mhurhangee/patent-ind-claim-en huggingface dataset:
A conveyor pulley comprising: a center tube having a first end and a second end; a first stub shaft assembly , the first stub shaft assembly being connected to the center tube at its first end; and a second stub shaft assembly , the second stub shaft assembly being connected to the center tube at its second end, the first and second stub shaft assemblies each comprising:an inner bearing , the inner bearing being an angular contact bearing and having a bore diameter (D1); an outer bearing , the outer bearing being an angular contact bearing and having a bore diameter (D2) different than the inner bearing bore diameter; and a stub shaft received in the inner bearing and the outer bearing, characterized in that the first and second stub shaft assemblies each further comprise: a stub shaft assembly housing , the housing comprising: a main body portion ; and a stem portion that extends from the main body portion that is received in the center tube. a center tube having a first end and a second end; a first stub shaft assembly , the first stub shaft assembly being connected to the center tube at its first end; and a second stub shaft assembly , the second stub shaft assembly being connected to the center tube at its second end, the first and second stub shaft assemblies each comprising:an inner bearing , the inner bearing being an angular contact bearing and having a bore diameter (D1); an outer bearing , the outer bearing being an angular contact bearing and having a bore diameter (D2) different than the inner bearing bore diameter; and a second stub shaft assembly , the second stub shaft assembly being connected to the center tube at its second end, the first and second stub shaft assemblies each comprising:an inner bearing , the inner bearing being an angular contact bearing and having a bore diameter (D1); an outer bearing , the outer bearing being an angular contact bearing and having a bore diameter (D2) different than the inner bearing bore diameter; and a stub shaft received in the inner bearing and the outer bearing, characterized in that the first and second stub shaft assemblies each further comprise: a stub shaft assembly housing , the housing comprising: a main body portion ; and a stem portion that extends from the main body portion that is received in the center tube. a main body portion ; and a stem portion that extends from the main body portion that is received in the center tube.
A voice control method for an electronic device comprising a loudspeaker and a microphone, the method comprising: receiving a first command; entering a music mode in response to the first command; launching a full-duplex listening state of the electronic device in response to that the electronic device enters the music mode, in which in the full-duplex listening state, the electronic device recognizes user commands including no wake-up language, and the loudspeaker and the microphone both operate; acquiring a user command, comprising: collecting sound received by the microphone, in which the sound comprises user voice information and currently-played music, the currently-played music being played by the loudspeaker, acquiring currently-played music information, separating the user voice information from the sound according to the currently-played music information, and recognizing the user command from the user voice information; executing the user command in a case that the user command is relevant to the music mode; and displaying the user command on a display screen of the electronic device after acquiring , wherein the user command is displayed with a first color in case that the user command is relevant to the music mode; and the user command is displayed with a second color in case that the user command is irrelevant to the music mode, wherein the first color is darker than the second color. receiving a first command; entering a music mode in response to the first command; launching a full-duplex listening state of the electronic device in response to that the electronic device enters the music mode, in which in the full-duplex listening state, the electronic device recognizes user commands including no wake-up language, and the loudspeaker and the microphone both operate; acquiring a user command, comprising: collecting sound received by the microphone, in which the sound comprises user voice information and currently-played music, the currently-played music being played by the loudspeaker, acquiring currently-played music information, separating the user voice information from the sound according to the currently-played music information, and recognizing the user command from the user voice information; executing the user command in a case that the user command is relevant to the music mode; and displaying the user command on a display screen of the electronic device after acquiring , wherein the user command is displayed with a first color in case that the user command is relevant to the music mode; and the user command is displayed with a second color in case that the user command is irrelevant to the music mode, wherein the first color is darker than the second color.
