mhurhangee/patent-ind-claim-en huggingface dataset:
A coupling for a sealing attachment of a medium connector in dishwashers and similar machines with displaceable appropriate sealing element , comprising a sealing element in the form of a wide and thick ring provided with two grooves into which a vertical and a horizontal gaskets are inserted and where the vertical gasket is arranged in the groove on the circumference of the sealing element and the horizontal gasket is arranged in the front groove of the sealing element , wherein a coupling element with its attachment is positioned in the axis with a flange of an input pipe, wherein the coupling element houses the sealing element characterized in that the pressure of the medium pushes in use the sealing element towards the flange and the vertical gasket is provided with tabs against the direction of medium pressure, which tabs expand in use upon the pressure of the medium and provide sealing between the coupling element and the sealing element and the horizontal gasket change in use its shape when the medium flows through the coupling and a sealing tab of the horizontal gasket expands in use in direction of the pressure of the medium and abuts on the flange , providing for the sealing between the sealing element and the flange , while in use the flow of the media through the sealing element is unobstructed.
A communication method, comprising: disabling (S600), by a terminal, a capability of accessing a first network; receiving (S604), by the terminal, a wireless capability obtaining message from an access network device of a second network, wherein the wireless capability obtaining message is used to request to obtain a wireless capability of the terminal; and sending (S605), by the terminal, a first notification message to the access network device of the second network, wherein the first notification message is used to indicate that the terminal does not support access to the first network; the first notification message does not comprise first wireless capability information, wherein the first wireless capability information is used to indicate that the terminal supports access to the first network, and the first wireless capability information comprises at least one of information used to indicate a radio capability of the terminal to access the first network, information used to indicate a capability of the terminal to hand over from the second network to the first network, information used to indicate a capability of the terminal to redirect from the second network to the first network, or information used to indicate a capability of the terminal to access the first network through dual connectivity. disabling (S600), by a terminal, a capability of accessing a first network; receiving (S604), by the terminal, a wireless capability obtaining message from an access network device of a second network, wherein the wireless capability obtaining message is used to request to obtain a wireless capability of the terminal; and sending (S605), by the terminal, a first notification message to the access network device of the second network, wherein the first notification message is used to indicate that the terminal does not support access to the first network; the first notification message does not comprise first wireless capability information, wherein the first wireless capability information is used to indicate that the terminal supports access to the first network, and the first wireless capability information comprises at least one of information used to indicate a radio capability of the terminal to access the first network, information used to indicate a capability of the terminal to hand over from the second network to the first network, information used to indicate a capability of the terminal to redirect from the second network to the first network, or information used to indicate a capability of the terminal to access the first network through dual connectivity.
A composition comprising: stem cells or a culture thereof, and a cartilage cell-free crush, for use in preventing or treating arthropathy, wherein the stem cells or the culture thereof are administered without being differentiated, and wherein the stem cells are not totipotent stem cells of human origin. for use in preventing or treating arthropathy, wherein the stem cells or the culture thereof are administered without being differentiated, and wherein the stem cells are not totipotent stem cells of human origin.
A method of mapping cardiac activity, comprising: receiving an electrogram signal S(t) at a signal processor; and using the signal processor : transforming the electrogram signal S(t) into the wavelet domain, thereby computing a scalogram G(f, t); computing at least one energy function L(t) of the scalogram G(f, t), wherein the at least one energy function L(t) is of form L ( t ) = ∑ G ( f,t ); and computing at least one metric of the electrogram signal S(t) using the at least one energy function L(t), wherein computing at least one metric of the electrogram signal S(t) using the at least one energy function L(t) comprises computing a pulse wave L Pulse (t) having a pulse duration and one or more pulses according to an equation L Pulse t = { 1 , if L t > 0 0 , otherwise . receiving an electrogram signal S(t) at a signal processor; and using the signal processor : transforming the electrogram signal S(t) into the wavelet domain, thereby computing a scalogram G(f, t); computing at least one energy function L(t) of the scalogram G(f, t), wherein the at least one energy function L(t) is of form L ( t ) = ∑ G ( f,t ); and computing at least one metric of the electrogram signal S(t) using the at least one energy function L(t), wherein computing at least one metric of the electrogram signal S(t) using the at least one energy function L(t) comprises computing a pulse wave L Pulse (t) having a pulse duration and one or more pulses according to an equation L Pulse t = { 1 , if L t > 0 0 , otherwise . transforming the electrogram signal S(t) into the wavelet domain, thereby computing a scalogram G(f, t); computing at least one energy function L(t) of the scalogram G(f, t), wherein the at least one energy function L(t) is of form L ( t ) = ∑ G ( f,t ); and computing at least one metric of the electrogram signal S(t) using the at least one energy function L(t), wherein computing at least one metric of the electrogram signal S(t) using the at least one energy function L(t) comprises computing a pulse wave L Pulse (t) having a pulse duration and one or more pulses according to an equation L Pulse t = { 1 , if L t > 0 0 , otherwise .
