mhurhangee/patent-ind-claim-en huggingface dataset:
A secondary battery comprising: a case accommodating an electrolyte and an electrode assembly therein, wherein the case comprises: an external layer exposed to the outside; an internal layer disposed in the case ; and a short-circuit prevention layer provided in a liquid phase between the external layer and the internal layer ; an aluminum layer disposed between the external layer and the short-circuit prevention layer ; and an adhesion layer disposed between the aluminum layer and the external layer and provided as an adhesion member that allows the aluminum layer to adhere to the external layer , wherein the short-circuit prevention layer comprises an oil layer containing an oil. a case accommodating an electrolyte and an electrode assembly therein, wherein the case comprises: an external layer exposed to the outside; an internal layer disposed in the case ; and a short-circuit prevention layer provided in a liquid phase between the external layer and the internal layer ; an aluminum layer disposed between the external layer and the short-circuit prevention layer ; and an adhesion layer disposed between the aluminum layer and the external layer and provided as an adhesion member that allows the aluminum layer to adhere to the external layer , wherein the short-circuit prevention layer comprises an oil layer containing an oil. an external layer exposed to the outside; an internal layer disposed in the case ; and a short-circuit prevention layer provided in a liquid phase between the external layer and the internal layer ; an aluminum layer disposed between the external layer and the short-circuit prevention layer ; and an adhesion layer disposed between the aluminum layer and the external layer and provided as an adhesion member that allows the aluminum layer to adhere to the external layer , wherein the short-circuit prevention layer comprises an oil layer containing an oil.
A method for automatic proofing of a remote recording, wherein a recording is captured using a camera of a recording device having a display configured to display a video stream generated by the camera while the recording is being captured from the video stream generated by the camera , wherein, during the recording, a user is challenged to show a physical object , in particular an identification document, to the camera , characterized in that for further verifying timeliness and originality of the recording, the user is challenged to present the physical object to the camera of the recording device in a unique or quasi-unique spatially varied sequence of presentations with one or more steps, wherein a determination of timeliness and originality of the recording is carried out by means of a validation unit having access to the recording and includes an automatic check whether the physical object is present in the recording in accordance with the steps of the spatially varied sequence of presentations, wherein the originality component of the proofing is ensured by randomly or quasi-randomly selecting the coordinates, where the physical object is to be placed.
A method for contextual activation of a pharmaceutical comprising: using one or more computer processors ; receiving a contextual input , the contextual input indicative of a context of a user, wherein the context of the user is a current location of the user or a future predicted location of the user ; determining, based upon the contextual input , that activation of a pharmaceutical in the user is indicated; and responsive to determining that activation of the pharmaceutical in the user is indicated, sending a signal to activate the pharmaceutical . using one or more computer processors ; receiving a contextual input , the contextual input indicative of a context of a user, wherein the context of the user is a current location of the user or a future predicted location of the user ; determining, based upon the contextual input , that activation of a pharmaceutical in the user is indicated; and responsive to determining that activation of the pharmaceutical in the user is indicated, sending a signal to activate the pharmaceutical .
Method of data transmission, the method being implemented by an autonomous electronic device for the processing of payment transactions, called a payment kiosk (BP), said payment kiosk (BP) comprising a processor (Prc) connected to at least one rendering means (Src) for rendering sales offers, and linked to at least one communications interface (Cl) and to at least one contactless payment terminal (TPNfc), said method comprising: - a step for the transmission , by a browser (Nav) installed within said payment kiosk (BP), of a request for obtaining contents (RqOC) made to a contents server (SrvCnt); - a step for the reception , by said browser (Nav), coming from the contents server (SrvCnt), of an HTML content (HCnt) comprising at least one exchange tag (HEElt); - a step for processing said HTML content (HCnt), delivering a view (Aff) of said HTML content (HCnt) on said at least one rendering means (Scr); said method being characterized in that it further comprises a step for the preparation , by the contactless payment terminal (TPNfc), of at least one message transmission to a communications terminal, as a function of data attributes of said at least one exchange tag (HEElt), said preparation step comprising: - initiating said at least one message transmission comprising displaying, on said rendering means, a transmission indication; - obtaining, from said data attributes of said at least one exchange tag, a record specifying said message; - cyclically issuing, during the time of display of said transmission indication, a transmission request comprising said record. - a step for the transmission , by a browser (Nav) installed within said payment kiosk (BP), of a request for obtaining contents (RqOC) made to a contents server (SrvCnt); - a step for the reception , by said browser (Nav), coming from the contents server (SrvCnt), of an HTML content (HCnt) comprising at least one exchange tag (HEElt); - a step for processing said HTML content (HCnt), delivering a view (Aff) of said HTML content (HCnt) on said at least one rendering means (Scr); - initiating said at least one message transmission comprising displaying, on said rendering means, a transmission indication; - obtaining, from said data attributes of said at least one exchange tag, a record specifying said message; - cyclically issuing, during the time of display of said transmission indication, a transmission request comprising said record.
