mhurhangee/patent-ind-claim-en huggingface dataset:
Installation for processing composite workpieces containing metal and non-metal, comprising - at least one machine for processing such composite workpieces, which emits chips or other particles containing metal and non-metal, and - an extraction and cleaning device for air contaminated with such particles, wherein the extraction and cleaning device has a blower and, for multi-stage cleaning of the particle-laden air in full flow in a flow-related sequence, a cyclone separation stage , at least two mechanical filter stages and an activated carbon filter stage , characterised in that the cyclone separation stage has at least one package of at least three, preferably at least six individual cyclones connected in parallel with each other in terms of flow, which are arranged around an inlet supplying them via a distributor star , wherein the individual cyclones have upwardly directed outlets for the purified air, and that above the outlets of the individual cyclones , a first of the mechanical filter stages is arranged embracing the associated inlet . - at least one machine for processing such composite workpieces, which emits chips or other particles containing metal and non-metal, and - an extraction and cleaning device for air contaminated with such particles, wherein the extraction and cleaning device has a blower and, for multi-stage cleaning of the particle-laden air in full flow in a flow-related sequence, a cyclone separation stage , at least two mechanical filter stages and an activated carbon filter stage , characterised in that the cyclone separation stage has at least one package of at least three, preferably at least six individual cyclones connected in parallel with each other in terms of flow, which are arranged around an inlet supplying them via a distributor star , wherein the individual cyclones have upwardly directed outlets for the purified air, and that above the outlets of the individual cyclones , a first of the mechanical filter stages is arranged embracing the associated inlet .
A system for determining whether a trailer is attached to a vehicle , the system comprising: means for receiving pitch data indicative of the pitch of the vehicle , means for calculating a pitch profile of the vehicle from the provided pitch data, and means for determining from the pitch profile whether a trailer is attached to the vehicle . means for receiving pitch data indicative of the pitch of the vehicle , means for calculating a pitch profile of the vehicle from the provided pitch data, and means for determining from the pitch profile whether a trailer is attached to the vehicle .
A method of determining a hydrostatic collapse pressure of a pipe joint for use in a subsea pipeline, the method comprising the steps of: i) determining an internal diameter of the pipe joint ; ii) determining a minimum allowable hydrostatic pressure at the depth at which the pipe joint is to be used; iii) determining a target wall thickness for the pipe joint , the target wall thickness corresponding to the internal diameter and the minimum allowable hydrostatic pressure; iv) manufacturing a plurality of preliminary pipe joints having the internal diameter and the target wall thickness; v) carrying out external pressure collapse tests resulting in data representative of the hydrostatic collapse pressures at which the plurality of preliminary pipe joints collapse; characterised by : vi) determining a probability distribution corresponding to the hydrostatic collapse pressures obtained during the tests based on a Generalised Pareto Distribution derived from Extreme Value Theory; vii) determining from the probability distribution a hydrostatic collapse pressure occurring with a probability of 10 -5 or lower. i) determining an internal diameter of the pipe joint ; ii) determining a minimum allowable hydrostatic pressure at the depth at which the pipe joint is to be used; iii) determining a target wall thickness for the pipe joint , the target wall thickness corresponding to the internal diameter and the minimum allowable hydrostatic pressure; iv) manufacturing a plurality of preliminary pipe joints having the internal diameter and the target wall thickness; v) carrying out external pressure collapse tests resulting in data representative of the hydrostatic collapse pressures at which the plurality of preliminary pipe joints collapse; characterised by : vi) determining a probability distribution corresponding to the hydrostatic collapse pressures obtained during the tests based on a Generalised Pareto Distribution derived from Extreme Value Theory; vii) determining from the probability distribution a hydrostatic collapse pressure occurring with a probability of 10 -5 or lower. vi) determining a probability distribution corresponding to the hydrostatic collapse pressures obtained during the tests based on a Generalised Pareto Distribution derived from Extreme Value Theory; vii) determining from the probability distribution a hydrostatic collapse pressure occurring with a probability of 10 -5 or lower.
