mhurhangee/patent-ind-claim-en huggingface dataset:
A locking method, applied to an electronic device , wherein the electronic device comprises a processor , a low power communication circuit, and a locking control circuit, and the locking control circuit is capable of running when the electronic device is in a power-off state or a power-on state; and the method comprises: modifying (S301), by the locking control circuit, a state flag to a first state flag when the electronic device needs to be locked, wherein the state flag is used to indicate a state of the electronic device , and the state comprises whether the electronic device needs to be locked and whether the electronic device has already been locked; and the first state flag is used to indicate a state that the electronic device needs to be locked and is not locked; controlling (S302), by the locking control circuit, the electronic device to restart; reading (S303), by the processor , the state flag in a startup phase of the electronic device restart; and locking (S304), by the processor , the electronic device when the processor determines that the state flag is the first state flag, wherein the modifying, by the locking control circuit, a state flag to a first state flag when the electronic device needs to be locked comprises: receiving, by the locking control circuit, a locking instruction from a server through the low power communication circuit; and modifying, by the locking control circuit, the state flag to the first state flag. modifying (S301), by the locking control circuit, a state flag to a first state flag when the electronic device needs to be locked, wherein the state flag is used to indicate a state of the electronic device , and the state comprises whether the electronic device needs to be locked and whether the electronic device has already been locked; and the first state flag is used to indicate a state that the electronic device needs to be locked and is not locked; controlling (S302), by the locking control circuit, the electronic device to restart; reading (S303), by the processor , the state flag in a startup phase of the electronic device restart; and locking (S304), by the processor , the electronic device when the processor determines that the state flag is the first state flag, wherein the modifying, by the locking control circuit, a state flag to a first state flag when the electronic device needs to be locked comprises: receiving, by the locking control circuit, a locking instruction from a server through the low power communication circuit; and modifying, by the locking control circuit, the state flag to the first state flag. receiving, by the locking control circuit, a locking instruction from a server through the low power communication circuit; and modifying, by the locking control circuit, the state flag to the first state flag.
An apparatus, wherein the apparatus comprises a file managing application ; device management policy data ; and wherein the apparatus is configured to receive deadline data from a remote administration system , the deadline data including at least one time limit for use of at least one user file stored in the apparatus ; and the apparatus is configured to store the received deadline data in the device management policy data stored in one or more memories of the apparatus ; characterized in that the file managing application , run in the background, is configured to read the deadline data stored in the one or more memories and make said at least one user file in the apparatus inoperable for several users at and after the different time limits defined by the deadline data on the basis of user identification such that said at least one user file is inaccessible when made inoperable with respect to opening said at least one user file, modifying the contents of said at least one user file, storing said at least one user file in same or different folder, renaming said at least one user file, and/or deleting said at least one user file; and the file managing application is configured to check whether a user identification is approved or disapproved for access to the at least one file such that if the user identification is disapproved based on the deadline data, the user has no access to the at least one user file; and if the user identification is approved based on the deadline data, the user has access to the at least one user file. a file managing application ; device management policy data ; and wherein the apparatus is configured to receive deadline data from a remote administration system , the deadline data including at least one time limit for use of at least one user file stored in the apparatus ; and the apparatus is configured to store the received deadline data in the device management policy data stored in one or more memories of the apparatus ; characterized in that the file managing application , run in the background, is configured to read the deadline data stored in the one or more memories and make said at least one user file in the apparatus inoperable for several users at and after the different time limits defined by the deadline data on the basis of user identification such that said at least one user file is inaccessible when made inoperable with respect to opening said at least one user file, modifying the contents of said at least one user file, storing said at least one user file in same or different folder, renaming said at least one user file, and/or deleting said at least one user file; and the file managing application is configured to check whether a user identification is approved or disapproved for access to the at least one file such that if the user identification is disapproved based on the deadline data, the user has no access to the at least one user file; and if the user identification is approved based on the deadline data, the user has access to the at least one user file.