Polyalkylene oxide particles that satisfy a viscosity ratio A (%) of 66% or more and 150% or less, wherein the viscosity ratio A is represented by the following formula : A = A 1 / A 2 × 100 wherein A1 is the 1 mass% aqueous solution viscosity (mPa·s) of particles having a particle size of 150 μm or more, and A2 is the 1 mass% aqueous solution viscosity (mPa·s) of particles having a particle size of less than 150 μm, and wherein the viscosity and the particle size are measured as indicated in the description. wherein A1 is the 1 mass% aqueous solution viscosity (mPa·s) of particles having a particle size of 150 μm or more, and A2 is the 1 mass% aqueous solution viscosity (mPa·s) of particles having a particle size of less than 150 μm, and wherein the viscosity and the particle size are measured as indicated in the description.
A robot vacuum cleaner comprising: a main body configured to be driven on a surface and having a suction mouth with a brush roller configured to suck in debris from the surface; a driving wheels and a mop module having a wiping pad which is movable sideways, characterized in that the wiping pad is rotatable.
Process for the preparation of a block copolymer P comprising a first block (A) bonded to a second block (B), which comprises the following controlled radical polymerization stages: (E1) the following are brought into contact, typically in an aqueous medium: - ethylenically unsaturated monomers m A , which are identical or different, chosen for the construction of the block (A); - a source of free radicals which is suitable for the polymerization of said monomers; and - a control agent for the radical polymerization, preferably comprising a thiocarbonylthio -S(C=S)- group; then (E2) the following are brought into contact: - the polymer obtained on conclusion of stage (E1), which acts as control agent for the radical polymerization; - ethylenically unsaturated monomers m B , which are identical or different, chosen for the construction of the block (B); - a source of free radicals which is suitable for the polymerization of said monomers; and - a polymer P 0 which is not ethylenically unsaturated and which carries labile hydrogens. (E1) the following are brought into contact, typically in an aqueous medium: - ethylenically unsaturated monomers m A , which are identical or different, chosen for the construction of the block (A); - a source of free radicals which is suitable for the polymerization of said monomers; and - a control agent for the radical polymerization, preferably comprising a thiocarbonylthio -S(C=S)- group; then - ethylenically unsaturated monomers m A , which are identical or different, chosen for the construction of the block (A); - a source of free radicals which is suitable for the polymerization of said monomers; and - a control agent for the radical polymerization, preferably comprising a thiocarbonylthio -S(C=S)- group; (E2) the following are brought into contact: - the polymer obtained on conclusion of stage (E1), which acts as control agent for the radical polymerization; - ethylenically unsaturated monomers m B , which are identical or different, chosen for the construction of the block (B); - a source of free radicals which is suitable for the polymerization of said monomers; and - a polymer P 0 which is not ethylenically unsaturated and which carries labile hydrogens. - the polymer obtained on conclusion of stage (E1), which acts as control agent for the radical polymerization; - ethylenically unsaturated monomers m B , which are identical or different, chosen for the construction of the block (B); - a source of free radicals which is suitable for the polymerization of said monomers; and - a polymer P 0 which is not ethylenically unsaturated and which carries labile hydrogens.
