mhurhangee/patent-ind-claim-en huggingface dataset:
An atomiser for an electronic cigarette, comprising: a housing including at least one air inlet, at least one air outlet and a liquid inlet; a light guide extending into the housing; an optical absorber within the housing; and a vaporisation chamber within the housing, wherein a liquid flow path is provided from the liquid inlet towards the optical absorber and the vaporisation chamber, and an air flow path is defined from the at least one air inlet in the housing to the vaporization chamber, and wherein the light guide is configured to couple light from a vaporising light source towards the optical absorber which can generate heat by absorbing light from the vaporising light source, wherein the optical absorber includes a liquid absorber for absorbing vaporisable liquid received in the liquid inlet, and wherein the optical absorber is provided within the vaporization chamber axially above an end face of the light guide with respect to an axial direction of the housing; wherein the light guide comprises an angled reflection surface at a lower end of the light guide arranged to direct light from the vaporizing light source to the optical absorber. a housing including at least one air inlet, at least one air outlet and a liquid inlet; a light guide extending into the housing; an optical absorber within the housing; and a vaporisation chamber within the housing, wherein a liquid flow path is provided from the liquid inlet towards the optical absorber and the vaporisation chamber, and an air flow path is defined from the at least one air inlet in the housing to the vaporization chamber, and wherein the light guide is configured to couple light from a vaporising light source towards the optical absorber which can generate heat by absorbing light from the vaporising light source, wherein the optical absorber includes a liquid absorber for absorbing vaporisable liquid received in the liquid inlet, and wherein the optical absorber is provided within the vaporization chamber axially above an end face of the light guide with respect to an axial direction of the housing; wherein the light guide comprises an angled reflection surface at a lower end of the light guide arranged to direct light from the vaporizing light source to the optical absorber.
A confectionery product including a gelatine-free chewy center comprising sucrose, glucose syrup, dextrin and gellan, a layer comprising amorphous candy material surrounding said chewy center, wherein the amorphous candy material comprises sucrose, glucose and dextrin, wherein the ratio sucrose/glucose syrup in the layer comprising amorphous candy material ranges from 70:30 to 99:1 on dry weight basis, and wherein the ratio sucrose/glucose syrup in the chewy center ranges from 70:30 to 99:1 on dry weight basis.
A machine readable medium comprising instructions that when executed cause a first device to: generate, with a local device, a plurality of file chunks from a file to be stored in response to a request from a remote device, wherein one or more of the plurality of file chunks are encrypted; transmit the plurality of file chunks to at least one of a plurality of storage systems of cloud storage services; and generate, with the local device, a map that (A) identifies a respective storage location among the plurality of storage systems for each chunk, (B) provides encryption information to decrypt the plurality of file chunks, (C) provides login information to access the plurality of storage systems of the cloud storage services, and (D) provides instructions to recombine the plurality of file chunks to rebuild the file; and transmit the map from the local device to the remote device. generate, with a local device, a plurality of file chunks from a file to be stored in response to a request from a remote device, wherein one or more of the plurality of file chunks are encrypted; transmit the plurality of file chunks to at least one of a plurality of storage systems of cloud storage services; and generate, with the local device, a map that (A) identifies a respective storage location among the plurality of storage systems for each chunk, (B) provides encryption information to decrypt the plurality of file chunks, (C) provides login information to access the plurality of storage systems of the cloud storage services, and (D) provides instructions to recombine the plurality of file chunks to rebuild the file; and transmit the map from the local device to the remote device.
A substrate processing device comprising: a chamber with inside capable of being evacuated; a substrate holder provided inside the chamber and including a substrate mounting surface arranged to cool a substrate (S); a shield provided inside the chamber and including a side wall portion provided to surround a lateral side of the substrate mounting surface and an upper wall portion opposed to the substrate mounting surface ; a shield cooling unit configured to cool the shield ; a control device, the control device comprising: a processor configured to execute a method, wherein the method comprises mounting the substrate (S) on the substrate holder in a state where the substrate holder and the shield are cooled to a temperature at which gas molecules (P) are trapped; and cooling the substrate (S) on the substrate holder . a chamber with inside capable of being evacuated; a substrate holder provided inside the chamber and including a substrate mounting surface arranged to cool a substrate (S); a shield provided inside the chamber and including a side wall portion provided to surround a lateral side of the substrate mounting surface and an upper wall portion opposed to the substrate mounting surface ; a shield cooling unit configured to cool the shield ; a control device, the control device comprising: a processor configured to execute a method, wherein the method comprises mounting the substrate (S) on the substrate holder in a state where the substrate holder and the shield are cooled to a temperature at which gas molecules (P) are trapped; and cooling the substrate (S) on the substrate holder . mounting the substrate (S) on the substrate holder in a state where the substrate holder and the shield are cooled to a temperature at which gas molecules (P) are trapped; and cooling the substrate (S) on the substrate holder .
