mhurhangee/ep-ind-claims huggingface dataset:
A modular sieve device for cleaning track ballast that can be removed from a track bed underneath the sieve device, whereby the sieve device is designed as a device with a total weight of up to 5 tons that can be inserted into a track, comprising a vibration-capable sieve deck module with which contaminants can be sieved from the track ballast using gravity, whereby the sieve deck module is arranged in a frame module, whereby the sieve device furthermore has particulate vibration dampers, whereby the sieve deck module is inserted into the frame module in such a way that the frame module encloses the sieve deck module and whereby the particulate vibration dampers, comprising at least one type of particle selected from the group consisting of natural mineral particles, plastic particles, sand, metal particles, metal balls, ceramic balls, plastic balls, fillers, ductile steel balls, superficially set, preferentially thixotropically set, particles, are arranged in the transition from the sieve deck module to the enclosing frame module, and whereby, in the operating state, the sieve deck module and the frame module are decoupled from vibration by the particulate vibration dampers. comprising a vibration-capable sieve deck module with which contaminants can be sieved from the track ballast using gravity, whereby the sieve deck module is arranged in a frame module, whereby the sieve device furthermore has particulate vibration dampers, whereby the sieve deck module is inserted into the frame module in such a way that the frame module encloses the sieve deck module and whereby the particulate vibration dampers, comprising at least one type of particle selected from the group consisting of natural mineral particles, plastic particles, sand, metal particles, metal balls, ceramic balls, plastic balls, fillers, ductile steel balls, superficially set, preferentially thixotropically set, particles, are arranged in the transition from the sieve deck module to the enclosing frame module, and whereby, in the operating state, the sieve deck module and the frame module are decoupled from vibration by the particulate vibration dampers.
Inclined propshaft center bearing assembly mounted to the lower part of a vehicle chassis from its upper part with a ball bearing (1.2) and a rubber cushion (1.3) around the mentioned bearing ball (1.2), used for assembly of a multi-part propshaft, formed by connecting minimum two propshafts, to the vehicle from the middle wherein at least one complete center bearing plate (1.1) holding the mentioned ball bearing (1.2) and the rubber cushion(1.3) inside in a manner to comprise an assembly angle ( α) on the vertical axis in order to minimize the joint angle ( β) on the propshaft assembly.
A connection arm for coupling a rear view mirror to a supporting element fixed to a windscreen; the connection arm being characterized by comprising: - an elongated shank, made of plastic material and comprising a first and a second terminal portion (14,15), opposite to each other; said first terminal portion having joint means for connecting said rear view mirror to said shank; - an interface, which is made in one piece of metallic material; - a plurality of elastic wings fixed with respect to said interface, arranged angularly apart from one another about an axis and adapted to be coupled to respective lobes defining part of said supporting element; said interface comprising a portion arranged axially between said elastic wings and said second terminal portion; - connection means (16,31,32) which fix said second terminal portion to said interface. - an elongated shank, made of plastic material and comprising a first and a second terminal portion (14,15), opposite to each other; said first terminal portion having joint means for connecting said rear view mirror to said shank; - an interface, which is made in one piece of metallic material; - a plurality of elastic wings fixed with respect to said interface, arranged angularly apart from one another about an axis and adapted to be coupled to respective lobes defining part of said supporting element; said interface comprising a portion arranged axially between said elastic wings and said second terminal portion; - connection means (16,31,32) which fix said second terminal portion to said interface.
A cutting head for a device for cutting hair, comprising an optical system configured to direct a laser beam along an optical axis across a cutting zone in the cutting head, the optical system comprising a variable focus lens configured to control the position of the focal point of the laser beam along the optical axis within the cutting zone, and a first reflective element to direct the laser beam across the cutting zone, characterised in that: the first reflective element is positioned such that, during use, the optical axis across the cutting zone is parallel to the skin of a user. the first reflective element is positioned such that, during use, the optical axis across the cutting zone is parallel to the skin of a user.
