mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter device comprising: a tubular body that extends from a proximal end to a distal end; an auxiliary lumen extending along the length of the tubular body that is configured to receive an auxiliary catheter , the auxiliary lumen having a proximal opening ; and a guide wire lumen extending along the length of the tubular body, the guide wire lumen being configured to receive a guide wire catheter ; wherein the guide wire lumen has a proximal opening disposed distal to the proximal opening of the auxiliary lumen of the catheter. a tubular body that extends from a proximal end to a distal end; an auxiliary lumen extending along the length of the tubular body that is configured to receive an auxiliary catheter , the auxiliary lumen having a proximal opening ; and a guide wire lumen extending along the length of the tubular body, the guide wire lumen being configured to receive a guide wire catheter ; wherein the guide wire lumen has a proximal opening disposed distal to the proximal opening of the auxiliary lumen of the catheter.
An amorphous silica powder having a modal diameter within a range of 3.0 to 4.2 μm, a frequency of particles having particle diameters of less than 0.50 μm of 1.0% or more and 9% or less in a particle diameter frequency distribution, a specific surface area of 3 to 10.5 m 2 /g, a cumulative oversize distribution of particles having particle diameters of 13 μm or more being 1 mass% or less, and a frequency of particles having particle diameters of 0.50 to 1.83 μm being less than 2.0% in a peak having a maximum value within the range of 3.0 to 4.2 μm. a modal diameter within a range of 3.0 to 4.2 μm, a frequency of particles having particle diameters of less than 0.50 μm of 1.0% or more and 9% or less in a particle diameter frequency distribution, a specific surface area of 3 to 10.5 m 2 /g, a cumulative oversize distribution of particles having particle diameters of 13 μm or more being 1 mass% or less, and a frequency of particles having particle diameters of 0.50 to 1.83 μm being less than 2.0% in a peak having a maximum value within the range of 3.0 to 4.2 μm.
A lighting device comprising: - a light source , - a first communication module configured to communicate via a first wireless communication technology, and configured to receive a lighting control command from a lighting control device via the first wireless communication technology, - a second communication module configured to communicate via a second wireless communication technology, and configured to receive a configuration command from a configuration device via the second wireless communication technology, wherein the configuration command comprises information related to a second light setting, - a memory , - a processor configured to control the light source according to a first light setting associated with the lighting control command upon receiving the lighting control command from the lighting control device, characterised in that the processor is further configured to store an association between the second light setting and the lighting control command in the memory upon receiving the configuration command, and wherein the processor is further configured to control the light source according to the second light setting upon receiving the same lighting control command after the association has been stored. - a light source , - a first communication module configured to communicate via a first wireless communication technology, and configured to receive a lighting control command from a lighting control device via the first wireless communication technology, - a second communication module configured to communicate via a second wireless communication technology, and configured to receive a configuration command from a configuration device via the second wireless communication technology, wherein the configuration command comprises information related to a second light setting, - a memory , - a processor configured to control the light source according to a first light setting associated with the lighting control command upon receiving the lighting control command from the lighting control device, characterised in that the processor is further configured to store an association between the second light setting and the lighting control command in the memory upon receiving the configuration command, and wherein the processor is further configured to control the light source according to the second light setting upon receiving the same lighting control command after the association has been stored.
