mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising a chassis, a driving axle and a driven axle each connected to wheels (12, 13, 22, 23), and a primary motor driving in rotation said driving axle, said vehicle further comprising a hydraulic pump and a hydraulic motor configured to selectively provide hydraulic assistance for driving the wheels (12, 13) of the driven axle, said motor and hydraulic pump being respectively mounted on the driven axle and on the driving axle, are each connected in rotation on the one hand to the chassis, and on the other hand to said driven and driving axle respectively, and are configured so that their operation provides driving of the wheels of the driven axle (22, 23) by sampling of the torque applied to the driving axle, the driving axle comprising a differential defining two semi-axles, said differential comprising a differential housing fitted with housing pinions adapted to cooperate with pinions each connected to an output semi-axle on which the wheels are mounted, rotation of the housing driving in rotation said output semi-axles at different speeds, the pump comprising a rotor and a stator, the stator being mounted fixed relative to the chassis and the rotor being connected in rotation to the housing of the differential, characterized in that the hydraulic pump is driven in rotation at a speed equal to the average speed of the two semi-axles attached to the differential on which it is mounted, and in that the hydraulic pump and motor are reversible hydraulic devices.
Processing system for in particular pharmaceutical powders, having a processing device for the powder, wherein the processing device comprises a plurality of processing stations (41, 42) for cyclical deployment, wherein the processing system has at least one first zone and at least one second zone, wherein each zone (I, II) is assigned at least one processing station (41, 42) of the processing device, characterised in that a cleaning tunnel overlapping at least one processing station of the second zone is located in the second zone, wherein a first end of the cleaning tunnel adjoins the first zone, wherein an extraction apparatus is located in the region of an opposite second end of the cleaning tunnel, wherein at least the second zone is enclosed by a housing, and wherein first means for generating a pressure differential between the second zone and the first zone are provided and designed such that in operation there prevails in the housing of the second zone a second internal pressure (p 2) which is lower than a pressure (p 1) in the region surrounding the first zone.
A coupling element (10, 210, 310, 410) comprising - a coupling body having a first joining surface, said coupling body comprising a bonding material being weldable at a melting temperature, - at least one heating element (50, 250, 350), provided to heat the bonding material at a temperature equal to or greater than the melting temperature, the at least one heating element being encapsulated with the bonding material or provided at the first joining surface, - said bonding material being a transition polymer, - wherein the at least one heating element comprises a resistance heatable by Joule effect or induction, the heating element being a printed heater with a resistance made of printed electronics, characterized in that the printed heater can be deactivated irreversibly after the bonding has been completed - a coupling body having a first joining surface, said coupling body comprising a bonding material being weldable at a melting temperature, - at least one heating element (50, 250, 350), provided to heat the bonding material at a temperature equal to or greater than the melting temperature, the at least one heating element being encapsulated with the bonding material or provided at the first joining surface, - said bonding material being a transition polymer, - wherein the at least one heating element comprises a resistance heatable by Joule effect or induction, the heating element being a printed heater with a resistance made of printed electronics,
A frequency domain digital phase locked loop, DPLL, comprising: a digitally controlled oscillator, DCO, operative to generate a DCO clock signal having a frequency responsive to a digital control input applied thereto; a delay modulator circuit (38, 39) operative to receive a reference frequency clock signal, and to randomize the timing of state transition edges in the reference frequency clock signal, generating a randomized reference frequency clock signal having the same long-term frequency as the reference frequency clock signal; a sampler circuit operative to sample the randomized reference frequency clock signal at the DCO clock signal frequency; a period determining circuit operative to determine, from samples of the randomized reference clock signal, the period of the randomized reference frequency clock signal; characterized by: a comparator operative to compare the determined period of the randomized reference frequency clock signal with a frequency control word representing the period of a desired frequency, and to generate a frequency error signal; and a loop filter operative to integrate the frequency error signal and to generate the digital control input operative to drive the DCO to generate the DCO clock signal at the desired frequency. a digitally controlled oscillator, DCO, operative to generate a DCO clock signal having a frequency responsive to a digital control input applied thereto; a delay modulator circuit (38, 39) operative to receive a reference frequency clock signal, and to randomize the timing of state transition edges in the reference frequency clock signal, generating a randomized reference frequency clock signal having the same long-term frequency as the reference frequency clock signal; a sampler circuit operative to sample the randomized reference frequency clock signal at the DCO clock signal frequency; a period determining circuit operative to determine, from samples of the randomized reference clock signal, the period of the randomized reference frequency clock signal; characterized by: a comparator operative to compare the determined period of the randomized reference frequency clock signal with a frequency control word representing the period of a desired frequency, and to generate a frequency error signal; and a loop filter operative to integrate the frequency error signal and to generate the digital control input operative to drive the DCO to generate the DCO clock signal at the desired frequency. a comparator operative to compare the determined period of the randomized reference frequency clock signal with a frequency control word representing the period of a desired frequency, and to generate a frequency error signal; and a loop filter operative to integrate the frequency error signal and to generate the digital control input operative to drive the DCO to generate the DCO clock signal at the desired frequency.