Driving assistance method for a motor vehicle, comprising a phase of correcting the trajectory of the vehicle, including a step of actuating an electronic trajectory correction device and a step of driving a device for steering the rear wheels of the vehicle, said method comprising a step of suppressing the command to steer the rear wheels by way of the device for steering the rear wheels, implemented when the electronic trajectory correction device is in an active state, characterized in that the step of suppressing the command to steer the rear wheels is implemented so as to reduce the steering speed of the rear wheels imposed by the device for steering the rear wheels for as long as the electronic trajectory correction device is in the active state in comparison with the steering speed of the rear wheels imposed when the electronic trajectory correction device is in an inactive state.
Fluid pump , driven by an electric motor which is coupled to a pump rotor of the fluid pump, wherein the electric motor is an axial flow electric motor, the electric motor rotor of which is also the pump rotor, and the pump rotor and the electric motor rotor are accommodated in a common housing in which the pump rotor and the electric motor rotor rotate in an integrated fashion in the shape of a disk as a combination rotor , wherein the common housing has a fluid inflow and a fluid outflow to and from the combination rotor ; wherein a first stator of the axial flow motor surrounds the combination rotor on a first end side, and a second stator of the axial flow motor surrounds the combination rotor on a second end side, opposite the first end side, of the common housing; characterized in that cores of the first stator and of the second stator lie opposite one another, offset with respect to one another and axis-parallel with respect to the rotational axis of the rotor.
Blade head for granulating strands of material, comprising - a blade carrier , - at least one granulating blade which is fastened to the blade carrier , and - at least one adjusting element , which bears against the respective granulating blade for fine positioning purposes, characterized in that the respective granulating blade is pre-assembled and fastened to a positioning component , in that the respective positioning component bears against the blade carrier in an x direction and in a y direction for the rough positioning of the granulating blade , and in that the at least one adjusting element is adjustable in a z direction. - a blade carrier , - at least one granulating blade which is fastened to the blade carrier , and - at least one adjusting element , which bears against the respective granulating blade for fine positioning purposes, in that the respective granulating blade is pre-assembled and fastened to a positioning component , in that the respective positioning component bears against the blade carrier in an x direction and in a y direction for the rough positioning of the granulating blade , and in that the at least one adjusting element is adjustable in a z direction.
A sensor , comprising: a light transmitter configured to emit light of a designated wavelength band; a light receiver configured to obtain light of the designated wavelength band emitted from the light transmitter and reflected by an external object (B); a first optical filter disposed on the light receiver ; and a second optical filter disposed on the first optical filter , characterized in that , the first optical filter has a first transmittance for light of the designated wavelength band of more than 80%, and is configured to reflect light outside the designated wavelength band, the second optical filter has a second transmittance less than the first transmittance for light of the designated wavelength band, wherein a combination of the first optical filter and the second optical filter has a transmittance of 80% or more for light of the designated wavelength band of light, and the second optical filter is configured to absorb at least a portion of the light outside the designated wavelength band reflected by the first optical filter , and wherein the designated wavelength band includes a wavelength band from 930nm to 955nm. a light transmitter configured to emit light of a designated wavelength band; a light receiver configured to obtain light of the designated wavelength band emitted from the light transmitter and reflected by an external object (B); a first optical filter disposed on the light receiver ; and a second optical filter disposed on the first optical filter , characterized in that , the first optical filter has a first transmittance for light of the designated wavelength band of more than 80%, and is configured to reflect light outside the designated wavelength band, the second optical filter has a second transmittance less than the first transmittance for light of the designated wavelength band, wherein a combination of the first optical filter and the second optical filter has a transmittance of 80% or more for light of the designated wavelength band of light, and the second optical filter is configured to absorb at least a portion of the light outside the designated wavelength band reflected by the first optical filter , and wherein the designated wavelength band includes a wavelength band from 930nm to 955nm.
An absorbent tampon comprising: a tampon pledget which has been compressed into a generally cylindrical, self-sustaining form, wherein subsequent to said compression said absorbent material has a diameter of less than 15 mm, said tampon having an absorbent capacity as measured by the syngyna test of between 6 to 9 grams, said tampon being fluid expanding, said absorbent tampon being characterized in that said tampon pledget, prior to compression, comprises a chevron shaped laminar pad having a width and a length, wherein said width is greater than said length and in that said tampon has an expanded width upon fluid absorption of at least 20 mm, as measured by the expanded width test given in the description, and wherein said pledget has a top region, middle region and bottom region, and the pledget is shaped such that the middle region has more absorbent material than the top region or the bottom region.
