mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: determining, by a zone translation layer, ZTL , within a computing device (106 ), physical zone data within a zoned namespace solid state drive, SSD , associated with logical zone data included in a first received input-output operation based on a mapping data structure within a namespace of the zoned namespace SSD and a type of the first received input-output operation, wherein the zone translation layer ZTL comprises the mapping data structure and the mapping data structure comprises a random mapping data structure to manage one or more received random input-output operations and a sequential mapping data structure to manage one or more received sequential input-output operations; generating, by the ZTL within the computing device (106 ), a second input-output operation specific to the determined physical zone data, wherein the second input-output operation is of the type of the received first input-output operation; and completing, by the ZTL within the computing device (106 ), the generated second input-output operation using the determined physical zone data within the zoned namespace SSD . determining, by a zone translation layer, ZTL , within a computing device (106 ), physical zone data within a zoned namespace solid state drive, SSD , associated with logical zone data included in a first received input-output operation based on a mapping data structure within a namespace of the zoned namespace SSD and a type of the first received input-output operation, wherein the zone translation layer ZTL comprises the mapping data structure and the mapping data structure comprises a random mapping data structure to manage one or more received random input-output operations and a sequential mapping data structure to manage one or more received sequential input-output operations; generating, by the ZTL within the computing device (106 ), a second input-output operation specific to the determined physical zone data, wherein the second input-output operation is of the type of the received first input-output operation; and completing, by the ZTL within the computing device (106 ), the generated second input-output operation using the determined physical zone data within the zoned namespace SSD .
A secondary battery, comprising: an aqueous electrolyte comprising a surfactant, wherein the surfactant comprises one or more selected from the group consisting of polyoxyalkylene alkyl ether, polyetheylene glycol, polyvinyl alcohol, nonylphenyl eicosaethylene glycol ether, thiourea, disodium 3,3'-dithio bis (1-propanesulfonate), dimercaptothiadiazole, boric acid, oxalic acid, and malonic acid; a positive electrode ; and a negative electrode comprising a negative electrode active material, wherein the negative electrode active material comprises at least one selected from the group consisting of an oxide of titanium, lithium titanium oxide, and lithium titanium composite oxide, a compound comprising an element A being present on at least a part of a surface of the negative electrode , the element A being at least one selected from the group consisting of Hg, Pb, Zn, and Bi, wherein the compound containing the element A covers the surface of the negative electrode with a proportion of 50% or more of the surface of the negative electrode , the proportion of the compound containing element A present on the surface of the negative electrode being measured by image analysis of a SEM image of the surface of the negative electrode using the method described in the specification. an aqueous electrolyte comprising a surfactant, wherein the surfactant comprises one or more selected from the group consisting of polyoxyalkylene alkyl ether, polyetheylene glycol, polyvinyl alcohol, nonylphenyl eicosaethylene glycol ether, thiourea, disodium 3,3'-dithio bis (1-propanesulfonate), dimercaptothiadiazole, boric acid, oxalic acid, and malonic acid; a positive electrode ; and a negative electrode comprising a negative electrode active material, wherein the negative electrode active material comprises at least one selected from the group consisting of an oxide of titanium, lithium titanium oxide, and lithium titanium composite oxide, a compound comprising an element A being present on at least a part of a surface of the negative electrode , the element A being at least one selected from the group consisting of Hg, Pb, Zn, and Bi, wherein the compound containing the element A covers the surface of the negative electrode with a proportion of 50% or more of the surface of the negative electrode , the proportion of the compound containing element A present on the surface of the negative electrode being measured by image analysis of a SEM image of the surface of the negative electrode using the method described in the specification.