Installation for thermolysis of waste comprising at least two vessels , that is to say a drying first vessel and a calcining second vessel , each of these two vessels being able to operate under a vacuum, the first vessel being able to dry the incoming waste and the second vessel being able to perform calcination treatment of the dried waste from the first vessel , each of the two vessels , for drying and calcining comprising a system for external heating having at least one combustion chamber , and at least one vacuum pump making it possible to maintain the vacuum in said vessel and which is linked to said vessel by an extraction pipe , said installation being characterized in that it comprises at least one pipe for circulating gas from the second vessel to the second vessel through the system for external heating of the second vessel , the pipe for circulating gas from the second vessel to the second vessel having multiples exit holes to the second vessel .
A hemostatic device comprising: a flexible band for enclosure about a wrist at a puncture site , the flexible band including an inner surface ; a first balloon coupled to the inner surface of the flexible band ; and a second balloon coupled to the inner surface of the flexible band and positioned relative to the first balloon such that a distance between the first balloon and second balloon results in the first balloon being positioned proximal an ulnar artery and the second balloon being positioned proximal a radial artery when the flexible band is enclosed about the wrist ; wherein, upon inflation of the first balloon and the second balloon , patent hemostasis is achieved on the ulnar artery and occlusive pressure is generated on the radial artery . a flexible band for enclosure about a wrist at a puncture site , the flexible band including an inner surface ; a first balloon coupled to the inner surface of the flexible band ; and a second balloon coupled to the inner surface of the flexible band and positioned relative to the first balloon such that a distance between the first balloon and second balloon results in the first balloon being positioned proximal an ulnar artery and the second balloon being positioned proximal a radial artery when the flexible band is enclosed about the wrist ; wherein, upon inflation of the first balloon and the second balloon , patent hemostasis is achieved on the ulnar artery and occlusive pressure is generated on the radial artery .
A method of partitioning a predetermined layout (P) of parts (p-1 to p-n) that are to be cut out from a sheet of flexible material by moving at least one cutter tool along two directions (X, Y) in at least two distinct and determined cutting windows along which the material is advanced in succession, wherein, starting from a predetermined layout of the parts in the material, the method comprises: automatically creating mutually distinct groups of parts (G-1 to G-m) by allocating each part to a single group of parts as a function of its geometrical position, each group of parts being associated, for cutting out, with a single cutter tool (0-1 to O-k) and with a single cutting window (F-1 to F-l) ; characterised in that the method further comprises applying spacings (DX, DY) between the various groups of parts. automatically creating mutually distinct groups of parts (G-1 to G-m) by allocating each part to a single group of parts as a function of its geometrical position, each group of parts being associated, for cutting out, with a single cutter tool (0-1 to O-k) and with a single cutting window (F-1 to F-l) ; characterised in that the method further comprises applying spacings (DX, DY) between the various groups of parts.
A node (P1) comprising a processor, a memory, and communication circuitry, the node being connected to a communications network via its communication circuitry, the node further comprising computer-executable instructions stored in the memory of the node which, when executed by the processor of the node, cause the node to: determine one or more keys associated with a message payload received from an endpoint , the message payload comprising a registration request associated with a resource, wherein the one of more keys associated with the message payload comprises a plurality of parameters and a plurality of values associated with the plurality of parameters; apply the one or more keys to a hash function to generate mapping information, the mapping information comprising at least one identity of a peer resource directory server (P3, P5, P11), wherein the hash function is applied to each of the parameters and the values in the registration request; transmit ,, based on the mapping information, the message payload to one or more peer resource directory servers; receive at least one response from the one or more peer resource directory servers, the at least one response being indicative of a respective location at which the resource is stored; and based on the received at least one response, transmit a resulting response to the endpoint . determine one or more keys associated with a message payload received from an endpoint , the message payload comprising a registration request associated with a resource, wherein the one of more keys associated with the message payload comprises a plurality of parameters and a plurality of values associated with the plurality of parameters; apply the one or more keys to a hash function to generate mapping information, the mapping information comprising at least one identity of a peer resource directory server (P3, P5, P11), wherein the hash function is applied to each of the parameters and the values in the registration request; transmit ,, based on the mapping information, the message payload to one or more peer resource directory servers; receive at least one response from the one or more peer resource directory servers, the at least one response being indicative of a respective location at which the resource is stored; and based on the received at least one response, transmit a resulting response to the endpoint .