A grinding juice extractor, comprising a filtering device including a fastening ring, a first grinding ring, a first filter gauze set, a second filter gauze set, and a connection mask, the fastening ring having a supporting ring element, a top connecting element and a bottom connecting element, the supporting ring element having a top surface and a bottom surface, the top connecting element being formed by extending an outer edge of the supporting ring element upward and disposed on the top surface of the supporting ring element, the bottom connecting element being formed by extending an inner edge of the supporting ring element downward and disposed on the bottom surface of the supporting ring element, the first grinding ring being fixedly connected to the supporting ring element and disposed on the top surface of the supporting ring element, the second filter gauze set being fixedly connected to the top connecting element of the fastening ring, the first filter gauze set having at least one gauze and a tray, the gauze having a top edge and a bottom edge, the tray having a top surface and a bottom surface, the top edge of the gauze fixedly connected to the bottom connecting element of the fastening ring and the bottom edge of the gauze fixedly connected to the tray of the first filter gauze set and disposed on the top surface of the tray, the tray having a pivotal connection hole penetrating the top and bottom surfaces of the tray, the connection mask fixedly connecting to the tray, and disposed on the bottom surface of the tray, and having a penetrating-hole in communication with the pivotal connection hole; a cutting disk device disposed in the filtering device and disposed on the top surface of the tray of the first filter gauze set and having a shaft, the shaft passing through the pivotal connection hole of the tray and the penetrating-hole of the connection mask; a top mask adapted to cover the filtering device and having a second grinding ring and a guiding sloping surface, the second grinding ring faces the first grinding ring of the filtering device and is spaced apart therefrom, the guiding sloping surface faces the gauze of the first filter gauze set of the filtering device and is spaced apart therefrom; a middle base having a receiving space for receiving the filtering device; and a power device passing through the middle base, and connecting to the shaft of the cutting disk device to fixedly connecting to the filtering device and the cutting disk device, the power device driving the filtering device and the cutting disk device to rotate.
An anaerobically curable one-part composition comprising: (a) at least one (meth)acrylate component; (b) an anaerobic cure inducing component; and (c) a toughening agent which is (i) a combination of a styrene butadiene block copolymer and methacrylate functionalised polybutadiene, wherein the weight ratio of the methacrylate functionalised polybutadiene to the styrene butadiene block copolymer is from 1:5 to 5:1. (a) at least one (meth)acrylate component; (b) an anaerobic cure inducing component; and (c) a toughening agent which is (i) a combination of a styrene butadiene block copolymer and methacrylate functionalised polybutadiene, wherein the weight ratio of the methacrylate functionalised polybutadiene to the styrene butadiene block copolymer is from 1:5 to 5:1.
A system for covering a luggage compartment of a motor vehicle, said system comprising: • two lateral liners of said compartment, said liners each being provided with a guide rail, • a fixed panel for covering the front portion of said compartment, and • a flap which is slidably mounted on said rail between: ∘ a position of covering said compartment where it is disposed behind and in the extension of said panel, ∘ and a position of access to said compartment where said flap is manually displaced so as to free an access to said compartment, • said flap in the access position being raised and moved forward so as to cover said panel by having substantially the same plate in the two positions, said system being characterised in that: • said system further comprises two rigid shuttles which are slidably mounted, by the front and rear ends thereof, on each of said rails, said ends being provided with means for interlocking said flap, • said flap being provided, at the ends of each of the lateral edges thereof, with two respective transverse protrusions received in interlocking in said means. • two lateral liners of said compartment, said liners each being provided with a guide rail, • a fixed panel for covering the front portion of said compartment, and • a flap which is slidably mounted on said rail between: ∘ a position of covering said compartment where it is disposed behind and in the extension of said panel, ∘ and a position of access to said compartment where said flap is manually displaced so as to free an access to said compartment, ∘ a position of covering said compartment where it is disposed behind and in the extension of said panel, ∘ and a position of access to said compartment where said flap is manually displaced so as to free an access to said compartment, • said flap in the access position being raised and moved forward so as to cover said panel by having substantially the same plate in the two positions, • said system further comprises two rigid shuttles which are slidably mounted, by the front and rear ends thereof, on each of said rails, said ends being provided with means for interlocking said flap, • said flap being provided, at the ends of each of the lateral edges thereof, with two respective transverse protrusions received in interlocking in said means.
