mhurhangee/patent-ind-claim-en huggingface dataset:
A wearable apparatus configured to be worn on a wrist, arm or hand and comprising: at least one acceleration sensor; at least one processor ; and at least one memory comprising a computer program code comprising program instructions of a first algorithm configured to cause the processor to process arm acceleration measurement data from motion of a user's arm and program instructions of a second algorithm configured to cause the processor to process torso acceleration measurement data from motion of the user's torso, wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the apparatus to: acquire , from the at least one acceleration sensor, the torso acceleration data representing motion of the torso of the user; process the torso acceleration data with the second algorithm; and acquire , from the acceleration data processed with the second algorithm, reference parameters for the first algorithm; acquire , from the at least one acceleration sensor, the arm acceleration data representing motion of the arm of the user; process the arm acceleration data with the first algorithm; and modify the processed arm acceleration data with the reference parameters to acquire a physiological parameter of the user. at least one acceleration sensor; at least one processor ; and at least one memory comprising a computer program code comprising program instructions of a first algorithm configured to cause the processor to process arm acceleration measurement data from motion of a user's arm and program instructions of a second algorithm configured to cause the processor to process torso acceleration measurement data from motion of the user's torso, wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the apparatus to: acquire , from the at least one acceleration sensor, the torso acceleration data representing motion of the torso of the user; process the torso acceleration data with the second algorithm; and acquire , from the acceleration data processed with the second algorithm, reference parameters for the first algorithm; acquire , from the at least one acceleration sensor, the arm acceleration data representing motion of the arm of the user; process the arm acceleration data with the first algorithm; and modify the processed arm acceleration data with the reference parameters to acquire a physiological parameter of the user. acquire , from the at least one acceleration sensor, the torso acceleration data representing motion of the torso of the user; process the torso acceleration data with the second algorithm; and acquire , from the acceleration data processed with the second algorithm, reference parameters for the first algorithm; acquire , from the at least one acceleration sensor, the arm acceleration data representing motion of the arm of the user; process the arm acceleration data with the first algorithm; and modify the processed arm acceleration data with the reference parameters to acquire a physiological parameter of the user.
A method for predicting risk of cervical shortening or preterm labour (PTL) in a pregnant female subject, comprising determining the expression level of one or more miRNA molecules extracted from a biological sample obtained from said subject and comparing to a control value, wherein a difference in the expression level of the one or more of the miRNA molecules compared to the control value indicates that the subject is at high or low risk of cervical shortening or PTL and wherein the one or more miRNA molecules whose expression level is determined and compared includes hsa-miR-150-5p (SEQ ID NO. 7).
A robotic vehicle for traversing a surface, comprising: a first chassis section ; a drive wheel mounted to the first chassis section and configured to drive along the surface; a front support point mounted to a bottom side of the first chassis section near a front end thereof; a second chassis section ; a follower wheel assembly mounted to the second chassis section , the follower wheel assembly including a follower wheel configured to passively roll generally in a direction of travel of the vehicle along the surface; a hinge joint connecting the first and second chassis sections such that the second chassis section is capable of rotation with respect to the first chassis section along a first path in at least a first direction, wherein the hinge joint is passive in nature and rotates in response to a curvature of the surface upon contact between at least a portion of the trailing wheel assembly ; a four-bar linkage connecting the first and second chassis sections and configured to move the second chassis section with respect to the first chassis section along a second path in at least a second direction, wherein the four-bar linkage is passive in nature and automatically moves the second chassis section along the second path and wherein the combination of movement in the first direction and the second direction cause the trailing wheel to remain in contact with the surface. a first chassis section ; a drive wheel mounted to the first chassis section and configured to drive along the surface; a front support point mounted to a bottom side of the first chassis section near a front end thereof; a second chassis section ; a follower wheel assembly mounted to the second chassis section , the follower wheel assembly including a follower wheel configured to passively roll generally in a direction of travel of the vehicle along the surface; a hinge joint connecting the first and second chassis sections such that the second chassis section is capable of rotation with respect to the first chassis section along a first path in at least a first direction, wherein the hinge joint is passive in nature and rotates in response to a curvature of the surface upon contact between at least a portion of the trailing wheel assembly ; a four-bar linkage connecting the first and second chassis sections and configured to move the second chassis section with respect to the first chassis section along a second path in at least a second direction, wherein the four-bar linkage is passive in nature and automatically moves the second chassis section along the second path and wherein the combination of movement in the first direction and the second direction cause the trailing wheel to remain in contact with the surface.
