mhurhangee/patent-ind-claim-en huggingface dataset:
A swim chest strap comprising a first ECG signal collection electrode and a second signal collection electrode for collection of ECG signals in conductive water such as sea water or chlorinated water during swimming or water sports, wherein each signal collection electrode comprises a signal collection pad having a skin contact portion, a signal output portion comprising a signal output pad which includes a signal output terminal, and an elongate bridging portion interconnecting the signal collection pad and the signal output pad; wherein the signal collection pad, the signal output pad and the bridging portion are integrally moulded of carbonized rubber which is a flexible, conductive and resilient material; wherein the signal output portion is exposed for making external electrical contact and comprises a signal output terminal for outputting collected ECG signals; and wherein resistance between the skin contact portion and the signal output terminal is less than 500 ohms. wherein each signal collection electrode comprises a signal collection pad having a skin contact portion, a signal output portion comprising a signal output pad which includes a signal output terminal, and an elongate bridging portion interconnecting the signal collection pad and the signal output pad; wherein the signal collection pad, the signal output pad and the bridging portion are integrally moulded of carbonized rubber which is a flexible, conductive and resilient material; wherein the signal output portion is exposed for making external electrical contact and comprises a signal output terminal for outputting collected ECG signals; and wherein resistance between the skin contact portion and the signal output terminal is less than 500 ohms.
An amplification optical fiber , which has a core and a clad covering the core , wherein the core propagates light with a predetermined wavelength in at least an LP01 mode, an LP02 mode, and an LP03 mode, wherein when the LP01 mode, the LP02 mode, and the LP03 mode are standardized by power, in at least a part of a region where the intensity of the LP01 mode is larger than the intensity of the LP02 mode and in at least a part of a region where the intensity of the LP01 mode is larger than the intensity of the LP03 mode, an active element capable of emitting said light with said predetermined wavelength being added to the core at a higher concentration than the central portion of the core , and following formulae and are satisfied: ∫ 0 b n r × I 01 r − I 02 r rdr > 0 ∫ 0 b n r × I 01 r − I 03 r rdr > 0 (where r represents a distance from the center in the radial direction of the core, I 01 (r) represents intensity in the distance r from the center in the radial direction of the core in the LP01 mode, I 02 (r) represents intensity in the distance r from the center in the radial direction of the core in the LP02 mode, I 03 (r) represents intensity in the distance r from the center in the radial direction of the core in the LP03 mode, n(r) represents an additive concentration of the active element in the distance r from the center in the radial direction of the core, and b represents a radius of the core.)
A photoelectric sensor for detecting an object, comprising: a driving pulse generating unit, generating a driving pulse of different cycles; a light-emitting part , receiving the driving pulse to emit a light corresponding to the driving pulse; a light receiving part , receiving the light which is from the light-emitting part to generate a light receiving signal; an output unit , processing the light receiving signal to output a detection signal; and a control unit , controlling, when triggered by a variation of the detection signal, the driving pulse generating unit to generate a specified number of second driving pulses of a duty cycle (T1) to generate a pulse signal of the duty cycle, and otherwise controlling the driving pulse generating unit to generate first driving pulses with a sleep cycle (T2) to generate a pulse signal of the sleep cycle, the photoelectric sensor being characterized in that the pulse signal of the duty cycle (T1) is formed by alternating a pulse with a first cycle (T11) and a pulse with a second cycle (T12), wherein the second cycle (T12) has a length different to the length of the first cycle (T11), and an average length of the first and second cycles (T11, T12) is defined as the length of the duty cycle (T1), and said length of the duty cycle (T1) is shorter than the length of the sleep cycle (T2). a driving pulse generating unit, generating a driving pulse of different cycles; a light-emitting part , receiving the driving pulse to emit a light corresponding to the driving pulse; a light receiving part , receiving the light which is from the light-emitting part to generate a light receiving signal; an output unit , processing the light receiving signal to output a detection signal; and a control unit , controlling, when triggered by a variation of the detection signal, the driving pulse generating unit to generate a specified number of second driving pulses of a duty cycle (T1) to generate a pulse signal of the duty cycle, and otherwise controlling the driving pulse generating unit to generate first driving pulses with a sleep cycle (T2) to generate a pulse signal of the sleep cycle, the photoelectric sensor being characterized in that the pulse signal of the duty cycle (T1) is formed by alternating a pulse with a first cycle (T11) and a pulse with a second cycle (T12), wherein the second cycle (T12) has a length different to the length of the first cycle (T11), and an average length of the first and second cycles (T11, T12) is defined as the length of the duty cycle (T1), and said length of the duty cycle (T1) is shorter than the length of the sleep cycle (T2).