A marker, comprising a resin-metal composite with a structure formed by immobilizing metal particles on a resin particle , characterized by having any one of constitution (A) and constitution (B): (A) the average particle size of the resin-metal composite exceeding 300nm; or (B) the average particle size of the metal particles being in a range of more than 20nm and less than 70nm; wherein the metal particles comprise metal particles completely encased in the resin particle , metal particles having a portion embedded in the resin particle and a portion exposed from the resin particle , and metal particles adsorbed on the surface of the resin particle , and wherein the material of the metal particles is selected from a group consisting of silver, nickel, copper, gold, palladium, and alloys thereof. (A) the average particle size of the resin-metal composite exceeding 300nm; or (B) the average particle size of the metal particles being in a range of more than 20nm and less than 70nm;
Adaptor housing (1, 1', 1", 1′′′) for accommodating a contact insert , - wherein, on its outer wall, the adaptor housing (1, 1' , 1" , 1′′′) has two connecting means, integrally formed opposite one another, of mutually complementary design for reversible connection to an adaptor housing (1, 1', 1", 1′′′) of the same type and/or to a top-hat rail-fixing element , - and wherein, on the plugging side, the adaptor housing (1, 1', 1", 1′′′) has at least one locking means for reversible locking of the adaptor housing (1, 1' , 1", 1′′′) to a further adaptor housing (1, 1', 1", 1′′′), characterized - in that the adaptor housing (1, 1', 1" , 1′′′) has a fastening means for reversibly fastening the contact carrier in the adaptor housing , - in that the fastening means is formed as a separate component and is reversibly latchable on the outside of the adaptor housing (1, 1', 1", 1′′′) and - in that the adaptor housing (1, 1', 1", 1′′′) has an opening , and in that the fastening means has a pin , wherein the pin of the fastening means engages through the opening of the adaptor housing (1, 1', 1" , 1′′′). - wherein, on its outer wall, the adaptor housing (1, 1' , 1" , 1′′′) has two connecting means, integrally formed opposite one another, of mutually complementary design for reversible connection to an adaptor housing (1, 1', 1", 1′′′) of the same type and/or to a top-hat rail-fixing element , - and wherein, on the plugging side, the adaptor housing (1, 1', 1", 1′′′) has at least one locking means for reversible locking of the adaptor housing (1, 1' , 1", 1′′′) to a further adaptor housing (1, 1', 1", 1′′′), - in that the adaptor housing (1, 1', 1" , 1′′′) has a fastening means for reversibly fastening the contact carrier in the adaptor housing , - in that the fastening means is formed as a separate component and is reversibly latchable on the outside of the adaptor housing (1, 1', 1", 1′′′) and - in that the adaptor housing (1, 1', 1", 1′′′) has an opening , and in that the fastening means has a pin , wherein the pin of the fastening means engages through the opening of the adaptor housing (1, 1', 1" , 1′′′).
Device for slicing one or more food products , in particular sausage, ham and/or cheese, wherein, for each food product , provision is made for in each case one track along which it is transported in the direction of a moving blade which cuts off food slices from the front end of the food product, wherein said device has a gripper for fixing the rear end of a food product and/or for disposing of an end piece , with at least one form-fit and/or force-fit means which is able to be reversibly brought into engagement with the periphery of the rear end of a food product , characterized in that said device has an ejector , which is a scraper having no drive of its own and no energy supply, wherein the form-fit and/or force-fit means is transferable from a parking position into a slicing position and back and the end piece is scraped off during the reverse movement.
Actuating unit of a closing drive of a motor vehicle lock, comprising an actuator , a housing , a drive unit, a spindle gear having a spindle nut and a spindle , the spindle gear being drivable by the drive unit and the actuator being movable by means of the spindle , the actuator having means for guiding the actuator in the housing , so that the actuator can be prevented from rotating about an axis of movement, the actuator and the spindle being formed in one piece, the actuator being connected to a Bowden cable, characterized in that five involute toothings and one rectangular toothing are arranged on the periphery of the actuator , which toothings are guided in corresponding recesses of the housing .
Circuit arrangement for monitoring a freewheeling diode at a solenoid valve actuated by means of pulse width modulation, comprising - at least one diode (D1) in a pulse-width-modulation actuation branch of the circuit arrangement; and - a transistor (T1) arranged in emitter connection, the emitter of said transistor being connected to the cathode of the at least one diode (D1), wherein - the anode side of the at least one diode (D1) in the actuation branch is arranged so as to be connected in the forward direction to an anode-side terminal of the freewheeling diode (FLD) characterised in that the transistor (T1) is a monitoring transistor; the at least one diode (D1) is arranged to monitor the voltage of the freewheeling diode (FLD) and to activate the monitoring transistor (T1) when the threshold voltage of said diode is exceeded, indicating a fault in the freewheeling diode (FLD); and - the monitoring transistor (T1) is arranged to emit a voltage feedback as a monitoring signal to a microcomputer in its activated state. - at least one diode (D1) in a pulse-width-modulation actuation branch of the circuit arrangement; and - a transistor (T1) arranged in emitter connection, the emitter of said transistor being connected to the cathode of the at least one diode (D1), wherein - the anode side of the at least one diode (D1) in the actuation branch is arranged so as to be connected in the forward direction to an anode-side terminal of the freewheeling diode (FLD) characterised in that the transistor (T1) is a monitoring transistor; the at least one diode (D1) is arranged to monitor the voltage of the freewheeling diode (FLD) and to activate the monitoring transistor (T1) when the threshold voltage of said diode is exceeded, indicating a fault in the freewheeling diode (FLD); and characterised in that the transistor (T1) is a monitoring transistor; the at least one diode (D1) is arranged to monitor the voltage of the freewheeling diode (FLD) and to activate the monitoring transistor (T1) when the threshold voltage of said diode is exceeded, indicating a fault in the freewheeling diode (FLD); and - the monitoring transistor (T1) is arranged to emit a voltage feedback as a monitoring signal to a microcomputer in its activated state.
