mhurhangee/ep-ind-claims huggingface dataset:
A method for a server processing and distributing an application for use on a wireless device (330, 400) communicating over a wireless network, comprising: receiving the application and a first identification information associated with the application, said first identification information being usable to confirm an identity of a source of the application; determining whether the application satisfies each criterion in a set of predetermined criteria; characterized by after said determining, transmitting to the wireless device the application and a set of permissions assigned to the application, wherein said set of permissions include permissions dependent on the results of said determining and wherein said set of permissions allow a wireless device to evaluate whether the application is permitted to be executed on the wireless device; wherein the criteria include verifying that the application does not access data or files owned by other applications, by the operating system or by platform software or that it does not negatively impact the wireless device resources. receiving the application and a first identification information associated with the application, said first identification information being usable to confirm an identity of a source of the application; determining whether the application satisfies each criterion in a set of predetermined criteria; characterized by after said determining, transmitting to the wireless device the application and a set of permissions assigned to the application, wherein said set of permissions include permissions dependent on the results of said determining and wherein said set of permissions allow a wireless device to evaluate whether the application is permitted to be executed on the wireless device; wherein the criteria include verifying that the application does not access data or files owned by other applications, by the operating system or by platform software or that it does not negatively impact the wireless device resources.
A water/oil repellent agent which comprises a reaction product of the following fluorinated compound (a) with a polyisocyanate compound (b), wherein the fluorinated compound (a) is a fluorinated compound represented by the following formula or:
A self-centring system for receptacles in pull out cabinets, the self-centering system comprises a frame structure, a cabinet body with a first and a second lateral side, the frame structure comprises first and second brackets, first and second rails, at least one receptacle, wherein the first bracket is fixedly attached to the first lateral side of the cabinet body and the second bracket is fixedly attached to the second lateral side of the cabinet body, wherein the first and second rails are slidably attached by means of sliding means on to the first and second brackets, such that the first and second rails are slidable in and out of the cabinet body, wherein the receptacle is attached to the first and second rails, wherein the self-centring system further comprises a first and second fastening means each comprising a main portion from which hook means extend and which hook means of the first fastening means are arranged to at least partially enclose a first portion of the receptacle and to grip a connecting part of the first rail, and which hook means of the second fastening means are arranged to at least partially enclose a second portion of the receptacle and to grip a connecting part of the second rail, permitting the receptacle to attach to the first and the second rails and consequently to be self-centring between the first and second lateral sides of the cabinet body, wherein the first and the second fastening means are each provided with a main portion, a pin and first parts of the hook means, wherein the pin and first parts of the hook means extend in the same direction and are arranged on and substantially perpendicular to the main portion, wherein the pin of the first fastening means is arranged to engage with a first hole provided in the receptacle and the pin of the second fastening means is arranged to engage with a second hole provided in the receptacle, characterized in that the first and second holes of the receptacle are oblong, extend in a diagonal manner in between the first and second lateral sides of the cabinet body and mirror each other in an imaginary centre line of the receptacle in a lateral direction, and wherein an overall length of the first and second holes of the receptacle is long enough in permitting the pin of the first and second fastening means and thus the receptacle to travel an adjustment distance in a transverse direction.
A pad apparatus comprising: (a) a rotatable flexible pad including a top surface, a floor-facing bottom surface and a peripheral surface; (b) a flexible reinforcement layer attached to the bottom surface of the pad, wherein the reinforcement layer includes metallic material and (c) abrasive grinding tools attached to a floor-facing surface of the reinforcement layer; characterized in that the reinforcement layer is a ring having inner and outer edges, and a central portion of the pad is exposed through a hole defined by the inner edge of the ring. (a) a rotatable flexible pad including a top surface, a floor-facing bottom surface and a peripheral surface; (b) a flexible reinforcement layer attached to the bottom surface of the pad, wherein the reinforcement layer includes metallic material and (c) abrasive grinding tools attached to a floor-facing surface of the reinforcement layer; characterized in that the reinforcement layer is a ring having inner and outer edges, and a central portion of the pad is exposed through a hole defined by the inner edge of the ring.
