mhurhangee/patent-ind-claim-en huggingface dataset:
A method for path selection proportional to a penalty delay in processing packets, the method comprising: identifying , by a first device (200b;200a) intermediary to a plurality of clients (102a-n) and one or more servers (106a-n), a delay penalty for the first device from processing one or more packets of one of the one or more servers destined for a client of the plurality of clients, or, respectively, of one of the plurality of clients destined for a server of the one or more servers, the first device in communication via a plurality of links (535a-n) of different latencies with a second device (200a; 200b) intermediary to the plurality of clients, or respectively, the one or more servers, and the first device; selecting , by the first device, from the plurality of links other than a first link of the plurality of links with a lowest latency, a second link with a latency that deviates from the lowest latency of the first link by at least the delay penalty; transmitting , by the first device to the second device, duplicates of the one or more packets to the second device via the selected second link with information indicating to the second device to hold the duplicates of one or more packets at the second device; receiving, by the first device, an indication to one of drop or send the duplicates of the one or more packets to the client; and transmitting , by the first device, the indication to the second device to one of drop or send the duplicates of the one or more packets according to the indication. identifying , by a first device (200b;200a) intermediary to a plurality of clients (102a-n) and one or more servers (106a-n), a delay penalty for the first device from processing one or more packets of one of the one or more servers destined for a client of the plurality of clients, or, respectively, of one of the plurality of clients destined for a server of the one or more servers, the first device in communication via a plurality of links (535a-n) of different latencies with a second device (200a; 200b) intermediary to the plurality of clients, or respectively, the one or more servers, and the first device; selecting , by the first device, from the plurality of links other than a first link of the plurality of links with a lowest latency, a second link with a latency that deviates from the lowest latency of the first link by at least the delay penalty; transmitting , by the first device to the second device, duplicates of the one or more packets to the second device via the selected second link with information indicating to the second device to hold the duplicates of one or more packets at the second device; receiving, by the first device, an indication to one of drop or send the duplicates of the one or more packets to the client; and transmitting , by the first device, the indication to the second device to one of drop or send the duplicates of the one or more packets according to the indication.
A Fuel cell device having a fuel tank which has a fuel feed line which is formed in a branched manner in fuel part feed lines , having a plurality of fuel cell stacks which each have, on the anode inlet side, a fuel connection which is connected in terms of flow mechanics to one of the fuel part feed lines , characterized in that exclusively one of the fuel cell stacks is connected on the anode outlet side to a fuel recirculation line , and in that the flow guidance of the fuel recirculation line is selected in such a way that the fuel can be returned exclusively into the fuel cell stack connected to the fuel recirculation line .
A device for enhancing swimming pools by creating a bubbling and/or fizzing effect, the said device comprising an air bubble diffusion surface similar to a multi-layer mat incorporating a metal structure adapted to partially or totally match, in an assembled state, the bottom of a swimming pool, characterised in that the multi-layer mat is connected by means of an edge strip of the mat by a distribution cone , which is itself adapted to be connected to a compressor located, in an assembled state, in the immediate vicinity of the swimming pool or in the technical room of the latter, the said multi-layer mat further comprising a perforated upper layer which is fixed to the metal structure of the mat , characterised in that the metal structure is made of hollow bars serving both as ballast and as a distribution network for the air injected by the edge to which the perforated flexible edge strip of said mat is fixed.
A wireless transmit/receive unit, WTRU, comprising: a processor configured to: receive a configuration from a network, the configuration indicating a set of power offsets associated with uplink operation by the WTRU; calculate a power for performing an uplink transmission based on at least a parameter received from the network; adjust the calculated power, wherein the processor being configured to adjust the calculated power comprises the processor being configured to apply a power offset to the calculated power based on a condition indicated by the network, the power offset being randomly selected by the WTRU from the set of power offsets; and use the adjusted power for at least a part of the uplink transmission. receive a configuration from a network, the configuration indicating a set of power offsets associated with uplink operation by the WTRU; calculate a power for performing an uplink transmission based on at least a parameter received from the network; adjust the calculated power, wherein the processor being configured to adjust the calculated power comprises the processor being configured to apply a power offset to the calculated power based on a condition indicated by the network, the power offset being randomly selected by the WTRU from the set of power offsets; and use the adjusted power for at least a part of the uplink transmission.