A method of making an organoaminosilane compound, the method comprising: combining A) a compound comprising a primary or secondary amine, B) monosilane (SiH 4 ), and C) a catalyst, where the catalyst comprises magnesium or boron, wherein the catalyst is formed by combing a pre-catalyst of formula R 5 2 Mg, where each R 5 independently is C 1-20 hydrocarbyl, or Mg(NR 6 2 ) 2 , where each R 6 independently is hydrocarbyl having from 1 to 10 carbon atoms or trimethylsilyl, as C); and where A), B) and C) are combined under sufficient conditions to form the organoaminosilane compound and hydrogen. A) a compound comprising a primary or secondary amine, B) monosilane (SiH 4 ), and C) a catalyst, where the catalyst comprises magnesium or boron, wherein the catalyst is formed by combing a pre-catalyst of formula R 5 2 Mg, where each R 5 independently is C 1-20 hydrocarbyl, or Mg(NR 6 2 ) 2 , where each R 6 independently is hydrocarbyl having from 1 to 10 carbon atoms or trimethylsilyl, as C); and
An information transmission method in a client device provided in a mobile object, the information transmission method comprising: obtaining sensor information that has been obtained by a plurality of sensors provided in the mobile object and indicates a surrounding state of the mobile object, and storing the sensor information into a storage; determining whether the mobile object is present in an environment in which the mobile object is capable of transmitting data to a server; when the mobile object is determined to be present in the environment in which the mobile object is capable of transmitting data to the server, selecting in accordance with communication conditions, out of the stored sensor information, sensor information obtained by a sensor out of the plurality of sensors to be transmitted based on a respective data size of said sensor information in the storage, said communication conditions including whether or not a high-speed communication is available, transmitting the selected sensor information to the server, characterized in that point cloud data, of which a data size is large, is selected when high-speed communication is available, and a visible light image, of which a data size is small, is selected when high-speed communication is not available. obtaining sensor information that has been obtained by a plurality of sensors provided in the mobile object and indicates a surrounding state of the mobile object, and storing the sensor information into a storage; determining whether the mobile object is present in an environment in which the mobile object is capable of transmitting data to a server; when the mobile object is determined to be present in the environment in which the mobile object is capable of transmitting data to the server, selecting in accordance with communication conditions, out of the stored sensor information, sensor information obtained by a sensor out of the plurality of sensors to be transmitted based on a respective data size of said sensor information in the storage, said communication conditions including whether or not a high-speed communication is available, transmitting the selected sensor information to the server, selecting in accordance with communication conditions, out of the stored sensor information, sensor information obtained by a sensor out of the plurality of sensors to be transmitted based on a respective data size of said sensor information in the storage, said communication conditions including whether or not a high-speed communication is available, transmitting the selected sensor information to the server, characterized in that point cloud data, of which a data size is large, is selected when high-speed communication is available, and a visible light image, of which a data size is small, is selected when high-speed communication is not available.
A method of sintering at least one, in particular dental, workpiece using a protective atmosphere in a sintering chamber , wherein the workpiece in the sintering chamber is supported by a support material during the sintering procedure, wherein ceramic support grains together with at least one additive material to reduce the oxygen content in the sintering chamber are used as support material , characterized in that as the additive material , use is made of a material or a material mix which has a higher oxygen affinity than the workpiece and which has a higher mass-related specific surface than the workpiece .
A boiling enhancement device, comprising an evaporation chamber having a cavity therein and boiling enhancement fins , wherein the boiling enhancement fins are arranged on an inner wall surface of the evaporation chamber , a phase-change heat exchange medium is arranged in the evaporation chamber , and the evaporation chamber absorbs heat from a heat source and transfers the heat to the phase-change heat exchange medium through the inner wall surface; the boiling enhancement fins are configured to increase the number of vaporization cores on the inner wall surface of the evaporation chamber and increase the area of boiling heat exchange so as to promote boiling vaporization of the phase-change heat exchange medium and reduce boiling thermal resistance, wherein the boiling enhancement fins comprise a plurality of sawtooth strip-shaped cooling fins arranged on the inner wall surface of the evaporation chamber, and the strip-shaped cooling fins are composed by gathering a plurality of sawtooth sheets, characterized in that the sawtooth pitch of a minimum repeating unit among the sawtooth strip-shaped cooling fins is less than 1 mm, that the thickness of each of the sawtooth sheets is less than 0.2mn and that the porosity of the sawtooth strip-shaped cooling fins is smaller than 60% in such a way that the sawtooth strip-shaped cooling fins are densely arranged. the boiling enhancement fins comprise a plurality of sawtooth strip-shaped cooling fins arranged on the inner wall surface of the evaporation chamber, and the strip-shaped cooling fins are composed by gathering a plurality of sawtooth sheets, the sawtooth pitch of a minimum repeating unit among the sawtooth strip-shaped cooling fins is less than 1 mm, that the thickness of each of the sawtooth sheets is less than 0.2mn and that the porosity of the sawtooth strip-shaped cooling fins is smaller than 60% in such a way that the sawtooth strip-shaped cooling fins are densely arranged.
Rotor for a large diameter axial ventilator for industrial use, comprising a hub and n blades , wherein each blade of the rotor comprises a root portion for the structural connection to the hub and an aerodynamic portion , wherein the rotor further comprises an accessory axial fan which comprises an equal number of n radially extending vanes and which, in an axial view, is substantially comprised within a region P defined by the n radially inner ends of the aerodynamic portions of the blades of the rotor .
