dependence of a maximum value of the function.
A method for ripening fruits, in particular bananas, in which the fruits to be ripened are arranged in a gas-tight ripening space , and while the fruits are being ripened, the respiration activity thereof is measured, wherein, in the ripening space , a predetermined ethylene concentration is set and controlled which is varied over the duration of the ripening process, characterised in that the ethylene concentration is varied on the basis of a rise in a CO 2 concentration and/or on the basis of a fall in an O 2 concentration.