A capsule for mixing multiple substances, comprising: a main chamber having a main chamber bottom and a main chamber top opening ; at least two repository tubular chambers , each: adapted to contain substance, mechanically connected to the main chamber and having a repository tubular chamber top opening ; at least two passages , each fluidly connecting one of the at least two repository tubular chambers to the main chamber ; a main piston fitted in the main chamber ; and a mixer rod having a mixer element disposed at a distal end and a torque adapter disposed at a proximal end for transferring a torque to the mixer element , the mixer rod is fitted to pass along the main piston such that the mixer element is mounted in the main chamber between the main chamber bottom and a distal end of the main piston when the main piston is in an outward position; characterized in that the main piston is sealing the at least two passages in an inward position and opens the at least two passages when being moved along the main chamber to the outward position. a main chamber having a main chamber bottom and a main chamber top opening ; at least two repository tubular chambers , each: adapted to contain substance, mechanically connected to the main chamber and having a repository tubular chamber top opening ; at least two passages , each fluidly connecting one of the at least two repository tubular chambers to the main chamber ; a main piston fitted in the main chamber ; and a mixer rod having a mixer element disposed at a distal end and a torque adapter disposed at a proximal end for transferring a torque to the mixer element , the mixer rod is fitted to pass along the main piston such that the mixer element is mounted in the main chamber between the main chamber bottom and a distal end of the main piston when the main piston is in an outward position;
An assembly including a sprocket , the sprocket including: a body for being mounted in use for rotation about an axis (X), and a plurality of teeth projecting radially outwardly from the body with respect to the axis (X); the teeth including wear surfaces configured to engage respective links of at least one chain in use, wherein in use the wear surfaces are progressively worn by contact with the chain to define a varying wear profile of the teeth ; characterised in that the sprocket further includes at least two datum connection portions spaced apart axially along the sprocket and not forming part of the wear surfaces , and the assembly further includes a datum body ; the datum body extending between the datum connection portions in a predefined position relative to the sprocket ; the datum connection portions releasably engage the datum body extending between the datum connection portions to support the datum body in said predefined position relative to the sprocket , said predefined position being independent of the wear profile . a body for being mounted in use for rotation about an axis (X), and a plurality of teeth projecting radially outwardly from the body with respect to the axis (X); the teeth including wear surfaces configured to engage respective links of at least one chain in use, wherein in use the wear surfaces are progressively worn by contact with the chain to define a varying wear profile of the teeth ; characterised in that the sprocket further includes at least two datum connection portions spaced apart axially along the sprocket and not forming part of the wear surfaces , and the assembly further includes a datum body ; the datum body extending between the datum connection portions in a predefined position relative to the sprocket ; the datum connection portions releasably engage the datum body extending between the datum connection portions to support the datum body in said predefined position relative to the sprocket , said predefined position being independent of the wear profile .
A non-coherent organic light emitting device comprising: an organic light emitting layer; the light emitting layer comprising a structure providing a Bragg grating , the structure formed by alternating zones of isotropic material and liquid crystalline material, wherein the molecular cores of the liquid crystalline material are uniformly aligned in the plane of the light emitting device and parallel to the zone boundaries in the layer in which they are contained; and wherein the liquid crystalline material, when uniformly aligned, is dichroic in nature with a dichroic ratio in excess of 2:1 so that light emission in the plane of the device is suppressed by the combination of dichroism in the emitting material and the suppression of light propagation modes through the medium of alternating isotropic and liquid crystalline zones. an organic light emitting layer; the light emitting layer comprising a structure providing a Bragg grating , the structure formed by alternating zones of isotropic material and liquid crystalline material, wherein the molecular cores of the liquid crystalline material are uniformly aligned in the plane of the light emitting device and parallel to the zone boundaries in the layer in which they are contained; and wherein the liquid crystalline material, when uniformly aligned, is dichroic in nature with a dichroic ratio in excess of 2:1 so that light emission in the plane of the device is suppressed by the combination of dichroism in the emitting material and the suppression of light propagation modes through the medium of alternating isotropic and liquid crystalline zones.
