mhurhangee/patent-ind-claim-en huggingface dataset:
A card-side connector element for a connector system for connecting a PCB card to a central computer of a motor vehicle, comprising a card-side housing having a plurality of cooling ribs , wherein the plurality of cooling ribs comprises at least one PCB connection cooling rib , via which the card-side housing can be mechanically connected to the PCB card so as to conduct heat in that the at least one PCB connection cooling rib comprises an end portion that is intended and designed to be connected to the PCB card.
A method for displaying a video stream of a scene captured by a monitoring camera on a display of a client device remote from the monitoring camera , the method comprising: receiving (S402) the video stream; receiving (S404) information indicating an on/off status for an IR-illuminator illuminating the scene captured by the monitoring camera; setting (S406) a display setting of the display differently based on upon the on/off status for the IR-illuminator is on or off; and displaying (S408) the video stream on the display using the set display setting. receiving (S402) the video stream; receiving (S404) information indicating an on/off status for an IR-illuminator illuminating the scene captured by the monitoring camera; setting (S406) a display setting of the display differently based on upon the on/off status for the IR-illuminator is on or off; and displaying (S408) the video stream on the display using the set display setting.
Apparatus for treating containers, comprising a container treatment station , a transport path , at least one transport element and a carrier element for receiving at least one container which can be moved along the transport path via the transport element , a segment of the transport path being configured such that it can be moved with a carrier element , so that, by the movement of the segment , the containers accommodated on the carrier element can be introduced into the container treatment station for container treatment, characterized in that the carrier element is configured to close the container treatment station when the containers are introduced into the container treatment station for container treatment.
Trim element for interior vehicle, characterized in that the trim element is made of glass sheet and in that the glass, which is a glass of soda-lime-silica, has a basic composition comprising, in a content expressed as percentages by total weight of glass: SiO 2 55 - 85% Al 2 O 3 0 - 30% B 2 O 3 0 - 20% Na 2 O 0 - 25% CaO 0 - 20% MgO 0 - 15% K 2 O 0 - 20% BaO 0 - 20%.
An electronic brake system for a vehicle, comprising: an electromechanical actuator (EMA) arrangement located at a first location and comprising: an EMA ; and an electronic brake actuator controller (EBAC) located at a second location remote from the first location and comprising: a receiver ; characterised in that the electromechanical actuator arrangement comprises a transmitter unit which is configured to receive an analog sensor signal, convert the analog sensor signal to a digital sensor signal, and transmit the digital sensor signal to the receiver ; wherein the first location is outside a fuselage of the vehicle in response to a landing gear being deployed, and wherein the second location is in the fuselage. an electromechanical actuator (EMA) arrangement located at a first location and comprising: an EMA ; and an electronic brake actuator controller (EBAC) located at a second location remote from the first location and comprising: a receiver ; characterised in that the electromechanical actuator arrangement comprises a transmitter unit which is configured to receive an analog sensor signal, convert the analog sensor signal to a digital sensor signal, and transmit the digital sensor signal to the receiver ; wherein the first location is outside a fuselage of the vehicle in response to a landing gear being deployed, and wherein the second location is in the fuselage. a receiver ; characterised in that the electromechanical actuator arrangement comprises a transmitter unit which is configured to receive an analog sensor signal, convert the analog sensor signal to a digital sensor signal, and transmit the digital sensor signal to the receiver ; wherein the first location is outside a fuselage of the vehicle in response to a landing gear being deployed, and wherein the second location is in the fuselage.
A cleaning system for cleaning a glazed surface of a motor vehicle , comprising at least one wiper and a drive device for driving at least the wiper along an axis of translation substantially perpendicular to said wiper , the glazed surface being a detection surface of a sensor/transmitter of a detection assembly and the drive device comprising at least one drive motor for driving in rotation about an axis of rotation substantially perpendicular to the axis of translation , and at least one conversion device for converting the rotary movement of the drive motor into a rectilinear movement along the axis of translation , the conversion device comprising , on the one hand, an articulated connecting member to which the wiper is attached, by means of at least one connector , and on the other hand, a fixed motor articulation point rotationally rigidly secured to an output shaft of the drive motor , the conversion device comprising at least a connecting rod system and eventually , and the connecting rod system comprising at least a first connecting rod , attached to the drive motor to form the fixed motor articulation point characterized in that at least two articulated quadrilaterals of connecting rods , respectively a first quadrilateral of connecting rods and a second quadrilateral of connecting rods , at least the articulated connecting member being common to the first quadrilateral and to the second quadrilateral , in that the second quadrilateral comprises a fixed point of the conversion device .