A device comprising: mode evaluation logic including circuitry configured to detect a first operational mode of a system and, in response, to identify: first one or more components of the system that are to be active during the first operational mode; and second one or more components of the system that are to be passive during the first operational mode; assignment logic including circuitry configured to assign different respective identifiers of an active component identifier pool (120, 452) to each of the first one or more components, the assignment logic further to assign a respective identifier of a passive component identifier pool (122, 454) to each of the second one or more components, including the assignment logic to assign different respective identifiers to any two of the second one or more components that have the same address default, wherein said address default is an identification of the component before an assignment of a respective identifier or between different respective identifier assignments; wherein an active component with respect to the first operational mode is a component that is available to implement a functionality during the first operational mode, and wherein a passive component with respect to the first operational mode is a component that is not available to implement a functionality during the first operational mode. mode evaluation logic including circuitry configured to detect a first operational mode of a system and, in response, to identify: first one or more components of the system that are to be active during the first operational mode; and second one or more components of the system that are to be passive during the first operational mode; first one or more components of the system that are to be active during the first operational mode; and second one or more components of the system that are to be passive during the first operational mode; assignment logic including circuitry configured to assign different respective identifiers of an active component identifier pool (120, 452) to each of the first one or more components, the assignment logic further to assign a respective identifier of a passive component identifier pool (122, 454) to each of the second one or more components, including the assignment logic to assign different respective identifiers to any two of the second one or more components that have the same address default, wherein said address default is an identification of the component before an assignment of a respective identifier or between different respective identifier assignments; wherein an active component with respect to the first operational mode is a component that is available to implement a functionality during the first operational mode, and wherein a passive component with respect to the first operational mode is a component that is not available to implement a functionality during the first operational mode.
Control device comprising a housing which accommodates, in particular, electrical and/or electronic control components, and comprising fastening means by means of which the housing can be fitted to a supporting structure, in particular to a supporting wall, wherein a mounting frame forms the fastening means, which mounting frame, when the housing is inserted at least in sections from a first side of the supporting structure into an opening in the supporting structure, can be latched to the housing from an opposite second side of the supporting structure with fastening of the said housing to the supporting structure, characterized in that the mounting frame has at least two latching projections which can be inserted into recesses in the housing when the housing is fastened to the supporting structure, wherein each recess of the housing, into which recess a latching projection of the mounting frame can be inserted, is delimited on one side by a section of an outer wall of the housing and on the other side by an elastically deformable web of the housing, wherein the respective elastically deformable web of the housing has a barb-like lug which projects into the respective recess and which, when the mounting frame is latched to the housing, engages into a profiled structure, which is formed on a latching projection which is inserted into the respective recess, and in this way latches to the said profiled structure.
Process for the production of monoalkyltin trihalides involving a redistribution reaction between tetraalkyltins, trialkyltin halides or dialkyltin dihalides and tin tetrahalides, said process comprising contacting tetraalkyltin, trialkyltin halide or dialkyltin dihalide with tin tetrahalide in the presence of at least one transition metal complex, said complex containing only one monodentate phosphorus ligand per metal centre, to afford said monoalkyltin trihalides, characterized that the metal of said transition metal complex is chosen from Nickel (Ni), Palladium (Pd) and/or Platinum (Pt).
A crosslinkable silane-terminated polymer which comprises the reaction product of an isocyanato-terminated prepolymer and a silane wherein the silane has the general formula: [Y[-G(-SiX u Z b v Z c w) s] r] n (Formula 1) wherein G is selected from the group consisting of diethylene cyclohexane, 1,2,4-triethylene cyclohexane, diethylene benzene, phenylene, - (CH 2) m - wherein m is 1 to 12 and CH 2 (CH 2) q CH(CH 3)- wherein q is zero to 17; each occurrence of X is selected from the group consisting of methoxy, ethoxy, isobutoxy, propoxy, isopropoxy, acetoxy, methoxyethoxy, oximato and monovalent alkoxy groups derived from diols; each occurrence of Z b and Z c is independently a divalent alkoxy group derived from a diol; each occurrence of n is an integer from 1 to 100, with the proviso that when n is greater than 1, v is greater than 0 and all the valences for Z b have a silicon atom bonded to them, each occurrence of the subscript u is an integer from 0 to 3, each occurrence of the subscript v is an integer from 0 to 3, each occurrence of the subscript w is an integer from 0 to 1, with the proviso that u+v+2w=3, each occurrence of the subscript r is 1, each occurrence of the subscript s is 1; and each occurrence of Y is -NHR 4, wherein R 4 is independently selected from the group consisting of hydrogen, methyl, ethyl, butyl and phenyl; wherein said silane contains at least one occurrence of Z b or Z c. wherein G is selected from the group consisting of diethylene cyclohexane, 1,2,4-triethylene cyclohexane, diethylene benzene, phenylene, - (CH 2) m - wherein m is 1 to 12 and CH 2 (CH 2) q CH(CH 3)- wherein q is zero to 17; each occurrence of X is selected from the group consisting of methoxy, ethoxy, isobutoxy, propoxy, isopropoxy, acetoxy, methoxyethoxy, oximato and monovalent alkoxy groups derived from diols; each occurrence of Z b and Z c is independently a divalent alkoxy group derived from a diol; each occurrence of n is an integer from 1 to 100, with the proviso that when n is greater than 1, v is greater than 0 and all the valences for Z b have a silicon atom bonded to them, each occurrence of the subscript u is an integer from 0 to 3, each occurrence of the subscript v is an integer from 0 to 3, each occurrence of the subscript w is an integer from 0 to 1, with the proviso that u+v+2w=3, each occurrence of the subscript r is 1, each occurrence of the subscript s is 1; and each occurrence of Y is -NHR 4, wherein R 4 is independently selected from the group consisting of hydrogen, methyl, ethyl, butyl and phenyl; wherein said silane contains at least one occurrence of Z b or Z c.
