mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for conducting at least one conduit through a hole in a building wall with an outer flange ,which overlaps the hole on the outer side of the building and engages the building wall and through which the conduit may be passed, and an inner flange, which overlaps the hole on the inner side of the building and engages the building wall and through which the conduit may be passed, wherein pivotally connected to the outer flange on its inner side there is an apertured tube , which surrounds the conduit in the hole at a radial spacing, at least over a proportion of its length, and wherein the outer flange may be pressed tightly against the building wall when the hole extends both horizontally and at angles thereto and all the angles through which the apertured tube is pivotable lie in a plane, characterised in that projecting on both sides from the apertured tube there is a tube piece , whose interior is connected to the interior of the apertured tube and which constitutes a joint shaft, which is inserted into an approximately semi-cylindrical bearing shell on the outer flange , in which the apertured tube is pivotable with the tube piece between two abutments, that adjacent to the bearing shell an opening extends through the outer flange , which is connected to the interior of the tube piece so that a filler material, which is initially flowable and then foams and sets, may be supplied into the apertured tube from the outer side of the outer flange , and that the tube piece has at least one opening in its cylindrical peripheral wall, which is closed by the bearing shell or is exposed to the interior of the outer flange , depending on the angular position of the apertured tube in order to deliver a proportion of the supplied filler material into the interior so that the outer flange is sealed with respect to the wall.
A method of starting a single-phase induction motor, the motor being provided with a rotor and a stator , the stator being provided with a main winding and a start winding , the main winding and the start winding of the single-phase induction motor being energized by means of an alternating voltage source (F), the starting winding being selectively activated and deactivated by a starting device , the method comprising the steps of: i) energizing the start winding and continuously estimating an operating rotation (R 1 ) of the single-phase induction motor throughout its operation through the phase shift between at least two electrical quantities; ii) measuring a first phase shift level (D 1 ) between the at least two electrical quantities of the motor along a first stability stage (E 1 ); iii) monitoring the variation of the first phase shift level (D 1 ) according to the increase of the operating rotation (R 1 ) of the single-phase induction motor along the first stability stage (E 1 ); iv) detecting an inflection stage (E inf ) from the first phase shift level (D 1 ) to a second phase shift level (D 2 ), when the operating rotation (R 1 ) of the single-phase induction motor is close to a regime rotation (R 2 ); v) measuring the second phase shift level (D 2 ) between the at least two electrical quantities of the motor along a second stability stage (E 2 ), after the inflection stage (E inf ) of the first phase shift level (D 1 ); and vi) de-energizing the start winding when the operating rotation (R 1 ) reaches the regime rotation (R 2 ). i) energizing the start winding and continuously estimating an operating rotation (R 1 ) of the single-phase induction motor throughout its operation through the phase shift between at least two electrical quantities; ii) measuring a first phase shift level (D 1 ) between the at least two electrical quantities of the motor along a first stability stage (E 1 ); iii) monitoring the variation of the first phase shift level (D 1 ) according to the increase of the operating rotation (R 1 ) of the single-phase induction motor along the first stability stage (E 1 ); iv) detecting an inflection stage (E inf ) from the first phase shift level (D 1 ) to a second phase shift level (D 2 ), when the operating rotation (R 1 ) of the single-phase induction motor is close to a regime rotation (R 2 ); v) measuring the second phase shift level (D 2 ) between the at least two electrical quantities of the motor along a second stability stage (E 2 ), after the inflection stage (E inf ) of the first phase shift level (D 1 ); and vi) de-energizing the start winding when the operating rotation (R 1 ) reaches the regime rotation (R 2 ).
