mhurhangee/ep-ind-claims huggingface dataset:
A roller assembly, comprising: a first gear for mounting and orienting a roller; a roller mounted to the first gear; and a second gear coupled to the first gear for activating the roller in order to induce rotation of said roller; wherein the first gear is a ring gear including a plurality of peripheral teeth; wherein the second gear is a ring gear with an inner shelf and a central opening; wherein a plurality of peripheral teeth is distributed about a peripheral surface of the ring gear of the second gear; wherein the second gear is concentric with the first gear and rotates about the first gear to activate the roller; characterised in that the ring gear of the second gear further comprises a plurality of downward facing inner teeth distributed about an inner surface adjacent to the central opening of the ring for engaging a gear connected to the roller. a first gear for mounting and orienting a roller; a roller mounted to the first gear; and a second gear coupled to the first gear for activating the roller in order to induce rotation of said roller; wherein the first gear is a ring gear including a plurality of peripheral teeth; wherein the second gear is a ring gear with an inner shelf and a central opening; wherein a plurality of peripheral teeth is distributed about a peripheral surface of the ring gear of the second gear; wherein the second gear is concentric with the first gear and rotates about the first gear to activate the roller; characterised in that the ring gear of the second gear further comprises a plurality of downward facing inner teeth distributed about an inner surface adjacent to the central opening of the ring for engaging a gear connected to the roller.
A surfactant-containing, aqueous, antimicrobially acting cleaning agent for hard surfaces, characterized in that it comprises at least one amphoteric polymer, a quaternary ammonium compound and formic acid, as well as at least one alkyl polyglycoside as the surfactant, and the formic acid is contained in an amount of from 1.8 to 5 wt.% and the amphoteric polymer is a copolymer of acrylic or methacrylic acid and MAPTAC (methacryloyl aminopropyl trimethyl ammonium chloride), DADMAC (diallyldimethyl ammonium chloride) or another polymerizable quaternary ammonium compound, a polyether siloxane, an acrylic polymer, a maleic acid copolymer or a polyurethane having PEG units.
An isolated nucleic acid molecule comprising, or consisting of, the nucleic acid sequence of SEQ ID NO:1, or consisting of a nucleic acid sequence of at least 150 bp having at least 90% identity to said sequence of SEQ ID NO:1, wherein said isolated nucleic acid molecule leads to the specific expression of a gene in rod photoreceptors when a nucleic acid sequence coding for said gene is operatively linked to said isolated nucleic acid molecule.
A hearing device having an ear plug for insertion into an ear canal of a user of the hearing device, the hearing device comprising a first microphone, a signal processor, a memory, a controller and a receiver, the ear plug comprising a vent having a vent valve device configured to open or close the vent, the controller being configured to electrically manipulate the vent valve device to a first position or a second position based on a first signal from the signal processor, wherein the hearing device is configured to obtain a predetermined audio signal representing a sound emitted by the vent when the vent valve device is manipulated between the first position and the second position, and configured to store the predetermined audio signal in the memory, and wherein the signal processor is configured to access the predetermined audio signal in the memory and output a phase-inverted version of the predetermined audio signal from the memory to the receiver substantially at the same time as the vent valve device is manipulated.