Method for operating a hydraulic system of an industrial truck, which hydraulic system has a hydraulic pump which is driven by a drive motor , and at least one consumer which is driven by the volume flow (Q) of the hydraulic pump , wherein when the consumer is actuated the volume flow (Q) of the hydraulic pump is controlled as a function of the actuating signal of an actuator element , in particular of a joystick or of a manual operator lever, wherein the hydraulic pump is configured as a fixed displacement pump with a fixed delivery volume (V), and when the consumer is actuated the volume flow (Q) of the hydraulic pump is controlled as a function of the actuating signal of the actuator element , in particular of a joystick or of a manual operator lever, by means of a rotational speed specification (n soll ) of the drive motor , characterized in that the temperature (T) of the pressure medium is measured with a temperature sensor , and when the consumer is actuated the volume flow (Q) of the hydraulic pump is controlled as a function of the temperature (T) of the pressure medium in such a way that when the volume flow (Q) of the hydraulic pump is controlled, the influences of the temperature (T) of the pressure medium on the volume flow (Q) which is delivered by the hydraulic pump are compensated, as a result of which a fixed volume flow (Q) for the consumer is made available over the entire temperature operating range of the pressure medium for the actuating signal of the actuator element , wherein in order to compensate the influences of the temperature (T) of the pressure medium on the volume flow (Q) which is delivered by the hydraulic pump a temperature-dependent adaptation of the rotational speed specification (n soll ) of the drive motor is carried out, and the temperature-dependent adaptation of the rotational speed specification (n soll ) is carried out in such a way that as the temperature (T) of the pressure medium rises the rotational speed specification (n soll ) of the drive motor is increased.
A method, comprising: receiving first media content streamed from a content provider to a user device operated by a user , the first media content comprising audio or video data; detecting a predefined event in the received first media content, wherein the predefined event is in the form of metadata and comprises information indicating a start time and a stop time for playing interactive media content , and a start time for activating a speech recognizer to start listening for a voice command spoken by the user, wherein the interactive media content comprises a prompt that instructs the user to respond with a predefined action phrase, wherein the first media content comprises non-interactive content and the interactive media content; in response to detecting the predefined event in the first media content, playing the interactive media content at the user device; utilizing a speech recognizer to detect voice commands spoken by the user in response to detecting a wakeup word spoken by the user; in response to receiving a voice command spoken by the user, determining whether the voice command corresponds to the predefined action phrase in command-action correspondence data associating predefined action phrases to respective actions; and in response to determining that the voice command corresponds to the predefined action phrase: causing an action associated with the predefined action phrase to be performed. receiving first media content streamed from a content provider to a user device operated by a user , the first media content comprising audio or video data; detecting a predefined event in the received first media content, wherein the predefined event is in the form of metadata and comprises information indicating a start time and a stop time for playing interactive media content , and a start time for activating a speech recognizer to start listening for a voice command spoken by the user, wherein the interactive media content comprises a prompt that instructs the user to respond with a predefined action phrase, wherein the first media content comprises non-interactive content and the interactive media content; in response to detecting the predefined event in the first media content, playing the interactive media content at the user device; utilizing a speech recognizer to detect voice commands spoken by the user in response to detecting a wakeup word spoken by the user; in response to receiving a voice command spoken by the user, determining whether the voice command corresponds to the predefined action phrase in command-action correspondence data associating predefined action phrases to respective actions; and in response to determining that the voice command corresponds to the predefined action phrase: causing an action associated with the predefined action phrase to be performed.
An exhaust system for internal combustion engines comprising: (i) a passive NO x adsorber effective to adsorb NO x at or below a low temperature and release the adsorbed NO x at temperatures above the low temperature, said passive NO x adsorber comprising a first molecular sieve catalyst, said first molecular sieve catalyst comprising a first noble metal and a molecular sieve having an OFF Framework Type; wherein the first noble metal is palladium; and wherein the low temperature is 200°C; and (ii) a catalyst component downstream of the passive NOx absorber, the catalyst component selected from the group consisting of: a selective catalytic reduction (SCR) catalyst, a particulate filter, a SCR filter, a NO x adsorber catalyst, a three-way catalyst, an oxidation catalyst, and combinations thereof. (i) a passive NO x adsorber effective to adsorb NO x at or below a low temperature and release the adsorbed NO x at temperatures above the low temperature, said passive NO x adsorber comprising a first molecular sieve catalyst, said first molecular sieve catalyst comprising a first noble metal and a molecular sieve having an OFF Framework Type; wherein the first noble metal is palladium; and wherein the low temperature is 200°C; and wherein the first noble metal is palladium; and wherein the low temperature is 200°C; and (ii) a catalyst component downstream of the passive NOx absorber, the catalyst component selected from the group consisting of: a selective catalytic reduction (SCR) catalyst, a particulate filter, a SCR filter, a NO x adsorber catalyst, a three-way catalyst, an oxidation catalyst, and combinations thereof.
