mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for aiding work on a formwork and/or a scaffold with the steps of: • obtaining physical measurement data that is dependent on an actual action that a worker performs in the course of the work; • determining one or more actual actions with which the physical measurement data are plausible; • determining one or more nominal actions that, starting from the present state of the work, lead further towards completion of the work on the formwork , respectively on the scaffold ; • checking to which extent, as per at least one predetermined criterion , deviations necessitating correction exist between the actual actions and the nominal actions ; • outputting an information regarding the deviations , and/or regarding the one or more nominal actions , to the worker in response to determining that deviations necessitating correction exist, wherein physical measurement data • originate from at least sensor carried by the worker during the work, wherein the sensor or the sensors are connected with at least one glove of the worker and react to hand movements of the worker , and/or • originate from at least one acoustic sensor that monitors the area in which the worker is busy. • obtaining physical measurement data that is dependent on an actual action that a worker performs in the course of the work; • determining one or more actual actions with which the physical measurement data are plausible; • determining one or more nominal actions that, starting from the present state of the work, lead further towards completion of the work on the formwork , respectively on the scaffold ; • checking to which extent, as per at least one predetermined criterion , deviations necessitating correction exist between the actual actions and the nominal actions ; • outputting an information regarding the deviations , and/or regarding the one or more nominal actions , to the worker in response to determining that deviations necessitating correction exist, • originate from at least sensor carried by the worker during the work, wherein the sensor or the sensors are connected with at least one glove of the worker and react to hand movements of the worker , and/or • originate from at least one acoustic sensor that monitors the area in which the worker is busy.
A lubrication system for a wind turbine , the lubrication system comprising at least one or more pumps , a tubing system, one or more lubricant reservoirs, and a filtering system , the filtering system comprising at least one cylindrical filter container , each cylindrical filter container comprising at least one filter element (301-304), each cylindrical filter container defining a central axis along its axial direction, characterized in that said filtering system is directly mounted on a drive train component of the wind turbine and in that the central axis of each cylindrical filter container is oriented in a direction forming an angle of at least 10° with respect to a vertical direction .
A hatch of a vehicle, in particular of a railway vehicle, comprising: - a frame defining an opening , the opening defining an upper edge ; - a flap rotatable between an open position and a closed position; the axis of rotation (A) extending along the upper edge of the opening ; when the flap is in the closed position, said flap completely covering the opening ; - a tube defining an outside surface ; and - a wire fixed to the flap at an anchoring point ; characterised in that the tube is connected to the flap at an articulation point and is rotatable relative to the flap along an axis (B) substantially parallel to the axis of rotation (A) of the flap , that a through-hole is provided on the outer surface of the tube spaced from the articulation point of the tube on the flap , the wire extending through the through-hole , and in that a stop between the wire and the tube blocks rotation of the tube when the flap is in the open position, the wire being taut when the flap is in the open position. - a frame defining an opening , the opening defining an upper edge ; - a flap rotatable between an open position and a closed position; the axis of rotation (A) extending along the upper edge of the opening ; when the flap is in the closed position, said flap completely covering the opening ; - a tube defining an outside surface ; and - a wire fixed to the flap at an anchoring point ; characterised in that the tube is connected to the flap at an articulation point and is rotatable relative to the flap along an axis (B) substantially parallel to the axis of rotation (A) of the flap , that a through-hole is provided on the outer surface of the tube spaced from the articulation point of the tube on the flap , the wire extending through the through-hole , and in that a stop between the wire and the tube blocks rotation of the tube when the flap is in the open position, the wire being taut when the flap is in the open position.
A candy comprising a ball-shaped candy body wrapped in a wrap by connecting the side faces and the end faces of the wrap , characterised in that the candy body is made from a candy mass and covered with a sugar glaze coating with the thickness of 0.5 to 2.5mm; and the wrap is produced of a transparent material having a stylized image thereon; wherein the wrap comprises two transparent layers comprising an inner layer and an outer layer ; wherein image fragments are printed on the inside of the outer layer and/or on the outside of the inner layer , said image fragments being colored at least in one color and having a shape and dimensions corresponding to the respective fragments of the stylized image on the wrap ; wherein the candy body is intended to create a three-dimensional configuration of the stylized image on the wrap , and a color of the glaze coating of the candy body forms a part of the color of the stylized image on the wrap , wherein the joint strength of the end faces of the wrap is lower than that of the side faces , so as the wrap can be opened from its end faces by applying pressure to the wrap and removing the candy body from the end faces by holding the outer surface of the wrap .