A method for producing a microelectronic device comprising a substrate and a stack comprising at least one electrically conductive layer and at least one dielectric layer, comprising the following steps: - forming, from one face of the substrate, at least one pattern recessed relative to a plane of the face of the substrate, the wall of the pattern including a bottom part and a sidewall part, the sidewall part being located between the bottom part and the face of the substrate, - forming the stack, the layers of the stack participating in at least partially filling the pattern, the step of forming the stack being carried out over the entire surface of the face of the substrate, - thinning the stack at least to the plane of the face of the substrate so as to fully expose the wafer of said at least one electrically conductive layer flush in a plane, - after thinning, forming at least one electrical connection member (710, 720, 810) on the substrate in contact with the wafer of said at least one electrically conductive layer while leaving the entire wafer of said at least one electrically conductive layer flush in said plane, the wafer then forming a closed contour flush in said plane, said electrical connection member being configured to form an individual resumption of contact on the wafer of said electrically conductive layer, characterised in that the sidewall part of the wall of the pattern is formed with at least one panel inclined up to the face of the substrate, the inclined panel having an angle of inclination with the plane of the face of the substrate strictly comprised between 0° and 90° so that the width of the wafer is greater than the thickness of said electrically conductive layer. - forming, from one face of the substrate, at least one pattern recessed relative to a plane of the face of the substrate, the wall of the pattern including a bottom part and a sidewall part, the sidewall part being located between the bottom part and the face of the substrate, - forming the stack, the layers of the stack participating in at least partially filling the pattern, the step of forming the stack being carried out over the entire surface of the face of the substrate, - thinning the stack at least to the plane of the face of the substrate so as to fully expose the wafer of said at least one electrically conductive layer flush in a plane, - after thinning, forming at least one electrical connection member (710, 720, 810) on the substrate in contact with the wafer of said at least one electrically conductive layer while leaving the entire wafer of said at least one electrically conductive layer flush in said plane, the wafer then forming a closed contour flush in said plane, said electrical connection member being configured to form an individual resumption of contact on the wafer of said electrically conductive layer,
Device for operating windows having a handle part, which handle part is connected via an extension piece to a first pivot link and the first pivot link can be coupled with a window or door handle via an adapter, such that the first pivot link is coupled via the adapter with a pin which can be inserted in a holder of a closing part of the window or of a door, and a first pivot axis of the first pivot link and a second pivot axis of a second pivot link are disposed substantially transversely to one another.
A method for receiving a paging frame, the method comprising: determining, by a user equipment, a set of bits of a user equipment identifier using a Discontinuous Reception, DRX, cycle of the user equipment and a paging group count transmitted by a network equipment, wherein the set of bits of the user equipment identifier is one or more least significant bits of the user equipment identifier; and determining, by the user equipment, the paging frame in a communication channel based on the DRX cycle of the user equipment, the paging group count, and a value of the set of bits of the user equipment identifier, wherein determining the paging frame comprises utilizing the formula system frame number, SFN, mod Paging_DRX_Period == (x div Paging_Group_Count)*(z), wherein x comprises a DRX cycle of 32*N frames and wherein z is the set of bits of the user equipment identifier, determined based upon the DRX cycle and the paging group count. determining, by a user equipment, a set of bits of a user equipment identifier using a Discontinuous Reception, DRX, cycle of the user equipment and a paging group count transmitted by a network equipment, wherein the set of bits of the user equipment identifier is one or more least significant bits of the user equipment identifier; and determining, by the user equipment, the paging frame in a communication channel based on the DRX cycle of the user equipment, the paging group count, and a value of the set of bits of the user equipment identifier, wherein determining the paging frame comprises utilizing the formula system frame number, SFN, mod Paging_DRX_Period == (x div Paging_Group_Count)*(z), wherein x comprises a DRX cycle of 32*N frames and wherein z is the set of bits of the user equipment identifier, determined based upon the DRX cycle and the paging group count.
A printing press (100*; 100**) adapted to carry out printing on a sheet-like or web-like substrate comprising a printing unit (2*; 2**) designed to print a first side and a second side of the substrate, wherein the printing press (100*; 100**) further comprises an in-line casting device adapted to apply a layer of material acting as an optical medium on a portion of the first or second side (I, II) of the substrate and to replicate and form a micro-optical structure in the layer of material acting as optical medium, wherein the printing unit (2*; 2**) is adapted to print at least one printed pattern on the first or second side (I, II) of the substrate in register with the micro-optical structure, and wherein the printing unit (2*; 2**) is a Simultan-type offset printing unit for the simultaneous recto-verso printing of the substrate.
A static transfer switch, comprising: a preferred input terminal configured to receive an AC voltage signal from a preferred voltage source; a data port configured to receive a message via a data link from a device associated with the preferred voltage source, where the message is indicative of a transition of said preferred voltage source from an economy mode to a normal mode; a load terminal; a first switch arrangement electrically connected between the preferred input terminal and the load terminal and operates to selectively output the voltage signal to the load terminal, wherein the first switch arrangement includes one or more semiconductor switches; and a controller configured to receive the message from the data port and to detect a voltage disturbance in the voltage signal and operable, in response thereto, to control conductive state of the semiconductor switches to change waveform of the voltage signal output by the first switch arrangement to the load terminal; while continuing to output the voltage signal received at the preferred input terminal thereby avoiding magnetic flux saturation in a downstream transformer. a preferred input terminal configured to receive an AC voltage signal from a preferred voltage source; a data port configured to receive a message via a data link from a device associated with the preferred voltage source, where the message is indicative of a transition of said preferred voltage source from an economy mode to a normal mode; a load terminal; a first switch arrangement electrically connected between the preferred input terminal and the load terminal and operates to selectively output the voltage signal to the load terminal, wherein the first switch arrangement includes one or more semiconductor switches; and a controller configured to receive the message from the data port and to detect a voltage disturbance in the voltage signal and operable, in response thereto, to control conductive state of the semiconductor switches to change waveform of the voltage signal output by the first switch arrangement to the load terminal; while continuing to output the voltage signal received at the preferred input terminal thereby avoiding magnetic flux saturation in a downstream transformer.