An absorbent sheet for pets comprising: a liquid-permeable top sheet ; a liquid-impermeable back sheet ; an absorbent core provided between the top sheet and the back sheet; a super absorbent polymer provided on the top sheet side relative to the absorbent core ; an antimicrobial and/or a bacteriostat in a powder form attached to a surface of the super absorbent polymer ; a colored area covered with the top sheet and visually recognizable from the top sheet side; and an aroma chemical provided on the top sheet side relative to the absorbent core; wherein an L*value of the colored area in an L*a*b*color system is 50 or less, and a total light transmittance of the top sheet is in a range of 40 to 80%, wherein an absorption rate of an absorbent material provided in the absorbent core is higher than an absorption rate of the super absorbent polymer , wherein the aroma chemical is included in cyclodextrin, and wherein the antimicrobial and/or the bacteriostat and the aroma chemical are provided in the same layer. a liquid-permeable top sheet ; a liquid-impermeable back sheet ; an absorbent core provided between the top sheet and the back sheet; a super absorbent polymer provided on the top sheet side relative to the absorbent core ; an antimicrobial and/or a bacteriostat in a powder form attached to a surface of the super absorbent polymer ; a colored area covered with the top sheet and visually recognizable from the top sheet side; and an aroma chemical provided on the top sheet side relative to the absorbent core; wherein an L*value of the colored area in an L*a*b*color system is 50 or less, and a total light transmittance of the top sheet is in a range of 40 to 80%, wherein an absorption rate of an absorbent material provided in the absorbent core is higher than an absorption rate of the super absorbent polymer , wherein the aroma chemical is included in cyclodextrin, and wherein the antimicrobial and/or the bacteriostat and the aroma chemical are provided in the same layer.
A method for transferring a useful layer onto a support comprising the following steps: - forming a fragilisation plane 2 by implanting light species in a first substrate 1, so as to form a useful layer 3 between this plane and a surface of the first substrate 1; - applying the support onto the surface of the first substrate so as to form an assembly to be fractured ; - fragilisation heat treating the assembly to be fractured ; - initiating and propagating a fracture wave in the first substrate along the fragilisation plane ; with the method being characterised in that : - the initiation of the fracture wave is located in a central zone of the fragilisation plane ; and - the propagation speed of the fracture wave is controlled so as to have a speed higher than one third of the speed of the acoustic wave; so that the interactions of the fracture wave with acoustic vibrations emitted during its initiation and/or its propagation are limited to a peripheral zone of the useful layer . - forming a fragilisation plane 2 by implanting light species in a first substrate 1, so as to form a useful layer 3 between this plane and a surface of the first substrate 1; - applying the support onto the surface of the first substrate so as to form an assembly to be fractured ; - fragilisation heat treating the assembly to be fractured ; - initiating and propagating a fracture wave in the first substrate along the fragilisation plane ; - the initiation of the fracture wave is located in a central zone of the fragilisation plane ; and - the propagation speed of the fracture wave is controlled so as to have a speed higher than one third of the speed of the acoustic wave;
An aqueous composition having a pH value at 55 °C in the range from 5 to 9, containing at least two different amino organophosphonic acid derivatives of formula (I) wherein residues R independently of each other are CH 2 -PO(OR") 2 , residues R' independently of each other are alkylene residues with 2 to 4 carbon atoms, residues R" independently of each other are H, Na, K, Li or NH 4 ; and n is an integer from 0 to 4; and wherein the at least two different amino organophosphonic acid derivatives differ in the value of n; and wherein the amount of all amino organophosphonic acid derivatives of formula (I) contained in the composition ranges from 1.0 to 8.0 wt.-%, based on the total weight of the composition and being calculated as free acid. residues R independently of each other are CH 2 -PO(OR") 2 , residues R' independently of each other are alkylene residues with 2 to 4 carbon atoms, residues R" independently of each other are H, Na, K, Li or NH 4 ; and n is an integer from 0 to 4; and wherein the at least two different amino organophosphonic acid derivatives differ in the value of n; and wherein the amount of all amino organophosphonic acid derivatives of formula (I) contained in the composition ranges from 1.0 to 8.0 wt.-%, based on the total weight of the composition and being calculated as free acid.
A process for the production of a mineral foam comprising the following steps: (i) separately preparing a slurry of cement and an aqueous foam, wherein the cement slurry comprises water (W) and Portland cement (C); (ii) contacting the slurry of cement with the aqueous foam to obtain a slurry of foamed cement; (iii) adding a magnesium salt source as an accelerator before, during or after step (ii) in order to accelerate the setting of the slurry of foamed cement; (iv) casting the slurry of foamed cement and leave it to set, wherein the mineral foam is substantially free of particles with a mean diameter D50 < 2μm, characterized in that magnesium chloride (MgCl 2 ), in particular in the form of a magnesium chloride solution, is used as said magnesium salt source, and that the magnesium chloride is added in an amount so that the aqueous foam comprises 0.1 - 2.0 wt.-% of MgCl 2 in dry of the aqueous foam, more preferably 0.1 - 1 wt.-% of MgCl 2 in dry, more preferably 0.2 - 0.7 wt.-% of MgCl 2 in dry, wherein the weight percentages are expressed by weight of water in the aqueous foam. (i) separately preparing a slurry of cement and an aqueous foam, wherein the cement slurry comprises water (W) and Portland cement (C); (ii) contacting the slurry of cement with the aqueous foam to obtain a slurry of foamed cement; (iii) adding a magnesium salt source as an accelerator before, during or after step (ii) in order to accelerate the setting of the slurry of foamed cement; (iv) casting the slurry of foamed cement and leave it to set, wherein the mineral foam is substantially free of particles with a mean diameter D50 < 2μm, characterized in that magnesium chloride (MgCl 2 ), in particular in the form of a magnesium chloride solution, is used as said magnesium salt source, and that the magnesium chloride is added in an amount so that the aqueous foam comprises 0.1 - 2.0 wt.-% of MgCl 2 in dry of the aqueous foam, more preferably 0.1 - 1 wt.-% of MgCl 2 in dry, more preferably 0.2 - 0.7 wt.-% of MgCl 2 in dry, wherein the weight percentages are expressed by weight of water in the aqueous foam.
