mhurhangee/patent-ind-claim-en huggingface dataset:
Roof assembly for attachment to reinforcement beams in a fixed roof of a vehicle, comprising: a frame surrounding at least a part of an opening and configured to be attached to the reinforcement beams of the vehicle, said frame being made primarily of plastic material, a first stationary panel which is at least partly semi-transparent and is at least partly fixed to the frame, at least one movable panel , arranged behind the first stationary panel , which movable panel is movable at least between a closed position and a rearwardly and upwardly inclined venting position, a second stationary panel , arranged behind the at least one movable panel , and a reinforcement integrated in the frame, characterized in that the at least one movable panel is a ventilation panel which is short in longitudinal (X) direction and in that the reinforcement extends at least around an area covered by the ventilation panel , and along at least a portion of the frame configured to be attached to the reinforcement beams of the vehicle. a frame surrounding at least a part of an opening and configured to be attached to the reinforcement beams of the vehicle, said frame being made primarily of plastic material, a first stationary panel which is at least partly semi-transparent and is at least partly fixed to the frame, at least one movable panel , arranged behind the first stationary panel , which movable panel is movable at least between a closed position and a rearwardly and upwardly inclined venting position, a second stationary panel , arranged behind the at least one movable panel , and a reinforcement integrated in the frame, characterized in that the at least one movable panel is a ventilation panel which is short in longitudinal (X) direction and in that the reinforcement extends at least around an area covered by the ventilation panel , and along at least a portion of the frame configured to be attached to the reinforcement beams of the vehicle.
A method for cleaning a spunbonding spinneret for the production of cellulosic spunbonded nonwoven from a solution of cellulose in an aqueous organic solvent by extruding the solution through nozzle holes of the spunbonding spinneret to form filaments and stretching the filaments in the direction of extrusion by means of a gas stream, during which method contaminations containing cellulose will accumulate on the surface of the spunbonding spinneret, comprising the steps of: a) spraying the contamination with an aqueous fluid precipitating the cellulose b) detaching and carrying away the contamination by means of the gas stream. a) spraying the contamination with an aqueous fluid precipitating the cellulose b) detaching and carrying away the contamination by means of the gas stream.
A two shaft turbo machine comprising: a compressor system; a low pressure shaft coupled to a low pressure turbine ; and a high pressure shaft coupled to a high pressure turbine ; the compressor system comprising : a fan driven by the low pressure turbine via the low pressure shaft ; a booster compressor ; and an epicyclic gear unit ; wherein : the low pressure shaft is coupled to a first input member of the epicyclic gear unit ; the high pressure shaft is coupled to a second input member of the epicyclic gear unit ; and the booster compressor is coupled to an output member of the epicyclic gear unit ; characterised in that : the booster compressor is driveable by the low pressure shaft and the high pressure shaft . a compressor system; a low pressure shaft coupled to a low pressure turbine ; and a high pressure shaft coupled to a high pressure turbine ; a low pressure shaft coupled to a low pressure turbine ; and a high pressure shaft coupled to a high pressure turbine ; the compressor system comprising : a fan driven by the low pressure turbine via the low pressure shaft ; a booster compressor ; and an epicyclic gear unit ; a fan driven by the low pressure turbine via the low pressure shaft ; a booster compressor ; and an epicyclic gear unit ; wherein : the low pressure shaft is coupled to a first input member of the epicyclic gear unit ; the high pressure shaft is coupled to a second input member of the epicyclic gear unit ; and the booster compressor is coupled to an output member of the epicyclic gear unit ; the low pressure shaft is coupled to a first input member of the epicyclic gear unit ; the high pressure shaft is coupled to a second input member of the epicyclic gear unit ; and the booster compressor is coupled to an output member of the epicyclic gear unit ; characterised in that : the booster compressor is driveable by the low pressure shaft and the high pressure shaft .
Tool holder for a hand-held rotating and chiselling power tool , comprising a hollow spindle surrounding a receiving space for receiving a tool coaxially with a working axis and having at least one recess in the radial direction and an insert inserted into the recess in a radial direction and having a web projecting into the receiving space in the radial direction , wherein the insert has a base with lateral surfaces extending along the working axis and fastened against inner surfaces of the recess by means of a solder, characterised by a groove arranged within the recess , extending along the working axis , opening into the receiving space and delimited by the insert and an inner surface of the recess .