A method for monitoring and controlling the output current from an electronic drive system comprising a diode rectifier bridge and a switched power supply of fly-back type for the driving of a load with a Zener characteristic, for example, a non-linear load of light-emitting diodes, LEDs, the method comprising - converting, by the diode rectifier bridge, an AC voltage (Uin) to a rectified DC voltage (U1) and feeding the rectified DC voltage in its raw, unfiltered or solely half-wave rectified form to the input terminals of the power supply , - controlling the output current (lout) from the power supply by means of pulse width modulation through a duty cycle defined as a ratio between the lengths of the ON and OFF phases of a switch (SW) in a primary circuit of the switched power supply, - arranging a linear current regulator at the output (UCout) of the switched power supply , - regulating a current (L) through the load that is connected to the output (Uout) of the linear current regulator by means of the linear current regulator , characterised in that the method further comprises - measuring a fall in voltage (M1-M2) across the linear current regulator , - using the fall in voltage for the formation of a first control signal (S1) by a feedback loop (18, 19; 18, 19, 20), wherein the feedback loop forms an integrating circuit and the first control signal is output to a primary side of the power supply , - using the first control signal (S1) for the control of the output voltage (Uout) of the power supply through regulation of the duty cycle of the switch (SW), and - assigning an integration time of the feedback loop (18, 19; 18, 19, 20) to be at least 10 times greater than the integral integration time or inertia of the switched power supply . - converting, by the diode rectifier bridge, an AC voltage (Uin) to a rectified DC voltage (U1) and feeding the rectified DC voltage in its raw, unfiltered or solely half-wave rectified form to the input terminals of the power supply , - controlling the output current (lout) from the power supply by means of pulse width modulation through a duty cycle defined as a ratio between the lengths of the ON and OFF phases of a switch (SW) in a primary circuit of the switched power supply, - arranging a linear current regulator at the output (UCout) of the switched power supply , - regulating a current (L) through the load that is connected to the output (Uout) of the linear current regulator by means of the linear current regulator , - measuring a fall in voltage (M1-M2) across the linear current regulator , - using the fall in voltage for the formation of a first control signal (S1) by a feedback loop (18, 19; 18, 19, 20), wherein the feedback loop forms an integrating circuit and the first control signal is output to a primary side of the power supply , - using the first control signal (S1) for the control of the output voltage (Uout) of the power supply through regulation of the duty cycle of the switch (SW), and - assigning an integration time of the feedback loop (18, 19; 18, 19, 20) to be at least 10 times greater than the integral integration time or inertia of the switched power supply .
An electronic vapour inhaler comprising: a housing having a mouthpiece at one end; an induction heating arrangement arranged to inductively heat an induction heatable element of a cartridge or capsule inserted into the housing to heat a flavour-release medium within the cartridge or capsule; a control arrangement which is arranged to energise the induction heating arrangement to inductively heat the induction heatable element and thereby heat the flavour-release medium; characterized in that the control arrangement is further arranged to recognise an inserted capsule or cartridge by detecting a characteristic of the induction heatable element and to control the operation of the induction heating arrangement based on the detected characteristic to provide one of a plurality of heating profiles which is set automatically upon recognition of the inserted capsule or cartridge to heat the flavour-release medium in an optimum manner. a housing having a mouthpiece at one end; an induction heating arrangement arranged to inductively heat an induction heatable element of a cartridge or capsule inserted into the housing to heat a flavour-release medium within the cartridge or capsule; a control arrangement which is arranged to energise the induction heating arrangement to inductively heat the induction heatable element and thereby heat the flavour-release medium; characterized in that the control arrangement is further arranged to recognise an inserted capsule or cartridge by detecting a characteristic of the induction heatable element and to control the operation of the induction heating arrangement based on the detected characteristic to provide one of a plurality of heating profiles which is set automatically upon recognition of the inserted capsule or cartridge to heat the flavour-release medium in an optimum manner.