A method for manufacturing a colored blank containing zirconium dioxide that is intended for the production of a dental restoration , comprising the steps: creating at least a first and second mixtures by mixing raw materials in powder form with zirconium dioxide as the main constituent, wherein at least several of said raw materials contain one coloring element each, wherein as the coloring elements in the raw materials in powder form one uses at least terbium, erbium, cobalt, as well as one element that generates a fluorescent effect in the dental restoration , while iron, apart from natural impurities, is not present, wherein the composition of the second mixture is different from that of the first mixture, introducing into a mold a layer of a first ceramic material , which consists of said first mixture, forming a first open cavity in the layer, introducing into said first open cavity at least a second ceramic material , which consists of said second mixture, after introduction of the layers pressing and subsequent sintering the layers, wherein the content of the element generating the fluorescent effect in the first ceramic material is different from that in the second ceramic material . creating at least a first and second mixtures by mixing raw materials in powder form with zirconium dioxide as the main constituent, wherein at least several of said raw materials contain one coloring element each, wherein as the coloring elements in the raw materials in powder form one uses at least terbium, erbium, cobalt, as well as one element that generates a fluorescent effect in the dental restoration , while iron, apart from natural impurities, is not present, wherein the composition of the second mixture is different from that of the first mixture, introducing into a mold a layer of a first ceramic material , which consists of said first mixture, forming a first open cavity in the layer, introducing into said first open cavity at least a second ceramic material , which consists of said second mixture, after introduction of the layers pressing and subsequent sintering the layers, wherein the content of the element generating the fluorescent effect in the first ceramic material is different from that in the second ceramic material .
A method in a coordinator User Equipment, UE, for registering a group of UEs to a wireless communications system, wherein the coordinator UE represents the group of UEs, the method comprising: - transmitting , to a Radio Access Network, RAN, node , a message comprising a group IDentity, ID, to initiate an authentication and security procedure to register the group of UEs to the wireless communications system, wherein the group ID identifies the group of UEs. - transmitting , to a Radio Access Network, RAN, node , a message comprising a group IDentity, ID, to initiate an authentication and security procedure to register the group of UEs to the wireless communications system, wherein the group ID identifies the group of UEs.
Method for the removal of mycotoxins in food products, comprising the steps of providing at least a quantity of at least one food product and at least a quantity of calcium oxide, said food product having a predetermined humidity value suitable for treatment by direct contact with said calcium oxide supplied in powder and/or microgranules; mixing at least said quantity of at least one food product with said at least a quantity of calcium oxide in respective predetermined percentages, so as to determine the contact between the surface of the food products with said calcium oxide for the removal of mycotoxins; cleaning the surface of the food products from said calcium oxide, to make the treated products suitably edible again, characterised in that said step of mixing said quantity of food products with said quantity of calcium oxide takes place dry, without the addition of water and/or steam, and at room temperature, wherein said calcium oxide does not undergo transformations during said step of mixing said quantity of food products with said quantity of calcium oxide.
