mhurhangee/patent-ind-claim-en huggingface dataset:
A concentrator having a first surface on which a measuring device , configured to measure an amount of electric power consumption, can be arranged, the concentrator comprising: a housing comprising a first sidewall and a second sidewall which are opposed in a first direction orthogonal to a second direction of arrangement of the measuring device and the concentrator, the first sidewall and the second sidewall being connected to the first surface; a communication module provided in the housing for receiving amounts of electric power consumption from measuring devices including the measuring device ; a wireless communication module provided in the housing ; a control module configured to notify a data collection server of the received amounts of electric power consumption by using the wireless communication module ; a first antenna connected to the wireless communication module ; and a second antenna connected to the wireless communication module , wherein the second antenna and the first antenna are different types of antennas, wherein at least one of the first antenna and the second antenna is located so as not to overlap the measuring device in the first direction or the second direction. a housing comprising a first sidewall and a second sidewall which are opposed in a first direction orthogonal to a second direction of arrangement of the measuring device and the concentrator, the first sidewall and the second sidewall being connected to the first surface; a communication module provided in the housing for receiving amounts of electric power consumption from measuring devices including the measuring device ; a wireless communication module provided in the housing ; a control module configured to notify a data collection server of the received amounts of electric power consumption by using the wireless communication module ; a first antenna connected to the wireless communication module ; and a second antenna connected to the wireless communication module , wherein the second antenna and the first antenna are different types of antennas, wherein at least one of the first antenna and the second antenna is located so as not to overlap the measuring device in the first direction or the second direction.
Test bench for testing a drive axle for a motor vehicle having at least one drive device , at least one loading device and at least one receptacle device for receiving the drive axle of a motor vehicle, characterised in that the receptacle device has at least one outer unit for connection to the test bench and at least one inner unit enclosed at least in part by the outer unit , wherein the inner unit is translationally fixed relative to the outer unit and is designed to be flexibly rotatable about more than one axis, and wherein the inner unit has a recess suitable for receiving the drive axle .
A laser sensor module for detecting a particle density of particles with a size of less than 20 μm, preferably less than 10 μm in a fluid, wherein the laser sensor module comprises a laser , a detector and a mirror rotatable about a rotation axis , wherein the laser beam is focused to a focus region, wherein the laser is arranged to emit a laser beam to the mirror , wherein a movement of the mirror is arranged to dynamically redirect the laser beam , wherein a direction of the redirected laser beam defines an optical axis , wherein the laser beam is displaced with respect to the rotation axis of the mirror such that the focus region of the laser beam is moving with a velocity comprising components normal and parallel to the optical axis of the redirected laser beam such that an angle α between the focus velocity with its normal velocity component is at least a threshold angle of 2°, wherein the detector is arranged to determine a self mixing interference signal of an optical wave within a laser cavity of the laser , the self mixing interference signal being generated by laser light of the laser beam reflected by at least one of the particles .
A lithium metal battery comprising: a lithium metal anode; a protective layer disposed on the lithium metal anode, the protective layer comprising a polymer and at least one metal salt comprising at least one element selected from Cs, Rb, K, Ba, Sr, Ca, Na and Mg, and optionally a nitrogen-containing additive; a cathode; and a liquid electrolyte disposed between the protective layer and the cathode, the liquid electrolyte comprising an organic solvent, wherein the metal salt and nitrogen-containing additive are insoluble in the organic solvent of the liquid electrolyte. a lithium metal anode; a protective layer disposed on the lithium metal anode, the protective layer comprising a polymer and at least one metal salt comprising at least one element selected from Cs, Rb, K, Ba, Sr, Ca, Na and Mg, and optionally a nitrogen-containing additive; a cathode; and a liquid electrolyte disposed between the protective layer and the cathode, the liquid electrolyte comprising an organic solvent, wherein the metal salt and nitrogen-containing additive are insoluble in the organic solvent of the liquid electrolyte.
A personal hygiene article comprising a chassis with a topsheet, a backsheet; and an absorbent component between the topsheet and the backsheet, wherein at least one portion of the personal hygiene article comprises a microporous film having an opaque, microporous region and at least one see-through region of lower porosity within the opaque, microporous region, and wherein the microporous film comprises a beta-nucleating agent.