Device for detecting the position of a device for putting a window in at least three different states, characterized in that the window comprises a movable element that is placed on the casement of the window mechanically coupled to the device for putting the window in the at least three different states and taking various positions depending on the position of the device for putting the window in at least three different states, the frame of the window comprising the device for detecting the position of the device for putting the window in at least three different states, the device for detecting the position of the device for putting a window in at least three different states comprising sensors for detecting the position of the movable element, and in that the device for detecting the position of the device for putting the window in at least three different states comprises: - means for obtaining, with the device for detecting the position of the device for putting the window in at least three different states, the position of the movable element, - means for identifying, with the device for detecting the position of the device for putting the window in at least three different states, the position of the device for putting the window in at least three different states on the basis of the obtained position of the movable element, - means for transferring, with the device for detecting the position of the device for putting the window in at least three different states, a transmission frame to another device via a radio module, the transmission frame comprising an identifier of the device for putting the window in at least three different states and the identified position. - means for obtaining, with the device for detecting the position of the device for putting the window in at least three different states, the position of the movable element, - means for identifying, with the device for detecting the position of the device for putting the window in at least three different states, the position of the device for putting the window in at least three different states on the basis of the obtained position of the movable element, - means for transferring, with the device for detecting the position of the device for putting the window in at least three different states, a transmission frame to another device via a radio module, the transmission frame comprising an identifier of the device for putting the window in at least three different states and the identified position.
A method for shared folder backed integrated workspaces, comprising: generating, by an online content management system , a workspace graphical user interface representing a shared folder backed workspace that provides an integrated environment for manipulating content items in the shared folder and communicating with a plurality of authorized users of the shared folder, the workspace interface including representations of content items stored in the online shared folder and a message stream that includes messages generated by the plurality of authorized users of the shared folder; assigning a workspace email address to the shared folder; obtaining , by the online content management system, an email message addressed to the workspace email address from an email service of an authorized user of the workspace, wherein the email message is accessible to each of the plurality of authorized users of the shared folder; automatically converting at least a portion of a body of the email message to a second message type to form a new workspace message; and posting the new workspace message in the message stream, wherein the new workspace message is viewed by the plurality of authorized users of the shared folders in the message stream. generating, by an online content management system , a workspace graphical user interface representing a shared folder backed workspace that provides an integrated environment for manipulating content items in the shared folder and communicating with a plurality of authorized users of the shared folder, the workspace interface including representations of content items stored in the online shared folder and a message stream that includes messages generated by the plurality of authorized users of the shared folder; assigning a workspace email address to the shared folder; obtaining , by the online content management system, an email message addressed to the workspace email address from an email service of an authorized user of the workspace, wherein the email message is accessible to each of the plurality of authorized users of the shared folder; automatically converting at least a portion of a body of the email message to a second message type to form a new workspace message; and posting the new workspace message in the message stream, wherein the new workspace message is viewed by the plurality of authorized users of the shared folders in the message stream.
A liquid discharging member, comprising: a nozzle pipe having a first end for receiving liquid and a second end for discharging the liquid; a connection fitting provided at the first end of the nozzle pipe for connection to a liquid supply part ; a light source configured to emit ultraviolet light; a light-source bracket accommodating the light source ; and a window provided between the first end of the nozzle pipe and the light source so that ultraviolet light radiated from the light source enters the nozzle pipe therethrough; wherein the connection fitting is branched from the first end of the nozzle pipe in a direction opposite to a direction in which the light-source bracket extends from the nozzle pipe , wherein a detouring part connects the connection fitting to the nozzle pipe such that water introduced through the connection fitting into the nozzle pipe flows along an inner perimeter of the nozzle pipe in a swirling flow, and wherein the connection fitting is inclined with respect to a surface perpendicular to the central axis (O) of the nozzle pipe . a nozzle pipe having a first end for receiving liquid and a second end for discharging the liquid; a connection fitting provided at the first end of the nozzle pipe for connection to a liquid supply part ; a light source configured to emit ultraviolet light; a light-source bracket accommodating the light source ; and a window provided between the first end of the nozzle pipe and the light source so that ultraviolet light radiated from the light source enters the nozzle pipe therethrough; wherein the connection fitting is branched from the first end of the nozzle pipe in a direction opposite to a direction in which the light-source bracket extends from the nozzle pipe , wherein a detouring part connects the connection fitting to the nozzle pipe such that water introduced through the connection fitting into the nozzle pipe flows along an inner perimeter of the nozzle pipe in a swirling flow, and wherein the connection fitting is inclined with respect to a surface perpendicular to the central axis (O) of the nozzle pipe .