An occupant support comprising a seat bottom , a seat back coupled to the seat bottom for movement about a seat-back pivot axis relative to the seat bottom between an upright position and a folded-forward position, and a seat-motion controller configured to provide means for controlling movement of the occupant support in one of a fine-adjustment mode in which the seat back rotates about the seat-back pivot axis relative to the seat bottom between the upright position and the folded-forward position in response to power being supplied to a motor connected to the seat-motion controller and is blocked from rotating relative to the seat bottom while power is not supplied to the motor to lock the seat back in a selected memory position relative to the seat bottom and a gross-movement mode in which the seat back rotates about the seat-back pivot axis relative to the seat bottom between the upright position and the folded-forward position in response to a folding force (FF) applied to the seat back without supplying power to the motor, wherein the seat-motion controller includes a fixed flange coupled to the seat bottom , a mobile flange coupled to the seat back for rotation with the seat back about the seat-back pivot axis relative to the fixed flange , and a recliner control unit that includes a mode controller including a cam-shaft unit arranged to extend axially along the seat-back pivot axis and a plurality of pawls arranged circumferentially around the cam-shaft unit , the mobile flange is arranged circumferentially around the plurality of pawls , and the cam-shaft unit is configured to move axially relative to the seat-back pivot axis between an extended position in which the cam-shaft unit pushes at least one and less than all of the plurality of pawls radially outward away from the seat-back pivot axis toward the mobile flange to cause the occupant support to be movable in the fine-adjustment mode and a retracted position in which the plurality of pawls are free to move radially inward toward the cam-shaft unit and away from the mobile flange to cause the occupant support to be movable in the gross-movement mode.
Hand-held power tool, in particular an angle grinder, with a drive unit , with a machine housing comprising a first housing part , configured as a gear housing, and a second housing part , surrounding the drive unit , and with a bearing unit , in particular a bearing housing , for mounting the drive unit , characterized in that the bearing unit protrudes into the first housing part , the bearing unit, in particular a bearing housing, being provided to connect the drive unit fixedly to the first housing part and/or the second housing part for conjoint rotation.
An isolated nucleic acid, comprising a nucleotide sequence encoding a protein having delta-12 fatty acid desaturase activity from Arxula adeninivorans, wherein said protein comprises an amino acid sequence having at least 95% sequence homology with the amino acid sequence set forth in SEQ ID NO: 13, or a biologically-active portion thereof having delta-12 fatty acid desaturase activity.
An information processing device comprising: an irradiating unit configured to irradiate an organism with coherent light; a light receiving unit configured to receive the light reflected on the organism ; and a calculating unit configured to calculate , based on sensing data acquired from the light receiving unit, blood flow information linked with position information concerning a position of the reflection of the light in the organism, the position information indicating which region of the organism is included in the sensing data acquired from the light receiving unit, and wherein the calculating unit is further configured to calculate the position information by matching a shape model of the organism with a plurality of kinds of depth information of the organism obtained by processing the sensing data acquired from the light receiving unit and link the calculated position information with the blood flow information obtained by processing the sensing data acquired from the light receiving unit; the information processing device being characterized in that it comprises an estimating unit configured to estimate motion acceleration of the organism based on the plurality of kinds of depth information. an irradiating unit configured to irradiate an organism with coherent light; a light receiving unit configured to receive the light reflected on the organism ; and a calculating unit configured to calculate , based on sensing data acquired from the light receiving unit, blood flow information linked with position information concerning a position of the reflection of the light in the organism, the position information indicating which region of the organism is included in the sensing data acquired from the light receiving unit, and wherein the calculating unit is further configured to calculate the position information by matching a shape model of the organism with a plurality of kinds of depth information of the organism obtained by processing the sensing data acquired from the light receiving unit and link the calculated position information with the blood flow information obtained by processing the sensing data acquired from the light receiving unit; the information processing device being characterized in that it comprises an estimating unit configured to estimate motion acceleration of the organism based on the plurality of kinds of depth information.
Use of a pressure-sensitive adhesive comprising at least one adhesive component comprising at least one polymer component based on a monomer mixture comprising at least one of the following monomers: - at least one acrylic ester - at least one methacrylic ester - acrylic acid - methacrylic acid for the bonding of printing plates, particularly to printing cylinders and/or printing sleeves, characterized in that the pressure-sensitive adhesive further comprises 10 to 25 wt%, based in each case on the overall blend of the at least one adhesive component without solvent, of at least one compound selected from the group consisting of aliphatic dicarboxylic esters, acetylated polyols and ethoxylated fatty acid amines. - at least one acrylic ester - at least one methacrylic ester - acrylic acid - methacrylic acid
A method for preparing etelcalcetide or a precursor thereof, the method comprising: (i) coupling the N-terminal of a protected tetrapeptide fragment of etelcalcetide comprising D-ornithine in place of D-arginine with a protected tripeptide fragment of etelcalcetide in solution phase to form a protected heptapeptide precursor of etelcalcetide comprising a terminal D-cysteine. (i) coupling the N-terminal of a protected tetrapeptide fragment of etelcalcetide comprising D-ornithine in place of D-arginine with a protected tripeptide fragment of etelcalcetide in solution phase to form a protected heptapeptide precursor of etelcalcetide comprising a terminal D-cysteine.
