mhurhangee/patent-ind-claim-en huggingface dataset:
An easy-to-remove member, applied to a battery of an electronic device , comprises: a first surface including: a weak adhesive portion to be bonded with a bottom surface of the battery ; and a strong adhesive portion to be bonded with a top surface of the battery , wherein a separating structure is arranged at a boundary between the weak adhesive portion and the strong adhesive portion , the separating structure is to separate the easy-to-remove member into a first body and a second body , the first body corresponds to the weak adhesive portion , which comprises a first adhesive-free portion , and the second body corresponds to the strong adhesive portion ; and a second surface, wherein at least a part of the second surface of the first body is to be bonded with an inner wall of a battery cabin of the electronic device , and the second surface of the second body is to be attached to the inner wall of the battery cabin ; characterized in that : the easy-to-remove member also comprises a second adhesive-free portion that is uncoated with adhesive, and the second adhesive-free portion is located at an edge of the strong adhesive portion . a first surface including: a weak adhesive portion to be bonded with a bottom surface of the battery ; and a strong adhesive portion to be bonded with a top surface of the battery , wherein a separating structure is arranged at a boundary between the weak adhesive portion and the strong adhesive portion , the separating structure is to separate the easy-to-remove member into a first body and a second body , the first body corresponds to the weak adhesive portion , which comprises a first adhesive-free portion , and the second body corresponds to the strong adhesive portion ; and a weak adhesive portion to be bonded with a bottom surface of the battery ; and a strong adhesive portion to be bonded with a top surface of the battery , wherein a separating structure is arranged at a boundary between the weak adhesive portion and the strong adhesive portion , the separating structure is to separate the easy-to-remove member into a first body and a second body , the first body corresponds to the weak adhesive portion , which comprises a first adhesive-free portion , and the second body corresponds to the strong adhesive portion ; and a second surface, wherein at least a part of the second surface of the first body is to be bonded with an inner wall of a battery cabin of the electronic device , and the second surface of the second body is to be attached to the inner wall of the battery cabin ; the easy-to-remove member also comprises a second adhesive-free portion that is uncoated with adhesive, and the second adhesive-free portion is located at an edge of the strong adhesive portion .
An ultrasonic detection assembly for detecting a characteristic in a non-planar test object , the ultrasonic detection assembly including: a phased array probe arranged to be positioned in proximity to a peripheral surface of the test object , the phased array probe including a plurality of transducer elements and being configured to transmit a sound beam into the test object , wherein the sound beam is movable by the phased array probe within the test object to detect the characteristic ; and an adjustment structure positioned between the phased array probe and the test object , the adjustment structure including a first surface that substantially matches a shape of an inspection surface of the phased array probe and an opposing concave second surface that substantially matches a shape of a non-planar peripheral surface of the test object ; characterized in that the phased array probe has an inspection surface with a circular shape associated with the plurality of transducer elements wherein the plurality of transducer elements are linearly segmented with parallel spaces extending linearly across the inspection surface between separately provided transducer elements forming a linear array. a phased array probe arranged to be positioned in proximity to a peripheral surface of the test object , the phased array probe including a plurality of transducer elements and being configured to transmit a sound beam into the test object , wherein the sound beam is movable by the phased array probe within the test object to detect the characteristic ; and an adjustment structure positioned between the phased array probe and the test object , the adjustment structure including a first surface that substantially matches a shape of an inspection surface of the phased array probe and an opposing concave second surface that substantially matches a shape of a non-planar peripheral surface of the test object ; characterized in that the phased array probe has an inspection surface with a circular shape associated with the plurality of transducer elements wherein the plurality of transducer elements are linearly segmented with parallel spaces extending linearly across the inspection surface between separately provided transducer elements forming a linear array.
