mhurhangee/ep-ind-claims huggingface dataset:
A gesture-controlled rear-projection system, comprising: a. two projection means (10a, 10b), each adapted for projecting an image onto a rear-projection foil attached to a transparent surface; b. an image processing module for adjusting the images projected by each of the two projection means (10a, 10b) to create a composite image; c. gesture control means for enabling one or more users to interact with the composite image using one or more gestures; characterized in that: d. the two projection means 10a, 10b) are arranged in a vertical arrangement to provide a composite image in portrait format; e. wherein the system comprises a rack, wherein the first projection means is arranged at the top of the rack the second projection means is arranged at the bottom of the rack and at least one additional component is arranged between the first and second projection means. a. two projection means (10a, 10b), each adapted for projecting an image onto a rear-projection foil attached to a transparent surface; b. an image processing module for adjusting the images projected by each of the two projection means (10a, 10b) to create a composite image; c. gesture control means for enabling one or more users to interact with the composite image using one or more gestures; d. the two projection means 10a, 10b) are arranged in a vertical arrangement to provide a composite image in portrait format; e. wherein the system comprises a rack, wherein the first projection means is arranged at the top of the rack the second projection means is arranged at the bottom of the rack and at least one additional component is arranged between the first and second projection means.
A roller blind structure, comprising a casing made up of a plurality of side walls that define an inner chamber intended to incorporate drive means therein linked to a blind or similar, and guide profiles able to be located at opposite ends of the casing, which are configured to guide the blind or similar, the guide profiles being intended to extend in a downward direction with respect to the positioning of the casing, including an attachment system to attach each one of the guide profiles and the casing, in that the attachment system is provided with a first interconnection member able to be coupled to an end of the casing by means of fixing means and a connector member able to be coupled to the first interconnection member by means of first releasable quick-fit means and able to be coupled to a respective guide profile by means of second releasable quick-fit means, and wherein the first releasable quick-fit means consist of a flexible retaining flange able to be fitted in a housing having shapes and dimensions complementary to the retaining flange, the housing being made in an upper region of the connector member, characterised in that the second releasable quick-fit means consist of a male extension able to be coupled to a female region present in the guide profile.
A therapeutically or prophylactically effective amount of an agent that: a) inhibits the classical complement pathway, the alternative complement pathway and the lectin complement pathway; and/or b) inhibits eicosanoid activity for use in treating or preventing the inflammatory effects of viral infection of the respiratory tract; wherein the agent is: (i) a protein comprising or consisting of amino acids 19 to 168 or amino acids 1 to 168 of the amino acid sequence SEQ ID NO:2; (ii) a homologue of a protein as defined in (i) comprising or consisting of a sequence with at least 90% identity to the sequence of amino acids 19 to 168 or amino acids 1 to 168 of the amino acid sequence SEQ ID NO:2; or (iii) a fragment of a protein as defined in (i) above or of a homologue as defined in (ii) above, wherein the fragment binds complement C5 and/or LTB4. a) inhibits the classical complement pathway, the alternative complement pathway and the lectin complement pathway; and/or b) inhibits eicosanoid activity (i) a protein comprising or consisting of amino acids 19 to 168 or amino acids 1 to 168 of the amino acid sequence SEQ ID NO:2; (ii) a homologue of a protein as defined in (i) comprising or consisting of a sequence with at least 90% identity to the sequence of amino acids 19 to 168 or amino acids 1 to 168 of the amino acid sequence SEQ ID NO:2; or (iii) a fragment of a protein as defined in (i) above or of a homologue as defined in (ii) above, wherein the fragment binds complement C5 and/or LTB4.
A method of stabilising a wind power installation, in particular the connection of a foundation section of the wind power installation to the foundation of the wind power installation, including the steps: - performing a stabilisation measure, including - pre-preparation of at least a portion of the surface of a foundation of the wind power installation for the application of boring means, - introducing a plurality of bores by means of the boring means in the pre-prepared surface to a predetermined depth, preferably to an anchor segment of the foundation section, - introducing a hardenable material into the plurality of bores, - hardening the introduced hardenable material in the bores, and - post-preparation of the at least one portion of the surface of the installation foundation, characterised by - performing early identification of the need for stabilisation of the wind power installation by means of measurement of the pylon movement during operation of the wind power installation, wherein early identification includes: - measuring a vertical pylon movement relative to the foundation of the wind power installation by means of one or more length change sensors positioned at the windward side and/or or the leeward side of the pylon. - performing a stabilisation measure, including - pre-preparation of at least a portion of the surface of a foundation of the wind power installation for the application of boring means, - introducing a plurality of bores by means of the boring means in the pre-prepared surface to a predetermined depth, preferably to an anchor segment of the foundation section, - introducing a hardenable material into the plurality of bores, - hardening the introduced hardenable material in the bores, and - post-preparation of the at least one portion of the surface of the installation foundation, characterised by - performing early identification of the need for stabilisation of the wind power installation by means of measurement of the pylon movement during operation of the wind power installation, wherein early identification includes: - measuring a vertical pylon movement relative to the foundation of the wind power installation by means of one or more length change sensors positioned at the windward side and/or or the leeward side of the pylon.