A method of manufacturing polymeric adhesives comprising the steps of: - dosing of the base material into a mixer by means of a first metering device ; - dosing of the catalyst material into said mixer by means of a second metering device ; - mixing said base material and said catalyst material in a mixture by means of said mixer ; - packing said mixture in storage containers; said method of manufacturing polymeric adhesives is characterized in that it comprises a step of managing a first temperature, by means of first temperature control means of said base material and catalyst material, wherein said base material and said catalyst material are kept within a predetermined range of temperature such as to prevent the formation in said mixer of said polymeric adhesive in an oligomeric state, wherein said method of manufacturing comprising a step of managing a second temperature, by means of second temperature control means of said mixture, wherein said mixture is kept within said predetermined range of temperature such as to prevent the formation in said storage containers of said polymeric adhesive in an oligomeric state, and wherein said method of manufacturing comprises a step of cooling said storage containers able to slow down the formation in said storage containers of said polymeric adhesive in an oligomeric state. - dosing of the base material into a mixer by means of a first metering device ; - dosing of the catalyst material into said mixer by means of a second metering device ; - mixing said base material and said catalyst material in a mixture by means of said mixer ; - packing said mixture in storage containers; said method of manufacturing polymeric adhesives is characterized in that it comprises a step of managing a first temperature, by means of first temperature control means of said base material and catalyst material, wherein said base material and said catalyst material are kept within a predetermined range of temperature such as to prevent the formation in said mixer of said polymeric adhesive in an oligomeric state, wherein said method of manufacturing comprising a step of managing a second temperature, by means of second temperature control means of said mixture, wherein said mixture is kept within said predetermined range of temperature such as to prevent the formation in said storage containers of said polymeric adhesive in an oligomeric state, and wherein said method of manufacturing comprises a step of cooling said storage containers able to slow down the formation in said storage containers of said polymeric adhesive in an oligomeric state.
Magazine for processing wire terminations , which are connected to one another via connecting bridges to form a wire termination strip , comprising a housing , wherein the housing has a feed opening for inserting the wire termination strip , wherein a transport wheel rotatably mounted around an axis of rotation is aranged in the housing, wherein the transport wheel has multiple recesses for accommodating individual wire terminations of the wire termination strip , wherein two recesses that are arranged adjacent to one another are separated from one another by an edge , characterized in that the wire terminations of the wire termination strip are movable in succession by a rotation of the transport wheel into an assembly position in which the connecting bridge between two adjacent wire terminations is at least partially severed by the edge of the corresponding recess . wherein a transport wheel rotatably mounted around an axis of rotation is aranged in the housing, wherein the transport wheel has multiple recesses for accommodating individual wire terminations of the wire termination strip , wherein two recesses that are arranged adjacent to one another are separated from one another by an edge , characterized in that the wire terminations of the wire termination strip are movable in succession by a rotation of the transport wheel into an assembly position in which the connecting bridge between two adjacent wire terminations is at least partially severed by the edge of the corresponding recess .
A method comprising: broadcasting, by an access point, AP, a first signal to a first user equipment, UE, using a special waveform parameter in a first frequency partition of a carrier in response to the first UE accessing a network comprising said AP, the special waveform parameter being a predetermined waveform parameter used for a synchronization channel and a broadcast channel; the special waveform parameter being one of multiple waveform parameters, the multiple waveform parameters including a second waveform parameter used for a data channel in the first frequency partition or in a second frequency partition of the carrier; and communicating, by the AP, a second signal with the first UE according to the second waveform parameter in the first frequency partition or a second frequency partition of the carrier; the special waveform parameter comprising at least a first sub-carrier spacing and a first symbol duration, and the second waveform parameter comprising at least a second sub-carrier spacing different from the first sub-carrier spacing and a second symbol duration different from the first symbol duration. broadcasting, by an access point, AP, a first signal to a first user equipment, UE, using a special waveform parameter in a first frequency partition of a carrier in response to the first UE accessing a network comprising said AP, the special waveform parameter being a predetermined waveform parameter used for a synchronization channel and a broadcast channel; the special waveform parameter being one of multiple waveform parameters, the multiple waveform parameters including a second waveform parameter used for a data channel in the first frequency partition or in a second frequency partition of the carrier; and communicating, by the AP, a second signal with the first UE according to the second waveform parameter in the first frequency partition or a second frequency partition of the carrier; the special waveform parameter comprising at least a first sub-carrier spacing and a first symbol duration, and the second waveform parameter comprising at least a second sub-carrier spacing different from the first sub-carrier spacing and a second symbol duration different from the first symbol duration.