A display device comprising: a user input interface configured to receive a signal corresponding to a movement of a remote control device of the display device; a wireless communication interface configured to receive image data from an external device and control data of the external device; a display configured to output a screen of the external device by using the received image data; and a controller configured to control the display to change a pointer display mode indicating whether the external device can or cannot be controlled through the remote control device based on the control data of the external device received while outputting the screen of the external device, wherein the control data includes information for determining whether the external device is able to be controlled by using the remote control device. a user input interface configured to receive a signal corresponding to a movement of a remote control device of the display device; a wireless communication interface configured to receive image data from an external device and control data of the external device; a display configured to output a screen of the external device by using the received image data; and a controller configured to control the display to change a pointer display mode indicating whether the external device can or cannot be controlled through the remote control device based on the control data of the external device received while outputting the screen of the external device, wherein the control data includes information for determining whether the external device is able to be controlled by using the remote control device.
A process for preparing a catalyst component comprising Mg, Ti, and at least an electron donor compound (ID) said process comprising two or more steps of reaction in which in a first step (a) carried out at a temperature ranging from 0 to 150°C, a Mg based compound is reacted with a Ti compound, having at least a Ti-Cl bond, in an amount such that the Ti/Mg molar ratio is greater than 3 so as to generate an intermediate solid catalyst component containing Mg and Ti and, in a following step (b), the intermediate solid catalyst component (a) is contacted, in a gaseous dispersing medium, with a gaseous stream containing the electron donor compound ID thereby obtaining a final solid catalyst component having an ID/Ti molar ratio ranging from 0.5: 1 to 20:1.
An optical device comprising: a first waveguide (WG1) having a first diffractive in-coupler, the first diffractive in-coupler being configured to couple a first angular range of incident light into a negative direction in the first waveguide, to couple a second angular range of incident light into a positive direction in the first waveguide, the first and second angular ranges being non-overlapping, and to transmit at least a portion of the incident light not coupled into the first waveguide; and a second waveguide (WG2) having a second diffractive in-coupler, the second diffractive in-coupler being configured to couple at least a portion of the incident light transmitted by the first diffractive in-coupler, the second waveguide being configured to couple a third angular range of the incident light, the third angular range including angles between the first angular range and the second angular range. a first waveguide (WG1) having a first diffractive in-coupler, the first diffractive in-coupler being configured to couple a first angular range of incident light into a negative direction in the first waveguide, to couple a second angular range of incident light into a positive direction in the first waveguide, the first and second angular ranges being non-overlapping, and to transmit at least a portion of the incident light not coupled into the first waveguide; and a second waveguide (WG2) having a second diffractive in-coupler, the second diffractive in-coupler being configured to couple at least a portion of the incident light transmitted by the first diffractive in-coupler, the second waveguide being configured to couple a third angular range of the incident light, the third angular range including angles between the first angular range and the second angular range.
An isolated nucleic acid molecule encoding a chimeric antigen receptor (CAR) molecule, wherein the CAR molecule comprises an antibody or antibody fragment which includes a CD22 binding domain, a transmembrane domain, and an intracellular signaling domain, and wherein the CD22 binding domain comprises: (i) a light chain complementarity determining region 1 (LC CDR1) TGTSSDVGGYNYVS (SEQ ID NO: 648), a light chain complementarity determining region 2 (LC CDR2) DVSNRPS (SEQ ID NO: 659), and a light chain complementarity determining region 3 (LC CDR3) SSYTSSSTLYV (SEQ ID NO: 670); and (ii) a heavy chain complementarity determining region 1 (HC CDR1) GDSMLSNSDTWN (SEQ ID NO: 498) or SNSDTWN (SEQ ID NO: 1345), a heavy chain complementarity determining region 2 (HC CDR2) RTYHRSTWYDDYASSVRG (SEQ ID NO: 509) or RTYHRSTWYDDYASSVRG (SEQ ID NO: 1354), and a heavy chain complementarity determining region 3 (HC CDR3) VRLQDGNSWSDAFDV (SEQ ID NO: 520) or VRLQDGNSWSDAFDV (SEQ ID NO: 1363). (i) a light chain complementarity determining region 1 (LC CDR1) TGTSSDVGGYNYVS (SEQ ID NO: 648), a light chain complementarity determining region 2 (LC CDR2) DVSNRPS (SEQ ID NO: 659), and a light chain complementarity determining region 3 (LC CDR3) SSYTSSSTLYV (SEQ ID NO: 670); and (ii) a heavy chain complementarity determining region 1 (HC CDR1) GDSMLSNSDTWN (SEQ ID NO: 498) or SNSDTWN (SEQ ID NO: 1345), a heavy chain complementarity determining region 2 (HC CDR2) RTYHRSTWYDDYASSVRG (SEQ ID NO: 509) or RTYHRSTWYDDYASSVRG (SEQ ID NO: 1354), and a heavy chain complementarity determining region 3 (HC CDR3) VRLQDGNSWSDAFDV (SEQ ID NO: 520) or VRLQDGNSWSDAFDV (SEQ ID NO: 1363).