Detachable display and operating module for a measuring device, comprising: a user interface for entering parameterization data by a user; a display for showing display data of the measuring device; an energy storage device configured to supply energy to the display and operating module when the display and operating module is removed from the measuring device; a wired power supply interface arranged to supply power to the display and operating module by the measuring device when the display and operating module is placed on or arranged in the measuring device.; a radio interface configured for wireless communication with the measuring device, for receiving the display data from the measuring device and for transmitting the parameterization data to the measuring device and/or a control circuit, which is configured so that the parameterization data is temporarily stored in the display and operating module and are only transferred to and stored in the measuring device when the display and/or operating module is reconnected to it, wherein the reconnection meaning that the display and operating module is placed on or arranged in the measuring device. a user interface for entering parameterization data by a user; a display for showing display data of the measuring device; an energy storage device configured to supply energy to the display and operating module when the display and operating module is removed from the measuring device; a wired power supply interface arranged to supply power to the display and operating module by the measuring device when the display and operating module is placed on or arranged in the measuring device.; a radio interface configured for wireless communication with the measuring device, for receiving the display data from the measuring device and for transmitting the parameterization data to the measuring device and/or a control circuit, which is configured so that the parameterization data is temporarily stored in the display and operating module and are only transferred to and stored in the measuring device when the display and/or operating module is reconnected to it, wherein the reconnection meaning that the display and operating module is placed on or arranged in the measuring device.
A tire inflation valve associable with a TPMS sensor, having a longitudinal development axis and comprising: a stem ending in a head equipped with a head body, - an adjustable insert associable with a TPMS sensor by means of a connection means, and hinged to the head body to rotate about a transverse axis and allow the adjustment of the position of the TPMS sensor; wherein the adjustable insert comprises an inner body equipped with a central seat for the insertion of the connection means, and with an engagement portion to allow the connection thereof with the head body characterized in that the engagement portion comprises at least one leg equipped with a radial protrusion insertable into a corresponding radial hole of the head body to achieve the hinged connection between the adjustable insert and the head body. a stem ending in a head equipped with a head body, - an adjustable insert associable with a TPMS sensor by means of a connection means, and hinged to the head body to rotate about a transverse axis and allow the adjustment of the position of the TPMS sensor; - an adjustable insert associable with a TPMS sensor by means of a connection means, and hinged to the head body to rotate about a transverse axis and allow the adjustment of the position of the TPMS sensor; wherein the adjustable insert comprises an inner body equipped with a central seat for the insertion of the connection means, and with an engagement portion to allow the connection thereof with the head body characterized in that the engagement portion comprises at least one leg equipped with a radial protrusion insertable into a corresponding radial hole of the head body to achieve the hinged connection between the adjustable insert and the head body.
Slip for the stereolithographic preparation of ceramic or glass ceramic shaped parts, wherein said slip comprises (a) at least one radically polymerisable monomer, (b) at least one photoinitiator and (c) ceramic and/or glass ceramic particles, characterised in that said slip comprises (d) at least one non-ionic surfactant with a melting point of from 30 °C to 120 °C. (a) at least one radically polymerisable monomer, (b) at least one photoinitiator and (c) ceramic and/or glass ceramic particles, characterised in that said slip comprises (d) at least one non-ionic surfactant with a melting point of from 30 °C to 120 °C.
An apparatus comprising: an input configured to receive radar signals comprising embedded information; a first path configured to recover the embedded information in the radar signals; a second path configured to map a position of a sender of the radar signals, based on a radar algorithm and using the radar signals; and an authentication block configured to: determine first position information corresponding to a position of a sender of the radar signals, and second position information associated with the embedded information; compare the first and second position information; and determine the authentication of the first sender in dependence on the comparison. an input configured to receive radar signals comprising embedded information; a first path configured to recover the embedded information in the radar signals; a second path configured to map a position of a sender of the radar signals, based on a radar algorithm and using the radar signals; and an authentication block configured to: determine first position information corresponding to a position of a sender of the radar signals, and second position information associated with the embedded information; compare the first and second position information; and determine the authentication of the first sender in dependence on the comparison. determine first position information corresponding to a position of a sender of the radar signals, and second position information associated with the embedded information; compare the first and second position information; and determine the authentication of the first sender in dependence on the comparison.
A method of reutilization of waste plastic characterized by melting waste plastic at over 160°C to 250°C in temperature in part or whole, compression shaping it by a method of heating it by a heating means and extruding it into a tubular part to thereby obtain a plastic granular material having an apparent density of 0.7 to 1.2 kg/liter, mixing this plastic granular material with coal in a ratio, in mass ratio with respect to the coal, of 6 mass% or less for carbonization in a coke oven, and bringing the gas produced at the time of compression shaping the waste plastic into contact with water or an ammonia solution and combining said water or ammonia solution with an ammonia solution of an ammonia solution treatment facility attached to the coke oven.