Forage harvester having a chopping drum and a conditioning device constructed from two cooperating conditioning rollers and arranged downstream of the chopping drum , wherein the conditioning rollers are each provided with a roller shell , which comprises a number of teeth that are distributed around its circumference and extend in an axial direction of the roller shell or helically around the roller shell , said teeth each comprising an outwardly rising flank leading in the circumferential direction, an inwardly falling flank trailing in the circumferential direction, and, in between, an outer region extending along the circumferential direction, characterized in that the outer region of the teeth of one or both conditioning rollers contains at least one recess and/or step, the radial dimension of which is smaller than that of the flanks .
A method of signal transmission for a base station in a wireless communication system, the method comprising: transmitting, to a terminal, a message including information on a number of symbols used for a short physical downlink control channel, SPDCCH, through a higher layer signaling, the SPDCCH being associated with a shortened transmission time interval TTI; transmitting, to the terminal, control information on the SPDCCH in a second slot of a subframe, based on the information; and transmitting, to the terminal, data based on the SPDCCH in the second slot of the subframe, wherein a specific downlink control information, DCI, format used for scheduling the data with a slot duration is different than a DCI format used for scheduling data with a subframe duration and is transmitted on the SPDCCH. transmitting, to a terminal, a message including information on a number of symbols used for a short physical downlink control channel, SPDCCH, through a higher layer signaling, the SPDCCH being associated with a shortened transmission time interval TTI; transmitting, to the terminal, control information on the SPDCCH in a second slot of a subframe, based on the information; and transmitting, to the terminal, data based on the SPDCCH in the second slot of the subframe, wherein a specific downlink control information, DCI, format used for scheduling the data with a slot duration is different than a DCI format used for scheduling data with a subframe duration and is transmitted on the SPDCCH.
A telescopic compression device for flat bed die-cutting, stripping and part separating machines comprising a socket , at least one guide element which is slidably guided in the socket and an elastic bias means which biases the at least one guide element towards a furthest extended position characterized in that an elastic security element which has an inherent stiffness secures the at least one guide element to the socket .
A method of maintaining alignment of an optical communication beam 108, the method comprising: generating, via a transmission unit , an optical communication beam along an imaginary alignment axis (A), the transmission unit comprising at least one unit detector , the optical communication beam having a beam path (BP) between the transmission unit and a receiving unit , the receiving unit comprising at least one detector portion and at least one reflector portion ; receiving at the at least one detector portion of the receiving unit , the optical communication beam ; preemptively altering the beam path (BP) relative to the imaginary alignment axis (A), using a predetermined motion ; detecting a potential misalignment of the imaginary alignment axis (A) when at least a portion of the optical communication beam is received by the at least one unit detector of the transmission unit ; and aligning, using an alignment mechanism , the imaginary alignment axis (A) relative to the center (C) of the at least one detector portion based on the detected misalignment; characterized in that the at least one reflector portion is surrounding the at least one detector portion . generating, via a transmission unit , an optical communication beam along an imaginary alignment axis (A), the transmission unit comprising at least one unit detector , the optical communication beam having a beam path (BP) between the transmission unit and a receiving unit , the receiving unit comprising at least one detector portion and at least one reflector portion ; receiving at the at least one detector portion of the receiving unit , the optical communication beam ; preemptively altering the beam path (BP) relative to the imaginary alignment axis (A), using a predetermined motion ; detecting a potential misalignment of the imaginary alignment axis (A) when at least a portion of the optical communication beam is received by the at least one unit detector of the transmission unit ; and aligning, using an alignment mechanism , the imaginary alignment axis (A) relative to the center (C) of the at least one detector portion based on the detected misalignment;
A protective grid system comprising at least one grid adapted to be mounted over a face of at least one heat exchanger core such that at least one lateral edge of said grid is adapted to configure sealing engagement with said heat exchanger core , said grid comprising at least one sealing element configured along at least a part of the at least one longitudinal edge thereof and extending in direction of said face of said heat exchanger core , said sealing element being adapted to contact said face of said heat exchanger core to configure at least a partial sealing of gap between said grid and said heat exchanger core , characterized in that said sealing elements are adapted to be pressed by said grid against said heat exchanger core and get deformed only when ram air pushes said grid towards said heat exchanger core .
