mhurhangee/patent-ind-claim-en huggingface dataset:
A device for access protection of a two-wheeler , the device comprising a tarpaulin assembly which is made of a flexible material and fixable to the two-wheeler and which allows, at least in certain parts, visual protection to the two-wheeler in the fixed state, wherein the tarpaulin structure is designed in such a manner that it can cover the entire two-wheeler , and that means for access-protected closing of the tarpaulin structure are assigned to the tarpaulin assembly, wherein the tarpaulin structure is made of a cut-resistant textile and/or plastic fabric which cannot be torn by manual attack, characterized in that the device for access protection is equipped with real-time monitoring means, wherein the real-time monitoring means are disposed inside the tarpaulin structure.
An earpiece , the earpiece comprising: an electronic package ; a receiver configured to output audio signals; wherein the electronic package and the receiver are positioned at a first angle (α) relative to each other, where the first angle (α) is based on a difference between an axis of the electronic package relative to an axis of the receiver , and the first angle (α) is between 5-55 degrees; and the receiver has a spout configured to provide sound based on the audio signals, and wherein the spout is angled at a second angle (β) relative to the axis of the receiver, where the second angle (β) is based on a difference between the axis of the receiver and an axis of the spout, characterized in that the second angle (β) is 2-15 degrees; wherein the electronic package includes a sensor, wherein the sensor is a photoplethysmography (PPG) sensor, electroencephalography (EEG) sensor, electrocardiography (ECG) sensor, temperature sensor, an accelerometer, a humidity sensor, chemical sensor, proximity detector or a photo detector. an electronic package ; a receiver configured to output audio signals; wherein the electronic package and the receiver are positioned at a first angle (α) relative to each other, where the first angle (α) is based on a difference between an axis of the electronic package relative to an axis of the receiver , and the first angle (α) is between 5-55 degrees; and the receiver has a spout configured to provide sound based on the audio signals, and wherein the spout is angled at a second angle (β) relative to the axis of the receiver, where the second angle (β) is based on a difference between the axis of the receiver and an axis of the spout, characterized in that the second angle (β) is 2-15 degrees; wherein the electronic package includes a sensor, wherein the sensor is a photoplethysmography (PPG) sensor, electroencephalography (EEG) sensor, electrocardiography (ECG) sensor, temperature sensor, an accelerometer, a humidity sensor, chemical sensor, proximity detector or a photo detector.
A method for communication, the method comprising: in an optoelectronic transceiver integrated in a silicon photonics die , the optoelectronic transceiver comprising optical modulators (105A-105D, 205A-205D), photodetectors (111A-111D, 207A-207D), optical couplers (103, 117, 209A-209C), an optical source module coupled to the photonics die , and a fiber chip coupler coupled to the photonics die : characterized by communicating continuous wave (CW) optical signals from the optical source module to a first subset (209B λA) of the optical couplers (103, 117, 209A-209C) for processing signals in the optical modulators in accordance with a first communications protocol or to a second subset (209B λ1, λ2, λ3, λ4) of the optical couplers (103, 117, 209A-209C) for processing signals in the optical modulators in accordance with a second communications protocol; transmitting processed signals out of the photonics die utilizing a third subset of the optical couplers (103, 117, 209A-209C); in a first communication mode, receiving optical signals modulated in accordance with the first communications protocol from the fiber chip coupler coupled to a fourth subset (209B λA) of the optical couplers (103, 117, 209A-209C); in a second communication mode, receiving optical signals modulated in accordance with the second communications protocol from the fiber chip coupler coupled to a fifth subset (209B λ1, λ2, λ3, λ4) of the optical couplers (103, 117, 209A-209C); and generating electrical signals from the received modulated optical signals utilizing the photodetectors (111A-111D, 207A-207D). characterized by communicating continuous wave (CW) optical signals from the optical source module to a first subset (209B λA) of the optical couplers (103, 117, 209A-209C) for processing signals in the optical modulators in accordance with a first communications protocol or to a second subset (209B λ1, λ2, λ3, λ4) of the optical couplers (103, 117, 209A-209C) for processing signals in the optical modulators in accordance with a second communications protocol; transmitting processed signals out of the photonics die utilizing a third subset of the optical couplers (103, 117, 209A-209C); in a first communication mode, receiving optical signals modulated in accordance with the first communications protocol from the fiber chip coupler coupled to a fourth subset (209B λA) of the optical couplers (103, 117, 209A-209C); in a second communication mode, receiving optical signals modulated in accordance with the second communications protocol from the fiber chip coupler coupled to a fifth subset (209B λ1, λ2, λ3, λ4) of the optical couplers (103, 117, 209A-209C); and generating electrical signals from the received modulated optical signals utilizing the photodetectors (111A-111D, 207A-207D).