A toilet apparatus , comprising: a toilet bowl ; a base plate provided on a rear part of the toilet bowl , a washing function part washing a private part of a human body being mounted on the base plate ; a cover plate provided on the base plate , the cover plate covering the washing function part from upward; and a toilet seat provided on the toilet bowl , the toilet seat being rotatable to the toilet bowl , wherein a heater is provided inside the toilet seat , in a state of the toilet seat lowered, the toilet seat is positioned in a projection range where the toilet bowl projected upward, and covering the cover plate from upward, a toilet lid rotatable to the toilet bowl is provided on the toilet seat , a rear end of the toilet seat is pivotally supported to the toilet bowl by a first pivotally supporting part , a rear end of the toilet lid is pivotally supported to the toilet bowl by a second pivotally supporting part , the first pivotally supporting part is provided backward the cover plate , the second pivotally supporting part is provided backward the first pivotally supporting part and positioned downward the first pivotally supporting part , in the state of the toilet seat lowered, the rear end of the toilet seat is bent downward, goes around backward the cover plate and is connected to the first pivotally supporting part , and in a state of the toilet lid closed, the rear end of the toilet lid is bent downward, goes around the cover plate and the first pivotally supporting part and is connected to the second pivotally supporting part . a toilet bowl ; a base plate provided on a rear part of the toilet bowl , a washing function part washing a private part of a human body being mounted on the base plate ; a cover plate provided on the base plate , the cover plate covering the washing function part from upward; and a toilet seat provided on the toilet bowl , the toilet seat being rotatable to the toilet bowl , wherein a heater is provided inside the toilet seat , in a state of the toilet seat lowered, the toilet seat is positioned in a projection range where the toilet bowl projected upward, and covering the cover plate from upward, a toilet lid rotatable to the toilet bowl is provided on the toilet seat , a rear end of the toilet seat is pivotally supported to the toilet bowl by a first pivotally supporting part , a rear end of the toilet lid is pivotally supported to the toilet bowl by a second pivotally supporting part , the first pivotally supporting part is provided backward the cover plate , the second pivotally supporting part is provided backward the first pivotally supporting part and positioned downward the first pivotally supporting part , in the state of the toilet seat lowered, the rear end of the toilet seat is bent downward, goes around backward the cover plate and is connected to the first pivotally supporting part , and in a state of the toilet lid closed, the rear end of the toilet lid is bent downward, goes around the cover plate and the first pivotally supporting part and is connected to the second pivotally supporting part .
An autonomous travel work machine capable of traveling to a charging station by autonomous travel, the autonomous travel work machine comprising: a pair of power receiving terminals electrically connected to the charging station, characterized in that one of the pair of power receiving terminals has a downward-facing contact surface that comes into contact with the charging station, and the other power receiving terminal has a laterally facing contact surface that comes into contact with the charging station. a pair of power receiving terminals electrically connected to the charging station, characterized in that one of the pair of power receiving terminals has a downward-facing contact surface that comes into contact with the charging station, and the other power receiving terminal has a laterally facing contact surface that comes into contact with the charging station.
A fingerprint identification apparatus applied to an electronic device having a display screen, wherein the fingerprint identification apparatus comprises: a support plate used to fixedly connect with a middle frame of the electronic device, wherein the middle frame comprises a light-transmitting opening, an inverted step structure is formed at an edge of the light-transmitting opening, the upper surface of the support plate and a step surface of the inverted step structure are fixedly connected, and the support plate is disposed in an accommodating space formed by the inverted step structure; and at least one fingerprint sensor chip disposed on an upper surface of the support plate and disposed under the display screen through the support plate; wherein the at least one fingerprint sensor chip is configured to receive a fingerprint detecting signal returned by reflection or scattering via a human finger on the display screen, wherein the fingerprint detecting signal is used to detect fingerprint information of the finger; wherein the middle frame is a frame of the electronic device that is disposed between the display screen and an battery and is used for carrying various components therein, and wherein the support plate is a rigid stiffening plate, and an area of the rigid stiffening plate is larger than an area of the optical fingerprint sensor chip component located above the rigid stiffening plate to form an edge connection portion at an edge of the rigid stiffening plate, and an upper surface of the edge connection portion and the step surface of the inverted step structure are fixedly connected by a double-sided adhesive. a support plate used to fixedly connect with a middle frame of the electronic device, wherein the middle frame comprises a light-transmitting opening, an inverted step structure is formed at an edge of the light-transmitting opening, the upper surface of the support plate and a step surface of the inverted step structure are fixedly connected, and the support plate is disposed in an accommodating space formed by the inverted step structure; and at least one fingerprint sensor chip disposed on an upper surface of the support plate and disposed under the display screen through the support plate; wherein the at least one fingerprint sensor chip is configured to receive a fingerprint detecting signal returned by reflection or scattering via a human finger on the display screen, wherein the fingerprint detecting signal is used to detect fingerprint information of the finger; wherein the middle frame is a frame of the electronic device that is disposed between the display screen and an battery and is used for carrying various components therein, and wherein the support plate is a rigid stiffening plate, and an area of the rigid stiffening plate is larger than an area of the optical fingerprint sensor chip component located above the rigid stiffening plate to form an edge connection portion at an edge of the rigid stiffening plate, and an upper surface of the edge connection portion and the step surface of the inverted step structure are fixedly connected by a double-sided adhesive.