A composition comprising (a) a preservative system comprising sodium benzoate in combination with a second active selected from benzhydroxamic acid or tricarballylic acid;and (b) a surfactant; wherein the weight ratio of the second active to sodium benzoate is in the range of 1:8 to 1:2 when the second active is benzhydroxamic acid; and wherein the weight ratio of the second active to sodium benzoate is in the range of 1:8 to 4:1 when the second active is tricarbalyllic acid; wherein the composition is a personal cleansing composition. (a) a preservative system comprising sodium benzoate in combination with a second active selected from benzhydroxamic acid or tricarballylic acid;and (b) a surfactant; wherein the weight ratio of the second active to sodium benzoate is in the range of 1:8 to 1:2 when the second active is benzhydroxamic acid; and wherein the weight ratio of the second active to sodium benzoate is in the range of 1:8 to 4:1 when the second active is tricarbalyllic acid; wherein the composition is a personal cleansing composition.
A hardenable multi-part acrylic composition comprising a storage stable liquid first part, a storage stable liquid second part and optionally, a third or further liquid parts, the parts being operable to form a cement which hardens to a solid upon mixing of the parts together, the composition comprising an acrylic monomer component, an initiator component, acrylic polymer particles and a radiopacifying filler, the initiator component being present in an amount effective to polymerize the acrylic monomer component upon being mixed and/or activated therewith characterized in that at least some of the radiopacifying filler is encapsulated within and/or adsorbed on the acrylic polymer particles in a liquid part, wherein the acrylic polymer particles with encapsulated and/or adsorbed radiopacifying filler are present in a liquid carrier in the liquid first part and/or liquid second part and wherein the liquid carrier is other than monomer.
Method for operating an externally excited electrical machine , in which an excitation current (I ex ) is set as a manipulated variable within the scope of a closed-loop control, characterised in that the electric machine is operated with block control, wherein, if the speed (n) of the electrical machine is above a prescribable speed limit, the excitation current (I ex ) is increased if, in the d-q coordinate system, an angle (φ U ) between a voltage and the d-axis is greater than an angle (φ I ) between a current and the d-axis or than the angle between the current and the d-axis offset by 180°, and the exciting current (I ex ) is reduced if, in the d-q coordinate system, the angle (φ U ) between the voltage and the d-axis is smaller than the angle (φ I ) between the current and the d-axis or than the angle between the current and the d-axis offset by 180°.
A manufacturing method of a sub-muffler outer cylinder (20; 220), the manufacturing method comprising pushing one push roll (10; 210) toward two receive rolls (11, 12; 211, 212) and then bending a trapezoidal plate-shaped workpiece (W0, W20) having an upper base part (W1) and a lower base part (W2), characterized in that a resistance is given to a part near the upper base part (W1) or a part near the lower base part (W2) of the workpiece (W0, W20) by a roller or a weight to slide the workpiece (W0, W20) and the push roll (10; 210) or the receive rolls (11, 12; 211, 212) to change the speed at which the workpiece (W0, W20) passes in one end part or the other end part of the push roll to form the sub-muffler outer cylinder (20; 220) made of a cylindrical-shaped body having a tapered shape so as to be squeezed to one end part from the other end part , wherein a push-in amount by the push roll (10; 210) is changed during a bending process as a push-in amount (P2) in a part (20f - 20g; 220f - 220g) of the workpiece (W0, W20) corresponding to a corner part of the cylindrical-shaped body is made larger than a push-in amount (P1) in a part (20a - 20 e; 220a - 220g) of the workpiece (W0, W20) corresponding to a side part of the cylindrical-shaped body to form the cylindrical-shaped body having a polygonal cross-sectional shape.
A piston of a cylinder of an internal combustion engine, having a piston shank , having a ring belt positioned on a first axial side of the piston shank , which comprises multiple ring grooves delimited by ring lands and separated from one another by the ring lands , wherein each of the ring grooves receives a piston ring formed as compression ring or as oil scraper ring, having an oil collection channel positioned seen in the axial direction of the piston between the piston shank and the ring belt , characterised in that the oil collection channel has a greater depth seen in the axial direction of the piston in the circumferential position of the pressure side of the piston and/or in the circumferential position of the counter-pressure side of the piston than in the circumferential position of the coupling side of the piston and/or in the circumferential position of the coupling counter-side of the piston, the oil collection channel , seen in the circumferential direction of the piston, has an inclination, namely emanating from the axial depth in the region of the coupling side and/or the coupling counter-side in the direction of the axial depth in the region of the pressure side and/or the counter-pressure side. having a piston shank , having a ring belt positioned on a first axial side of the piston shank , which comprises multiple ring grooves delimited by ring lands and separated from one another by the ring lands , wherein each of the ring grooves receives a piston ring formed as compression ring or as oil scraper ring, having an oil collection channel positioned seen in the axial direction of the piston between the piston shank and the ring belt , characterised in that the oil collection channel has a greater depth seen in the axial direction of the piston in the circumferential position of the pressure side of the piston and/or in the circumferential position of the counter-pressure side of the piston than in the circumferential position of the coupling side of the piston and/or in the circumferential position of the coupling counter-side of the piston, the oil collection channel , seen in the circumferential direction of the piston, has an inclination, namely emanating from the axial depth in the region of the coupling side and/or the coupling counter-side in the direction of the axial depth in the region of the pressure side and/or the counter-pressure side.