A communication control method performed by a User Equipment, UE, , the communication control method comprising: in a service authorisation procedure, requesting, to a Proximity-based Services, ProSe, function in a PLMN, authorisation for direct discovery and/or direct communication; and receiving, from the ProSe function , an authorisation message including a first timer value indicating for how long the authorisation is valid, as a response to the request; starting a first timer based on the reception of the first timer value; in an announce request procedure, receiving a discovery response message including a ProSe Restricted Code and a second timer value corresponding to the ProSe Restricted Code from the ProSe function ; starting a second timer based on the reception of the discovery response message; and transmitting an announcement message including the ProSe Restricted Code to a proximity UE , wherein the ProSe Restricted Code is used for direct discovery, the UE receives multiple Relay Service Codes from the ProSe function , and each of the multiple Relay Service Codes is a code used to identify a connectivity service the UE provides. in a service authorisation procedure, requesting, to a Proximity-based Services, ProSe, function in a PLMN, authorisation for direct discovery and/or direct communication; and receiving, from the ProSe function , an authorisation message including a first timer value indicating for how long the authorisation is valid, as a response to the request; requesting, to a Proximity-based Services, ProSe, function in a PLMN, authorisation for direct discovery and/or direct communication; and receiving, from the ProSe function , an authorisation message including a first timer value indicating for how long the authorisation is valid, as a response to the request; starting a first timer based on the reception of the first timer value; in an announce request procedure, receiving a discovery response message including a ProSe Restricted Code and a second timer value corresponding to the ProSe Restricted Code from the ProSe function ; starting a second timer based on the reception of the discovery response message; and transmitting an announcement message including the ProSe Restricted Code to a proximity UE , wherein starting a second timer based on the reception of the discovery response message; and transmitting an announcement message including the ProSe Restricted Code to a proximity UE , the ProSe Restricted Code is used for direct discovery, the UE receives multiple Relay Service Codes from the ProSe function , and each of the multiple Relay Service Codes is a code used to identify a connectivity service the UE provides.
A wrist-worn physical activity measurement apparatus comprising: a bracelet comprising a plurality of links ; a flexible casing encasing the plurality of the links ; one or more physical activity measurement sensors ; and an electronics module (300, 404; 600, 602, 604, 606, 608, 610, 612) coupled with the bracelet ; wherein the apparatus is attachable around a curvature of a wrist of a user such that the links and the adjacent links are pivotably lockable in relation to each other in order to wrap and lock around the wrist ; characterized in that each link is formed at one side to comprise a part and at the opposite side a counterpart interlocking with a part of an adjacent link. a bracelet comprising a plurality of links ; a flexible casing encasing the plurality of the links ; one or more physical activity measurement sensors ; and an electronics module (300, 404; 600, 602, 604, 606, 608, 610, 612) coupled with the bracelet ; wherein the apparatus is attachable around a curvature of a wrist of a user such that the links and the adjacent links are pivotably lockable in relation to each other in order to wrap and lock around the wrist ; characterized in that each link is formed at one side to comprise a part and at the opposite side a counterpart interlocking with a part of an adjacent link.
Tool for actuating a push-button corrector equipping a watch, said actuating tool comprising a body that extends between a rear end defining an area for grasping the actuating tool and a front end defining an area for actuating the actuating tool , and that ends in a cap , wherein the actuating tool further comprises an actuating rod arranged such that it slides in a coaxial manner inside the body, the actuating rod being capable of moving from back to front and from front to back between a retracted rest position wherein it is retracted in a stable manner inside the body of the actuating tool , and a protruding working position wherein it protrudes outside of an end position of the cap , whereby the actuating rod remains in the protruding working position thereof as long as an axial pushing force is exerted thereon, and returns to the retracted rest position thereof as soon as the axial pushing force is cancelled, the actuating tool further comprising on the side of the grasping area, a base , and on the side of the actuating area, a cap arranged in a fixed manner on the base , said base and said cap forming the body inside which the actuating rod is arranged such that it slides, the actuating tool further comprising a helical spring threaded on the actuating rod and bearing against the cap at a front end, and against a first shoulder formed on the actuating rod at a rear end , the actuating rod being capable of moving against the return force of the helical spring from back to front and from front to back between the retracted rest position thereof and the protruding working position thereof, wherein the area for grasping the actuating rod comprises a first cylindrical portion with a first diameter, said area for grasping is extended by a second cylindrical portion with a second diameter that is less than the first diameter, the actuating area being formed by a third cylindrical portion with a third diameter that is less than the second diameter, the cap being arranged in a fixed manner on the base and delimiting, with the third cylindrical portion of the actuating rod , a third cylindrical housing inside which the helical spring is positioned in a coaxial manner, the helical spring bearing against the cap at a front end, and against a first shoulder formed on the actuating rod in a connection area between the second cylindrical portion and the first cylindrical portion of said actuating rod at a rear end, the third cylindrical portion projecting from the cap at the front end of the actuating tool and being surrounded by the end portion of the cap , which is also cylindrical.