An overhead stowage compartment for a passenger transport vehicle , the compartment comprising: a compartment body having an opening to provide access to an interior space of the compartment body ; a first hinge arranged at a back side of the compartment body opposite to the opening , the first hinge allowing the compartment body to rotate around a first fixed axis; a flap ; a sliding joint connecting the flap to an upper side of the compartment body ; and a second hinge allowing the flap to rotate from a closed position to an open position around a second fixed axis, wherein the flap has a first flap portion and a second flap portion arranged at an angle to one another in a cross-section of the stowage compartment substantially perpendicular to the first and second fixed axis, the second hinge being arranged at a junction of the first and second flap portions, and wherein the sliding joint is arranged at the first flap portion , wherein the first flap portion is shorter than the second flap portion, and wherein the second flap portion is configured to close the opening of the compartment body . a compartment body having an opening to provide access to an interior space of the compartment body ; a first hinge arranged at a back side of the compartment body opposite to the opening , the first hinge allowing the compartment body to rotate around a first fixed axis; a flap ; a sliding joint connecting the flap to an upper side of the compartment body ; and a second hinge allowing the flap to rotate from a closed position to an open position around a second fixed axis, wherein the flap has a first flap portion and a second flap portion arranged at an angle to one another in a cross-section of the stowage compartment substantially perpendicular to the first and second fixed axis, the second hinge being arranged at a junction of the first and second flap portions, and wherein the sliding joint is arranged at the first flap portion , wherein the first flap portion is shorter than the second flap portion, and wherein the second flap portion is configured to close the opening of the compartment body .
Method for adjusting the operation of an electronically closed-loop or open-loop controlled centrifugal pump assembly in a hydraulic system, in particular when the assembly is first put into operation, in which two default values (H set , Q set ) defining an operating point (B set ), comprising a first default value (H set ) for a first physical quantity (H) and a second default value (Q set ) for a second physical quantity (Q), are input directly and separately of each other, characterised by an operating curve and/or an operating range limit for the open-loop or closed-loop control of the centrifugal pump assembly being subsequently determined and set from the default values (H set , Q set ).
A non-rotating bone removal tool (44, 100, 100', 110, 120-126, 134) for creating a bone void in an iliac canal , comprising: at least one bone removal surface for removing bone from the iliac canal to create a bone void for receiving an implant; and at least one positioning portion comprising at least one through aperture for slidably receiving a guide member located in the iliac canal to orient and guide the bone removal surface with respect to the iliac canal when the non-rotating bone removal tool is impacted to create a bone void within the iliac canal. at least one bone removal surface for removing bone from the iliac canal to create a bone void for receiving an implant; and at least one positioning portion comprising at least one through aperture for slidably receiving a guide member located in the iliac canal to orient and guide the bone removal surface with respect to the iliac canal when the non-rotating bone removal tool is impacted to create a bone void within the iliac canal.