A life support system , comprising: a first life support device having a control unit configured to determine a first life support protocol to be applied to treat a subject and a memory unit operatively coupled to the control unit and configured to store information concerning the first life support protocol, the control unit further being configured to transmit the information concerning the first life support protocol to a second life support device that is distinct from the first life support device, to receive operating instructions from the second life support device concerning a second life support protocol to be applied to treat the subject based upon the information concerning the first life support protocol, and to implement the operating instructions on the first life support device to treat the subject by applying the second life support protocol to the subject using the first life support device.
A needle for accessing a beverage in a container, comprising: at least one lumen defining a cross sectional shape and extending from a proximal end to a distal end; the cross sectional shape having a major dimension along a major axis and a minor dimension along a minor axis that is perpendicular to the major axis, the minor dimension being smaller than the major dimension; wherein the needle is configured to be inserted through a cork of a wine bottle along a pathway such that the distal end of the at least one lumen passes entirely through the cork, the needle configured to allow the cork to reseal to resist passage of fluid through the pathway upon withdrawal of the needle from the cork. at least one lumen defining a cross sectional shape and extending from a proximal end to a distal end; the cross sectional shape having a major dimension along a major axis and a minor dimension along a minor axis that is perpendicular to the major axis, the minor dimension being smaller than the major dimension; wherein the needle is configured to be inserted through a cork of a wine bottle along a pathway such that the distal end of the at least one lumen passes entirely through the cork, the needle configured to allow the cork to reseal to resist passage of fluid through the pathway upon withdrawal of the needle from the cork.
A detachable chair leg, comprising a plurality of feet and a central support , the central support comprising a support body and a plurality of mount portions fixedly connected to the support body ; each foot being provided with a mount groove on one side of the foot , wherein each mount portion is horizontally embedded in the mount groove , and between the each foot and the central support , a fastening assembly is provided to prevent each of the plurality of mount portions from being laterally separated from the mount groove ; each of the plurality of mount portions is provided with a plurality of first limit portions ; each foot is provided with a plurality of second limit portions , at least one of the plurality of the first limit portions is located outside the second limit portions in a longitudinal direction; the first limit portions cooperate with the second limit portions to form a longitudinal limit structure that prevents the foot from removing from the mount portion in the longitudinal direction; characterized in that the fastening assembly comprises a bolt and a threaded connection part with an internal threaded hole; the threaded connection part is provided on the foot , the bolt passes through the central support from below and then is screwed to the threaded connection part .
A relay platform of global navigation satellite system, GNSS, positioning signals , the relay platform having a frame of reference and comprising: - a receiver of a synchronization signal, wherein the receiver of a synchronization signal is a GNSS receiver; - a transmitter configured to condition one or more GNSS positioning signals carrying a navigation message representative of a position and time using the synchronization signal; and - an antenna assembly configured to transmit the GNSS positioning signals in an Area of Service, AoS, in at least a first mode with a radiating pattern having at least a main lobe having an aperture angle smaller than 90° in a first plane of reference comprising a vertical axis and a first horizontal axis and an aperture angle larger than 90° in a second plane of reference comprising the vertical axis and a second horizontal axis perpendicular to the first horizontal axis, wherein the AoS is a urban canyon comprising streets and obstacles such as buildings, and wherein the relay platform has a position overhanging the streets, the main lobe of the antenna assembly being directed downwards and wherein the first horizontal axis is pointed in a direction towards obstacles, so that the radiated power of the antenna assembly emitted towards said direction is minimal. - a receiver of a synchronization signal, wherein the receiver of a synchronization signal is a GNSS receiver; - a transmitter configured to condition one or more GNSS positioning signals carrying a navigation message representative of a position and time using the synchronization signal; and - an antenna assembly configured to transmit the GNSS positioning signals in an Area of Service, AoS, in at least a first mode with a radiating pattern having at least a main lobe having an aperture angle smaller than 90° in a first plane of reference comprising a vertical axis and a first horizontal axis and an aperture angle larger than 90° in a second plane of reference comprising the vertical axis and a second horizontal axis perpendicular to the first horizontal axis,
An engine restart device, comprising: a starter connected to a crankshaft of an engine ; a vehicle speed detector that detects a vehicle speed; an ignition unit that ignites the engine ; a controller that controls the starter and ignition unit based on the detected vehicle speed; and an atmospheric pressure measuring unit that measures an atmospheric pressure (Pa), wherein the starter is a three-phase brushless starter/generator , and the controller performs idle stop when stop of a vehicle is detected based on the vehicle speed, and normally rotates the crankshaft after reversely rotating the crankshaft when restarting the engine , characterized in that the atmospheric pressure measuring unit measures the atmospheric pressure (Pa) after idle stop, the controller is configured to control a speed at which the crankshaft reversely rotates by controlling an inverter at a drive duty ratio of the starter extracted the measured from a duty ratio map based on atmospheric pressure (Pa). a starter connected to a crankshaft of an engine ; a vehicle speed detector that detects a vehicle speed; an ignition unit that ignites the engine ; a controller that controls the starter and ignition unit based on the detected vehicle speed; and an atmospheric pressure measuring unit that measures an atmospheric pressure (Pa), the starter is a three-phase brushless starter/generator , and the controller performs idle stop when stop of a vehicle is detected based on the vehicle speed, and normally rotates the crankshaft after reversely rotating the crankshaft when restarting the engine , characterized in that the atmospheric pressure measuring unit measures the atmospheric pressure (Pa) after idle stop, the controller is configured to control a speed at which the crankshaft reversely rotates by controlling an inverter at a drive duty ratio of the starter extracted the measured from a duty ratio map based on atmospheric pressure (Pa).