Method for monitoring a semiconductor module (HM), in particular an LED module, wherein a theoretical model (TM) of the semiconductor module (HM) is generated by means of simulation, wherein thermal impedances of the semiconductor module are determined and therefore measurements (MW) are recorded, after which the theoretical model (TM) is calibrated using the measurement values (MW), characterized in that the theoretical model (TM) is compared with the measurement values (MW) using a direct experimental feedback loop to obtain an incremental adjustment of simulation results, thereby generating a validated theoretical model (VM), wherein a compact thermal model (KM) of the semiconductor module (HM) is created to represent a heat flow in the semiconductor module (HM), wherein the compact thermal model (KM) is continuously evaluated with the validated theoretical model (VM), wherein the compact thermal model (KM) is repeatedly fed with data from the theoretical model (VM) validated with measurements (MW) in order to monitor a thermal actual state of the semiconductor module (HM).
A glass fiber cutting plant, characterized in that it comprises a plurality of production lines , and a matrix system, having a plurality of cutters ; each of said cutters corresponding to a specific die and being movable from one of said production lines to another.
A computer-implemented method for image processing, comprising: obtaining, by a terminal, a first image on a web page via a browser from a server; in response to a saving operation performed on the first image by a user, cutting , by the terminal, the first image to obtain at least two second images and first sequence information, wherein the first sequence information contains an order in which the at least two second images are spliced into the first image; rearranging , by the terminal, the order of the at least two second images contained in the first sequence information to obtain second sequence information, which contains an order in which the at least two second images are spliced into a third image; splicing , by the terminal, the at least two second images into the third image according to the second sequence information; and saving, by the terminal, the third image instead of the first image according to a storage path. obtaining, by a terminal, a first image on a web page via a browser from a server; in response to a saving operation performed on the first image by a user, cutting , by the terminal, the first image to obtain at least two second images and first sequence information, wherein the first sequence information contains an order in which the at least two second images are spliced into the first image; rearranging , by the terminal, the order of the at least two second images contained in the first sequence information to obtain second sequence information, which contains an order in which the at least two second images are spliced into a third image; splicing , by the terminal, the at least two second images into the third image according to the second sequence information; and saving, by the terminal, the third image instead of the first image according to a storage path.
A bearing box for a rotating roller for supporting or transporting a high-temperature object, the bearing box having a bearing and a seal unit disposed therein, wherein a cooling jacket is disposed at an outer periphery of the bearing box so that the cooling jacket covers at least a portion of an axial region of the bearing and at least a portion of an axial region of the seal unit, wherein the cooling jacket has a cooling water inlet and a cooling water outlet , and wherein the bearing box is cooled by cooling water supplied to the cooling jacket through the cooling water inlet , characterized in that a portion of an outer periphery of the cooling jacket disposed at an outer periphery of the axial region of the seal unit is at least partially disposed on a radially inner side of a portion of an outer periphery of the cooling jacket disposed at an outer periphery of the axial region of the bearing . wherein a cooling jacket is disposed at an outer periphery of the bearing box so that the cooling jacket covers at least a portion of an axial region of the bearing and at least a portion of an axial region of the seal unit, wherein the cooling jacket has a cooling water inlet and a cooling water outlet , and wherein the bearing box is cooled by cooling water supplied to the cooling jacket through the cooling water inlet , characterized in that
A system for controlling negative pressure and instillation therapy at a tissue site based on properties of wound fluids, the system comprising: a tissue interface adapted to be disposed at the tissue site and adapted to be coupled to a source of instillation fluid ; and a dressing interface adapted to couple a source of negative-pressure to the tissue interface , the dressing interface comprising: a housing having a therapy cavity including an opening configured to be disposed in fluid communication with the tissue interface , and a negative-pressure port adapted to fluidly couple the therapy cavity to the source of negative-pressure; a pH sensor in fluid communication with the therapy cavity and configured to sense pH of the wound fluids; and a processing element electrically coupled to the pH sensor for receiving a property signal indicative of the pH of the wound fluids, the processing element being further configured to assess the health characteristics of the tissue site based on the pH of the wound fluids and modify the instillation therapy in response to the pH measured, characterized in that the processing element is further configured to provide a fluid-filled alarm when the pH of the wound fluid at the tissue site changes in proportion to the volume of instillation fluid delivered to the tissue site and reaches a value corresponding to a