Twine knotter for forming two knots (16, 33) in a pair of twine strands comprising: a drive pulley driven intermittently rotatably about a drive axis, a bill hook rotatably driven by the drive pulley about a knotter axis to form two successive knots (16, 33) in the pair of twine strands (5, 7) by two complete rotations of the bill hook in one rotation of the drive pulley, a twine holding device for clamping the pair of twine strands (5, 7) between a first clamping element and a second clamping element of the twine holding device, the second clamping element being rotatably driven by the drive pulley, and a twine knife for cutting the pair of twine strands (5, 7), characterized in that the rotatable second clamping element of the twine holding device is driven rotatably about a twine holder axis by the drive pulley in such a way that the rotatable second clamping element completes two rotations for one rotation of the drive pulley, and that the twine holder axis and the knotter axis, viewed in the direction of the drive axis, enclose an angle of less than 45° with one another. a drive pulley driven intermittently rotatably about a drive axis, a bill hook rotatably driven by the drive pulley about a knotter axis to form two successive knots (16, 33) in the pair of twine strands (5, 7) by two complete rotations of the bill hook in one rotation of the drive pulley, a twine holding device for clamping the pair of twine strands (5, 7) between a first clamping element and a second clamping element of the twine holding device, the second clamping element being rotatably driven by the drive pulley, and a twine knife for cutting the pair of twine strands (5, 7), characterized in that the rotatable second clamping element of the twine holding device is driven rotatably about a twine holder axis by the drive pulley in such a way that the rotatable second clamping element completes two rotations for one rotation of the drive pulley, and that the twine holder axis and the knotter axis, viewed in the direction of the drive axis, enclose an angle of less than 45° with one another.
A method of generating a stream representative of a 3D scene, the method comprising: - generating first color data by projecting points of the 3D scene visible from a point of view onto a first color map according to a first projection mapping, the first color data being a color image adapted to a rendering enabling 3 degrees of freedom of rotation around said point of view; - generating first depth data by projecting points of the 3D scene visible from said point of view onto a first depth map according to a second projection mapping; said first depth data being encoded as patch pictures packed in a first depth patch atlas associated with a first patch data item list, a first patch data item comprising information mapping a depth patch picture with a pixel area of said color image; - generating second color data and second depth data representative of points of the 3D scene not visible from said point of view; and - encoding, in said stream, the first color data in a first element of syntax and said first depth data, said second color data and said second depth data in at least a second element of syntax. - generating first color data by projecting points of the 3D scene visible from a point of view onto a first color map according to a first projection mapping, the first color data being a color image adapted to a rendering enabling 3 degrees of freedom of rotation around said point of view; - generating first depth data by projecting points of the 3D scene visible from said point of view onto a first depth map according to a second projection mapping; said first depth data being encoded as patch pictures packed in a first depth patch atlas associated with a first patch data item list, a first patch data item comprising information mapping a depth patch picture with a pixel area of said color image; - generating second color data and second depth data representative of points of the 3D scene not visible from said point of view; and - encoding, in said stream, the first color data in a first element of syntax and said first depth data, said second color data and said second depth data in at least a second element of syntax.
Device under test interface device for connecting a vector network analyser to a device under test, comprising an analyser terminal, a DUT terminal, and a control input terminal, a divider/coupler component having a main terminal connected to the analyser terminal, a variable gain amplifier connected to a first branch terminal of the divider/coupler component, an I/Q mixer having an input terminal connected to an output terminal of the variable gain amplifier, a bridge/coupler component, of which first branch terminals are connected between a second branch terminal of the divider/coupler component and the DUT terminal for providing a test signal (a) to the DUT terminal, and second branch terminals are connected between an output of the I/Q mixer and a grounding impedance.