A retarding potential type energy analyzer for measuring an energy of a charged particle emitted from a charged-particle source, using a charged-particle detector, the analyzer comprising: a) three grid electrodes sequentially arranged as a front grid electrode (21; 54), a reference grid electrode (22; 52) and a rear grid electrode (23; 53) in a mentioned order between the charged-particle source and the charged-particle detector , in such a manner that a distance between the reference grid electrode (22; 52) and the rear grid electrode (23; 53) is shorter than a distance between the reference grid electrode (22; 52) and the front grid electrode (21; 54); and b) a voltage applier for applying voltage to at least one of the three grid electrodes so as to give an upward potential difference with a predetermined magnitude between the reference grid electrode (22; 52) and the front grid electrode (21; 54) as well as a downward potential difference with a magnitude equal to or greater than the upward potential difference between the reference grid electrode (22; 52) and the rear grid electrode (23; 53), wherein an electric field between the front grid electrode (21; 54) and the reference grid electrode (22; 52) is formed by a potential of the front grid electrode (21; 54) and a potential of the reference grid electrode (22; 52) only, and an electric field between the reference grid electrode (22; 52) and the rear grid electrode (23; 53) is formed by the potential of the reference grid electrode (22; 52) and a potential of the rear grid electrode (23; 53) only. a) three grid electrodes sequentially arranged as a front grid electrode (21; 54), a reference grid electrode (22; 52) and a rear grid electrode (23; 53) in a mentioned order between the charged-particle source and the charged-particle detector , in such a manner that a distance between the reference grid electrode (22; 52) and the rear grid electrode (23; 53) is shorter than a distance between the reference grid electrode (22; 52) and the front grid electrode (21; 54); and b) a voltage applier for applying voltage to at least one of the three grid electrodes so as to give an upward potential difference with a predetermined magnitude between the reference grid electrode (22; 52) and the front grid electrode (21; 54) as well as a downward potential difference with a magnitude equal to or greater than the upward potential difference between the reference grid electrode (22; 52) and the rear grid electrode (23; 53), wherein an electric field between the front grid electrode (21; 54) and the reference grid electrode (22; 52) is formed by a potential of the front grid electrode (21; 54) and a potential of the reference grid electrode (22; 52) only, and an electric field between the reference grid electrode (22; 52) and the rear grid electrode (23; 53) is formed by the potential of the reference grid electrode (22; 52) and a potential of the rear grid electrode (23; 53) only.
A mobile terminal connectable to at least one external terminal, comprising: a wireless communication unit configured to transmit and receive wireless signals to and from the at least one external terminal; an output unit configured to include at least one of an audio output module outputting at least one of audio information and a display unit outputting image information; and a controller configured to select one of the mobile terminal and the at least one external terminal connected to the mobile terminal to output event information associated with an occurred event according to a predetermined condition, and to control the selected one of the mobile terminal and the at least one external terminal to output the event information, wherein the controller is configured to detect whether the mobile terminal and at least one connected external terminal are in a wake-up mode or a sleep mode, characterized in that the controller is further configured to, if the mobile terminal is in the wake-up mode, control the output unit to output the event information when there is no terminal operating in the wake-up mode among the at least one external terminal, or control any one of the mobile terminal and the at least one external terminal operating in the wake-up mode that a user wears or grips to output the event information when there is a terminal operating in the wake-up mode among the at least one external terminal. a wireless communication unit configured to transmit and receive wireless signals to and from the at least one external terminal; an output unit configured to include at least one of an audio output module outputting at least one of audio information and a display unit outputting image information; and a controller configured to select one of the mobile terminal and the at least one external terminal connected to the mobile terminal to output event information associated with an occurred event according to a predetermined condition, and to control the selected one of the mobile terminal and the at least one external terminal to output the event information, wherein the controller is configured to detect whether the mobile terminal and at least one connected external terminal are in a wake-up mode or a sleep mode, characterized in that the controller is further configured to, if the mobile terminal is in the wake-up mode, control the output unit to output the event information when there is no terminal operating in the wake-up mode among the at least one external terminal, or control any one of the mobile terminal and the at least one external terminal operating in the wake-up mode that a user wears or grips to output the event information when there is a terminal operating in the wake-up mode among the at least one external terminal.