A piston system, comprising: a housing comprising a first recess and a second recess; a first piston comprising a first portion embedded in the first recess; a second piston comprising a second portion embedded in the second recess; and an actuator having a first side and a second side, wherein the first piston selectively presses against the first side of the actuator, and wherein the second piston selectively presses against the second side of the actuator, characterized in that: the first piston has an outer diameter that is larger than an outer diameter of the second piston. a housing comprising a first recess and a second recess; a first piston comprising a first portion embedded in the first recess; a second piston comprising a second portion embedded in the second recess; and an actuator having a first side and a second side, wherein the first piston selectively presses against the first side of the actuator, and wherein the second piston selectively presses against the second side of the actuator, characterized in that: the first piston has an outer diameter that is larger than an outer diameter of the second piston.
An image processing device (101, 201, 301), comprising: an epidermis pattern detection unit configured to detect epidermis patterns formed on the epidermis by skin ridges or skin grooves that are patterns of an epidermis in a single epidermis image captured from the epidermis of skin; an analysis unit configured to analyze uniformity of distribution of shapes of the epidermis patterns; and an evaluation unit (124, 222, 324) configured to evaluate a texture state of the skin based on the uniformity of distribution of shapes of the epidermis patterns; characterized in that the epidermis pattern detection unit is configured to detect epidermis patterns of skin ridges or skin grooves by detecting skin ridge regions or skin groove regions based on binarization and labeling of skin ridges or skin grooves in the epidermis image, wherein the skin ridges are separated from the skin grooves based on the range of size of the skin ridge; the analysis unit is configured to analyze uniformity of distribution of shapes of the epidermis patterns based on the average of the degrees of difference in shape between each of the skin ridge regions; the analysis unit further calculates a value based on a plurality of ratios as a shape value, wherein each ratio corresponds to a different reference shape and each ratio is based on an accumulative added value of the degrees of difference in shape between the reference shape and each of the skin ridge regions; and the evaluation unit further evaluates the texture state of the skin based on the shape value. an epidermis pattern detection unit configured to detect epidermis patterns formed on the epidermis by skin ridges or skin grooves that are patterns of an epidermis in a single epidermis image captured from the epidermis of skin; an analysis unit configured to analyze uniformity of distribution of shapes of the epidermis patterns; and an evaluation unit (124, 222, 324) configured to evaluate a texture state of the skin based on the uniformity of distribution of shapes of the epidermis patterns; characterized in that the epidermis pattern detection unit is configured to detect epidermis patterns of skin ridges or skin grooves by detecting skin ridge regions or skin groove regions based on binarization and labeling of skin ridges or skin grooves in the epidermis image, wherein the skin ridges are separated from the skin grooves based on the range of size of the skin ridge; the analysis unit is configured to analyze uniformity of distribution of shapes of the epidermis patterns based on the average of the degrees of difference in shape between each of the skin ridge regions; the analysis unit further calculates a value based on a plurality of ratios as a shape value, wherein each ratio corresponds to a different reference shape and each ratio is based on an accumulative added value of the degrees of difference in shape between the reference shape and each of the skin ridge regions; and the evaluation unit further evaluates the texture state of the skin based on the shape value.
A method for controlling radio measurements of a user equipment within a cellular network system, wherein the user equipment is served by a cell of a first cell type characteristic, the cell being assigned to a base station, wherein the cellular network system comprises the cell and at least one further cell of a second cell type characteristic, the method comprising providing, by the base station, a radio measurement configuration to the user equipment, wherein the radio measurement configuration is indicative for parameters to be applied by the user equipment for radio measurements, the radio measurement configuration comprising different parameters being assigned to different cell type characteristics and further comprising a list comprising information of the at least one further cell and the respective associated cell type characteristic and of a plurality of neighbouring cells and the respective associated cell type characteristic, and controlling the radio measurements of the user equipment based on the provided radio measurement configuration.