A near-eye display device comprising: a near-eye support structure; a near-eye display supported by the near-eye support structure, the near-eye display including a waveguide; a projection light engine, including an image source (230; 233) and a projection optical system, supported by the near-eye support structure; the projection optical system comprising a birdbath reflective optical element configured to collimate and reflect image light from the image source, wherein beams of the image light reflected by the birdbath reflective optical element cross to form an exit pupil at the smallest cross-section of themselves; characterized in that said projection optical system comprises a high index glass region in which said birdbath reflective element is immersed, and wherein the near-eye support structure positions the waveguide to optically couple the image light of the exit pupil within the waveguide. a near-eye support structure; a near-eye display supported by the near-eye support structure, the near-eye display including a waveguide; a projection light engine, including an image source (230; 233) and a projection optical system, supported by the near-eye support structure; the projection optical system comprising a birdbath reflective optical element configured to collimate and reflect image light from the image source, wherein beams of the image light reflected by the birdbath reflective optical element cross to form an exit pupil at the smallest cross-section of themselves;
An apparatus for radially expanding and plastically deforming an expandable tubular member, comprising: a resilient launcher comprising a launcher portion and a sleeve portion, wherein an inner diameter of the sleeve portion is smaller than an inner diameter of the launcher portion; an expansion cone connected to a support member and disposed in the launcher portion of the resilient launcher, wherein the launcher portion comprises a port and wherein the support member and the expansion cone are configured to allow fluid to be pumped from the surface through the port disposed in the launcher portion; an expandable tubular disposed around the sleeve portion and above the launcher portion of the resilient launcher, wherein the port is sealable below the expansion cone to allow pressure to build up in the launcher portion below the expansion cone so that continued pumping of fluid through the support member and the expansion cone drives the expansion cone upwards into the sleeve portion of the resilient launcher so as to radially expand the expandable tubular; characterised in that an expansion cone catch is disposed in the sleeve portion above the expandable tubular, the expansion cone catch preventing the further upward movement of the expansion cone relative to the resilient launcher. a resilient launcher comprising a launcher portion and a sleeve portion, wherein an inner diameter of the sleeve portion is smaller than an inner diameter of the launcher portion; an expansion cone connected to a support member and disposed in the launcher portion of the resilient launcher, wherein the launcher portion comprises a port and wherein the support member and the expansion cone are configured to allow fluid to be pumped from the surface through the port disposed in the launcher portion; an expandable tubular disposed around the sleeve portion and above the launcher portion of the resilient launcher, wherein the port is sealable below the expansion cone to allow pressure to build up in the launcher portion below the expansion cone so that continued pumping of fluid through the support member and the expansion cone drives the expansion cone upwards into the sleeve portion of the resilient launcher so as to radially expand the expandable tubular; characterised in that an expansion cone catch is disposed in the sleeve portion above the expandable tubular, the expansion cone catch preventing the further upward movement of the expansion cone relative to the resilient launcher.
A paraffin inhibiting composition comprising a paraffin inhibiting polymer effective for suppressing the phase separation of paraffin wax in crude oil; and a graphene quantum dot covalently bonded to the paraffin inhibiting polymer, wherein the graphene quantum dot has a particle size of nm to 20 nm and wherein the paraffin inhibiting polymer comprises the residue of one or more α-olefins, one or more fatty alcohols, or both, wherein each of the one or more α-olefins, the one or more fatty alcohols, or both independently comprises an alkyl group having between 5 and 60 carbons.
An apparatus for controlling a linear compressor with an inverter unit (110, 210, 310, 410), whereby the inverter unit is adapted to invert an input power into a driving power to be supplied to a driving motor (100, 200, 300); and wherein said apparatus is characterised by: one or more capacitors (120, 220, 320, 420) for attenuating an inductance of a coil wound on the driving motor according to an output frequency of the inverter unit; a first switching unit for selecting the one or more capacitors according to the output frequency of the inverter unit; and a control unit for controlling the output frequency of the inverter unit, and driving the first switching unit according to the output frequency. one or more capacitors (120, 220, 320, 420) for attenuating an inductance of a coil wound on the driving motor according to an output frequency of the inverter unit; a first switching unit for selecting the one or more capacitors according to the output frequency of the inverter unit; and a control unit for controlling the output frequency of the inverter unit, and driving the first switching unit according to the output frequency.