A method for time synchronizing a touch screen display with a stylus, comprising: receiving, at a digitizer of the touch screen display, a downlink signal from the stylus associated with the touch screen display; determining, at the digitizer, a timing misalignment between the touch screen display and the stylus by measuring self-capacitance of a sensel electrode on the touch screen display based on the downlink signal; and adjusting, at the digitizer, a sampling window to compensate for the timing misalignment based at least on a phase error between the digitizer and the stylus; wherein the phase error is determined using a quadratic receiver. receiving, at a digitizer of the touch screen display, a downlink signal from the stylus associated with the touch screen display; determining, at the digitizer, a timing misalignment between the touch screen display and the stylus by measuring self-capacitance of a sensel electrode on the touch screen display based on the downlink signal; and adjusting, at the digitizer, a sampling window to compensate for the timing misalignment based at least on a phase error between the digitizer and the stylus; wherein the phase error is determined using a quadratic receiver.
An on-skin sensor system configured for transcutaneous glucose monitoring of a host, the system comprising: a sensor module housing; a glucose sensor (138a, 138b) having a first section configured for subcutaneous sensing and a second section mechanically coupled to the sensor module housing; an electrical interconnect mechanically coupled to the sensor module housing and electrically coupled to the glucose sensor (138a, 138b), wherein the electrical interconnect comprises a spring; wherein the sensor module housing comprises at least three proximal protrusions located around and configured to contact a perimeter of the spring and configured to orient the spring; wherein a portion of the second section of the glucose sensor is located between the at least three proximal protrusions distally to the spring; and wherein a distal portion of the spring is located between the at least three proximal protrusions. a sensor module housing; a glucose sensor (138a, 138b) having a first section configured for subcutaneous sensing and a second section mechanically coupled to the sensor module housing; an electrical interconnect mechanically coupled to the sensor module housing and electrically coupled to the glucose sensor (138a, 138b), wherein the electrical interconnect comprises a spring; wherein the sensor module housing comprises at least three proximal protrusions located around and configured to contact a perimeter of the spring and configured to orient the spring; wherein a portion of the second section of the glucose sensor is located between the at least three proximal protrusions distally to the spring; and wherein a distal portion of the spring is located between the at least three proximal protrusions.
A method for performing an emergency call, comprising: at a mobile terminal: initiating a session with a Public Safety Answering Point, PSAP; exchanging, within the session, encoded voice packets with the PSAP; after exchanging the encoded voice packets and at a scheduled time after the start of the exchange of the encoded voice packets, transmitting, within the session, a data packet in a real time control protocol, RTCP, application defined, APP, packet format to the PSAP, wherein the data packet includes a Minimum Set of Data, MSD; determining whether an acknowledgement of the data packet has been received from the PSAP, wherein the acknowledgement is to be in the RTCP APP packet format; and after transmitting the data packet, exchanging, within the session, additional encoded voice packets with the PSAP. initiating a session with a Public Safety Answering Point, PSAP; exchanging, within the session, encoded voice packets with the PSAP; after exchanging the encoded voice packets and at a scheduled time after the start of the exchange of the encoded voice packets, transmitting, within the session, a data packet in a real time control protocol, RTCP, application defined, APP, packet format to the PSAP, wherein the data packet includes a Minimum Set of Data, MSD; determining whether an acknowledgement of the data packet has been received from the PSAP, wherein the acknowledgement is to be in the RTCP APP packet format; and after transmitting the data packet, exchanging, within the session, additional encoded voice packets with the PSAP.