filled-volume of the tissue interface . a tissue interface adapted to be disposed at the tissue site and adapted to be coupled to a source of instillation fluid ; and a dressing interface adapted to couple a source of negative-pressure to the tissue interface , the dressing interface comprising: a housing having a therapy cavity including an opening configured to be disposed in fluid communication with the tissue interface , and a negative-pressure port adapted to fluidly couple the therapy cavity to the source of negative-pressure; a pH sensor in fluid communication with the therapy cavity and configured to sense pH of the wound fluids; and a housing having a therapy cavity including an opening configured to be disposed in fluid communication with the tissue interface , and a negative-pressure port adapted to fluidly couple the therapy cavity to the source of negative-pressure; a pH sensor in fluid communication with the therapy cavity and configured to sense pH of the wound fluids; and a processing element electrically coupled to the pH sensor for receiving a property signal indicative of the pH of the wound fluids, the processing element being further configured to assess the health characteristics of the tissue site based on the pH of the wound fluids and modify the instillation therapy in response to the pH measured, characterized in that the processing element is further configured to provide a fluid-filled alarm when the pH of the wound fluid at the tissue site changes in proportion to the volume of instillation fluid delivered to the tissue site and reaches a value corresponding to a filled-volume of the tissue interface .
An external fixator assembly comprising: a first clamp assembly , wherein the first clamp assembly comprises a first upper member and a first lower member operably connected to one another, wherein the first upper member and the first lower member form a first slot in opposition to a second slot ; a second clamp assembly , wherein the second clamp assembly comprises a second upper member and a second lower member operably connected to one another, wherein the second upper member and the second lower member form a third slot in opposition to a pin or rod free zone 433; a rod received within the first slot or second slot of the first clamp assembly ; characterized in that the assembly further comprises a pin received within the third slot of the second clamp assembly , wherein the pin is sized and configured to extend into a tibial bone. a first clamp assembly , wherein the first clamp assembly comprises a first upper member and a first lower member operably connected to one another, wherein the first upper member and the first lower member form a first slot in opposition to a second slot ; a second clamp assembly , wherein the second clamp assembly comprises a second upper member and a second lower member operably connected to one another, wherein the second upper member and the second lower member form a third slot in opposition to a pin or rod free zone 433; a rod received within the first slot or second slot of the first clamp assembly ; characterized in that the assembly further comprises a pin received within the third slot of the second clamp assembly , wherein the pin is sized and configured to extend into a tibial bone.
A computer-implemented method of migrating metadata from a donor filesystem D having a rooted tree structure to a beneficiary filesystem B while processing commands that operate on the metadata, comprising: while a command to operate on the metadata is not received, replicating, by a computer system, the rooted tree structure of the donor filesystem D at the beneficiary filesystem B by sequentially copying metadata of nodes of the donor filesystem D to the beneficiary filesystem B; and receiving, by the computer system, a command to operate on the metadata; executing, by the computer system, the received command at both the donor filesystem D and the beneficiary filesystem B when all arguments of the received command are present in both the donor filesystem D and the beneficiary filesystem B; executing, by the computer system, the received command at the donor filesystem D only when none of the arguments of the received command are present in the beneficiary filesystem B; enqueueing, by the computer system, the received command in a queue when only some of the arguments of the received command are present in the beneficiary filesystem B at least until all arguments of the received command are present in the beneficiary filesystem B; and dequeuing and scheduling, by the computer system, the received command for execution when all arguments thereof are present in the beneficiary filesystem B. while a command to operate on the metadata is not received, replicating, by a computer system, the rooted tree structure of the donor filesystem D at the beneficiary filesystem B by sequentially copying metadata of nodes of the donor filesystem D to the beneficiary filesystem B; and receiving, by the computer system, a command to operate on the metadata; executing, by the computer system, the received command at both the donor filesystem D and the beneficiary filesystem B when all arguments of the received command are present in both the donor filesystem D and the beneficiary filesystem B; executing, by the computer system, the received command at the donor filesystem D only when none of the arguments of the received command are present in the beneficiary filesystem B; enqueueing, by the computer system, the received command in a queue when only some of the arguments of the received command are present in the beneficiary filesystem B at least until all arguments of the received command are present in the beneficiary filesystem B; and dequeuing and scheduling, by the computer system, the received command for execution when all arguments thereof are present in the beneficiary filesystem B.