An electromedical implant comprising - a far-field electrocardiogram capturing unit for recording a far-field electrocardiogram signal, which unit is connected or can be connected to at least two electrodes for recording electrical signals which reflect the course of a far-field electrocardiogram of the right and left atria, - with a detection unit , which is connected to the recording unit or is part thereof and is designed to detect signal features characterising atrial heart actions in a far-field electrocardiogram signal, - an averaging unit , which is connected to the recording unit and the detection unit and is designed to generate an averaged P-wave signal in that the averaging unit averages a plurality of signal portions of the electrocardiogram signal associated with a particular detected atrial heart action with one another, and - an evaluation unit , which is connected to the averaging unit and is designed to determine the duration of an averaged P-wave in a particular averaged P-wave signal, - a monitoring unit, which is connected to the evaluation unit and which is designed to regularly monitor a parameter corresponding to the P-wave dispersion, specifically the duration of an averaged P-wave determined by the evaluation unit, characterised in that the far-field electrocardiogram capturing unit is designed to record at least two far-field electrocardiogram signals in parallel and to average them in order to determine the P-wave duration. - a far-field electrocardiogram capturing unit for recording a far-field electrocardiogram signal, which unit is connected or can be connected to at least two electrodes for recording electrical signals which reflect the course of a far-field electrocardiogram of the right and left atria, - with a detection unit , which is connected to the recording unit or is part thereof and is designed to detect signal features characterising atrial heart actions in a far-field electrocardiogram signal, - an averaging unit , which is connected to the recording unit and the detection unit and is designed to generate an averaged P-wave signal in that the averaging unit averages a plurality of signal portions of the electrocardiogram signal associated with a particular detected atrial heart action with one another, and - an evaluation unit , which is connected to the averaging unit and is designed to determine the duration of an averaged P-wave in a particular averaged P-wave signal, - a monitoring unit, which is connected to the evaluation unit and which is designed to regularly monitor a parameter corresponding to the P-wave dispersion, specifically the duration of an averaged P-wave determined by the evaluation unit,
An electronic test node for a safety chain in a passenger conveyor system, the electronic test node comprising: an electrical connection for an associated safety switch ; a processor configured to monitor a signal carried by the electrical connection so as to detect whether the associated safety switch is open or closed; and a test switch connected in series with the electrical connection , wherein the processor is configured to run a test by selectively opening the test switch and monitoring for a change in the signal carried by the electrical connection ; and characterised in that : the electronic test node further comprises a printed circuit board and the processor is mounted on the printed circuit board , and wherein the electrical connection for an associated safety switch is external to the printed circuit board . an electrical connection for an associated safety switch ; a processor configured to monitor a signal carried by the electrical connection so as to detect whether the associated safety switch is open or closed; and a test switch connected in series with the electrical connection , wherein the processor is configured to run a test by selectively opening the test switch and monitoring for a change in the signal carried by the electrical connection ; and characterised in that : the electronic test node further comprises a printed circuit board and the processor is mounted on the printed circuit board , and wherein the electrical connection for an associated safety switch is external to the printed circuit board .
Method for producing a cage for a constant-velocity ball joint , wherein the cage is annular and has cage windows which are arranged spaced apart from one another along a circumferential direction and are intended for guiding balls of the constant-velocity ball joint ; wherein each cage window has at least on one side a ball guiding surface facing in an axial direction , the method comprising at least the following steps: a) providing a cage having cage windows ; b) applying at least one compressive force via an outer circumferential surface of the cage , facing in a radial direction , in a first region of at least one ball guiding surface of at least one cage window ; c) deforming the cage in the first region of the at least one ball guiding surface , so that the at least one ball guiding surface is displaced inwardly in the radial direction with respect to an adjacent second region of the cage . a) providing a cage having cage windows ; b) applying at least one compressive force via an outer circumferential surface of the cage , facing in a radial direction , in a first region of at least one ball guiding surface of at least one cage window ; c) deforming the cage in the first region of the at least one ball guiding surface , so that the at least one ball guiding surface is displaced inwardly in the radial direction with respect to an adjacent second region of the cage .