A computer-implemented method for identifying a single photon emitting molecule from photon emissions recorded in image data, comprising: a) inputting a time sequence of intensity of a spot from the image data; characterised by : b) forming a line chart of time and intensity of the spot according to the time sequence, wherein the line chart consists of a plurality of line segments; c) dividing the line chart into a plurality of grids in an array, counting the number of the line segments and/or ends of the line segments in each grid; d) subjecting the divided line chart to an erosion with a line structuring element according to numbers corresponding to the grids to transform the divided line chart to a simplified image, the simplified image containing grids with a first value or a second value; e) subjecting the simplified image to run-length coding to indicate connected domains; f) calculating an area of each connected domain and determining that the connected domain corresponds to a single molecule if the area of the connected domain is greater than a first predetermined threshold. a) inputting a time sequence of intensity of a spot from the image data; characterised by : b) forming a line chart of time and intensity of the spot according to the time sequence, wherein the line chart consists of a plurality of line segments; c) dividing the line chart into a plurality of grids in an array, counting the number of the line segments and/or ends of the line segments in each grid; d) subjecting the divided line chart to an erosion with a line structuring element according to numbers corresponding to the grids to transform the divided line chart to a simplified image, the simplified image containing grids with a first value or a second value; e) subjecting the simplified image to run-length coding to indicate connected domains; f) calculating an area of each connected domain and determining that the connected domain corresponds to a single molecule if the area of the connected domain is greater than a first predetermined threshold.
An electronic device comprising: circuitry configured to perform control in a manner that a Physical Layer Convergence Protocol (PLCP) header format is selected from a plurality of PLCP header formats; and append the selected PLCP header to a physical layer packet for transmission, wherein the circuitry is configured to select the PLCP header format from the plurality of PLCP header formats based on one or more of a capability of another electronic device that is a destination of the packet, a quality of communication with another electronic device that is a destination of the packet, report information transmitted from another electronic device, and notification information transmitted from another electronic device to the electronic device, wherein the PLCP header includes an identifier for identifying a network to which the electronic device belongs and a packet detection condition for detecting the packets. circuitry configured to perform control in a manner that a Physical Layer Convergence Protocol (PLCP) header format is selected from a plurality of PLCP header formats; and append the selected PLCP header to a physical layer packet for transmission, wherein the circuitry is configured to select the PLCP header format from the plurality of PLCP header formats based on one or more of a capability of another electronic device that is a destination of the packet, a quality of communication with another electronic device that is a destination of the packet, report information transmitted from another electronic device, and notification information transmitted from another electronic device to the electronic device, wherein the PLCP header includes an identifier for identifying a network to which the electronic device belongs and a packet detection condition for detecting the packets.
An enveloping structure for a car body of a rail vehicle, comprising at least one enveloping profile , an inner wall and an outer wall , wherein at least one strut connecting the inner wall and the outer wall is provided, wherein a stiffening element stiffening the enveloping structure at least in sections is provided, which stiffening element is inserted between the outer wall and the inner wall in a positive-locking manner, characterized in that the stiffening element surrounds the strut .
Pump arrangement at least comprising a first housing in which there is arranged in a rotatably mounted manner at least one first drive means for delivering a fluid , wherein a first drive shaft of the first drive means extends at least through a first side wall of the first housing along an axial direction , wherein, outside the first housing , at least one first rotor of a first axial flux electric drive is arranged on the first drive shaft , wherein the first axial flux electric drive has only one stator ; wherein, outside the first housing , the first drive shaft is not mounted or is mounted by way of at least one bearing , which exclusively accommodates forces acting in the axial direction .