A method of forming a visible flexible facing layer for creating a visible appearance of a facing wall-surface of a walled structure , the method comprising the steps of: a] providing a flexible porous support substrate on a support ; b] creating a wet mixture using a powdered aggregate formed at least in part from solid particulate material and mixed with a binding agent; c] applying the wet mixture to the flexible support substrate using a control template to form a plurality of spaced-apart wall-tile slips which at least in part permeate the flexible porous support substrate ; and characterised by the steps of: d] curing the wall-tile slips to the flexible porous support substrate to form a tile sheet of the visible flexible facing layer having flexible wall-tile slips , wherein the wall-tile slips remain flexible once set; and e] folding, rolling or furling the visible flexible facing layer for storage and/or transportation. a] providing a flexible porous support substrate on a support ; b] creating a wet mixture using a powdered aggregate formed at least in part from solid particulate material and mixed with a binding agent; c] applying the wet mixture to the flexible support substrate using a control template to form a plurality of spaced-apart wall-tile slips which at least in part permeate the flexible porous support substrate ; and characterised by the steps of: d] curing the wall-tile slips to the flexible porous support substrate to form a tile sheet of the visible flexible facing layer having flexible wall-tile slips , wherein the wall-tile slips remain flexible once set; and e] folding, rolling or furling the visible flexible facing layer for storage and/or transportation.
A data processing method, comprising receiving , by an access network device, first information sent by a core network device, wherein the first information is used for indicating one type of the following information: security processing is required to be performed on the to-be-processed data, security processing is not needed to be performed on the to-be-processed data, and security processing is preferred to be performed on the to-be-processed data; and determining , by the access network device according to the first information, whether to perform security processing on to-be-processed data. receiving , by an access network device, first information sent by a core network device, wherein the first information is used for indicating one type of the following information: security processing is required to be performed on the to-be-processed data, security processing is not needed to be performed on the to-be-processed data, and security processing is preferred to be performed on the to-be-processed data; and determining , by the access network device according to the first information, whether to perform security processing on to-be-processed data.
Oil in Water (O/W) emulsion comprising, in a physiologically acceptable medium: - at least one UV filter; - an emulsion stabilizing and viscosity controlling agent; - a gelling agent; wherein it further comprises at least: - two chelating agents selected from alphacyclodextrin (CavamaxTM W6 Food) and trisodium Ethylenediamine Disuccinate (NatrlquestTM E30); and - a surfactant. - at least one UV filter; - an emulsion stabilizing and viscosity controlling agent; - a gelling agent; - two chelating agents selected from alphacyclodextrin (CavamaxTM W6 Food) and trisodium Ethylenediamine Disuccinate (NatrlquestTM E30); and - a surfactant.
A vehicle comprising: a secondary battery that is mounted as a power source in the vehicle ; and a display device configured to display, to a user of the vehicle , an index indicating a larger value the less the secondary battery is deteriorated and to display a maximum value of the index until a predetermined condition has been satisfied, wherein the predetermined condition is satisfied when a total travel distance of the vehicle has reached a predetermined distance or when the vehicle is delivered to the user, and the index is at least one of a capacity retention ratio of the secondary battery and a travelable distance over which the vehicle is able to travel with electric power stored in the secondary battery , characterized in that the vehicle further comprises a control device configured to control the display device , the control device is configured to receive a full charging capacity of the secondary battery from a device provided outside the vehicle when the vehicle is delivered to the user and to set the capacity retention ratio of the secondary battery corresponding to the received full charging capacity to 100%. a secondary battery that is mounted as a power source in the vehicle ; and a display device configured to display, to a user of the vehicle , an index indicating a larger value the less the secondary battery is deteriorated and to display a maximum value of the index until a predetermined condition has been satisfied, wherein the predetermined condition is satisfied when a total travel distance of the vehicle has reached a predetermined distance or when the vehicle is delivered to the user, and the index is at least one of a capacity retention ratio of the secondary battery and a travelable distance over which the vehicle is able to travel with electric power stored in the secondary battery , the predetermined condition is satisfied when a total travel distance of the vehicle has reached a predetermined distance or when the vehicle is delivered to the user, and when a total travel distance of the vehicle has reached a predetermined distance or when the vehicle is delivered to the user, and the index is at least one of a capacity retention ratio of the secondary battery and a travelable distance over which the vehicle is able to travel with electric power stored in the secondary battery , characterized in that the vehicle further comprises a control device configured to control the display device , the control device is configured to receive a full charging capacity of the secondary battery from a device provided outside the vehicle when the vehicle is delivered to the user and to set the capacity retention ratio of the secondary battery corresponding to the received full charging capacity to 100%.