A wireless communication system in which a mobile station apparatus is configured to transmit, to a base station apparatus, a plurality of kinds of feedback information, wherein the base station apparatus is configured to assign, to the mobile station apparatus, a physical uplink control channel, PUCCH, resource for the plurality of kinds of feedback information which are transmitted with different transmission periods, wherein the plurality of kinds of feedback information include reception quality information, transmission signal precoding information and transmission signal number-of-sequence information, a transmission period of the reception quality information is different from a transmission period of transmission signal precoding information, and a transmission period of transmission signal number-of-sequence information is different from the transmission period of the reception quality information and the transmission period of the transmission signal precoding information, to transmit, to the mobile station apparatus by radio resource control, RRC, signaling, information for indicating transmission of the plurality of kinds of feedback information with the different transmission periods corresponding to each kind of feedback information, measurement interval to measure the reception quality, and a rate of the feedback information to be transmitted using the PUCCH resource, wherein the information for indicating transmission of the plurality of kinds of feedback information with the different transmission periods corresponding to each kind of feedback information comprises information indicating the uplink channel to use in transmitting the feedback information, and to receive, from the mobile station apparatus, a single kind of the plurality of kinds of feedback information with the different transmission periods according to the information using the PUCCH resource in the different transmission periods, and the mobile station apparatus is configured to when a single kind of feedback information is to be transmitted in a slot, transmit, to the base station apparatus using the PUCCH resource, the single kind of the plurality of kinds of feedback information with the different transmission periods according to the information for indicating transmission of the plurality of kinds of feedback information; when multiple kinds of feedback information are to be concurrently transmitted in a same slot, transmit, to the base station apparatus using a physical uplink shared channel, PUSCH, resource, the multiple kinds of the plurality of kinds of feedback information with the different transmission periods according to the information for indicating transmission of the plurality of kinds of feedback information.
A method for securing a mobile application for execution on a mobile device , comprising: - dividing the mobile application into a non-trusted portion and a trusted portion, the trusted portion consisting on one or more trusted applications , - downloading a software trusted execution environment and a rich execution environment and load the software trusted execution environment in the mobile application ; - loading the non-trusted portion of the mobile application from a non-trusted application provider onto the mobile device, wherein said non-trusted portion includes elements of the mobile application that execute in a rich execution environment of a mobile platform of the mobile device and infrastructure pieces of the trusted execution environment that do not need to be secured, - loading the trusted portion of the mobile application from a trusted application provider into the mobile device, wherein said trusted portion executes in the software trusted execution environment of the mobile application, - associating and linking the non-trusted portion to the trusted portion, so that invocations from the non-trusted portion arrive at the trusted portion, - once the trusted portion has been loaded and linked with the non-trusted portion, the mobile application is executed, - during the initial run of the mobile application, executing a key-provisioning mechanism to provision personalized cryptographic key material to the software trusted execution environment for securing the trusted portion and securing some data stored in trusted storage associated with the trusted applications . - dividing the mobile application into a non-trusted portion and a trusted portion, the trusted portion consisting on one or more trusted applications , - downloading a software trusted execution environment and a rich execution environment and load the software trusted execution environment in the mobile application ; - loading the non-trusted portion of the mobile application from a non-trusted application provider onto the mobile device, wherein said non-trusted portion includes elements of the mobile application that execute in a rich execution environment of a mobile platform of the mobile device and infrastructure pieces of the trusted execution environment that do not need to be secured, - loading the trusted portion of the mobile application from a trusted application provider into the mobile device, wherein said trusted portion executes in the software trusted execution environment of the mobile application, - associating and linking the non-trusted portion to the trusted portion, so that invocations from the non-trusted portion arrive at the trusted portion, - once the trusted portion has been loaded and linked with the non-trusted portion, the mobile application is executed, - during the initial run of the mobile application, executing a key-provisioning mechanism to provision personalized cryptographic key material to the software trusted execution environment for securing the trusted portion and securing some data stored in trusted storage associated with the trusted applications .