A method for controlling the place shifting of media content from a local user device, comprising a place shifting device for place shifting media content, from a place shifting output, over a network to a remote user device for outputting content to a user, the method comprising the steps of: - receiving, at the local user device: - media content to be place shifted; and - a user command to place shift the received media content to the remote user device; characterised in that the method further comprises the steps of: - receiving, at the local user device, a place shift enabled parameter, containing data associated with the received media content and indicative of whether the received media content is authorised to be place shifted; - determining, by analysing the place shift enabled parameter, whether the received media content is authorised to be place shifted; and - allowing or impairing the place shifting of the received content to the remote user device based on the determination; - wherein the local user device further comprises one or more analogue or digital outputs for providing media content to a display; - the method further comprising encoding in the media content, by applying a first watermark, data indicative of whether the media content is authorised to be place shifted, such that if content is subsequently place shifted after output from the analogue or digital outputs the content includes the encoded first watermark. - receiving, at the local user device: - media content to be place shifted; and - a user command to place shift the received media content to the remote user device; - media content to be place shifted; and - a user command to place shift the received media content to the remote user device; - receiving, at the local user device, a place shift enabled parameter, containing data associated with the received media content and indicative of whether the received media content is authorised to be place shifted; - determining, by analysing the place shift enabled parameter, whether the received media content is authorised to be place shifted; and - allowing or impairing the place shifting of the received content to the remote user device based on the determination; - wherein the local user device further comprises one or more analogue or digital outputs for providing media content to a display; - the method further comprising encoding in the media content, by applying a first watermark, data indicative of whether the media content is authorised to be place shifted, such that if content is subsequently place shifted after output from the analogue or digital outputs the content includes the encoded first watermark.
A bisphenol-based resin obtainable by a reaction of (a) a bisphenol-based compound, (b) at least one selected from the group consisting of aminobenzenesulfonic acids, aminobenzenesulfonic acids wherein part of the hydrogen atoms of the aminobenzenesulfonic acid are replaced with an alkyl group, and aminobenzenesulfonic acids wherein the hydrogen atom of the sulfonic group -SO 3 H is replaced with an alkali metal, and (c) paraformaldehyde, characterized in that the content of a structural unit that is obtainable by a reaction of the component (a), the component (b) and the component (c) and also has a benzoxazine ring is 15 mass% or less, the amount of the component (c) is 2.5 mol or less in terms of formaldehyde with respect to 1 mol of the component (a), and the structural unit having a benzoxazine ring is represented by the following general formula (I): wherein X 1 represents a divalent group; R 11 and R 12 each independently represent an alkali metal or a hydrogen atom; n1 represents an integer of 1 to 3; and a hydrogen atom that is directly bonded to a carbon atom constituting a benzene ring may be substituted with an alkyl group or a methylol group.
A floor brush, comprising a housing and a rolling brush and a wind wheel assembly disposed in the housing, the wind wheel assembly being connected to the rolling brush through a transmission assembly , and the wind wheel assembly comprising a rotating shaft and a wind wheel body disposed on the rotating shaft , a deceleration apparatus is associated with the wind wheel assembly to limit a rotation speed of the wind wheel assembly , and the deceleration apparatus comprises a moving portion associated with the rotating shaft of the wind wheel assembly and rotatable as the wind wheel assembly rotates and a stationary portion disposed on a radially outer portion of the moving portion and spaced apart relative to the moving portion , the moving portion having a brake portion configured to come into contact with the stationary portion and generating sliding friction under an action of a centrifugal force of rotation characterized in that the moving portion further comprises a fixed limb , a free end , and a connecting portion connecting the fixed limb with the free end, wherein the fixed limb is fixedly connected to the rotating shaft , when the rotating shaft rotates, the free end is movable along a direction away from a centre of the rotating shaft, and the brake portion is located on the free end .
A cascade impactor comprising a first stage including a plate with fixed bores as a gas inlet and at least one first baffle with a variable distance to the plate , and at least one second stage arranged downstream of the first baffle and comprising a fixed second baffle , characterized in that the gas impinges vertically onto the second baffle and the gas flows off the second baffle in two opposite directions.