Control device for the mechanical operation of a component of a machine , - with a housing , which has a first housing part and a second housing part , - with an electric motor arranged in the housing for driving a control element arranged on the outside of the housing for coupling with the component to be activated, - with several primary attachment points for securing the housing onto the machine , - with several secondary attachment point for securing the first housing part onto the second housing part , - wherein the primary attachment points , when the housing is attached by the latter onto the machine , in addition to the at least one secondary attachment point secure the first housing part onto the second housing part , characterised in that a secondary attachment point is integrated into a primary attachment point . - with a housing , which has a first housing part and a second housing part , - with an electric motor arranged in the housing for driving a control element arranged on the outside of the housing for coupling with the component to be activated, - with several primary attachment points for securing the housing onto the machine , - with several secondary attachment point for securing the first housing part onto the second housing part , - wherein the primary attachment points , when the housing is attached by the latter onto the machine , in addition to the at least one secondary attachment point secure the first housing part onto the second housing part ,
A process for making a confection, comprising: depositing a first portion of a shell through an outer concentric nozzle into a mold; co-depositing a non-gelatinous, supportive filling and at least one other filling through two inner concentric nozzles into the first portion of the shell, wherein the supportive filling and the at least one other filling spread laterally within the shell to take the shape of the shell while one or both of the fillings are still being deposited into the first portion of the shell; depositing a second portion of the shell to form a chamber enclosing the co-deposited supportive filling and at least one other filling, wherein the supportive filling and the shell each consist of chocolate, wherein the supportive filling does not have gelatin or any other thickening material added thereto, and wherein the supportive filling acts to reduce the tendency of, or prevent, the at least one other filling from leaking out when the chamber is broken, wherein the supportive filling and at least one other filling are co-deposited so as to be interspersed within the chamber so that more than two contiguous interfaces are formed between the supportive filling and at least one other filling. depositing a first portion of a shell through an outer concentric nozzle into a mold; co-depositing a non-gelatinous, supportive filling and at least one other filling through two inner concentric nozzles into the first portion of the shell, wherein the supportive filling and the at least one other filling spread laterally within the shell to take the shape of the shell while one or both of the fillings are still being deposited into the first portion of the shell; depositing a second portion of the shell to form a chamber enclosing the co-deposited supportive filling and at least one other filling, wherein the supportive filling and the shell each consist of chocolate, wherein the supportive filling does not have gelatin or any other thickening material added thereto, and wherein the supportive filling acts to reduce the tendency of, or prevent, the at least one other filling from leaking out when the chamber is broken, wherein the supportive filling and at least one other filling are co-deposited so as to be interspersed within the chamber so that more than two contiguous interfaces are formed between the supportive filling and at least one other filling.
A gasket comprising: a base member ; one gasket body that is provided on one side surface of the base member in a thickness direction; and an opposite gasket body that is provided on an opposite side surface of the base member in the thickness direction, wherein the one gasket body includes a projection protruding toward the opposite side in the thickness direction, wherein the base member includes a deformed portion protruding toward the opposite side in the thickness direction by covering the projection , and wherein the opposite gasket body is formed as a film-shaped rubber layer with a uniformly formed thickness deposited on a front surface of the deformed portion , characterized in that the projection has a reversely tapered structure in which a width (w 2 ) of a distal end is larger than a width (w 1 ) of a proximal part of the projection . a base member ; one gasket body that is provided on one side surface of the base member in a thickness direction; and an opposite gasket body that is provided on an opposite side surface of the base member in the thickness direction, wherein the one gasket body includes a projection protruding toward the opposite side in the thickness direction, wherein the base member includes a deformed portion protruding toward the opposite side in the thickness direction by covering the projection , and wherein the opposite gasket body is formed as a film-shaped rubber layer with a uniformly formed thickness deposited on a front surface of the deformed portion , characterized in that the projection has a reversely tapered structure in which a width (w 2 ) of a distal end is larger than a width (w 1 ) of a proximal part of the projection .
An apparatus for measuring a state of an electrical switch , wherein the apparatus is configured to tap, inside a housing of the electrical switch , a voltage at main contacts of the electrical switch , which partly project out of a top side of the housing, for making conclusions about the state of the switch 1, in particular open or closed, the apparatus comprising - a first HV line comprising a first contact , - a second HV line comprising a second contact , - at least one high-impedance resistor , wherein the respective high-impedance resistor has an impedance value of at least 1 MOhm and is configured to interrupt a flow of current on one of the HV lines , wherein the first contact and the second contact are configured to be connected directly to the main contacts of the electrical switch , and - a carrier , wherein the first and the second contact and the at least one high-impedance resistor are arranged on the carrier and the carrier comprises circular recesses provided to receive the main contacts , so that the main contacts are mounted in the recesses and project out of the recesses . - a first HV line comprising a first contact , - a second HV line comprising a second contact , - at least one high-impedance resistor , wherein the respective high-impedance resistor has an impedance value of at least 1 MOhm and is configured to interrupt a flow of current on one of the HV lines , wherein the first contact and the second contact are configured to be connected directly to the main contacts of the electrical switch , and - a carrier , wherein the first and the second contact and the at least one high-impedance resistor are arranged on the carrier and the carrier comprises circular recesses provided to receive the main contacts , so that the main contacts are mounted in the recesses and project out of the recesses .
A concentrate for producing a medical solution, wherein the concentrate is present in dry form, and wherein components of the concentrate are present distributed to three or more compartments, and wherein a) magnesium carbonate and b) anhydrous calcium chloride are provided together in one compartment.