An image forming apparatus comprising: an image bearing member capable of bearing a developer image that is formed by supplying a developer to a latent image formed on a surface thereof; a developer carrying member that is provided to be capable of rotating while carrying the developer, and that supplies the developer to the image bearing member by contacting the image bearing member ; a regulating member that regulates a layer thickness of the developer carried on the developer carrying member ; and voltage applying device for applying a voltage to the developer carrying member and the regulating member , wherein the developer carrying member includes a conductive base layer and a surface layer covering the base layer , characterized in that the image forming apparatus is configured such that Z when a volume resistivity of the surface layer is ρc, a film thickness thereof is dc, and a relative dielectric constant thereof is εc, a surface charge density of the developer on the developer carrying member , the film thickness of which has been regulated by the regulating member, is q/s, a relative dielectric constant thereof is εt, and a layer thickness thereof is dt, a potential difference between the developer carrying member and the regulating member is V, and a time required for the developer to pass through a contact region (N2) between the developer carrying member and the regulating member after entering the contact region (N2) as the developer carrying member rotates is T, VT ρ c d c ≤ q s with V ≠ 0, and d c ε c ≤ d t ε t are satisfied. an image bearing member capable of bearing a developer image that is formed by supplying a developer to a latent image formed on a surface thereof; a developer carrying member that is provided to be capable of rotating while carrying the developer, and that supplies the developer to the image bearing member by contacting the image bearing member ; a regulating member that regulates a layer thickness of the developer carried on the developer carrying member ; and voltage applying device for applying a voltage to the developer carrying member and the regulating member , wherein the developer carrying member includes a conductive base layer and a surface layer covering the base layer , characterized in that the image forming apparatus is configured such that Z when a volume resistivity of the surface layer is ρc, a film thickness thereof is dc, and a relative dielectric constant thereof is εc, a surface charge density of the developer on the developer carrying member , the film thickness of which has been regulated by the regulating member, is q/s, a relative dielectric constant thereof is εt, and a layer thickness thereof is dt, a potential difference between the developer carrying member and the regulating member is V, and a time required for the developer to pass through a contact region (N2) between the developer carrying member and the regulating member after entering the contact region (N2) as the developer carrying member rotates is T, VT ρ c d c ≤ q s with V ≠ 0, and d c ε c ≤ d t ε t are satisfied.
A ring spinning machine comprising an apparatus for assisting in yarn piecing, the ring spinning machine having a plurality of spindles and a plurality of yarn break detectors provided for the respective spindles , wherein the apparatus for assisting in yarn piecing comprises: a position detector that detects a location of a worker (W) in charge of yarn piecing operation; at least one guide that guides the worker (W) to a position of one of the spindles having a yarn break; and a controller that controls the at least one guide based on the position of the spindle having the yarn break and the location of the worker (W) detected by the position detector , characterized in that the position detector includes: a state memory that stores a state of each spindle detected by the yarn break detector associated with the spindle , wherein the state includes a yarn break state and a non-yarn break state after the yarn piecing operation has been completed by the worker (W), and a worker's position determiner that, when the state of any of the spindles stored in the state memory is changed from the yarn break state to the non-yarn break state, determines the position of the spindle having the state's change as being the location of the worker (W). a position detector that detects a location of a worker (W) in charge of yarn piecing operation; at least one guide that guides the worker (W) to a position of one of the spindles having a yarn break; and a controller that controls the at least one guide based on the position of the spindle having the yarn break and the location of the worker (W) detected by the position detector , characterized in that the position detector includes: a state memory that stores a state of each spindle detected by the yarn break detector associated with the spindle , wherein the state includes a yarn break state and a non-yarn break state after the yarn piecing operation has been completed by the worker (W), and a worker's position determiner that, when the state of any of the spindles stored in the state memory is changed from the yarn break state to the non-yarn break state, determines the position of the spindle having the state's change as being the location of the worker (W). a state memory that stores a state of each spindle detected by the yarn break detector associated with the spindle , wherein the state includes a yarn break state and a non-yarn break state after the yarn piecing operation has been completed by the worker (W), and a worker's position determiner that, when the state of any of the spindles stored in the state memory is changed from the yarn break state to the non-yarn break state, determines the position of the spindle having the state's change as being the location of the worker (W).
Container of fluid substances, comprising a body having a neck delimiting an opening for the access to a cavity of the body itself, and a containment element having at least one deformable side wall located inside the cavity and intended to contain the fluid substance, the interior of the containment element being associated in a sealed manner to a collar having at least one resting surface on the body and a tubular member extending from its bottom , the tubular member defining a first passage of the fluid substance during use, within the collar an insert being located, formed by a first and a second part mutually connected by a first breakable portion , characterized in that inside the insert is located a shutter formed by a first section and a second section mutually connected by a second breakable portion , the second section comprising a surface configured to cooperate with the tubular member when the second section is fitted on the latter and a breakable wall through which, when it is broken, access within the containment element is permitted.