mhurhangee/ep-ind-claims huggingface dataset:
A method for the microwave treatment of a load, comprising the following steps: - generating at least one electromagnetic wave in the microwave range by at least one solid state generator; - guiding the or each electromagnetic wave to at least one application device of the electromagnetic wave; - applying by the or each application device the or each electromagnetic wave on the load; - a step for automated adjustment of the frequency of the or each electromagnetic wave in order to minimize the reflected power P R(i) on the or each application device to ensure an impedance matching allowing to optimize the transfer of the or each electromagnetic wave to the load, automatically and in real time, with the following steps: p1) measuring, for the or each application device, the reflected power P R(i) by the corresponding application device; and p2) monitoring the frequency f (i) of the electromagnetic wave produced by the or each generator, until the reflected power P R(i) measured at the or each application device reaches a minimum, so that the frequency f (i) varies until a minimum of the reflected power P R(i) is found; characterized in that the method does without matching device to perform said impedance matching. - generating at least one electromagnetic wave in the microwave range by at least one solid state generator; - guiding the or each electromagnetic wave to at least one application device of the electromagnetic wave; - applying by the or each application device the or each electromagnetic wave on the load; - a step for automated adjustment of the frequency of the or each electromagnetic wave in order to minimize the reflected power P R(i) on the or each application device to ensure an impedance matching allowing to optimize the transfer of the or each electromagnetic wave to the load, automatically and in real time, with the following steps: p1) measuring, for the or each application device, the reflected power P R(i) by the corresponding application device; and p2) monitoring the frequency f (i) of the electromagnetic wave produced by the or each generator, until the reflected power P R(i) measured at the or each application device reaches a minimum, so that the frequency f (i) varies until a minimum of the reflected power P R(i) is found; p1) measuring, for the or each application device, the reflected power P R(i) by the corresponding application device; and p2) monitoring the frequency f (i) of the electromagnetic wave produced by the or each generator, until the reflected power P R(i) measured at the or each application device reaches a minimum, so that the frequency f (i) varies until a minimum of the reflected power P R(i) is found;
An incoming call processing apparatus, wherein the apparatus is applied to a digital terminal device, the digital terminal device is located in a fixed-line phone communications system, the fixed-line phone communications system comprises a fixed-line phone and the digital terminal device connected to the fixed-line phone, and the fixed-line phone performs voice communication by using the digital terminal device, the apparatus comprising: a network module, configured to receive an incoming request; and a processor, configured to: determine whether the fixed-line phone is in a parking state when the network module received an incoming request; and when the fixed-line phone is in the parking state, the processor configured to: allocate a communication resource to the fixed-line phone, send a prompt tone to the fixed-line phone, and feed back an answer message to a calling party of the incoming request, wherein the answer message is used to indicate that the incoming request is normally accessed; characterized in that the processor is further configured to: obtain a calling number of the incoming request, and feed back a busy signal to the calling party when the calling number exists in a preset phone number list. a network module, configured to receive an incoming request; and a processor, configured to: determine whether the fixed-line phone is in a parking state when the network module received an incoming request; and when the fixed-line phone is in the parking state, the processor configured to: allocate a communication resource to the fixed-line phone, send a prompt tone to the fixed-line phone, and feed back an answer message to a calling party of the incoming request, wherein the answer message is used to indicate that the incoming request is normally accessed; characterized in that the processor is further configured to: obtain a calling number of the incoming request, and feed back a busy signal to the calling party when the calling number exists in a preset phone number list.
Magazine for processing wire terminations, which are connected to one another via connecting bridges to form a wire termination strip, wherein the magazine has a housing, characterized in that the housing has a magazine level in which the wire terminations can be separated from the wire termination strip, that a cutting device is provided in the magazine level, by which device the wire terminations can be separated from one another, that a feed mechanism is provided in the magazine level, by which mechanism the wire termination strip can be transported in the magazine level, that the wire terminations separated by the cutting device can be conveyed out of a mounting position in the magazine level into a depression level for processing, and that the magazine level and the depression level are different from one another, so that processing the separated wire terminations is possible in the depression level, wherein simultaneously the next wire terminations are separated from the wire termination strips in the magazine level and brought into the mounting position. that the housing has a magazine level in which the wire terminations can be separated from the wire termination strip, that a cutting device is provided in the magazine level, by which device the wire terminations can be separated from one another, that a feed mechanism is provided in the magazine level, by which mechanism the wire termination strip can be transported in the magazine level, that the wire terminations separated by the cutting device can be conveyed out of a mounting position in the magazine level into a depression level for processing, and that the magazine level and the depression level are different from one another, so that processing the separated wire terminations is possible in the depression level, wherein simultaneously the next wire terminations are separated from the wire termination strips in the magazine level and brought into the mounting position.