An identity authentication and shared key generation method, comprising a key authority for issuing a public key and a private key to a device; each device having at least a pair of public key p i and private key S i; the key authority setting a correlation coefficient k, a regression coefficient a, a modulus m and an offset vector e wherein the k and the a are natural numbers and the k is not equal to zero, the p i, the S i and the e are vectors of 1 × n, and the n is a natural member not less than 2; a public key of an authentication initiator being set as p A and a private key thereof being set as s A, a public key of an authentication participant being set as p B, and a private key thereof being set as s B; and characterized by comprising the flowing steps: a initiating, by the authentication initiator, an authentication request and transferring the public key p A thereof to the authentication participant; b transferring, by the authentication participant, the public key p B thereof to the authentication initiator after receiving the authentication request; c computing, by the authentication initiator, M A = k × p B → × s A T → + p B → × e T → + a mod m; computing, by the authentication participant, M B = k × p A → × s B T → + p A → × e T → + a mod m; wherein the s A T → is a transposed vector of the s A, the e T is a transposed vector of the e, and the s B T → is a transposed vector of the s B; and d considering that authentication is successful if the M A and the M B as bases of authentication are identical, or considering that the authentication fails if the M A and the M B are different. a initiating, by the authentication initiator, an authentication request and transferring the public key p A thereof to the authentication participant; b transferring, by the authentication participant, the public key p B thereof to the authentication initiator after receiving the authentication request; c computing, by the authentication initiator, M A = k × p B → × s A T → + p B → × e T → + a mod m; computing, by the authentication participant, M B = k × p A → × s B T → + p A → × e T → + a mod m; wherein the s A T → is a transposed vector of the s A, the e T is a transposed vector of the e, and the s B T → is a transposed vector of the s B; and d considering that authentication is successful if the M A and the M B as bases of authentication are identical, or considering that the authentication fails if the M A and the M B are different.
A video decoding method comprising receiving a bitstream comprising data obtained by encoding a video, comprising parsing the bitstream and extracting, from the bitstream, encoded data of a current coding unit transformation-unit hierarchical-structure information comprising maximum split information for a transformation unit with an inter mode, maximum split information for a transformation unit with an intra mode, maximum size information of a transformation unit and minimum size information of a transformation unit with respect to the video, information about an encoding mode with respect to the coding unit, wherein the maximum split information for a transformation unit with an inter mode is a total number of allowable levels of transformation units with respect to a coding unit predicted according to the inter mode; wherein the maximum split information for a transformation unit with the intra mode is a total number of allowable levels of transformation units with respect to a coding unit predicted according to the intra mode; wherein the maximum split information for a transformation unit with the inter mode and the maximum split information for a transformation unit with the intra mode are separately determined; wherein when the information about the encoding mode indicates that the coding unit is predicted according to the inter mode, determining a maximum split level of a transformation unit by using the maximum split information for the transformation unit with the inter mode; performing inverse-transformation on the current coding unit predicted according to the inter mode by using transformation units in a variable tree-structure which are determined from among transformation units that are hierarchically split from a base transformation unit with respect to the current coding unit and which are generated based on the determined maximum split level of a transformation unit.
A silica gel diaphragm, comprising a planar portion located at a center, a folded ring portion disposed at an edge of the planar portion, and a fixing portion connected to the periphery of the folded ring portion for bonding a housing, characterized in that two symmetrical wire grooves are etched on a surface of the silica gel diaphragm by laser etching technique; and an electrically conductive metal layer is deposited in each of the wire grooves, and either end of each of the electrically conductive metal layers is provided with a first soldering portion and a second soldering portion; each of the first soldering portions is deposited on a portion of the planar portion of the silica gel diaphragm that is closer to the folded ring portion, and is used for soldering a winding tap of a voice coil on an inner side of the voice coil; each of the second soldering portions is deposited on the fixing portion of the silica gel diaphragm, and is used for soldering a bonding pad on the housing; and middle portions connecting the first soldering portions and the second soldering portions are deposited in the silica gel diaphragm to form an electrically conductive path.
Slip ring transmitter for electrically connecting subassemblies of rotary-table machines, comprising a slip ring with a signal part for transmitting signals and/or data and a power part for transmitting electrical supply power, characterized in that in the installed state of the power part the signal part is configured to be detachable from the power part in modular fashion and in particular to be axially removable.