A method performed by a network node , for detecting a false base station in a communications network , which network node operates in the communication network and wherein the network node is adapted to serve a network device via a serving Radio Access, RA, node, characterized in that the method comprises: - sending a message to a network device , which message comprises configuration data configuring the network device to perform measurements in order to collect information transmitted by network nodes in a surrounding area of the network device , - receiving a message comprising measurement reports from the network device according to the configuration, - sending , upon detecting a difference between the received first information and predetermined target information, a second message to the network device configuring the network device to collect secondary information, and receiving a message from the network device comprising secondary information in a measurement report; - comparing the received secondary information in the measurement reports with a predetermined secondary target information in order to detect differences between the received secondary information and the predetermined secondary target information, and - providing an indication that a false base station is present when a difference between the received secondary information in the measurement report and a predetermined secondary target information is detected. - sending a message to a network device , which message comprises configuration data configuring the network device to perform measurements in order to collect information transmitted by network nodes in a surrounding area of the network device , - receiving a message comprising measurement reports from the network device according to the configuration, - sending , upon detecting a difference between the received first information and predetermined target information, a second message to the network device configuring the network device to collect secondary information, and receiving a message from the network device comprising secondary information in a measurement report; - comparing the received secondary information in the measurement reports with a predetermined secondary target information in order to detect differences between the received secondary information and the predetermined secondary target information, and - providing an indication that a false base station is present when a difference between the received secondary information in the measurement report and a predetermined secondary target information is detected.
A reciprocating work machine provided with a motor , a striking mechanism reciprocating by power of the motor and striking a tool , and a housing accommodating the motor and the striking mechanism , the reciprocating work machine comprising: a resin handle operably connected to the housing ; an elastic body provided between the housing and the handle and expanding and contracting in a reciprocating direction of the striking mechanism when the handle is operated relative to the housing ; and a weight provided to the handle and made of a material having a density higher than each of a density of a material constituting the handle and a density of a material constituting the housing , wherein the elastic body is supported by the housing and the handle , and is a spring that is sandwiched by the housing and the handle and the weight is fixed to the handle and supports an end portion of the spring in an expansion and contraction direction, each of the weight and the spring is made of a metal, the weight includes: a base portion supporting an end of the spring ; a pair of arm portions extending from the base portion in the axial direction (A1); and a recessed portion formed between the pair of arm portions , and the spring is arranged in the recessed portion . a resin handle operably connected to the housing ; an elastic body provided between the housing and the handle and expanding and contracting in a reciprocating direction of the striking mechanism when the handle is operated relative to the housing ; and a weight provided to the handle and made of a material having a density higher than each of a density of a material constituting the handle and a density of a material constituting the housing , wherein the elastic body is supported by the housing and the handle , and is a spring that is sandwiched by the housing and the handle and the weight is fixed to the handle and supports an end portion of the spring in an expansion and contraction direction, each of the weight and the spring is made of a metal, the weight includes: a base portion supporting an end of the spring ; a pair of arm portions extending from the base portion in the axial direction (A1); and a recessed portion formed between the pair of arm portions , and the spring is arranged in the recessed portion . a base portion supporting an end of the spring ; a pair of arm portions extending from the base portion in the axial direction (A1); and a recessed portion formed between the pair of arm portions , and the spring is arranged in the recessed portion .