Method for providing connection establishment data (M1a, M4a) between a private branch exchange, PBX, in a first communication system (NStSys) which accesses communication partners (Tci) on the basis of IP addresses with a first communication protocol, SIP, and a communication server (TC1, TC2, ..., TCn) which is accessible in a second communication system configured as a service unification system (Servlnt) only via the IP address of an intermediary, SBC, which allocates communication data, wherein the intermediary is retrievable by means of an IP address using the first communication protocol, in which method the private branch exchange, PBX, sends a request for a connection to the first IP address using the first communication protocol, SIP, (S10) and the intermediary, SBC, establishes the connection to the communication server (S12), characterized in that the communication server (TCi) or the intermediary, SBC, initiates that an IP address of the communication server (TCi) which is different from the IP address of the intermediary, SBC, become known to the private branch exchange, PBX.
A method for determining a zero-day attack by an electronic device, comprising: instantiating, by the electronic device, at least one virtual machine including a first virtual machine being based on a first software profile and a second virtual machine being based on a fortified software profile, the fortified software profile corresponding to a second software profile that is an updated version of the first software profile to address known exploits; concurrently processing copies of content associated with an exploit on both the first virtual machine and the second virtual machine; determining that the exploit corresponds to a zero-day exploit corresponding to a previously unseen type of malware when a second copy of the content, upon being processed on the second virtual machine, causes the second virtual machine to detect one or more behaviors each assigned a weight based on a likelihood of causing system compromise, wherein a weighted value of the one or more behaviors exceeds a predetermined threshold; and determining that the exploit is attacking a known vulnerability of the first software profile when (i) the weighted value of the one or more behaviors detected during processing of the second copy of the content in the second virtual machine is less than the predetermined threshold and (ii) a weighted value of one or more behaviors detected in the first virtual machine exceeds the predetermined threshold. instantiating, by the electronic device, at least one virtual machine including a first virtual machine being based on a first software profile and a second virtual machine being based on a fortified software profile, the fortified software profile corresponding to a second software profile that is an updated version of the first software profile to address known exploits; concurrently processing copies of content associated with an exploit on both the first virtual machine and the second virtual machine; determining that the exploit corresponds to a zero-day exploit corresponding to a previously unseen type of malware when a second copy of the content, upon being processed on the second virtual machine, causes the second virtual machine to detect one or more behaviors each assigned a weight based on a likelihood of causing system compromise, wherein a weighted value of the one or more behaviors exceeds a predetermined threshold; and determining that the exploit is attacking a known vulnerability of the first software profile when (i) the weighted value of the one or more behaviors detected during processing of the second copy of the content in the second virtual machine is less than the predetermined threshold and (ii) a weighted value of one or more behaviors detected in the first virtual machine exceeds the predetermined threshold.
Crystalline solid salts of N-{4-[(6,7-dimethoxyquinolin-4-yl)oxy]phenyl}-N'-(4-fluorophenyl) cyclopropane-1,1-dicarboxamide (Compound 1), wherein the salts are selected from the group consisting of: N-{4-[(6,7-dimethoxyquinolin-4-yl)oxy]phenyl}-N'-(4-fluorophenyl) cyclopropane-1,1-dicarboxamide (Compound 1) • pyruvate; N-{4-[(6,7-dimethoxyquinolin-4-yl)oxy]phenyl}-N'-(4-fluorophenyl) cyclopropane-1,1-dicarboxamide (Compound 1) • glutarate; and N-{4-[(6,7-dimethoxyquinolin-4-yl)oxy]phenyl}-N'-(4-fluorophenyl) cyclopropane-1,1-dicarboxamide (Compound 1) • isethionate monohydrate. N-{4-[(6,7-dimethoxyquinolin-4-yl)oxy]phenyl}-N'-(4-fluorophenyl) cyclopropane-1,1-dicarboxamide (Compound 1) • pyruvate; N-{4-[(6,7-dimethoxyquinolin-4-yl)oxy]phenyl}-N'-(4-fluorophenyl) cyclopropane-1,1-dicarboxamide (Compound 1) • glutarate; and N-{4-[(6,7-dimethoxyquinolin-4-yl)oxy]phenyl}-N'-(4-fluorophenyl) cyclopropane-1,1-dicarboxamide (Compound 1) • isethionate monohydrate.