A pharmaceutical composition for use in the treatment of a pancreatic adenocarcinoma, the composition comprising a therapeutically-effective amount of risperidone and a therapeutically-effective amount of rumenic acid, wherein there is a synergistic effect between the therapeutically effective amount of the risperidone and the therapeutically effective amount of the rumenic acid
A shaver comprising: a handle with an elongated handgrip portion and a mounting portion, a shaver head, the shaver head being attached to the mounting portion, a removable cartridge, the cartridge comprising at least one blade, the at least one blade having a length, the cartridge being adapted to be attached to the shaver head and removed from the shaver head, characterized in that the shaver further comprises: a rotating lock provided on the shaver head, the rotating lock being adapted to removably attach the cartridge to the shaver head, wherein the rotating lock is adapted to rotate about an axis parallel to the length of the at least one blade, thus defining a neutral position and a rotated position, wherein the rotating lock in the neutral position attaches the cartridge to the shaver head, and the rotating lock in the rotated position releases the cartridge from the shaver head. a handle with an elongated handgrip portion and a mounting portion, a shaver head, the shaver head being attached to the mounting portion, a removable cartridge, the cartridge comprising at least one blade, the at least one blade having a length, the cartridge being adapted to be attached to the shaver head and removed from the shaver head, characterized in that the shaver further comprises: a rotating lock provided on the shaver head, the rotating lock being adapted to removably attach the cartridge to the shaver head, wherein the rotating lock is adapted to rotate about an axis parallel to the length of the at least one blade, thus defining a neutral position and a rotated position, wherein the rotating lock in the neutral position attaches the cartridge to the shaver head, and the rotating lock in the rotated position releases the cartridge from the shaver head. a rotating lock provided on the shaver head, the rotating lock being adapted to removably attach the cartridge to the shaver head, wherein the rotating lock is adapted to rotate about an axis parallel to the length of the at least one blade, thus defining a neutral position and a rotated position, wherein the rotating lock in the neutral position attaches the cartridge to the shaver head, and the rotating lock in the rotated position releases the cartridge from the shaver head.
An oil-in-water emulsion cosmetic comprising: 0.05 to 1 % by mass of a hydrophobically modified alkyl cellulose; 5 to 40 % by mass of an oil component; 2.5 to 30 % by mass of an ultraviolet scattering agent having a hydrophobic surface; and a water phase thickener having low salinity tolerance; wherein the ultraviolet scattering agent is dispersed in the oil phase, wherein the oil component comprises polar oil and non-polar oil, and the polar oil has a dielectric constant of about 5 or more and is selected from the group consisting of ester oils and ultraviolet absorbing agents, and the non-polar oil is selected from the group consisting of polydimethylsiloxane, methylphenylpolysiloxane, methyl hydrogen polysiloxane, octamethylcyclotetrasiloxane, decamethylcyclopentasiloxane, dodecamethylcyclohexasiloxane, decane, dodecane, isododecane, isohexadecane, liquid paraffin, squalane, squalene and paraffin, and at least 55 % by mass of the oil component is constituted by a polar oil. 0.05 to 1 % by mass of a hydrophobically modified alkyl cellulose; 5 to 40 % by mass of an oil component; 2.5 to 30 % by mass of an ultraviolet scattering agent having a hydrophobic surface; and a water phase thickener having low salinity tolerance; wherein the ultraviolet scattering agent is dispersed in the oil phase, wherein the oil component comprises polar oil and non-polar oil, and the polar oil has a dielectric constant of about 5 or more and is selected from the group consisting of ester oils and ultraviolet absorbing agents, and the non-polar oil is selected from the group consisting of polydimethylsiloxane, methylphenylpolysiloxane, methyl hydrogen polysiloxane, octamethylcyclotetrasiloxane, decamethylcyclopentasiloxane, dodecamethylcyclohexasiloxane, decane, dodecane, isododecane, isohexadecane, liquid paraffin, squalane, squalene and paraffin, and at least 55 % by mass of the oil component is constituted by a polar oil.