A wireless electrical energy transmission link based on coupled resonant circuits between a source unit and at least one load comprising: at least one first capacitance (C1) and at least one first inductance (L1) which together form at least a part of a first resonant circuit and radiate electrical power, at least one second capacitance (C2) and at least one second inductance (L2) which together form at least a portion of a second resonant circuit to receive at least a portion of the power radiated from the first resonant circuit and couple at least a portion thereof to the at least one load, at least one detector for detecting a coupling condition of the coupled resonant circuits and is characterized, that at least one control circuit either interrupts, minimizes or continues power transmission at a different transmission frequency between the source unit and the at least one load responsive to at least one of the detected critical and overcritical coupling condition. at least one first capacitance (C1) and at least one first inductance (L1) which together form at least a part of a first resonant circuit and radiate electrical power, at least one second capacitance (C2) and at least one second inductance (L2) which together form at least a portion of a second resonant circuit to receive at least a portion of the power radiated from the first resonant circuit and couple at least a portion thereof to the at least one load, at least one detector for detecting a coupling condition of the coupled resonant circuits and is characterized, that at least one control circuit either interrupts, minimizes or continues power transmission at a different transmission frequency between the source unit and the at least one load responsive to at least one of the detected critical and overcritical coupling condition.
A method for enabling the pre-treatment and dyeing processes applied to cellulosic products used in the production of textile products such as towels, bathrobes to be carried out in a single bath, wherein it comprises the following steps; a) heating the water located in the said bath to 60°C, b) placing the cellulosic product into the heated water bath and adding a wetting agent to ensure that the product is wetted homogeneously, c) preparing the pre-treatment bath by adding the mixture of amylase, cellulase, pectinase and cationizing agent prepared by pre-mixing, d) treating the cellulosic product in the bath with a pH value of 6-6,5 for 45 minutes, e) after the pre-treatment process is completed, adding to the same bath the natural dyestuffs and mordant substances allowing the dyestuff to be bonded with the cellulosic product, f) performing the dyeing process by increasing the temperature to 95°C. a) heating the water located in the said bath to 60°C, b) placing the cellulosic product into the heated water bath and adding a wetting agent to ensure that the product is wetted homogeneously, c) preparing the pre-treatment bath by adding the mixture of amylase, cellulase, pectinase and cationizing agent prepared by pre-mixing, d) treating the cellulosic product in the bath with a pH value of 6-6,5 for 45 minutes, e) after the pre-treatment process is completed, adding to the same bath the natural dyestuffs and mordant substances allowing the dyestuff to be bonded with the cellulosic product, f) performing the dyeing process by increasing the temperature to 95°C.
A method of providing, by a network to a user equipment (UE) device, a transmission grant , the method comprising: initiating a process to provide the transmission grant for a transmission within a particular timing window; verifying that there is no cancellation indication that overlaps the particular timing window; and providing by the network , based on the verifying that there is no cancellation indication that overlaps, the transmission grant to the UE device; and not providing by the network to a UE device the transmission grant , based on the verifying that there is the cancellation indication that overlaps. initiating a process to provide the transmission grant for a transmission within a particular timing window; verifying that there is no cancellation indication that overlaps the particular timing window; and providing by the network , based on the verifying that there is no cancellation indication that overlaps, the transmission grant to the UE device;
A fertilizer core particle comprising an outer surface and comprising one or more fertilizer additives, one or more extrudable binders, hydroxypropyl methylcellulose, and one or more pH buffering agents, wherein the fertilizer core particle is an extruded fertilizer core particle that comprises from 10 wt % to 99 wt % of the one or more extrudable binders and from more than 0 wt % to 5 wt % of the hydroxypropyl methylcellulose.
A curable aqueous formulation comprising a) an emulsion polymer with 5 to 20 weight percent acid monomers, based on the weight of the emulsion polymer; b) an oxazoline-containing polymer; and c) an aqueous acrylic polymer dispersion with 40 to 100 weight percent acid monomers and having a weight average molecular weight in the range of from 2000 to 500000. a) an emulsion polymer with 5 to 20 weight percent acid monomers, based on the weight of the emulsion polymer; b) an oxazoline-containing polymer; and c) an aqueous acrylic polymer dispersion with 40 to 100 weight percent acid monomers and having a weight average molecular weight in the range of from 2000 to 500000.