A polyurea resin as a reaction product of polyisocyanate compound (a), polycarbonate diol (b), and chain extender (c), wherein polyisocyanate compound (a) is an organic polyisocyanate compound having an average number of an isocyanate group in one molecule of 2.5 or less, polycarbonate diol (b) comprises repeating units each represented by the following formula and a terminal hydroxyl group, a carbonate group content of one molecule of polycarbonate diol (b) is 41.5 to 45.7% by mass and a number-average molecular weight of polycarbonate diol (b) is 900 to 3100 g/mol, and chain extender (c) is a diamine: wherein R 1 represents a divalent aliphatic or alicyclic hydrocarbon having 2 to 20 carbon atoms, characterized in that 20 mol% or more of the repeating units each represented by formula are each a repeating unit represented by formula , and 20 mol% or more of the repeating units each represented by formula are each a repeating unit represented by formula : polyisocyanate compound (a) is an organic polyisocyanate compound having an average number of an isocyanate group in one molecule of 2.5 or less, polycarbonate diol (b) comprises repeating units each represented by the following formula and a terminal hydroxyl group, a carbonate group content of one molecule of polycarbonate diol (b) is 41.5 to 45.7% by mass and a number-average molecular weight of polycarbonate diol (b) is 900 to 3100 g/mol, and chain extender (c) is a diamine: wherein R 1 represents a divalent aliphatic or alicyclic hydrocarbon having 2 to 20 carbon atoms, characterized in that 20 mol% or more of the repeating units each represented by formula are each a repeating unit represented by formula , and 20 mol% or more of the repeating units each represented by formula are each a repeating unit represented by formula :
A printer comprising: a printhead having a plurality of ink nozzles for ejecting ink; a servicing mechanism for capturing the ejected ink from the plurality of ink nozzles , to service the printhead ; and a control device , coupled to the printhead and the servicing mechanism , the control device configured to, continue feeding a substrate towards the printhead during an idle period, wherein the idle period of the printhead is a duration when printing on the substrate is suspended; regulate ejection of ink from the plurality of ink nozzles towards the substrate during the idle period; and operate the servicing mechanism during the idle period, wherein the servicing mechanism is to capture the ink before the ink reaches the substrate . a printhead having a plurality of ink nozzles for ejecting ink; a servicing mechanism for capturing the ejected ink from the plurality of ink nozzles , to service the printhead ; and a control device , coupled to the printhead and the servicing mechanism , the control device configured to, continue feeding a substrate towards the printhead during an idle period, wherein the idle period of the printhead is a duration when printing on the substrate is suspended; regulate ejection of ink from the plurality of ink nozzles towards the substrate during the idle period; and operate the servicing mechanism during the idle period, wherein the servicing mechanism is to capture the ink before the ink reaches the substrate . continue feeding a substrate towards the printhead during an idle period, wherein the idle period of the printhead is a duration when printing on the substrate is suspended; regulate ejection of ink from the plurality of ink nozzles towards the substrate during the idle period; and operate the servicing mechanism during the idle period, wherein the servicing mechanism is to capture the ink before the ink reaches the substrate .
A peptide having an anti-inflammatory activity, consisting of amino acid sequence SEQ ID NO: 2.
A method of performing a RACH procedure to provide a User Equipment UE access to a network in a communication system , the network comprising at least one base station, the RACH procedure comprising at least one step in which a RACH message is sent from the UE to the base station on one or more uplink channels, said message comprising a PRACH preamble transmission, the PRACH preamble being selected among a number of available preambles, the PRACH preamble transmission being made within a set of RACH slots, a RACH slot comprising a number of RACH occasions, the PRACH preamble being sent using a PRACH occasion corresponding to a time-frequency resource, wherein the method comprises encoding auxiliary information in said PRACH occasions and transmitting said auxiliary information to the base station , characterized in that said auxiliary information being encoded using an outer code and an additional code determined from the bits of the PRACH preamble. wherein the method comprises encoding auxiliary information in said PRACH occasions and transmitting said auxiliary information to the base station , characterized in that said auxiliary information being encoded using an outer code and an additional code determined from the bits of the PRACH preamble.
An article of footwear comprising: an upper defining a cavity, wherein the cavity is configured to receive a foot; and a sole structure attached to the upper , wherein the sole structure includes: an auxetic structure defining an aperture ; and an upper member disposed over the auxetic structure ; a lower member disposed under the auxetic structure ; an aggregate that is received in the aperture , wherein the upper member and the lower member contain the aggregate within the aperture ; wherein the auxetic structure is resiliently deformable between a neutral position and a deformed position; wherein the auxetic structure is configured to deform auxetically between the neutral position and the deformed position; wherein the aperture deforms as the auxetic structure deforms between the neutral position and the deformed position; and wherein the aggregate includes a plurality of particles (192; 1192) configured to support the foot as the auxetic structure deforms between the neutral position and the deformed position. an upper defining a cavity, wherein the cavity is configured to receive a foot; and a sole structure attached to the upper , wherein the sole structure includes: an auxetic structure defining an aperture ; and an upper member disposed over the auxetic structure ; a lower member disposed under the auxetic structure ; an aggregate that is received in the aperture , wherein the upper member and the lower member contain the aggregate within the aperture ; wherein the auxetic structure is resiliently deformable between a neutral position and a deformed position; wherein the auxetic structure is configured to deform auxetically between the neutral position and the deformed position; wherein the aperture deforms as the auxetic structure deforms between the neutral position and the deformed position; and wherein the aggregate includes a plurality of particles (192; 1192) configured to support the foot as the auxetic structure deforms between the neutral position and the deformed position. an auxetic structure defining an aperture ; and an upper member disposed over the auxetic structure ; a lower member disposed under the auxetic structure ; an aggregate that is received in the aperture , wherein the upper member and the lower member contain the aggregate within the aperture ; wherein the auxetic structure is resiliently deformable between a neutral position and a deformed position; wherein the auxetic structure is configured to deform auxetically between the neutral position and the deformed position; wherein the aperture deforms as the auxetic structure deforms between the neutral position and the deformed position; and wherein the aggregate includes a plurality of particles (192; 1192) configured to support the foot as the auxetic structure deforms between the neutral position and the deformed position.