A method of identifying anomalous mud flow comprising: determining an operating rate of a mud pump having an output thereof connected to a pipe string in a wellbore; moving mud returned from the wellbore displaced by the mud pump through the pipe string to a first metering tank; moving the returned mud from the first metering tank to a mud storage tank using a first transfer pump having a flow rate directly related to a measurable operating rate of the first transfer pump; measuring a first parameter related to volume of mud in the first metering tank; moving mud from the mud storage tank to a second metering tank using a second transfer pump, the second transfer pump having flow rate directly related to a measurable operating rate of the second transfer pump, the second metering tank being in fluid communication with an inlet of the mud pump; measuring a second parameter related to volume of mud in the second metering tank; and characterised in that the method further comprises the step of identifying anomalous mud flow by detecting changes in the measured operating rate of the first transfer pump wherein the first transfer pump operating rate is adjusted to maintain the first parameter substantially constant. determining an operating rate of a mud pump having an output thereof connected to a pipe string in a wellbore; moving mud returned from the wellbore displaced by the mud pump through the pipe string to a first metering tank; moving the returned mud from the first metering tank to a mud storage tank using a first transfer pump having a flow rate directly related to a measurable operating rate of the first transfer pump; measuring a first parameter related to volume of mud in the first metering tank; moving mud from the mud storage tank to a second metering tank using a second transfer pump, the second transfer pump having flow rate directly related to a measurable operating rate of the second transfer pump, the second metering tank being in fluid communication with an inlet of the mud pump; measuring a second parameter related to volume of mud in the second metering tank; and characterised in that the method further comprises the step of identifying anomalous mud flow by detecting changes in the measured operating rate of the first transfer pump wherein the first transfer pump operating rate is adjusted to maintain the first parameter substantially constant.
A vacuum pump, in particular a turbomolecular pump, comprising a vacuum space bounded by a pump housing; and a circuit board, wherein the pump housing has a connection opening which is closed in a vacuum-tight manner by the circuit board so that the circuit board separates the vacuum space from a pressure space, wherein the vacuum pump is characterized in that a gas barrier spaced apart from the circuit board is arranged in front of the circuit board at the vacuum side. a vacuum space bounded by a pump housing; and a circuit board, wherein the pump housing has a connection opening which is closed in a vacuum-tight manner by the circuit board so that the circuit board separates the vacuum space from a pressure space, wherein the vacuum pump is characterized in that a gas barrier spaced apart from the circuit board is arranged in front of the circuit board at the vacuum side.
Chimney system, comprising: a. a chimney pipe, which is adapted for the discharge of combustion gases; b. a combustion air pipe, which is adapted for the supply of combustion air; and c. a discharged air channel, which is adapted for the discharge of room air, wherein d. the chimney pipe is arranged inside the combustion air pipe, characterized in that e. the combustion air pipe is arranged inside the discharged air channel. a. a chimney pipe, which is adapted for the discharge of combustion gases; b. a combustion air pipe, which is adapted for the supply of combustion air; and c. a discharged air channel, which is adapted for the discharge of room air, wherein d. the chimney pipe is arranged inside the combustion air pipe, characterized in that e. the combustion air pipe is arranged inside the discharged air channel.
System comprising an eccentric cam for use in an oscillating rheometer system wherein the eccentric cam is configured for converting rotary motion into oscillatory motion of a die of the rheometer system, the eccentric cam comprising: a rotating drive shaft 2.; a housing (22, 24) operatively connected to the rotating drive shaft which is structured to rotate the housing about a central axis of rotation; the housing (22, 24) comprising a channel; and a post slidably disposed in the channel in the housing (22, 24), the post being configured for being connected to the die of the rheometer system by an arm, the post extending substantially parallel to the axis of rotation at a location which is spaced at a first desired distance (X 1) from the axis of rotation, the system being characterised in that the eccentric cam further comprises a first shim having a fixed dimension and being disposed in the cam housing (22, 24) to space the post at the desired first distance (X 1) from the central axis of rotation; and in that the system further comprises at least one second shim, having a different fixed dimension than the fixed dimension of the first shim, the first shim being removable from the housing (22, 24) for replacement with the second shim to change the location of the post to a second desired distance X 2) from the axis of rotation to change the amplitude of oscillation of the die. a rotating drive shaft 2.; a housing (22, 24) operatively connected to the rotating drive shaft which is structured to rotate the housing about a central axis of rotation; the housing (22, 24) comprising a channel; and a post slidably disposed in the channel in the housing (22, 24), the post being configured for being connected to the die of the rheometer system by an arm, the post extending substantially parallel to the axis of rotation at a location which is spaced at a first desired distance (X 1) from the axis of rotation, the system being characterised in that the eccentric cam further comprises a first shim having a fixed dimension and being disposed in the cam housing (22, 24) to space the post at the desired first distance (X 1) from the central axis of rotation; and in that the system further comprises at least one second shim, having a different fixed dimension than the fixed dimension of the first shim, the first shim being removable from the housing (22, 24) for replacement with the second shim to change the location of the post to a second desired distance X 2) from the axis of rotation to change the amplitude of oscillation of the die.