An optical component for uniform illumination of an object to be captured in a picture, the optical component comprising a first end on the side of a camera unit and a second end on the side of the object to be captured in the picture, the first and the second ends (204, 206) being free from materials obstructing the travel of light on the line of the optical axis of the camera unit, in use the optical component is integrated with a hand-held camera unit, characterized in that the optical component further comprises: at least one element comprising a truncated cone that is configured to manipulate propagation of light and is made of at least partly light-diffusing material, the cone being arranged to diffuse the light passing therethrough in relation to the thickness of the local structure of a lateral structure of the cone and the incident angle of a light ray to the surface of the local structure of the cone, wherein the cone's optically free aperture with the smaller surface area is on the side of the first end of the optical component, and the cone's optically free aperture with the larger surface area is on the side of the second end of the optical component, the thickness of the lateral structure of the cone being configured to reduce towards the larger aperture of the cone, at least one light source is locatable at the first end of the optical component, the thickness of the lateral structure of the cone changing in proportion to the distance from the at least one light source; and the cone's optically free apertures (404, 406) are on the line of the optical axis of the camera unit. at least one element comprising a truncated cone that is configured to manipulate propagation of light and is made of at least partly light-diffusing material, the cone being arranged to diffuse the light passing therethrough in relation to the thickness of the local structure of a lateral structure of the cone and the incident angle of a light ray to the surface of the local structure of the cone, wherein the cone's optically free aperture with the smaller surface area is on the side of the first end of the optical component, and the cone's optically free aperture with the larger surface area is on the side of the second end of the optical component, the thickness of the lateral structure of the cone being configured to reduce towards the larger aperture of the cone, at least one light source is locatable at the first end of the optical component, the thickness of the lateral structure of the cone changing in proportion to the distance from the at least one light source; and the cone's optically free apertures (404, 406) are on the line of the optical axis of the camera unit.
A pair of shears for cutting tube, in particular flexible tube containing at least one wire, comprising two shears (2a, 2b) which are pivotally connected to each other through a pivot axis, wherein each shear (2a, 2b) is equipped with a gripping portion which is intended to be taken hold of by a user, wherein each shear (2a, 2b) is furthermore equipped with a shearing portion having at least one tube cutting edge (12, 13) for cutting tube wherein the at least one tube cutting edge (12, 13) of the one shear is located at substantially the same distance from the pivot axis as the at least one tube cutting edge (12, 13) of the other shear and constitutes a set therewith, wherein the tube cutting edges (12, 13) of a set are movable towards each other and away from each other by moving the gripping portions of the shears (2a, 2b) with respect to each other, wherein both tube cutting edges (12, 13) of a set have a concave shape, and wherein, in a closed position of the pair of shears, in which the tube cutting edges (12, 13) have been moved towards each other to a maximum extent, the shearing portions of the shears (2a, 2b) partially overlap and a space (26, 27) having a convexly curved periphery is delimited by the tube cutting edges (12, 13).