Balancing system for a rotating spindle of a machine tool ; the balancing system includes: • a rotating part connected to the spindle and comprising • at least one balancing head with at least one balancing mass which is eccentrically arranged with respect to a rotation axis , and at least one electric motor which is adapted to adjust the position of the balancing mass ; • at least one vibration sensor ; and • a control system comprising at least one hardware and at least one software adapted to be executed by the hardware ; • a stationary part with processing and control electronics ; and • a two-way contactless communication system which is adapted to establish a communication between the control system and the processing and control electronics ; the balancing system is characterized in that the software of the control system comprises: - a management application that is configured to perform the whole management of the balancing head and of the vibration sensor during the normal operation; and - a service application that, when the control system is powered after a suspension of the power supply, starts up automatically and is configured to either start the management application or overwrite the existing version of the management application with a new version of the management application . • a rotating part connected to the spindle and comprising • at least one balancing head with at least one balancing mass which is eccentrically arranged with respect to a rotation axis , and at least one electric motor which is adapted to adjust the position of the balancing mass ; • at least one vibration sensor ; and • a control system comprising at least one hardware and at least one software adapted to be executed by the hardware ; • at least one balancing head with at least one balancing mass which is eccentrically arranged with respect to a rotation axis , and at least one electric motor which is adapted to adjust the position of the balancing mass ; at least one balancing mass which is eccentrically arranged with respect to a rotation axis , and at least one electric motor which is adapted to adjust the position of the balancing mass ; • at least one vibration sensor ; and • a control system comprising at least one hardware and at least one software adapted to be executed by the hardware ; • a stationary part with processing and control electronics ; and • a two-way contactless communication system which is adapted to establish a communication between the control system and the processing and control electronics ; - a management application that is configured to perform the whole management of the balancing head and of the vibration sensor during the normal operation; and - a service application that, when the control system is powered after a suspension of the power supply, starts up automatically and is configured to either start the management application or overwrite the existing version of the management application with a new version of the management application .
Fructus schisandrae total polysaccharides for use in the treatment of cough, characterized in that the Fructus schisandrae total polysaccharides are prepared by the following steps: pulverizing Fructus schisandrae, and degreasing the pulverized Fructus schisandrae with petroleum ether; decocting the degreased Fructus schisandrae three times using water at a ratio of the degreased Fructus schisandrae to water of 1:8 to produce a decocted liquid; concentrating the decocted liquid to produce a concentrated solution, and then precipitating and filtering the concentrated solution using 80% ethanol; deproteinizing the filtered product through a precipitation enzymatic method, and decoloring the deproteinized product with active carbon; and repeatedly washing the resulting product using 80% ethanol and drying the resulting product to obtain the Fructus schisandrae total polysaccharides, wherein based on D-glucose, the content of polysaccharides in the Fructus schisandrae total polysaccharides is 89%. pulverizing Fructus schisandrae, and degreasing the pulverized Fructus schisandrae with petroleum ether; decocting the degreased Fructus schisandrae three times using water at a ratio of the degreased Fructus schisandrae to water of 1:8 to produce a decocted liquid; concentrating the decocted liquid to produce a concentrated solution, and then precipitating and filtering the concentrated solution using 80% ethanol; deproteinizing the filtered product through a precipitation enzymatic method, and decoloring the deproteinized product with active carbon; and repeatedly washing the resulting product using 80% ethanol and drying the resulting product to obtain the Fructus schisandrae total polysaccharides, wherein based on D-glucose, the content of polysaccharides in the Fructus schisandrae total polysaccharides is 89%.
A leisure furniture with a backrest and footrest with a unit in the form of a footrest attachment mechanism and a backrest attachment mechanism for the change of the position of the backrest and the footrest, characterized in that the footrest attachment mechanism has two pantograph mechanisms, each in the form of a pantograph lower arm and a pantograph upper arm , to which, at their front edges footrest bases of the furniture are attached in a rotating manner, and the pantograph lower arm at the opposite edge is attached in a rotating manner to a pantograph front connector , which in its centre zone is attached in a rotating manner to the pantograph upper arm , and in its end zone to a pantograph support mounted in the leisure furniture frame, to which also a pantograph rear connector , connected in the centre zone in a rotating manner with the end of the pantograph lower arm , whereas in the end zone the pantograph rear connector has a rotationally mounted a footrest rear arm for the connection with the second pantograph rear connector , whereas the pantograph lower arms of both pantographs are connected in their centre zones with a footrest front arm , moreover the footrest rear arm is connected by a pull rod attached in a rotating manner to the edge of a backrest attachment mechanism arm , mounted in a rotating manner approximately in the middle zone at a base plate support of the backrest attachment mechanism, whereas from the second edge to an axis embedded in the supports of the base plate of the backrest mounting support mechanism, whereas the supports have a backrest arm placed on the axis , connected with the backrest support axis .