A strobel for an article of footwear including: a polymeric bladder defining an interior cavity and configured to retain a fluid in the interior cavity , the polymeric bladder having a peripheral flange extending around at least a portion of a perimeter of the interior cavity ; and a tensile component disposed in the interior cavity and secured to opposing inner surfaces of the polymeric bladder ; wherein the peripheral flange defines a groove extending along the peripheral flange ; and wherein the strobel is securable to an upper by a series of stitches extending through the peripheral flange in the groove ; and wherein the peripheral flange has a first weld (W1) and a second weld (W2) spaced apart from the first weld (W1); the first weld (W1) and the second weld (W2) extend lengthwise along the peripheral flange , and the groove extends lengthwise along the peripheral flange between the first weld (W1) and the second weld (W2); the first weld (W1) is inward of the groove ; and the second weld (W2) is outward of the groove . a polymeric bladder defining an interior cavity and configured to retain a fluid in the interior cavity , the polymeric bladder having a peripheral flange extending around at least a portion of a perimeter of the interior cavity ; and a tensile component disposed in the interior cavity and secured to opposing inner surfaces of the polymeric bladder ; wherein the peripheral flange defines a groove extending along the peripheral flange ; and wherein the strobel is securable to an upper by a series of stitches extending through the peripheral flange in the groove ; and wherein the peripheral flange has a first weld (W1) and a second weld (W2) spaced apart from the first weld (W1); the first weld (W1) and the second weld (W2) extend lengthwise along the peripheral flange , and the groove extends lengthwise along the peripheral flange between the first weld (W1) and the second weld (W2); the first weld (W1) is inward of the groove ; and the second weld (W2) is outward of the groove . the first weld (W1) is inward of the groove ; and the second weld (W2) is outward of the groove .
An apparatus comprising first and second electrodes separated by an electrolyte , the first and second electrodes configured to exhibit a potential difference therebetween on interaction of the first electrode with water, wherein the first electrode comprises graphene oxide configured such that its electrical conductance and electrochemical potential are dependent upon the amount of water present, the electrical conductance and electrochemical potential of the first electrode affecting the potential difference between the first and second electrodes, and wherein the apparatus comprises respective first and second terminals configured for electrical connection to a readout circuit to enable determination of the presence and/or amount of water based on the potential difference.
Household device comprising a body , a door which is connected to the body in order to close an inner chamber of the body , a superimposed decorative plate which is arranged at a distance from the door by means of a gap , and a flexible cover element extending from a side wall of the body into the gap , characterised in that the cover element is held in the gap on at least one support part which connects the door and decorative plate .
Method for producing a seal between a support of an electrical component and a plastics insert-molding that surrounds the support at least in part, wherein the support is placed in a mold that comprises a cavity for introducing plastics material for forming the insert-molding , wherein the support comprises at least one projection facing the insert-molding, wherein the support is brought into a liquid or melt-like state in the region of the at least one projection by the action of energy and/or pressure, which is axial based on the longitudinal axis of the component , immediately before the insert-molding is applied, with the aid of an auxiliary mold (36; 40) which is movably mounted in the mold or in at least one of several mold parts , wherein the auxiliary mold is formed by a laser-welding device or a hot-gas welding device .
A system to carry print media through a print zone in a printer , the system comprising: an endless conveyor belt in a loop; a driver operatively connected to the conveyor belt to circulate the conveyor belt through the print zone; an encoder operatively connected to the driver to measure movement of the conveyor belt ; the system being characterised in that : the driver is under the print zone; the encoder is under the print zone and is to measure movement of the conveyor belt in the print zone indirectly through the driver ; and in that the system further comprises a controller programmed to control the driver based on measurements from the encoder . an endless conveyor belt in a loop; a driver operatively connected to the conveyor belt to circulate the conveyor belt through the print zone; an encoder operatively connected to the driver to measure movement of the conveyor belt ; the system being characterised in that : the driver is under the print zone; the encoder is under the print zone and is to measure movement of the conveyor belt in the print zone indirectly through the driver ; and in that the system further comprises a controller programmed to control the driver based on measurements from the encoder . the driver is under the print zone; the encoder is under the print zone and is to measure movement of the conveyor belt in the print zone indirectly through the driver ; and in that the system further comprises a controller programmed to control the driver based on measurements from the encoder .