A vehicle braking system having a piston rod extendable from an air brake chamber and a rotatable cam shaft , the system comprising: - a slack adjuster coupled to the piston rod and the cam shaft and configured to rotate the cam shaft as the piston rod extends, the slack adjuster having: - a control gear coupled to the cam shaft such that the control gear rotates as the cam shaft is rotated; - a pinion gear that meshes with the control gear such that the pinion gear rotates as the control gear rotates; - optionally a take-off gear that meshes with the pinion gear such that the take-off gear rotates as the control gear rotates; and - a magnet coupled to the pinion gear or to the take-off gear and configured to rotate as the pinion gear or take-off gear rotates; - a sensor configured to sense rotation of the magnet ; and - an indicator configured to indicate brake stroke of the piston rod . - a slack adjuster coupled to the piston rod and the cam shaft and configured to rotate the cam shaft as the piston rod extends, the slack adjuster having: - a control gear coupled to the cam shaft such that the control gear rotates as the cam shaft is rotated; - a pinion gear that meshes with the control gear such that the pinion gear rotates as the control gear rotates; - optionally a take-off gear that meshes with the pinion gear such that the take-off gear rotates as the control gear rotates; and - a magnet coupled to the pinion gear or to the take-off gear and configured to rotate as the pinion gear or take-off gear rotates; - a control gear coupled to the cam shaft such that the control gear rotates as the cam shaft is rotated; - a pinion gear that meshes with the control gear such that the pinion gear rotates as the control gear rotates; - optionally a take-off gear that meshes with the pinion gear such that the take-off gear rotates as the control gear rotates; and - a magnet coupled to the pinion gear or to the take-off gear and configured to rotate as the pinion gear or take-off gear rotates; - a sensor configured to sense rotation of the magnet ; and - an indicator configured to indicate brake stroke of the piston rod .
An instrument , comprising: a diffraction grating to disperse broadband light over a range of wavelengths; a detector ; a digital micromirror device (DMD) configured to reflect at least a portion of the range of wavelengths toward the detector; and a plurality of assembly mounts integrally formed as a base platform to align and secure the diffraction grating , the detector , the DMD , and a plurality of optical components of the instrument in a predetermined arrangement, wherein: the base platform is continuously formed from a single material using an additive manufacturing process; the plurality of the assembly mounts comprise a plurality of integral seats ; each of the plurality of optical components of the instrument is seated into a respective one of the plurality of integral seats in a unique predetermined arrangement relative to each other and the diffraction grating , the detector , and the DMD ; and the plurality of integral seats are individually separated by a predetermined spacing along at least one optical pathway in the instrument . a diffraction grating to disperse broadband light over a range of wavelengths; a detector ; a digital micromirror device (DMD) configured to reflect at least a portion of the range of wavelengths toward the detector; and a plurality of assembly mounts integrally formed as a base platform to align and secure the diffraction grating , the detector , the DMD , and a plurality of optical components of the instrument in a predetermined arrangement, wherein: the base platform is continuously formed from a single material using an additive manufacturing process; the plurality of the assembly mounts comprise a plurality of integral seats ; each of the plurality of optical components of the instrument is seated into a respective one of the plurality of integral seats in a unique predetermined arrangement relative to each other and the diffraction grating , the detector , and the DMD ; and the plurality of integral seats are individually separated by a predetermined spacing along at least one optical pathway in the instrument . the base platform is continuously formed from a single material using an additive manufacturing process; the plurality of the assembly mounts comprise a plurality of integral seats ; each of the plurality of optical components of the instrument is seated into a respective one of the plurality of integral seats in a unique predetermined arrangement relative to each other and the diffraction grating , the detector , and the DMD ; and the plurality of integral seats are individually separated by a predetermined spacing along at least one optical pathway in the instrument .