An excavation apparatus , such as an underwater excavation apparatus, comprising: a housing having at least one inlet and an outlet , wherein the at least one inlet is provided on or at a side or sides of the housing; at least one rotor within the housing; and at least one stator within the housing; and wherein an inside of the housing converges from the at least one inlet towards the rotor, the inside of the housing diverges from an inlet end of the rotor towards an outlet end of the rotor, and the inside of the housing converges from the stator towards the outlet. a housing having at least one inlet and an outlet , wherein the at least one inlet is provided on or at a side or sides of the housing; at least one rotor within the housing; and at least one stator within the housing; and wherein an inside of the housing converges from the at least one inlet towards the rotor, the inside of the housing diverges from an inlet end of the rotor towards an outlet end of the rotor, and the inside of the housing converges from the stator towards the outlet.
Method for determining at least one parameter of a cooling lubricant emulsion for machine tools , where a cooling lubricant emulsion is provided in a tank and where the cooling lubricant emulsion is withdrawn from the tank , at least one parameter of the cooling lubricant emulsion is determined using at least one sensor and the cooling lubricant emulsion is returned at least partly to the tank , characterized in that the method additionally comprises implementing a measurement wherein a sample is withdrawn from the tank , the sample is passed in a circuit continuously past the at least one sensor to determine at least one parameter of the sample, where continuously or step-wise at least one measurement reagent is added and the at least one parameter is measured continuously until the at least one parameter reaches a predefined threshold, and subsequently at least part of the sample is conveyed back into the tank .
An integrated circuit, IC, die comprising: a logic layer including a transistor array with a plurality of logic transistors, wherein the plurality of logic transistors includes a plurality of fins of semiconductor material; a front-side interconnect on a front side of the logic layer ; a back-side interconnect on a back side of the logic layer ; and a deep trench via in the logic layer to electrically couple the front-side interconnect with the back-side interconnect , wherein the deep trench via is in a diffusion region or a gate region of a dummy transistor of the transistor array. a logic layer including a transistor array with a plurality of logic transistors, wherein the plurality of logic transistors includes a plurality of fins of semiconductor material; a front-side interconnect on a front side of the logic layer ; a back-side interconnect on a back side of the logic layer ; and a deep trench via in the logic layer to electrically couple the front-side interconnect with the back-side interconnect , wherein the deep trench via is in a diffusion region or a gate region of a dummy transistor of the transistor array.
Mixing device for mixing a first liquid and a second liquid with a gas, comprising a mixing chamber in which the first liquid comes into contact with the second liquid, and a gas injection device which is designed to inject gas into the mixing chamber , the gas injection device comprising: a gas source , which provides gas at a predetermined pressure, and a metering unit , which is set up to limit the gas provided by the gas source to a predetermined flow rate, and which is in contact with the mixing chamber on its gas outlet side, characterized in that the gas outlet side of the metering unit comprising an elongated gap through which the gas from the metering unit exits into the mixing chamber , that the metering unit is formed from two plate-shaped elements coupled to one another, and that the plate-shaped elements rest against one another essentially over the entire surface, wherein the elongated gap results from the roughness of two surfaces lying on top of each other. a mixing chamber in which the first liquid comes into contact with the second liquid, and a gas injection device which is designed to inject gas into the mixing chamber , the gas injection device comprising: a gas source , which provides gas at a predetermined pressure, and a metering unit , which is set up to limit the gas provided by the gas source to a predetermined flow rate, and which is in contact with the mixing chamber on its gas outlet side, characterized in that the gas outlet side of the metering unit comprising an elongated gap through which the gas from the metering unit exits into the mixing chamber , that the metering unit is formed from two plate-shaped elements coupled to one another, and that the plate-shaped elements rest against one another essentially over the entire surface, wherein the elongated gap results from the roughness of two surfaces lying on top of each other. a gas source , which provides gas at a predetermined pressure, and a metering unit , which is set up to limit the gas provided by the gas source to a predetermined flow rate, and which is in contact with the mixing chamber on its gas outlet side, characterized in that the gas outlet side of the metering unit comprising an elongated gap through which the gas from the metering unit exits into the mixing chamber , that the metering unit is formed from two plate-shaped elements coupled to one another, and that the plate-shaped elements rest against one another essentially over the entire surface, wherein the elongated gap results from the roughness of two surfaces lying on top of each other.