An apparatus for preparing food by circulation of a flow of hot air, comprising: - a food preparation chamber ; - a food basket placed inside the food preparation chamber and having a bottom part with a lower opening area for the circulation of said flow of hot air; - a system for generating said flow of hot air with heating means and ventilation means ; and - air guide means to guide the flow of hot air towards the bottom part of the food basket , characterized in that the apparatus further comprises: - an insert placed in the food preparation chamber below said bottom part , wherein the insert comprises an upper surface arranged below the food basket , wherein the upper surface defines an inclined surface having a downward inclination extending outwards from a middle zone towards a perimeter of the insert , and wherein the inclined surface is provided such that the inclination extends at least beyond a vertical projection of said lower opening area , wherein the insert further comprises spacers provided on a lower side of the insert to create a clearance gap between said lower side and a bottom surface of said food preparation chamber. - a food preparation chamber ; - a food basket placed inside the food preparation chamber and having a bottom part with a lower opening area for the circulation of said flow of hot air; - a system for generating said flow of hot air with heating means and ventilation means ; and - air guide means to guide the flow of hot air towards the bottom part of the food basket , - an insert placed in the food preparation chamber below said bottom part , wherein the insert comprises an upper surface arranged below the food basket , wherein the upper surface defines an inclined surface having a downward inclination extending outwards from a middle zone towards a perimeter of the insert , and wherein the inclined surface is provided such that the inclination extends at least beyond a vertical projection of said lower opening area , wherein the insert further comprises spacers provided on a lower side of the insert to create a clearance gap between said lower side and a bottom surface of said food preparation chamber.
An inhibitor of HER-3 for use in the treatment of cancer in combination with radiation treatment selected from external beam radiation therapy and brachytherapy, wherein the inhibitor is an anti-HER3 antibody or an antigen-binding fragment thereof wherein the antibody is directed against the extracellular domain of HER-3 and comprises a CDRH1 as shown in SEQ ID No. 562, a CDRH2 as shown in SEQ ID No. 563, a CDRH3 as shown in SEQ ID No. 564, a CDRL1 as shown in SEQ ID No. 565, a CDRL2 as shown in SEQ ID No. 566 and a CDRL3 as shown in SEQ ID No. 567, and wherein the inhibitor is administered before radiation treatment.
Telechelic polymers of glycolic acid obtained by a process comprising the steps of - providing glycolic acid; - providing a difunctional monomer selected from the group consisting of diols, dicarboxylic acids, and dicarboxylic acid anhydrides; - subjecting said glycolic acid to condensation polymerization in the presence of said difunctional monomer; and - continuing polymerization to provide a polymeric chain formed by residues derived from glycolic acid and said difunctional monomer, wherein the polymers comprise an essentially linear polymeric chain, have a degree of crystallinity of at least 30 % (DSC), and comprise 1 to 5 mol-% of residues derived from the difunctional monomer. - providing glycolic acid; - providing a difunctional monomer selected from the group consisting of diols, dicarboxylic acids, and dicarboxylic acid anhydrides; - subjecting said glycolic acid to condensation polymerization in the presence of said difunctional monomer; and - continuing polymerization to provide a polymeric chain formed by residues derived from glycolic acid and said difunctional monomer,
A head mounted display device comprising: a display configured to display video content in a virtual area within a field of vision of a user to provide an augmented reality (AR) by overlaying a virtual image on a real image or background; a sensor configured to sense information on the surrounding environment of the head mounted display for the video content when being played; and a controller , characterized in that the controller is configured to: determine a disturbance value based on the sensed information; compare the disturbance value with a predetermined critical value; generate at least one thumbnail image (TN) indicating a portion of the played content corresponding to the period during which it is determined that the disturbance value exceeds the critical value; and control the display to display the generated at least one thumbnail image (TN) along with the video content in the virtual area during display of the content such that the portion of the played content is played back when the corresponding one of the at least one thumbnail image is selected by the user. a display configured to display video content in a virtual area within a field of vision of a user to provide an augmented reality (AR) by overlaying a virtual image on a real image or background; a sensor configured to sense information on the surrounding environment of the head mounted display for the video content when being played; and a controller , characterized in that the controller is configured to: determine a disturbance value based on the sensed information; compare the disturbance value with a predetermined critical value; generate at least one thumbnail image (TN) indicating a portion of the played content corresponding to the period during which it is determined that the disturbance value exceeds the critical value; and control the display to display the generated at least one thumbnail image (TN) along with the video content in the virtual area during display of the content such that the portion of the played content is played back when the corresponding one of the at least one thumbnail image is selected by the user. determine a disturbance value based on the sensed information; compare the disturbance value with a predetermined critical value; generate at least one thumbnail image (TN) indicating a portion of the played content corresponding to the period during which it is determined that the disturbance value exceeds the critical value; and control the display to display the generated at least one thumbnail image (TN) along with the video content in the virtual area during display of the content such that the portion of the played content is played back when the corresponding one of the at least one thumbnail image is selected by the user.