Back-end device of an auto-injector adapted to be attached to a packaged syringe, comprising - a plunger (1.3) arranged to abut against a stopper (2.6) of the packaged syringe to expel a dose of a medicament contained in the packaged syringe through the injection needle (2.5), - a drive means (1.7) capable of, upon release, driving the plunger (1.3) in the proximal direction towards a proximal position, - a rotary sleeve (1.2) with a cam surface (1.2.1), - a torsion spring (1.8) arranged to exert a torque upon the rotary sleeve (1.2) and - a release element (1.4), characterized in that the plunger (1.3) is arranged to translate an injection needle (2.5) of the packaged syringe in a proximal direction by a needle insertion distance, which is the distance travelled by the plunger (1.3) during needle insertion, wherein the cam surface (1.2.1) is adapted to be engaged by a plunger follower (1.3.1) formed to the plunger (1.3), wherein the release element (1.4) is capable of, upon manual actuation, releasing the engagement of the plunger follower (1.3.1) with the cam surface (1.2.1), wherein the plunger follower (1.3.1) is arranged to engage the cam surface (1.2.1) to prevent the rotary sleeve (1.2) from rotating with respect to the chassis (1.1) and to prevent an axial translation of the plunger (1.3) in the proximal direction in an initial state and wherein, upon release of the engagement of the plunger follower (1.3.1) with the cam surface (1.2.1), the rotary sleeve (1.2) is arranged to rotate within the chassis (1.1), so that the cam surface (1.2.1) re-engages the plunger follower (1.3.1) after a time delay determined by a rotation speed of the rotary sleeve (1.2), wherein the time delay is set so as to allow the cam surface (1.2.1) to re-engage the plunger follower (1.3.1) after the plunger (1.3) reaches a proximal position and wherein the cam surface (1.3.1) is arranged to withdraw the plunger (1.3) from the proximal position in a distal direction by at least the needle insertion distance_by continued rotation of the rotary sleeve (1.2), wherein a rotary damper (1.9) is arranged to exert a velocity dependant torque upon the rotary sleeve (1.2) to restrict the maximal rotation speed of the rotary sleeve (1.2). - a plunger (1.3) arranged to abut against a stopper (2.6) of the packaged syringe to expel a dose of a medicament contained in the packaged syringe through the injection needle (2.5), - a drive means (1.7) capable of, upon release, driving the plunger (1.3) in the proximal direction towards a proximal position, - a rotary sleeve (1.2) with a cam surface (1.2.1), - a torsion spring (1.8) arranged to exert a torque upon the rotary sleeve (1.2) and - a release element (1.4),
An apparatus for preparing medicines comprising: a supporting part on which a medicine packet with a pill is mounted; and a pressing part configured to press the medicine packet with the pill to crush the pill, the pressing part comprises a pressure surface that comes in contact with and applies an impact to the medicine packet when the medicine packet is pressed, and wherein the pressure surface partially has different heights relative to the supporting part such that at least one portion of the medicine packet is not in contact with the pressure surface when the medicine packet is pressed through the pressing part, wherein the pressure surface has one or more steps and includes a plurality of impact surfaces with different heights, characterized in that the steps ascend or descend in one direction, and a distance between one of the impact surfaces and the supporting part sequentially increases or decreases in one direction. a supporting part on which a medicine packet with a pill is mounted; and a pressing part configured to press the medicine packet with the pill to crush the pill, the pressing part comprises a pressure surface that comes in contact with and applies an impact to the medicine packet when the medicine packet is pressed, and wherein the pressure surface partially has different heights relative to the supporting part such that at least one portion of the medicine packet is not in contact with the pressure surface when the medicine packet is pressed through the pressing part, wherein the pressure surface has one or more steps and includes a plurality of impact surfaces with different heights, characterized in that the steps ascend or descend in one direction, and a distance between one of the impact surfaces and the supporting part sequentially increases or decreases in one direction.
Wiper arm for a system for wiping a pane of a motor vehicle, the wiper arm comprises a device for lateral spraying so as to allow liquid to be sprayed on each lateral side of the wiper, the device for lateral spraying comprises a supply cannula, a duct for distributing the liquid and at least two nozzles for spraying the liquid, the nozzles and the supply cannula being fluidically connected via the intermediary of the distribution duct, the nozzles are arranged on either side of an axis defined by the supply cannula, characterized in that the arm comprises a positioning opening in each lateral wall and in that, in the installed state, the spraying device projects laterally, with its spraying nozzles, from the wiper arm.