Rubber bearing having an inner part extending in an axial direction (x) , an outer sleeve surrounding the inner part at a distance, which consists of or is composed of two half shells designed as identical parts, and a rubber body arranged between the inner part and the outer sleeve , wherein the half shells are connected to the inner part by means of the rubber body and have projections and depressions on their circumferential ends facing one another, in which the projections (7 8) are indented or indentable, and wherein exactly one of the projections is indented or indentable into each of the depressions , to the shape of which the shape of the respective depression is adapted, characterised in that the inner surface of each projection has two surface sections lying one behind the other in the axial direction (x), from which a first surface section runs inclined outwards to a first axial end of the projection and a second surface section runs inclined outwards to a second axial end of the projection.
A twistlock assembly for securing a cargo member to a cargo receiving arrangement , said twistlock assembly comprising a twistlock and a base member , said twistlock being adapted to be at least partially inserted into an opening of a cargo member , said twistlock being adapted to assume each one of an unlocked position and a locked position, wherein said cargo member is prevented from being disconnected from said base member when said twistlock assumes said locked position, the twistlock assembly further comprising a permittance assembly , the permittance assembly being such that it: - assumes a permittance condition when a load (F) applied by said cargo member to the permittance assembly is greater than or equal to a predetermined threshold load (F), such that said twistlock can be moved from said unlocked position to said locked position as well as from said locked position to said unlocked position, and - assumes a prevention condition when the load (F) applied by said cargo member to the permittance assembly is less than the predetermined threshold load (F), such that said twistlock is prevented from being moved from said unlocked position to said locked position, wherein said permittance assembly comprises a resilient assembly adapted to receive at least a portion of said load (F) applied by said cargo member , wherein an attachment portion of said resilient assembly is fixedly attached to said base member , and a load receiving portion of said resilient assembly is adapted to receive said at least a portion of said load (F) applied by said cargo member , characterized in that said load receiving portion comprises a first load receiving portion and a second load receiving portion , said first and second load receiving portions being located on opposite sides of said twistlock . - assumes a permittance condition when a load (F) applied by said cargo member to the permittance assembly is greater than or equal to a predetermined threshold load (F), such that said twistlock can be moved from said unlocked position to said locked position as well as from said locked position to said unlocked position, and - assumes a prevention condition when the load (F) applied by said cargo member to the permittance assembly is less than the predetermined threshold load (F), such that said twistlock is prevented from being moved from said unlocked position to said locked position,
A process for the preparation of a cyanoacetate, steps of which comprise: (a) reacting cyanoacetic acid and an alcohol, in the presence of a catalyst comprising a lanthanide element, under appropriate conditions and for a time sufficient to yield a cyanoacetate; (b) optionally, separating from the mixture the so formed cyanoacetate substantially free from the cyanoacetic acid, the alcohol, and/or catalyst, and by-products, wherein said lanthanide element is selected from ytterbium, lanthanum, cerium, samarium, europium, and dysprosium. (a) reacting cyanoacetic acid and an alcohol, in the presence of a catalyst comprising a lanthanide element, under appropriate conditions and for a time sufficient to yield a cyanoacetate; (b) optionally, separating from the mixture the so formed cyanoacetate substantially free from the cyanoacetic acid, the alcohol, and/or catalyst, and by-products, wherein said lanthanide element is selected from ytterbium, lanthanum, cerium, samarium, europium, and dysprosium.