A compressible cannula valve comprising: a housing having a housing wall around a cavity, a housing tip , and a housing port through the housing tip ; a cannula formed on a base, a cannula tip extending within the cavity from the base toward the housing port , and a lumen extending from the base to a radially oriented opening ; and a resiliently compressible valve having a valve tip , a shoulder and a protrusion , wherein in a sealed position, the resiliently compressible valve surrounds the cannula with the shoulder and the protrusion axially aligned with the radially oriented opening , the shoulder extending radially toward the housing wall and the protrusion extending radially into the radially oriented opening , characterised in that in a sealed position, the cannula tip , the valve tip and the housing tip form a flat co-planar surface . a housing having a housing wall around a cavity, a housing tip , and a housing port through the housing tip ; a cannula formed on a base, a cannula tip extending within the cavity from the base toward the housing port , and a lumen extending from the base to a radially oriented opening ; and a resiliently compressible valve having a valve tip , a shoulder and a protrusion , wherein in a sealed position, the resiliently compressible valve surrounds the cannula with the shoulder and the protrusion axially aligned with the radially oriented opening , the shoulder extending radially toward the housing wall and the protrusion extending radially into the radially oriented opening , characterised in that in a sealed position, the cannula tip , the valve tip and the housing tip form a flat co-planar surface .
A thermal sensor , comprising: a bandgap circuit , outputting a temperature-dependent voltage; a dual-phase voltage-to-frequency converter , coupled to the bandgap circuit in a normal phase to perform a voltage-to-frequency conversion based on the temperature-dependent voltage, and disconnected from the bandgap circuit in a coefficient capturing phase to perform the voltage-to-frequency conversion based on a supply voltage; a switched-capacitor resistor comprising a capacitor (Cx); and a frequency meter , coupled to the dual-phase voltage-to-frequency converter to calculate a temperature-dependent frequency corresponding to the normal phase of the dual-phase voltage-to-frequency converter and a temperature-independent frequency corresponding to the coefficient capturing phase of the dual-phase voltage-to-frequency converter, wherein by combining the temperature-dependent frequency and the temperature-independent frequency, non-ideal coefficients due to the capacitor (Cx) of the switched-capacitor resistor are eliminated. a bandgap circuit , outputting a temperature-dependent voltage; a dual-phase voltage-to-frequency converter , coupled to the bandgap circuit in a normal phase to perform a voltage-to-frequency conversion based on the temperature-dependent voltage, and disconnected from the bandgap circuit in a coefficient capturing phase to perform the voltage-to-frequency conversion based on a supply voltage; a switched-capacitor resistor comprising a capacitor (Cx); and a frequency meter , coupled to the dual-phase voltage-to-frequency converter to calculate a temperature-dependent frequency corresponding to the normal phase of the dual-phase voltage-to-frequency converter and a temperature-independent frequency corresponding to the coefficient capturing phase of the dual-phase voltage-to-frequency converter, wherein by combining the temperature-dependent frequency and the temperature-independent frequency, non-ideal coefficients due to the capacitor (Cx) of the switched-capacitor resistor are eliminated.
A manufacturing method of a deposition mask including a pair of long sides and a pair of short sides , and having a plurality of through-holes formed therein, the manufacturing method comprising: a step of preparing a metal plate ; a processing step of processing the metal plate into an intermediate product comprising: a plurality of deposition mask portions each including a pair of long sides and a pair of short sides , and having a plurality of through-holes formed therein; and a support portion that surrounds the plurality of deposition mask portions , and is partially connected to the short sides of the plurality of deposition mask portions ; and a separation step of separating the deposition mask portions from the support portion to obtain the deposition mask ; wherein, in the intermediate product , the long sides of the deposition mask portions are not connected to the support portion , and wherein the intermediate product includes a gap between the deposition mask portion and the support portion . a step of preparing a metal plate ; a processing step of processing the metal plate into an intermediate product comprising: a plurality of deposition mask portions each including a pair of long sides and a pair of short sides , and having a plurality of through-holes formed therein; and a support portion that surrounds the plurality of deposition mask portions , and is partially connected to the short sides of the plurality of deposition mask portions ; and a separation step of separating the deposition mask portions from the support portion to obtain the deposition mask ; wherein, in the intermediate product , the long sides of the deposition mask portions are not connected to the support portion , and wherein the intermediate product includes a gap between the deposition mask portion and the support portion .