A measurement device couplable to an element under test , the measurement device comprising: a housing sized and shaped to be held in a hand; a display supported by the housing; and processing circuitry operatively coupled to the display and to one or more sensor devices for obtaining measurements of electrical characteristics of the element under test , the processing circuitry being configured to operate in a measurement mode for detecting one or more defined electrical conditions, wherein the processing circuitry, in the measurement mode, is configured to: operate the display in a first operating mode in which the display has a first illumination characteristic; receive a first set of measurements obtained via the one or more sensor devices ; determine whether the first set of measurements satisfies a first set of criteria for detecting a first electrical condition in the element under test ; and as a result of determining that the first set of measurements satisfies the first set of criteria, transition an operation of the display from the first operating mode to a second operating mode in which the display has a second illumination characteristic that is different than the first illumination characteristic of the first operating mode. a housing sized and shaped to be held in a hand; a display supported by the housing; and processing circuitry operatively coupled to the display and to one or more sensor devices for obtaining measurements of electrical characteristics of the element under test , the processing circuitry being configured to operate in a measurement mode for detecting one or more defined electrical conditions, wherein the processing circuitry, in the measurement mode, is configured to: operate the display in a first operating mode in which the display has a first illumination characteristic; receive a first set of measurements obtained via the one or more sensor devices ; determine whether the first set of measurements satisfies a first set of criteria for detecting a first electrical condition in the element under test ; and as a result of determining that the first set of measurements satisfies the first set of criteria, transition an operation of the display from the first operating mode to a second operating mode in which the display has a second illumination characteristic that is different than the first illumination characteristic of the first operating mode. operate the display in a first operating mode in which the display has a first illumination characteristic; receive a first set of measurements obtained via the one or more sensor devices ; determine whether the first set of measurements satisfies a first set of criteria for detecting a first electrical condition in the element under test ; and as a result of determining that the first set of measurements satisfies the first set of criteria, transition an operation of the display from the first operating mode to a second operating mode in which the display has a second illumination characteristic that is different than the first illumination characteristic of the first operating mode.
Machine for working workpieces (P) made of wood, plastic, metal, glass-fiber and the like comprising a working plane for fixing said workpieces (P) to be worked, comprising a plurality of movable elements (21, 22, 23, ...), a movable working head , which is configured to translate along said working plane in one direction and in the opposite one, at least one detection system for detecting the presence of an operator (O) in predetermined detection zones (Z, B) contiguous to said working plane and for emitting corresponding signals, a main security system in order to guarantee the security of the operator (O) close to said working head , a logic control unit, for the operation of said machine , connectable to said at least one detection system capable for receiving said corresponding signals emitted by said at least one detection system , said machine being characterized in that said logic control unit processes said corresponding signals emitted by said at least one detection system according to a predetermined logic and said logic control unit blocks the movement of the movable elements of said plurality of movable elements (21, 22, 23, ...) corresponding to the predetermined detection zones (Z, B) wherein the presence of said operator (O) is detected. a working plane for fixing said workpieces (P) to be worked, comprising a plurality of movable elements (21, 22, 23, ...), a movable working head , which is configured to translate along said working plane in one direction and in the opposite one, at least one detection system for detecting the presence of an operator (O) in predetermined detection zones (Z, B) contiguous to said working plane and for emitting corresponding signals, a main security system in order to guarantee the security of the operator (O) close to said working head , a logic control unit, for the operation of said machine , connectable to said at least one detection system capable for receiving said corresponding signals emitted by said at least one detection system , said machine being characterized in that said logic control unit processes said corresponding signals emitted by said at least one detection system according to a predetermined logic and said logic control unit blocks the movement of the movable elements of said plurality of movable elements (21, 22, 23, ...) corresponding to the predetermined detection zones (Z, B) wherein the presence of said operator (O) is detected.