A method comprising: establishing, by a first wireless computing device, a Wi-Fi Direct Services, WFDS connection to a second wireless computing device via a wireless communication channel; responsive to establishing the WFDS connection, establishing, by the first wireless computing device, a WFDS Application Service Platform, ASP, session between the first wireless computing device and the second wireless computing device, wherein the ASP session uses ASP coordination protocol data link layer communications based on media access control, MAC, addresses via the WFDS connection, and does not use internet protocol, IP, communications; and responsive to establishing the ASP session, communicating, by the first wireless computing device to the second wireless computing device, using the ASP session, wherein establishing the ASP session further comprises establishing the ASP session for a wireless service advertised by one of the first wireless computing device and the second wireless computing device. establishing, by a first wireless computing device, a Wi-Fi Direct Services, WFDS connection to a second wireless computing device via a wireless communication channel; responsive to establishing the WFDS connection, establishing, by the first wireless computing device, a WFDS Application Service Platform, ASP, session between the first wireless computing device and the second wireless computing device,
An apparatus, comprising: an interface system; and a control system capable of: receiving, via the interface system, microphone data; determining, based at least in part on the microphone data, instances of one or more acoustic events, wherein the instances of one or more acoustic events include conversational dynamics data, wherein determining an instance of an acoustic event involves: - determining an instance of a rising inflection in a user's speech; - determining whether the user's speech corresponds to a question or to a statement; characterised by providing behavior modification feedback, via the interface system, if an instance of a rising inflection is determined in the user's speech when it is determined that the user's speech does not correspond to a question. an interface system; and a control system capable of: receiving, via the interface system, microphone data; determining, based at least in part on the microphone data, instances of one or more acoustic events, wherein the instances of one or more acoustic events include conversational dynamics data, wherein determining an instance of an acoustic event involves: - determining an instance of a rising inflection in a user's speech; - determining whether the user's speech corresponds to a question or to a statement; characterised by providing behavior modification feedback, via the interface system, if an instance of a rising inflection is determined in the user's speech when it is determined that the user's speech does not correspond to a question. receiving, via the interface system, microphone data; determining, based at least in part on the microphone data, instances of one or more acoustic events, wherein the instances of one or more acoustic events include conversational dynamics data, wherein determining an instance of an acoustic event involves: - determining an instance of a rising inflection in a user's speech; - determining whether the user's speech corresponds to a question or to a statement; characterised by providing behavior modification feedback, via the interface system, if an instance of a rising inflection is determined in the user's speech when it is determined that the user's speech does not correspond to a question. - determining an instance of a rising inflection in a user's speech; - determining whether the user's speech corresponds to a question or to a statement; characterised by providing behavior modification feedback, via the interface system, if an instance of a rising inflection is determined in the user's speech when it is determined that the user's speech does not correspond to a question.
A substrate coating system (300, 400) adapted to apply a liquid performance enhancing coating precursor solution to large substrates (101, 201, 301, 409) formed by photovoltaic panels, said substrate coating system (300, 400) being moveable along said substrate (101, 201, 301, 409) comprising: a substrate coating apparatus having a means (302, 402) for applying the liquid performance enhancing coating precursor solution to the substrate (101, 201, 301, 409), characterised by: a portable sensor mounted on a chassis (304, 401) of the substrate coating system (300, 400) comprising: a light source adapted to illuminate a region of a substrate (101, 201, 301, 409) with a spot cross-sectional area of at least 1 cm 2, at the substrate surface; and a photodetector (203, 406) adapted to collect at least a portion of the light emanating from said light source (202, 405) that is reflected from said substrate surface; a signal processing circuit in electronic communication with the photodetector, wherein said processing circuit is adapted to read and process the electronic signal output by the photodetector to generate photometric data; and means (407, 501) for controlling the substrate coating apparatus (302, 402) based on analysis of said photometric data. a substrate coating apparatus having a means (302, 402) for applying the liquid performance enhancing coating precursor solution to the substrate (101, 201, 301, 409), characterised by: a portable sensor mounted on a chassis (304, 401) of the substrate coating system (300, 400) comprising: a light source adapted to illuminate a region of a substrate (101, 201, 301, 409) with a spot cross-sectional area of at least 1 cm 2, at the substrate surface; and a photodetector (203, 406) adapted to collect at least a portion of the light emanating from said light source (202, 405) that is reflected from said substrate surface; a signal processing circuit in electronic communication with the photodetector, wherein said processing circuit is adapted to read and process the electronic signal output by the photodetector to generate photometric data; and means (407, 501) for controlling the substrate coating apparatus (302, 402) based on analysis of said photometric data. a light source adapted to illuminate a region of a substrate (101, 201, 301, 409) with a spot cross-sectional area of at least 1 cm 2, at the substrate surface; and a photodetector (203, 406) adapted to collect at least a portion of the light emanating from said light source (202, 405) that is reflected from said substrate surface; a signal processing circuit in electronic communication with the photodetector, wherein said processing circuit is adapted to read and process the electronic signal output by the photodetector to generate photometric data; and means (407, 501) for controlling the substrate coating apparatus (302, 402) based on analysis of said photometric data.