A method for executing database insert calls in a MES system, wherein the data to be stored into the database are represented in XML tree formats according to the S95 hierarchy model in which each XML tree node is representing a specific S95 entity, the method comprising the steps of: a) receiving as input a given XML tree corresponding to a given S95 hierarchy data to stored into the database; b) processing the given XML tree in order to generate a corresponding support structure, by performing the following sub-steps: - grouping all the tree nodes according to their MES type into a set of entity types; - for each entity type, storing a set of references pointing to each tree node of that type; - generating the support structure corresponding to the given XML tree by storing the set of entity types and their corresponding sets of node references; c) getting a given S95 entity type and its given set of node references from the given support structure; d) if the given set of node references is not empty, composing a database insert call passing the information of the given set of node references; e) if the given set of node references is not empty, executing the database insert call of step d); f) executing steps c) to e) for all the S95 entity types of the given support structure. a) receiving as input a given XML tree corresponding to a given S95 hierarchy data to stored into the database; b) processing the given XML tree in order to generate a corresponding support structure, by performing the following sub-steps: - grouping all the tree nodes according to their MES type into a set of entity types; - for each entity type, storing a set of references pointing to each tree node of that type; - generating the support structure corresponding to the given XML tree by storing the set of entity types and their corresponding sets of node references; - grouping all the tree nodes according to their MES type into a set of entity types; - for each entity type, storing a set of references pointing to each tree node of that type; - generating the support structure corresponding to the given XML tree by storing the set of entity types and their corresponding sets of node references; c) getting a given S95 entity type and its given set of node references from the given support structure; d) if the given set of node references is not empty, composing a database insert call passing the information of the given set of node references; e) if the given set of node references is not empty, executing the database insert call of step d); f) executing steps c) to e) for all the S95 entity types of the given support structure.
A method, in a mobile device, the method comprising: obtaining a first value of a sleep counter and a first time stamp at least in part in response to the mobile device entering a lower power state, wherein the first time stamp is referenced to a local network time; entering a higher power state to acquire a paging signal; obtaining a second value of the sleep counter and a second time stamp while in the higher power state, wherein the second time stamp is referenced to the local network time; returning to the lower power state; estimating an increment cycle of the sleep counter based, at least in part, on a first difference between the first time stamp and the second time stamp, and second difference between the first value of the sleep counter and the second value of the sleep counter; and attempting to perform a satellite positioning system position fix based, at least in part, on the estimated increment cycle while the mobile device is in the lower power state. obtaining a first value of a sleep counter and a first time stamp at least in part in response to the mobile device entering a lower power state, wherein the first time stamp is referenced to a local network time; entering a higher power state to acquire a paging signal; obtaining a second value of the sleep counter and a second time stamp while in the higher power state, wherein the second time stamp is referenced to the local network time; returning to the lower power state; estimating an increment cycle of the sleep counter based, at least in part, on a first difference between the first time stamp and the second time stamp, and second difference between the first value of the sleep counter and the second value of the sleep counter; and attempting to perform a satellite positioning system position fix based, at least in part, on the estimated increment cycle while the mobile device is in the lower power state.
A power adapter, comprising: a first rectifier, configured to rectify an input alternating current and output a first voltage with a first pulsating waveform; a switch unit, configured to modulate the first voltage according to a control signal and output a modulated first voltage; a high-frequency transformer, configured to output a second voltage with a second pulsating waveform according to the modulated first voltage; a second rectifier, configured to rectify the second voltage to output a third voltage with a third pulsating waveform; a first charging interface, coupled to the second rectifier, configured to apply the third voltage to a battery in a terminal via a second charging interface of the terminal when the first charging interface is coupled to the second charging interface, in which the second charging interface is coupled to the battery; a sampling unit, configured to sample and hold a peak voltage of the third voltage to obtain a voltage sampling value; a control unit, coupled to the sampling unit and the switch unit respectively, and configured to output the control signal to the switch unit, and to adjust a duty ratio of the control signal according to the voltage sampling value, such that the third voltage keeps synchronous with the modulated first voltage and the third voltage meets a charging requirement, which means to meet a charging voltage and charging current, wherein the power adapter is provided without electrolytic condensers at the primary side and the secondary side of the high-frequency transformer. a first rectifier, configured to rectify an input alternating current and output a first voltage with a first pulsating waveform; a switch unit, configured to modulate the first voltage according to a control signal and output a modulated first voltage; a high-frequency transformer, configured to output a second voltage with a second pulsating waveform according to the modulated first voltage; a second rectifier, configured to rectify the second voltage to output a third voltage with a third pulsating waveform; a first charging interface, coupled to the second rectifier, configured to apply the third voltage to a battery in a terminal via a second charging interface of the terminal when the first charging interface is coupled to the second charging interface, in which the second charging interface is coupled to the battery; a sampling unit, configured to sample and hold a peak voltage of the third voltage to obtain a voltage sampling value; a control unit, coupled to the sampling unit and the switch unit respectively, and configured to output the control signal to the switch unit, and to adjust a duty ratio of the control signal according to the voltage sampling value, such that the third voltage keeps synchronous with the modulated first voltage and the third voltage meets a charging requirement, which means to meet a charging voltage and charging current, wherein the power adapter is provided without electrolytic condensers at the primary side and the secondary side of the high-frequency transformer.