An exhaust diffuser for a steam turbine comprising an inlet area ( S 1 ) and an outlet area (S 2 ), an inner guide and an outer guide having an endpoint (E), wherein the inner guide comprises an inclined wall with three or four inflection points (A, B, C, D), wherein the inflection points (A, B, C, D) determine sections of the inclined wall with different inclination angle with respect to the longitudinal axis of the steam turbine, wherein the inner guide is adapted so that a ratio of axial length ( L AL ) of the exhaust diffuser to distance ( L 1 ) between a base of a last stage blad and a stator body above a tip of the last stage blade is between 1,25 and 1,5, and wherein a first inflection point (A) is identical with the beginning of the inclined wall of the inner guide ; characterised in that the outer guide is adapted so that the ratio of outlet area (S 2 ) to inlet area (S 1 ) is between 1,45 and 1,85; the first inflection point (A) is positioned just after the base of the last stage blade in a plane of the base of the last stage blade , and an inclination angle (α) at the first inflection point (A) lies between 10° and 20°, when there are four inflection points in total, or between 40° and 45° when there are three inflection points in total. characterised in that the outer guide is adapted so that the ratio of outlet area (S 2 ) to inlet area (S 1 ) is between 1,45 and 1,85; the first inflection point (A) is positioned just after the base of the last stage blade in a plane of the base of the last stage blade , and an inclination angle (α) at the first inflection point (A) lies between 10° and 20°, when there are four inflection points in total, or between 40° and 45° when there are three inflection points in total.
Test system for testing a device under test , comprising an antenna array having a plurality of antenna elements and an adjustment unit having a Fresnel structure wherein the adjustment unit is placed between the antenna array and the device under test , characterized in that the antenna array is a plane wave converter wherein the adjustment unit is placed in the near field of the antenna array .
A method of producing a magnetic powder, comprising: performing heat treatment on first particles that contain ferrous oxide to prepare second particles that contain ε-iron oxide; performing silica coating treatment on the first particles before the heat treatment; and removing silica coating on the second particles after the heat treatment. performing heat treatment on first particles that contain ferrous oxide to prepare second particles that contain ε-iron oxide; performing silica coating treatment on the first particles before the heat treatment; and removing silica coating on the second particles after the heat treatment.
A compressor assembly , comprising: a pump assembly ; a fan ; a housing encasing at least a portion of the pump assembly and at least a portion of the fan, characterised in that the housing further comprises a fan sound control chamber having intake ports extending through the outer surface of the housing and that are arranged radially around a fan cover attached to the housing and wherein a line-of-sight view through the intake ports to the fan via the fan sound control chamber is eliminated by a portion of the fan cover or wherein said line-of-sight view is eliminated by a portion of the fan cover and a portion of an air ducting shroud . a pump assembly ; a fan ; a housing encasing at least a portion of the pump assembly and at least a portion of the fan, characterised in that the housing further comprises a fan sound control chamber having intake ports extending through the outer surface of the housing and that are arranged radially around a fan cover attached to the housing and wherein a line-of-sight view through the intake ports to the fan via the fan sound control chamber is eliminated by a portion of the fan cover or wherein said line-of-sight view is eliminated by a portion of the fan cover and a portion of an air ducting shroud .
An ink circuit of an inking unit of a flexographic or gravure printing machine, wherein the inking unit has an ink inlet for providing ready-for-print ink and an ink outlet for removal of excess ink, and wherein the ink inlet is operated by an inlet pump and the ink outlet is operated by an outlet pump , characterized in that the outlet pump is a ring piston pump driven by an asynchronous motor, and that the asynchronous motor is operated with a field-oriented control, in which the motor conditions, speed, slip and torque are determined based on the amount and the phase position of the instantaneous current.