Protection device for link connectors to the on-board diagnostics of a vehicle, characterized in that it comprises: - a covering body of a connection port of the OBD type of an on-board diagnostic system of a vehicle, wherein said covering body comprises at least one connector insertable into said connection port, and wherein said connector comprises at least one electrical terminal connectable to at least one corresponding electrical terminal of said connection port; - electronic detection means for detecting the connection/disconnection of said covering body to/from said connection port, wherein said electronic detection means comprise checking means of the connection between said at least one electrical terminal of the connector and said at least one electrical terminal of the connection port; - at least one radio-wave communication unit operatively connected to said electronic detection means and able to send at least to one central control unit of said vehicle at least one notification signal of the connection/disconnection of said covering body to/from said connection port. - a covering body of a connection port of the OBD type of an on-board diagnostic system of a vehicle, wherein said covering body comprises at least one connector insertable into said connection port, and wherein said connector comprises at least one electrical terminal connectable to at least one corresponding electrical terminal of said connection port; - electronic detection means for detecting the connection/disconnection of said covering body to/from said connection port, wherein said electronic detection means comprise checking means of the connection between said at least one electrical terminal of the connector and said at least one electrical terminal of the connection port; - at least one radio-wave communication unit operatively connected to said electronic detection means and able to send at least to one central control unit of said vehicle at least one notification signal of the connection/disconnection of said covering body to/from said connection port.
A method of sensing a rotation rate using a vibrating structure gyroscope, said gyroscope comprising an electronic control system comprising one or more control loops, wherein at least one of said control loops comprises a filter having a variable time constant, said method comprising the steps of: determining or estimating a natural bandwidth of the vibrating structure of said gyroscope; and characterised by adapting or varying said time constant of said filter so as to match and track the determined or estimated natural bandwidth of said vibrating structure, so as to provide a constant output bandwidth for the control loop. determining or estimating a natural bandwidth of the vibrating structure of said gyroscope; and characterised by adapting or varying said time constant of said filter so as to match and track the determined or estimated natural bandwidth of said vibrating structure, so as to provide a constant output bandwidth for the control loop.
An insulating cup comprising an essentially liquid-tight inner cup (16; 66; 76; 86; 96; 106) and an outer sleeve (14; 64; 74; 84; 94; 104) enveloping the inner cup (16; 66; 76; 86; 96; 106) at least in sections, with the outer sleeve (14; 64; 74; 84; 94; 104) including a blank made of paper material and a two-dimensional insulating material applied on the paper material, wherein the two-dimensional insulating material is applied merely on a partial section of the blank, wherein an overlapping region of the blank, in which region the outer sleeve (14; 64; 74; 84; 94; 104) has a material thickness at least twice the thickness of the paper material, is not covered with the insulating material, characterized in that the two-dimensional insulating material covers the partial section of the blank over the entire surface area.