A sheet product dispenser , comprising: a loading station for loading a roll of sheet material ; a sheet feeding mechanism configured to feed sheet material from the roll ; a sheet product conveying mechanism configured to convey one or more discrete sheet products to a presentation station ; a separation mechanism (150, 180; 280, 290) for separating the one or more discrete sheet products from the sheet material, the separation mechanism (150, 180; 280, 290) including the sheet feeding mechanism being driven at a first speed and the sheet product conveying mechanism being driven at a second speed that is higher than the first speed; a sensor downstream of the sheet feeding mechanism and upstream of the sheet product conveying mechanism , the sensor being configured to detect a presence of the sheet product; a folding station configured for folding the sheet product downstream of the sheet feeding mechanism and prior to presentation at the presentation station ; the presentation station for presenting one or more discrete sheet products of the sheet material to an end user; and a controller configured to facilitate dispensing of the one or more discrete sheet products to the presentation station in response to a signal, the controller also being configured to receive and store data, including usage, fault, and system performance information. a loading station for loading a roll of sheet material ; a sheet feeding mechanism configured to feed sheet material from the roll ; a sheet product conveying mechanism configured to convey one or more discrete sheet products to a presentation station ; a separation mechanism (150, 180; 280, 290) for separating the one or more discrete sheet products from the sheet material, the separation mechanism (150, 180; 280, 290) including the sheet feeding mechanism being driven at a first speed and the sheet product conveying mechanism being driven at a second speed that is higher than the first speed; a sensor downstream of the sheet feeding mechanism and upstream of the sheet product conveying mechanism , the sensor being configured to detect a presence of the sheet product; a folding station configured for folding the sheet product downstream of the sheet feeding mechanism and prior to presentation at the presentation station ; the presentation station for presenting one or more discrete sheet products of the sheet material to an end user; and a controller configured to facilitate dispensing of the one or more discrete sheet products to the presentation station in response to a signal, the controller also being configured to receive and store data, including usage, fault, and system performance information.
The insulating mounting profile for mounting and supporting window or door frames is comprising an angle bracket made of any material, preferably steel or composite with a high density, that can carry loads even up to 450 kg/m2, said angle bracket being complemented by an adhering foam , said angle bracket and adhering foam together forming forming the basic part of the insulating mounting profile and said insulating mounting profile being equipped with anchors , characterised in that said basic part is covered with a layer of resin , and a layer of fiber .
System for controlling a tool comprising a controller controlling the operation of a tool and a means for contactless determination of the absolute positions of transponders fixed on said tool and a mobile object on which the tool operates, the mobile object carrying out a path passing through a succession of determined positions in an assembly line, characterised in that the controller authorises the operation of the tool in the assembly line when the transponder of the tool is in a first predefined space detected by said means for determination of the absolute position , this first predefined space being located between a first determined position (PI) and a fifth determined position (P5), and when the transponder of the mobile object is also located between a second determined position (P2) and a fourth determined position (P4) detected by said means for determination of the absolute position, the second determined position and fourth determined position (P2, P4) being framed by the first determined position and fifth determined position (PI, P5), said means for determination communicating to said controller said absolute positions of said transponders fixed on said tool and on said moving object .