A portable printer comprising: a main body part having a paper feeding port and a paper discharge port ; a cover part coupled to the main body part to be opened and closed; a cutting part disposed to be adjacent to the paper discharge port and cutting paper discharged from the paper discharge port ; and an operating part slidable in at least two directions by an external force; wherein the cutting part comprises: a first cutter member provided at one side of the paper discharge port ; and a second cutter member provided to face the first cutter member and crossing the first cutter member by the sliding of an operating member of the operation part in the second direction; characterized in that when the operating part is pulled in a first direction, the cover part is operated, and when the operating part is pushed in a second direction, the cutting part is operated. a main body part having a paper feeding port and a paper discharge port ; a cover part coupled to the main body part to be opened and closed; a cutting part disposed to be adjacent to the paper discharge port and cutting paper discharged from the paper discharge port ; and an operating part slidable in at least two directions by an external force; a first cutter member provided at one side of the paper discharge port ; and a second cutter member provided to face the first cutter member and crossing the first cutter member by the sliding of an operating member of the operation part in the second direction;
Warning system configured for issuing a message relating to an alarming situation, said warning system comprising: - an alarm distribution module configured to generate an alert message relating to said alarming situation and to send said alert message to one or more terminals ; and - a context information management system configured to manage context information related to said alarming situation; CHARACTERIZED IN THAT - said alarm distribution module is adapted to generate a sublist of requestable context items related to said alarming situation and to include said sublist of requestable context items in said alert message , said sublist comprising a reference, indicator or short description of said requestable context items but not comprising said requestable context items themselves, said alarm distribution module being adapted to generate said sublist on the basis of one or more of the following: - terminal specifications of the terminal to which said alert message is sent; - user profile specifications of a user of the terminal to which said alert message is sent; and - legal restrictions; and - said context information management system is adapted to deliver a context item from among said context information related to said alarming situation only after receiving an explicit request from a terminal from among said terminals. - an alarm distribution module configured to generate an alert message relating to said alarming situation and to send said alert message to one or more terminals ; and - a context information management system configured to manage context information related to said alarming situation; CHARACTERIZED IN THAT - said alarm distribution module is adapted to generate a sublist of requestable context items related to said alarming situation and to include said sublist of requestable context items in said alert message , said sublist comprising a reference, indicator or short description of said requestable context items but not comprising said requestable context items themselves, said alarm distribution module being adapted to generate said sublist on the basis of one or more of the following: - terminal specifications of the terminal to which said alert message is sent; - user profile specifications of a user of the terminal to which said alert message is sent; and - legal restrictions; and - terminal specifications of the terminal to which said alert message is sent; - user profile specifications of a user of the terminal to which said alert message is sent; and - legal restrictions; and - said context information management system is adapted to deliver a context item from among said context information related to said alarming situation only after receiving an explicit request from a terminal from among said terminals.
Valve , for pneumatic applications in vehicles, having a pressure input , a pressure output , a switching element and a restoring element , it being possible for the switching element to be moved between a shut-off position and a passage position, the transition from the passage position to the shut-off position being dependent on the pressure at the pressure input and the opposing force of the restoring element , and a check element being integrated into the switching element , which check element closes only when the pressure at the pressure output is higher than at the pressure input , characterized in that , in the shut-off position of the switching element , the check element can release a passage in the direction from the pressure input to the pressure output .