An article of footwear comprising: an upper having a closed bottom, said upper defining a foot-receiving space above said closed bottom; a topsole disposed in said foot-receiving space, said topsole manufactured from a first foam, wherein the first foam is an expanded thermoplastic polyurethane foam, or a thermoplastic elastomer foam; and an inner sole disposed in said foot-receiving space above said topsole, said inner sole manufactured from a second foam having an energy efficiency of less than about 80% and a dynamic compression set of greater than about 10%; wherein said topsole has a thickness of at least 1 millimeter and said inner sole has a thickness of at least 3 millimeters; said topsole and said inner sole having a combined thickness of at least 5 millimeters in a central portion of a forefoot region of the article of footwear; characterized in that said first foam has an average modulus at a stress of 535 kPa of from about 750 to about 950 kPa and an energy efficiency of at least about 78% and a dynamic compression set of less than about 10%. an upper having a closed bottom, said upper defining a foot-receiving space above said closed bottom; a topsole disposed in said foot-receiving space, said topsole manufactured from a first foam, wherein the first foam is an expanded thermoplastic polyurethane foam, or a thermoplastic elastomer foam; and an inner sole disposed in said foot-receiving space above said topsole, said inner sole manufactured from a second foam having an energy efficiency of less than about 80% and a dynamic compression set of greater than about 10%; wherein said topsole has a thickness of at least 1 millimeter and said inner sole has a thickness of at least 3 millimeters; said topsole and said inner sole having a combined thickness of at least 5 millimeters in a central portion of a forefoot region of the article of footwear; characterized in that said first foam has an average modulus at a stress of 535 kPa of from about 750 to about 950 kPa and an energy efficiency of at least about 78% and a dynamic compression set of less than about 10%.
A gripping judgment apparatus, comprising: a plan unit that generates a first target orbit for moving a gripping unit to a gripping point for gripping an object, which is a gripping target, and a second target orbit for moving the gripping unit in a state in which the object as the gripping target has been gripped by the gripping unit; an observation unit that measures movement of the gripping unit driven based on the second target orbit, a position of the gripping unit, an acting force on the gripping unit when moving the gripping unit in a state in which the object as the gripping target is gripped, and a skidding amount occurring between the gripping unit and the object as the gripping target when the object is gripped; and a gripping state change unit that stops gripping of the object by the gripping unit when a gripping state judgment unit judges that the object is not grippable, the gripping state judgment unit judges that the object is not grippable according to at least one of a deviation representing the magnitude of misalignment between an actual measured position of the gripping unit measured by the observation unit and a target position of the gripping unit derived from the second target orbit, a magnitude of misalignment between an actual measured acting force of the gripping unit measured by the observation unit and a target acting force of the gripping unit derived from the second target orbit, or a gripping force of the gripping unit on the object as the gripping target being equal to or more than an allowable value and the observation unit measures that skidding occurs between the gripping unit and the object. a plan unit that generates a first target orbit for moving a gripping unit to a gripping point for gripping an object, which is a gripping target, and a second target orbit for moving the gripping unit in a state in which the object as the gripping target has been gripped by the gripping unit; an observation unit that measures movement of the gripping unit driven based on the second target orbit, a position of the gripping unit, an acting force on the gripping unit when moving the gripping unit in a state in which the object as the gripping target is gripped, and a skidding amount occurring between the gripping unit and the object as the gripping target when the object is gripped; and
An inverter device comprising: a converter section that full―wave rectifies a three-phase AC voltage and outputs a DC voltage including a ripple component having a frequency six times a frequency of the three-phase AC voltage; an inverter section that converts the DC voltage including the ripple component from the converter section into an AC voltage and outputs the AC voltage to a motor; and a control device, configured to control the inverter section, in a rotating coordinate in which an N-pole direction of a permanent magnet embedded in a rotor of the motor is taken as a d-axis and a direction orthogonal to the d―axis is taken as a q―axis, so that a phase of a d―axis voltage Vd of the ripple component included in the DC voltage leads a phase of a q-axis voltage Vq of the ripple component included in the DC voltage. a converter section that full―wave rectifies a three-phase AC voltage and outputs a DC voltage including a ripple component having a frequency six times a frequency of the three-phase AC voltage; an inverter section that converts the DC voltage including the ripple component from the converter section into an AC voltage and outputs the AC voltage to a motor; and a control device, configured to control the inverter section, in a rotating coordinate in which an N-pole direction of a permanent magnet embedded in a rotor of the motor is taken as a d-axis and a direction orthogonal to the d―axis is taken as a q―axis, so that a phase of a d―axis voltage Vd of the ripple component included in the DC voltage leads a phase of a q-axis voltage Vq of the ripple component included in the DC voltage. motor; and a control device, configured to control the inverter section, in a rotating coordinate in which an N-pole direction of a permanent magnet embedded in a rotor of the motor is taken as a d-axis and a direction orthogonal to the d―axis is taken as a q―axis, so that a phase of a d―axis voltage Vd of the ripple component included in the DC voltage leads a phase of a q-axis voltage Vq of the ripple component included in the DC voltage.