A network switch for auditing communications on a deterministic network , the network switch comprising one or more computing devices configured to: receive a data packet comprising at least a source address and a destination address ; the computing device or devices are configured to determine whether the source address corresponds to a first electronic device on the deterministic network; determine whether the destination address corresponds to a second electronic device on the deterministic network, the second electronic device being different than the first electronic device; compare an actual value for a characteristic of the data packet against a reference value for the characteristic when the source address corresponds to the first electronic device and the destination address corresponds to the second electronic device; and transmit the data packet to the destination address when the actual value for the characteristic corresponds to the reference value for the characteristic; wherein the data packet comprises a header and a payload, wherein the header includes the source address and the destination address, wherein the payload includes data comprising one or more entries, and wherein the reference value of the characteristic comprises an approved range of values for the data; wherein the computing device or devices are further configured to reject the data packet when the actual value falls outside the approved range of values. receive a data packet comprising at least a source address and a destination address ; the computing device or devices are configured to determine whether the source address corresponds to a first electronic device on the deterministic network; determine whether the destination address corresponds to a second electronic device on the deterministic network, the second electronic device being different than the first electronic device; compare an actual value for a characteristic of the data packet against a reference value for the characteristic when the source address corresponds to the first electronic device and the destination address corresponds to the second electronic device; and transmit the data packet to the destination address when the actual value for the characteristic corresponds to the reference value for the characteristic; wherein the data packet comprises a header and a payload, wherein the header includes the source address and the destination address, wherein the payload includes data comprising one or more entries, and wherein the reference value of the characteristic comprises an approved range of values for the data; wherein the computing device or devices are further configured to reject the data packet when the actual value falls outside the approved range of values.
A skin compatible component attachable to mammalian skin comprising: a silicone polymer network derived from the addition curing of a first part including a vinyl functionalised siloxane polymer and a second part including a silicon hydride containing crosslinker, in the presence of a metal catalyst; and a superabsorbent particulate distributed within the polymer network configured to absorb moisture from the skin; wherein the superabsorbent particulate is distributed within the polymer network at a concentration in the range 5 to 45 wt% and has a particle size in the range 10 to 40 μm; and wherein starting materials for the silicone polymer network comprise an MQ resin and fumed silica. a silicone polymer network derived from the addition curing of a first part including a vinyl functionalised siloxane polymer and a second part including a silicon hydride containing crosslinker, in the presence of a metal catalyst; and a superabsorbent particulate distributed within the polymer network configured to absorb moisture from the skin; wherein the superabsorbent particulate is distributed within the polymer network at a concentration in the range 5 to 45 wt% and has a particle size in the range 10 to 40 μm; and wherein starting materials for the silicone polymer network comprise an MQ resin and fumed silica.
An assistance device (DA) for a shock absorber (AR) intended to equip a vehicle axle and including i) a body (CA) holding in translation a rod (TA) having a free end (EL) provided with a threading (FT) suitable for permitting its securing to a body (CV) of said vehicle and held in a retracted position with respect to said body (CA) by a strap (SC), ii) a filtering tip (EF) mounted in a sliding manner on said rod (TA), and iii) a protective boot (SP) surrounding said body (CA) and coupled to said filtering tip (EF), characterized in that it includes a part (PD) including at least a first end (E1j) suitable for pressing on said filtering tip (EF) and blocking means (MB) suitable for cooperating with said threading (FT) for immobilizing said part (PD) with respect to said free end (EL), said filtering tip (EF) and said protective boot (SP) before and after a withdrawal of said strap (SC) .
A method of preventing unauthorized monitoring of a local conference room in which a local conferencing system is located, characterized by : i. generating a deterministic sound signal at the local conferencing system and loading the deterministic sound signal on a first loudspeaker intended for playback of audio generated by a codec in the local conferencing system ; ii. analyzing an audio signal picked up by a microphone connected to, or integrated in, the local conferencing system , to determine if the deterministic sound signal is detected in the microphone audio signal; iii. returning to step i) if the deterministic sound signal is detected; and iv. if the deterministic sound signal is not detected, transferring the local conference system into a security mode by blocking and/or terminating all calls to and from the local conferencing system , or blocking and/or terminating audio transmissions. i. generating a deterministic sound signal at the local conferencing system and loading the deterministic sound signal on a first loudspeaker intended for playback of audio generated by a codec in the local conferencing system ; ii. analyzing an audio signal picked up by a microphone connected to, or integrated in, the local conferencing system , to determine if the deterministic sound signal is detected in the microphone audio signal; iii. returning to step i) if the deterministic sound signal is detected; and iv. if the deterministic sound signal is not detected, transferring the local conference system into a security mode by blocking and/or terminating all calls to and from the local conferencing system , or blocking and/or terminating audio transmissions.