A wheelbarrow including: • a wheel assembly facilitating movement of the wheelbarrow ; and • a handle for controlling operation of the wheelbarrow ; and • a receptacle consisting of a tub for carrying a load of material; characterized in that the wheelbarrow further includes • a plurality of individually removable compartments located within the tub , each compartment for containing a portion of the load of material, and in that : the compartments are solid and in that compartment removal allows for a portion of the load of material to be carried to and from the tub , the tub and each removable compartment being configured to interact with each other so as to, during transportation of the wheelbarrow , hinder movement of each compartment relative to the tub . • a wheel assembly facilitating movement of the wheelbarrow ; and • a handle for controlling operation of the wheelbarrow ; and • a receptacle consisting of a tub for carrying a load of material; characterized in that the wheelbarrow further includes • a plurality of individually removable compartments located within the tub , each compartment for containing a portion of the load of material,
A method for supporting distributed transactions in a middleware machine environment in which one or more peer nodes are interconnected via different subnets, comprising: initiating , via a peer node, a distributed transaction with one or more remote peer nodes, each of which is associated with multiple network addresses; verifying , via the peer node, that the one or more remote peer nodes all have a same view of a system configuration, the system configuration including at least one of: one or more unique names associated with each peer node, a list of networks, and internet protocol, IP, addresses to reach each peer node, wherein the verifying comprises: obtaining, by a verifying module of the peer node, a system configuration from a network manager of the peer node and a system configuration from each of the one or more remote peer nodes, and comparing, by the verifying module of the peer node, the system configurations of the peer node and the one or more remote peer nodes; and executing , once it has been successfully verified that that the one or more remote peer nodes all have a same view of a system configuration, the distributed transaction via the multiple network addresses associated with the one or more remote peer nodes. initiating , via a peer node, a distributed transaction with one or more remote peer nodes, each of which is associated with multiple network addresses; verifying , via the peer node, that the one or more remote peer nodes all have a same view of a system configuration, the system configuration including at least one of: one or more unique names associated with each peer node, a list of networks, and internet protocol, IP, addresses to reach each peer node, wherein the verifying comprises: obtaining, by a verifying module of the peer node, a system configuration from a network manager of the peer node and a system configuration from each of the one or more remote peer nodes, and comparing, by the verifying module of the peer node, the system configurations of the peer node and the one or more remote peer nodes; and obtaining, by a verifying module of the peer node, a system configuration from a network manager of the peer node and a system configuration from each of the one or more remote peer nodes, and comparing, by the verifying module of the peer node, the system configurations of the peer node and the one or more remote peer nodes; and executing , once it has been successfully verified that that the one or more remote peer nodes all have a same view of a system configuration, the distributed transaction via the multiple network addresses associated with the one or more remote peer nodes.
A computer implemented method of determining angular stent strut coverage in a blood vessel, the method comprising the steps of: receiving optical coherence tomography data for a stented blood vessel, the optical coherence tomography data comprising a plurality of image frames; storing the optical coherence tomography data in a memory device of an intravascular data collection system; analyzing the plurality of image frames to identify stent struts on a per frame basis; combining strut information from a neighborhood of frames of the plurality of image frames to create multi-frame data; and determining , from the multi-frame data, a maximum angular gap between any two adjacent struts in the neighborhood of frames. receiving optical coherence tomography data for a stented blood vessel, the optical coherence tomography data comprising a plurality of image frames; storing the optical coherence tomography data in a memory device of an intravascular data collection system; analyzing the plurality of image frames to identify stent struts on a per frame basis; combining strut information from a neighborhood of frames of the plurality of image frames to create multi-frame data; and determining , from the multi-frame data, a maximum angular gap between any two adjacent struts in the neighborhood of frames.
A device for temporary separation of a door leaf element on a fixed element of a bodywork of a motor vehicle, and comprising, on the one hand, a fastening subplate intended for the anchorage of the device in the fixed element and, on the other hand, a body attached to the fastening subplate and forming a stop adapted to serve as a support to the door leaf element, the stop is split into a base attached to the fastening subplate , and into a head adapted to serve as a support to the door leaf element and to be elastically deformed under the action of stresses exerted by the door leaf element, the deformable portion of the stop being adapted to be deformed according to a longitudinal axis of the latter and the stop being intended to cooperate with a housing of the door leaf element by form-fitting, characterized in that the stop is made of an injected thermoplastic material and in that the external surface of the head has a substantially rounded section.
A necrostatin and an apoptosis inhibitor for use in a method of preserving the viability of photoreceptor cells, preserving the viability of retinal pigment epithelial cells, or preserving or improving visual function, in an eye of the subject with an ocular condition, wherein a symptom of the ocular condition is the loss of photoreceptor cells and/or the retinal pigment epithelial cells.