A system with a ring spinning machine and a robotic mechanism for yarn piecing after a yarn breakage in the ring spinning machine, the robotic mechanism comprising: • yarn holding means for holding a yarn and/or a loose end of a yarn of a spindle of the ring spinning machine; • traveller positioning means for positioning of a traveller of the spindle ; • first yarn threading means for threading a held yarn and/or a loose end of a yarn into the positioned traveller of the spindle ; • second yarn threading means for threading the held yarn and/or the loose end of the yarn into guide elements of the ring spinning machine; and • yarn piecing means for piecing together the held yarn and/or the loose end of the yarn with a drafted material which is provided by delivery rollers of the ring spinning machine, characterised in that the first yarn threading means comprise a yarn positioning arm with yarn tensioning means for tensioning a part of the yarn , wherein the first yarn threading means further comprise yarn moving means for moving the tensioned part of the yarn and are designed to position the tensioned part of the yarn in parallel to a tangent of a traveller guide of the ring spinning machine for threading of the yarn into the traveller . • yarn holding means for holding a yarn and/or a loose end of a yarn of a spindle of the ring spinning machine; • traveller positioning means for positioning of a traveller of the spindle ; • first yarn threading means for threading a held yarn and/or a loose end of a yarn into the positioned traveller of the spindle ; • second yarn threading means for threading the held yarn and/or the loose end of the yarn into guide elements of the ring spinning machine; and • yarn piecing means for piecing together the held yarn and/or the loose end of the yarn with a drafted material which is provided by delivery rollers of the ring spinning machine,
Steering column for a motor vehicle, which has two components adjustable relative to one another in two non-parallel adjustment directions (L, H) and a position detection device which has a sensor connected to the one component comprising at least one sensor unit , and has a sensor target connected to the other component comprising at least one target unit , the sensor being configured to detect the relative position of the sensor target, characterized in that the target unit has a measurement portion extending in the two adjustment directions (L, H) which has a local measuring quantity varying in each of the two adjustment directions (L, H) that can be detected locally by the sensor unit .
A method for coalescing alert notifications for a set of associated user devices, the method comprising: by a first user device of the set of associated user devices: detecting proximity of a second user device of the set of associated user devices to the first user device ; exchanging device capabilities with the second user device; exchanging one or more of service information or application information with the second user device; negotiating alert notification configurations for the first user device and the second user device based at least in part on any combination of the device capabilities, service information, or application information exchanged with the second user device; and configuring the first user device to operate as a primary user device that provides alert notifications for one or more of shared applications or services synchronized between the set of associated user devices (i) for only the first user device or (ii) for both the first user device and the second user device ,the method characterised by this configuring being based at least in part on the negotiation and on proximity of the first user device to a user of the set of the associated user devices. detecting proximity of a second user device of the set of associated user devices to the first user device ; exchanging device capabilities with the second user device; exchanging one or more of service information or application information with the second user device; negotiating alert notification configurations for the first user device and the second user device based at least in part on any combination of the device capabilities, service information, or application information exchanged with the second user device; and configuring the first user device to operate as a primary user device that provides alert notifications for one or more of shared applications or services synchronized between the set of associated user devices (i) for only the first user device or (ii) for both the first user device and the second user device ,the method characterised by this configuring being based at least in part on the negotiation and on proximity of the first user device to a user of the set of the associated user devices.