A control apparatus for an imaging apparatus, the imaging apparatus including an imaging element and a drive unit for tilting the imaging element , the control apparatus being communicably connected with the imaging apparatus via a network , the control apparatus comprising: communication means configured to communicate with the imaging apparatus ; and control means configured to transmit to the imaging apparatus via the communication means , a setting command to control the drive unit to set a tilt angle of the imaging element based on a tilt angle designated by a user operation performed on a graphical user interface of the control apparatus , the tilt angle defining an inclination of the imaging element relative to a plane orthogonal to an optical axis of the imaging apparatus and configured to perform control so as not to transmit to the imaging apparatus a change command for changing any of an angle of view, a focus parameter, and a setting mode relating to a day and night mode designated by a user operation performed on the graphical user interface , during the setting of the tilt angle. communication means configured to communicate with the imaging apparatus ; and control means configured to transmit to the imaging apparatus via the communication means , a setting command to control the drive unit to set a tilt angle of the imaging element based on a tilt angle designated by a user operation performed on a graphical user interface of the control apparatus , the tilt angle defining an inclination of the imaging element relative to a plane orthogonal to an optical axis of the imaging apparatus and configured to perform control so as not to transmit to the imaging apparatus a change command for changing any of an angle of view, a focus parameter, and a setting mode relating to a day and night mode designated by a user operation performed on the graphical user interface , during the setting of the tilt angle.
A magnet temperature estimating device for a motor provided with a rotor having magnets and configured to output a rotational motive force, and a stator having a plurality of coils opposing the rotor with a gap therebetween, the device comprising: a sensor configured to detect an induced voltage induced in one of the plurality of coils by rotation of the rotor ; and a controller configured to control the motor by supplying power to the plurality of coils in response to an input of a detection signal from the sensor , and to determine whether demand torque of the motor is zero, wherein the controller is configured to estimate a temperature of one of the magnets based on an amplitude of a frequency spectrum corresponding to a given frequency, among frequency components constituting the induced voltage, if the demand torque of the motor is zero, characterized in that the given frequency is a frequency of the lowest order higher harmonic wave among higher harmonic waves defined according to the number of magnets . a sensor configured to detect an induced voltage induced in one of the plurality of coils by rotation of the rotor ; and a controller configured to control the motor by supplying power to the plurality of coils in response to an input of a detection signal from the sensor , and to determine whether demand torque of the motor is zero, wherein the controller is configured to estimate a temperature of one of the magnets based on an amplitude of a frequency spectrum corresponding to a given frequency, among frequency components constituting the induced voltage, if the demand torque of the motor is zero, characterized in that the given frequency is a frequency of the lowest order higher harmonic wave among higher harmonic waves defined according to the number of magnets .
A composition comprising an azeotrope or azeotrope-like composition consisting essentially of effective amounts of 1,1,3,3,3-pentafluoropropene (HFO-1225zc) and trifluoroiodomethane (CF 3 I), wherein the azeotrope or azeotrope-like composition has a boiling point of -25.63°C ± 0.30°C at a pressure of 99.56 kPaa ± 2 kPaa (14.44 psia ± 0.30 psia).
A connector structure for connecting a plurality of plug side connectors including a plurality of plug side terminals provided in individual plug side housings to a device side connector including a plurality of device side terminals provided in a single device side housing , wherein the plug side housings are configured to be inserted into and pulled out from the device side housing in a laterally adjacent and aligned relationship, and one of opposing faces and the other opposing face of the plug side housings adjacent in a lateral direction are provided with a groove and a linear protrusion , respectively, configured to form a dovetail joint with each other, characterized in that the one opposing face is provided with a positioning groove extending from at least one end of the groove in a same direction as the groove and configured to loosely receive the linear protrusion provided on the other opposing face in the lateral direction, wherein the positioning groove is provided with a rectangular cross section taken in a plane perpendicular to an extension direction of the positioning groove and has a width in a direction along the one opposing face and perpendicular to the extension direction of the positioning groove such that the width of the positioning groove is greater than a maximum width of the linear protrusion , and/or the other opposing face is provided with a positioning protrusion extending from at least one end of the linear protrusion in a same direction as the linear protrusion and configured to be loosely fitted in the groove provided on the one opposing face in the lateral direction, wherein the positioning protrusion is provided with a rectangular cross section taken in a plane perpendicular to an extension direction of the positioning protrusion and has a width in a direction along the other opposing face and perpendicular to the extension direction of the positioning protrusion such that the width of the positioning protrusion is smaller than a minimum width of the groove .