Mute for recorder consisting of a convex sheet that has removable fixing means to the recorder mouth , said sheet is intended to be inserted in the recorder window , and its thickness is less than the length of the recorder window measured in the direction of the revolution axis of the recorder, the width of said sheet is less than the length of the sharp edge of the revolution bevel, and the length of said sheet is greater than the radial distance between the outer surface of the recorder mouth and the sharp edge of the recorder bevel , and the face of said sheet intended to be facing the recorder mouth is convex from the point of view of said mouth, characterized in that the fixing means are two bands with the form of an arc of circumference and the sheet is in direct contact with the bands and wherein the plane of the sheet and the plane given by the arc of circumference of the bands are parallel.
Sole for footwear, comprising at least one body and at least one insertable element , in which said at least one body comprises an upper surface intended, in use, to come into contact with the user's foot or with a midsole or insole of a shoe and a lower surface intended, in use, to come into contact at least partially with the external environment or with the ground, said body having a certain thickness (S), in which said sole and/or said surfaces comprise at least a front portion or area of the forefoot , at least a rear portion or area of the rearfoot and at least an intermediate portion or area of the midfoot which connects said front portion with said rear portion , said sole and/or said at least one body comprising, at at least said at least one front portion or area of the forefoot and/or said at least one rear portion or area of the rearfoot , at least one through opening , said at least one through opening crossing the thickness of said sole , extending from said upper surface to said lower surface , wherein said at least one insertable element comprising an upper surface , intended, in use, to come into contact with the user's foot or with a midsole or insole of a shoe, a lower surface , suitable in use to come into contact with said upper surface of said body , and a thickness , wherein said at least one insertable element can be inserted at least partially into said at least one through opening .
A method for operating an electronic device based on touch pressure, the method comprising: determining touch pressure caused by a touch occurring on a display unit; comparing the touch pressure with predefined damage data; determining an abnormal touch pressure based on a result of the comparing of the touch pressure with the predefined damage data; and performing a predefined specific process when the touch pressure is determined to be the abnormal touch pressure, the method being characterized in that the performing the predefined process includes outputting a compensated image for improving image distortion to a specific location of the display unit at which the abnormal touch pressure is exerted. determining touch pressure caused by a touch occurring on a display unit; comparing the touch pressure with predefined damage data; determining an abnormal touch pressure based on a result of the comparing of the touch pressure with the predefined damage data; and performing a predefined specific process when the touch pressure is determined to be the abnormal touch pressure, the method being characterized in that the performing the predefined process includes outputting a compensated image for improving image distortion to a specific location of the display unit at which the abnormal touch pressure is exerted.
Device for holding a draw and buffing device of a coupling in particular of a rail vehicle, having a box-shaped spacer element , which is connected on the front side to a support element , which supports a drawbar in an articulated manner, and is produced in one piece by casting together with the supporting element , which supports the drawbar , characterized in that the box-shaped spacer element is provided as a distance bridging means, which can be fastened on the rear side in a vehicle recess of a vehicle body of the rail vehicle, whereby the spacer element , which can be fixed by fastening means in the vehicle body of the rail vehicle, being formed on both sides next to the support element in each case with a stop face and on the rear side with at least one wedge face, whereby the respective stop face extending transversely with respect to the longitudinal axis of the drawbar along a side face.
Method for hybrid use of a touch-sensitive display unit of a means of transport comprising the following steps: - displaying display elements on a second display unit , - setting the second display unit to a state of reduced energy consumption, - removing the display elements from the second display unit , - displaying the display elements representing an amount of information on a first touch-sensitive display unit , - detecting the approach of a user to the first touch-sensitive display unit and, in response thereto, - displaying control elements representing a range of functions in place of the display elements on the first touch-sensitive display unit , wherein - in contrast to the display elements , the control elements serve to receive user interactions, which affect a range of functions represented by the control elements . - displaying display elements on a second display unit , - setting the second display unit to a state of reduced energy consumption, - removing the display elements from the second display unit , - displaying the display elements representing an amount of information on a first touch-sensitive display unit , - detecting the approach of a user to the first touch-sensitive display unit and, in response thereto, - displaying control elements representing a range of functions in place of the display elements on the first touch-sensitive display unit , wherein - in contrast to the display elements , the control elements serve to receive user interactions, which affect a range of functions represented by the control elements .