A refrigerator comprising: a body ; a storage compartment formed in the body ; an inner door comprising an opening and pivotably coupled with the body ; wherein the opening of the inner door provides access to the storage compartment ; an outer door pivotable with respect to the inner door and which opens and closes the opening of the inner door ; a mounting portion provided on the inner door ; a control unit configured to control an internal environment of the storage compartment , and mounted on the mounting portion ; and wherein the control unit is covered by the outer door when the outer door is closed, and wherein the control unit is accessible for a user when the inner door is closed and the outer door is opened, the control unit comprises a circuit board which transmits a control signal according to an input of the user and displays internal environment information of the storage compartment , and wherein the outer door comprises a transparent or translucent material permitting the control unit and an inside of the storage compartment to be viewed from the outside when the outer door is closed. a body ; a storage compartment formed in the body ; an inner door comprising an opening and pivotably coupled with the body ; wherein the opening of the inner door provides access to the storage compartment ; an outer door pivotable with respect to the inner door and which opens and closes the opening of the inner door ; a mounting portion provided on the inner door ; a control unit configured to control an internal environment of the storage compartment , and mounted on the mounting portion ; and wherein the control unit is covered by the outer door when the outer door is closed, and wherein the control unit is accessible for a user when the inner door is closed and the outer door is opened, the control unit comprises a circuit board which transmits a control signal according to an input of the user and displays internal environment information of the storage compartment , and wherein the outer door comprises a transparent or translucent material permitting the control unit and an inside of the storage compartment to be viewed from the outside when the outer door is closed.
A method of removing mercury and/or its compounds deposited on or embedded inside or on a component , in particular of the oil or gas-producing industry, and/or its surface, comprising at least the method steps a) Treatment of the component with an acidic solution passing through a circuit and flowing around or through the component by addition of a first acid, by means of which the pH value of the solution is adjusted, b) Addition of oxalic acid as a second acid, c) after an at least partial reaction of the oxalic acid, passing of the solution to a device binding mercury ions and/or mercury and arranged in a bypass extending from the circuit. a) Treatment of the component with an acidic solution passing through a circuit and flowing around or through the component by addition of a first acid, by means of which the pH value of the solution is adjusted, b) Addition of oxalic acid as a second acid, c) after an at least partial reaction of the oxalic acid, passing of the solution to a device binding mercury ions and/or mercury and arranged in a bypass extending from the circuit.
A baking oven for producing baked, preferably edible, products, comprising an elongated machine frame with a plurality of baking tongs , which are provided along an endless conveyor , can be opened and closed, are arranged in series and one after the other proceed through: - a baking mass application area for applying a baking mass to an opened baking tong , - a closing area for closing the baking tongs , - a baking chamber for baking the baked products in the closed baking tongs , in which at least one heating arrangement is provided for heating the baking tongs located inside the baking chamber , - an opening area for opening the baking tongs - and a baked product removal area for removing the baked products from the opened baking tongs , wherein the heating arrangement comprises at least one heatable or heated heating element for supplying thermal energy to the baking chamber , wherein at least one upper heating element accommodation is provided, on which the heating element is releasably connected to the machine frame via a connection device , and wherein the baking chamber is surrounded by a housing , characterized - in that the housing has an opening in the area of the upper heating element accommodation , which is closed by means of a removable lid , - and in that the opening is at least partly covered by the heating element . - a baking mass application area for applying a baking mass to an opened baking tong , - a closing area for closing the baking tongs , - a baking chamber for baking the baked products in the closed baking tongs , in which at least one heating arrangement is provided for heating the baking tongs located inside the baking chamber , - an opening area for opening the baking tongs - and a baked product removal area for removing the baked products from the opened baking tongs , wherein the heating arrangement comprises at least one heatable or heated heating element for supplying thermal energy to the baking chamber , wherein at least one upper heating element accommodation is provided, on which the heating element is releasably connected to the machine frame via a connection device , and wherein the baking chamber is surrounded by a housing , characterized - in that the housing has an opening in the area of the upper heating element accommodation , which is closed by means of a removable lid , - and in that the opening is at least partly covered by the heating element .