Cassette stack composed of individual cassettes , preferably for receiving preparations for laboratory analyses, wherein the individual cassettes each have a rectangular base and four side walls , of which a first side wall is a double wall and has a printable inscription field , wherein all the cassettes are provided with a first opening through which a common cord runs in order to hold the cassettes together in stack form, wherein the first opening is formed between an inner wall and an outer wall of the double wall , the outer wall having the printable inscription field , and wherein the cord has a resistance element under the lowest cassette of the cassette stack, characterized in that a second and third opening are formed between the inner wall and the outer wall of the double wall , which second and third opening each receive a tab integrally formed on a lid and guide the tab in a pivoting movement of the cover , wherein a latching portion is formed on the second side wall opposite the double wall , and a latching element is formed on the lid and comes to bear on the latching portion for the form-fit connection of the lid to the cassette .
An electric tool , comprising: a walking unit , comprising a walking assembly , a walking control assembly , and a walking switch assembly , wherein the walking assembly is controllable to work by the walking control assembly when the walking switch assembly is in a turned-on state, and a working unit , comprising a working assembly , a working control assembly , and a working switch assembly , wherein the working assembly is controllable to work by the working control assembly when the working switch assembly is in a turned-on state; wherein the walking control assembly is adapted to send a lock signal to the working control assembly or the working control assembly is adapted to send a lock signal to the walking control assembly , at least one of the walking control assembly and the working control assembly are configured to receive such a lock signal when either the walking switch assembly or the working switch assembly is in an operational state; and when the switch assembly corresponding to the control assembly receiving the lock signal is in a turned-on state, the walking assembly and the working assembly are simultaneously controllable to work by the control assembly receiving the lock signal. a walking unit , comprising a walking assembly , a walking control assembly , and a walking switch assembly , wherein the walking assembly is controllable to work by the walking control assembly when the walking switch assembly is in a turned-on state, and a working unit , comprising a working assembly , a working control assembly , and a working switch assembly , wherein the working assembly is controllable to work by the working control assembly when the working switch assembly is in a turned-on state; wherein the walking control assembly is adapted to send a lock signal to the working control assembly or the working control assembly is adapted to send a lock signal to the walking control assembly , at least one of the walking control assembly and the working control assembly are configured to receive such a lock signal when either the walking switch assembly or the working switch assembly is in an operational state; and when the switch assembly corresponding to the control assembly receiving the lock signal is in a turned-on state, the walking assembly and the working assembly are simultaneously controllable to work by the control assembly receiving the lock signal.
Component carrier for electrical/electronic components , for example to be combined with a latch housing or as part of a latch housing of a motor vehicle door lock, comprising • a carrier element comprising a motor receptacle or motor cradle and • a conductor-track construction which is made of individual metal conductor tracks and can be connected to the carrier element , wherein • at least one conductor track of the conductor-track construction comprises, in regions, a multiple-layer structure and in particular a double-layer structure , and • only the at least one conductor lug (6") of the conductor-track construction , which lug is provided for contacting an electric motor that can be placed in the motor receptacle or motor cradle, is formed as a multiple-layer structure or double-layer structure . • a carrier element comprising a motor receptacle or motor cradle and • a conductor-track construction which is made of individual metal conductor tracks and can be connected to the carrier element , wherein • at least one conductor track of the conductor-track construction comprises, in regions, a multiple-layer structure and in particular a double-layer structure , and • only the at least one conductor lug (6") of the conductor-track construction , which lug is provided for contacting an electric motor that can be placed in the motor receptacle or motor cradle, is formed as a multiple-layer structure or double-layer structure .