Method for cleaning and/or refreshing items of clothing with the aid of a plasma appliance by way of a user, characterised by the following steps: - selecting an item of clothing to be cleaned and/or scanning the item of clothing to be cleaned by means of an external display unit by way of the user, - specifying a start point of a desired cleaning region and/or cleaning path , - beginning the cleaning and/or the refreshing of the item of clothing , - displaying cleaned and/or refreshed regions of the item of clothing on the external display unit. - selecting an item of clothing to be cleaned and/or scanning the item of clothing to be cleaned by means of an external display unit by way of the user, - specifying a start point of a desired cleaning region and/or cleaning path , - beginning the cleaning and/or the refreshing of the item of clothing , - displaying cleaned and/or refreshed regions of the item of clothing on the external display unit.
A method of manufacturing a can lid composed of a composite material comprising at least one sheet metal part , in particular an aluminum part or a tin plate part, and at least one plastic part , in particular composed of polypropylene or polyethylene terephthalate, wherein the plastic part and the sheet metal part are joined together by pressing together and by inductive heating, characterized in that a fully formed can lid part composed of sheet metal is joined together with a plastic film having a matched shape, wherein the can lid part is joined together with the plastic film on its one side and with a closure element on its other side that covers an opening region of the can lid and that is composed of plastic, and wherein both joining processes take place in one workstep. wherein the plastic part and the sheet metal part are joined together by pressing together and by inductive heating, characterized in that a fully formed can lid part composed of sheet metal is joined together with a plastic film having a matched shape, wherein the can lid part is joined together with the plastic film on its one side and with a closure element on its other side that covers an opening region of the can lid and that is composed of plastic, and wherein both joining processes take place in one workstep.
A modular retaining wall for retaining a material, the wall comprising concrete backer blocks for engagement with the material to be retained, the concrete backer blocks being stacked into a continuous rear wall portion ; concrete facing blocks to be exposed in the installed condition stacked into a continuous front wall portion ; the concrete facing blocks and the concrete backer blocks each have a front and back, connectors connecting each facing block with at least one backer block , the connectors having a length defining a distance between the front and back wall portions, the distance defining an intermediate hollow space; wherein the connectors each having at least two connecting ends in respective interlocking engagement with a facing block and a backer block and each of the facing and backer blocks having spaced apart retaining structures respectively receiving one of the connecting ends, wherein each facing block and at least one backer block are in a spaced apart back to back arrangement, characterized in that the intermediate hollow space is filled with a loose filler material; the facing blocks and the backer blocks each comprise a base width (W), and in that one of the facing blocks and the backer blocks comprises retaining structures spaced apart by one base width (1*W) and the other of the facing blocks and the backer blocks comprise retaining structures spaced apart by less than one base width (1*W). concrete backer blocks for engagement with the material to be retained, the concrete backer blocks being stacked into a continuous rear wall portion ; concrete facing blocks to be exposed in the installed condition stacked into a continuous front wall portion ; the concrete facing blocks and the concrete backer blocks each have a front and back, connectors connecting each facing block with at least one backer block , the connectors having a length defining a distance between the front and back wall portions, the distance defining an intermediate hollow space; wherein the connectors each having at least two connecting ends in respective interlocking engagement with a facing block and a backer block and each of the facing and backer blocks having spaced apart retaining structures respectively receiving one of the connecting ends, wherein each facing block and at least one backer block are in a spaced apart back to back arrangement, characterized in that the intermediate hollow space is filled with a loose filler material; the facing blocks and the backer blocks each comprise a base width (W), and in that one of the facing blocks and the backer blocks comprises retaining structures spaced apart by one base width (1*W) and the other of the facing blocks and the backer blocks comprise retaining structures spaced apart by less than one base width (1*W).
Supplemental kit for at least one workstation of twisting or cabling machines, workstations of the twisting or cabling machine having thread brakes particular to each workstation in order to produce a thread tension in the outer threads, comprising - a housing , by means of which the supplemental kit can be fastened to the walls of the workstation , - a thread delivery unit having at least one drive for rotating a thread friction wheel of the thread delivery unit , which drive is mounted in the housing with support by means of a bearing device and can be controlled in a defined manner, - a control device for controlling the drive , which control device is integrated into a present central control device of the twisting or cabling machine or is separate. - a housing , by means of which the supplemental kit can be fastened to the walls of the workstation , - a thread delivery unit having at least one drive for rotating a thread friction wheel of the thread delivery unit , which drive is mounted in the housing with support by means of a bearing device and can be controlled in a defined manner, - a control device for controlling the drive , which control device is integrated into a present central control device of the twisting or cabling machine or is separate.