A flange assembly that can be fitted onto and be movable along the length of a medico-surgical tube, wherein the flange assembly includes a locking arrangement including a housing having a base with an opening through which the tube can extend and a cylindrical wall projecting axially from the base and having an inner surface formed with a screw thread , that the locking arrangement further includes a locking ring having an outer collar extending around the outside of the housing and an inner sleeve with a screw thread on its outer surface engaged with the screw thread on the cylindrical wall , that the locking ring defines a recess between the inside of the sleeve and the outside of the tube and a radially-extending compression surface , and that the locking arrangement includes a sleeve of resilient material located in the recess such that when the locking ring is rotated it moves axially towards the base and the compression surface engages an end of the sleeve of resilient material thereby to compress the sleeve axially and deform it inwardly into gripping contact with the outside of the tube sufficient to prevent the flange assembly moving along the tube.
A method for placing a plurality of pillars on a substrate , including at least a glass pane , such that the plurality of pillars are arranged to form a predetermined pattern and spaced apart from each other, the method comprising: a setup step of setting up the substrate on a magnet stage ; and a placement step of placing the plurality of pillars , each including a magnetic body, in the predetermined pattern on the substrate , wherein the magnet stage includes an electromagnet installed in a portion of the magnet stage , the placement step includes: a mounting step of mounting at least one of the plurality of pillars on a region , located over the electromagnet , of the substrate ; and a displacement step of changing a relative position of the substrate with respect to the magnet stage , the mounting step is performed repeatedly and alternated with the displacement step, and the electromagnet is configured to generate a magnetic field during the mounting step and weaken or dissipate the magnetic field during the displacement step. a setup step of setting up the substrate on a magnet stage ; and a placement step of placing the plurality of pillars , each including a magnetic body, in the predetermined pattern on the substrate , wherein the magnet stage includes an electromagnet installed in a portion of the magnet stage , the placement step includes: a mounting step of mounting at least one of the plurality of pillars on a region , located over the electromagnet , of the substrate ; and a displacement step of changing a relative position of the substrate with respect to the magnet stage , a mounting step of mounting at least one of the plurality of pillars on a region , located over the electromagnet , of the substrate ; and a displacement step of changing a relative position of the substrate with respect to the magnet stage , the mounting step is performed repeatedly and alternated with the displacement step, and the electromagnet is configured to generate a magnetic field during the mounting step and weaken or dissipate the magnetic field during the displacement step.
Switch actuating device for actuating a switch by eight possible types (3, 4, 31 to 38) of non-tactile gestures, which are to be carried out with a heat-emitting part, with a gesture sensor , which, at the exercising of one of the types (3, 4, 31 to 38) of the gestures, is configured so as to detect the heat emitted by the part by means of four pixels (21 to 24), and to issue per pixel (21 t24), which in each case comprise a thin film of pyroelectrical material, a signal (41 to 44, 71 to 74), with a signal amplitude corresponding to the temporal intensity course of the heat detected from the thin film of the corresponding pixel (21 to 24), with a signal evaluation unit , with which, from the temporal sequences of the signal amplitudes , the exercise of one of the types of gestures can be determined, and with an actuator , which is in turn actuated by the signal evaluation unit , and, as soon as the exercise of one of the types of gestures is determined, actuates the switch , wherein the type (3, 4, 31 to 39) of gesture is formed from an approach phase , in which the part approaches the gesture sensor , followed by a waiting phase , in which the part remains stationary in proximity to the gesture sensor , and a translation phase following this, in which the part moves into one of eight directions, wherein four first directions are a longitudinal direction , a direction aligned contrary to the longitudinal direction , a transverse direction , which is at right angles to the longitudinal direction , a direction aligned contrary to the transverse direction , and four other directions (35 to 38), which in each case are rotated by 45° to the one of the four first directions (31 to 34) which corresponds to the particular other direction, wherein the four pixels (21 to 24) are in each case arranged in one of the corners of a convex rectangle, of which one of the diagonals is essentially parallel to the longitudinal direction and the other diagonal is essentially parallel to the transverse direction .
A composition comprising an exosome, wherein the exosome comprises a targeting moiety expressed on its surface, wherein the targeting moiety is expressed as a fusion protein with an exosomal transmembrane protein, wherein the exosome is loaded with exogenous genetic material.