Device for removing an electrode from an electrode holder and/or fitting an electrode into an electrode holder, said electrode holder forming part of a welding device, said device comprising a spent electrode receptacle (2, 86) provided with an orifice and an assembly mounted on said orifice, said assembly comprising a through passage (7, 91) with a longitudinal axis connecting a housing to hold one end of the electrode holder forming a mandrel, and the receptacle (2, 86), said longitudinal axis being approximately vertical, means of tightening or loosening an electrode holder mandrel, means of fixing the electrode to said device and means of enabling or disabling dropping of the spent electrode into the receptacle.
A control unit of a temperature measurement system for a road construction machine; wherein the control unit has access to a database, a plurality of specification data sets stored on said database, wherein each of the plurality of specification data sets is assigned to a local region (10, 11, 12) and comprises a temperature measurement specification and/or a temperature measurement report specification; wherein the temperature measurement specification defines local specific temperature requirement and/or local specific measurement procedure and/or comprises information regarding temperature measurement device setting, wherein the temperature measurement report specification defines local specific form of the report, the control unit comprises a data set selector, which is configured to select a respective specification data set out of a plurality based on a position information for the road construction machine, the position information pointing to the respective local region; and a data analyzer, which is connected to a temperature sensor and configured to analyze raw data received from the temperature sensor taking into account the selected temperature measurement specification and/or to output a local specific temperature report based on the analyzed raw data taking into account the selected temperature measurement report specification. wherein the control unit has access to a database, a plurality of specification data sets stored on said database, wherein each of the plurality of specification data sets is assigned to a local region (10, 11, 12) and comprises a temperature measurement specification and/or a temperature measurement report specification; wherein the temperature measurement specification defines local specific temperature requirement and/or local specific measurement procedure and/or comprises information regarding temperature measurement device setting, wherein the temperature measurement report specification defines local specific form of the report, the control unit comprises a data set selector, which is configured to select a respective specification data set out of a plurality based on a position information for the road construction machine, the position information pointing to the respective local region; and a data analyzer, which is connected to a temperature sensor and configured to analyze raw data received from the temperature sensor taking into account the selected temperature measurement specification and/or to output a local specific temperature report based on the analyzed raw data taking into account the selected temperature measurement report specification.
A cap (20; 120; 220) for a biological fluid collection device, the cap comprising: a cap body (70; 170; 270) defining a chamber (76; 172; 272, 274, 276) and having a venting plug (44; 122, 124; 222, 224) disposed therein, the venting plug comprising a carboxymethylcellulose additive.
A system (400, 400', 400") comprising an implantable microphone outputting a first signal; a noise cancellation sub-system configured to at least partially cancel a body conducted noise component from the first signal, wherein the noise cancellation sub-system incorporates an accelerometer and an adaptive filter apparatus controlled by a control unit that runs a first adaptive algorithm to control a filter of the adaptive filter apparatus, wherein an output of the adaptive filter apparatus is obtained by filtering an output of said accelerometer with the filter of the adaptive filter apparatus and wherein the output is fed to an adder to be subtracted from an output of the implantable microphone, wherein the first signal includes the body conducted noise component and an ambient sound component, and characterized in that the system comprises a microphone external to a recipient outputting a second signal and in that the noise cancellation sub-system is configured to at least partial cancel the body conducted noise component using the first adaptive algorithm that is based on the second signal that temporally preceded the first signal, wherein the second signal is based on captured sound that is at least one of (i) completely free of body conducted noise or (ii) completely comprised of ambient sound.
A run-flat tire provided with a carcass extending from a tread portion through a sidewall portion to a bead core of a bead portion and a side-reinforcement rubber layer having a crescent-shaped cross-section and being disposed inside the carcass in said sidewall portion; characterized in that a heat-conducting rubber having a coefficient of thermal conductivity of not less than 0.3 W/(m·K) is di sposed on the inner cavity surface of the tire, and at least part of said heat-conducting rubber is disposed in a side-reinforcement rubber layer projection area (τ) where the side-reinforcement rubber layer is projected onto the inner cavity surface of the tire, and said heat-conducting rubber comprises base material rubber comprising diene rubber, and coal pitch-based carbon fiber.