mhurhangee/patent-ind-claim-en huggingface dataset:
A seat, in particular a passenger seat , having - a support structure for absorbing forces which act on the seat; - an armrest , comprising a carrier arm and an arm support face which is secured to the carrier arm ; - a guiding element which is provided on the support structure and on which the armrest is supported so as to be able to be linearly displaced for vertical adjustment; and - a fixing means by means of which the armrest can be releasably secured in a displacement position, wherein the seat structure is constructed as an outer carrier structure which is arranged outside a rear cushion and/or a seat cushion ; wherein the support structure is constructed as a rigid carrier frame comprising at least one carrier rail which extends laterally along the backrest ; wherein the armrest can be positioned in a lower position in which an arm support face of the armrest extends along a side face of a seat member of the seat; characterized in that the carrier rail extends laterally along a seat member of the seat and in that the carrier arm in the lower position is covered by the at least one carrier rail so that the carrier arm is no longer visible. - a support structure for absorbing forces which act on the seat; - an armrest , comprising a carrier arm and an arm support face which is secured to the carrier arm ; - a guiding element which is provided on the support structure and on which the armrest is supported so as to be able to be linearly displaced for vertical adjustment; and - a fixing means by means of which the armrest can be releasably secured in a displacement position, wherein the seat structure is constructed as an outer carrier structure which is arranged outside a rear cushion and/or a seat cushion ;
An agent or composition which increases the level of GFD11 polypeptide in a subject, thereby increasing angiogenesis in the subject, for use in treating or preventing a neurovascular disorder by increasing angiogenesis in a subject, wherein the agent or composition comprises a Growth and Differentiation Factor 11 (GDF11) polypeptide of SEQ ID NO: 3.
Method for the preparation of a copper exchanged crystalline microporous silicoaluminophosphate or mixtures containing copper exchanged microporous silicoaluminophosphate materials comprising the steps of providing a dry mixture containing a) one or more silicoaluminophosphates starting materials that exhibit ion exchange capacity, wherein the silicoaluminophosphate is in the H+ form and b) one or more metal compounds selected from Cu(I) oxide and/or Cu(II) oxide; heating the mixture in a gaseous atmosphere containing ammonia to a temperature between 100°C and 250°C and for a time sufficient to initiate and perform a solid state ion exchange of ions of the metal compound and ions of the silicoaluminophosphates; and obtaining the copper-exchanged microporous silicoaluminophosphates material or mixtures containing the copper-exchanged microporous silicoaluminophosphates material. a) one or more silicoaluminophosphates starting materials that exhibit ion exchange capacity, wherein the silicoaluminophosphate is in the H+ form and b) one or more metal compounds selected from Cu(I) oxide and/or Cu(II) oxide;
Method for using an interactive response system with a mobile device, the method comprising initiating , by a user, an interactive response system session with an interactive response system using a first electronic device; the interactive response system establishing the interactive response system session with the first electronic device, the interactive response system session comprising an interactive response system tree and the first electronic device being presented a current level of the interactive response system tree; the user identifying a second electronic device to the interactive response system; the interactive response system providing , over a network, the current level of the interactive response system tree to a mobile application executed by the second electronic device; receiving an interactive response system tree selection from the mobile application executed by the second electronic device.
Transport device, in particular transport chain structure, for a cutting machine, in order for slices severed from the cutting goods to be acquired by a cutting knife and to be transported from the cutting knife to a depositing region , having a frame on which the following components are mounted: - an acquisition installation for acquiring severed slices; - a plurality of deflection rollers that are disposed at a mutual spacing; - a drive device for driving a plurality of transport chains or transport belts running in parallel; - a coupling for connecting the drive device to a drive; wherein the transport chains or transport belts are guided in a closed manner so as to revolve from the drive device by way of the deflection rollers , characterized in that the frame is configured as an integral part. - an acquisition installation for acquiring severed slices; - a plurality of deflection rollers that are disposed at a mutual spacing; - a drive device for driving a plurality of transport chains or transport belts running in parallel; - a coupling for connecting the drive device to a drive;
Foundation engineering method for producing a columnar structure in the ground , in which a foundation engineering tool is driven in a rotating manner about an axis of rotation and introduced with a feeding motion into a ground , wherein as columnar structure is produced in the ground , wherein a borehole is created by material-removing drilling or displacement drilling into which a curable suspension is introduced to form the columnar structure , characterized in that during the production of the columnar structure a rotating motion and a feeding motion of the foundation engineering tool are recorded over time and forwarded to an evaluation unit, in that by means of a sensor means at least one further processing parameter is recorded over time during the production of the columnar structure in the ground and is forwarded to the evaluation unit and in that by the evaluation unit a three-dimensional model of the columnar structure is produced and displayed.
A method comprising: receiving a first PUF bitstring from a physically unclonable function (PUF) device ; generating , during a provisioning process, a series of match bits , wherein each bit in the series of match bits indicates whether a PUF bit in the first PUF bitstring matches a corresponding encryption key bit in a pre-generated encryption key ; and using said first PUF bitstring and at least a portion of the series of match bits to recreate, during an authentication process, said pre-generated encryption key. receiving a first PUF bitstring from a physically unclonable function (PUF) device ; generating , during a provisioning process, a series of match bits , wherein each bit in the series of match bits indicates whether a PUF bit in the first PUF bitstring matches a corresponding encryption key bit in a pre-generated encryption key ; and using said first PUF bitstring and at least a portion of the series of match bits to recreate, during an authentication process, said pre-generated encryption key.
A peptide consisting of an amino acid sequence of SEQ ID NO: 1.
A voltage sensor device for use in medium- or high voltage application, the voltage sensor device comprising: a voltage sensor; an insulating housing ; a signal cable connector ; an output cable ; and a signal and/or data memory element ; wherein, the output cable is connected to the insulating housing wherein the signal cable connector is connected to an end of the output cable outside of the insulating housing ; wherein, the signal and/or data memory element is integrated into the signal cable connector ; wherein, the signal and/or data memory element is configured to store individual historical sensing data of the voltage sensor device and store an individual calibration data set of the voltage sensor device or an actual transformation ratio information of the voltage sensor device ; wherein, the voltage sensor comprises a voltage divider; wherein the insulating housing has a primary terminal of the voltage sensor; wherein a primary impedance of the voltage divider is located in the insulating housing and a first end of the primary impedance is connected to the primary terminal ; wherein a secondary impedance of the voltage divider is located in the signal cable connector and a first end of the secondary impedance is connected to a second end of the primary impedance through the output cable ; and wherein the signal cable connector is configured to connect to a measuring device, wherein the signal cable connector is configured to connect the measuring device to the signal and/or data memory element and configured to connect the measuring device to the voltage divider. a voltage sensor; an insulating housing ; a signal cable connector ; an output cable ; and a signal and/or data memory element ; wherein, the output cable is connected to the insulating housing wherein the signal cable connector is connected to an end of the output cable outside of the insulating housing ; wherein, the signal and/or data memory element is integrated into the signal cable connector ; wherein, the signal and/or data memory element is configured to store individual historical sensing data of the voltage sensor device and store an individual calibration data set of the voltage sensor device or an actual transformation ratio information of the voltage sensor device ; wherein, the voltage sensor comprises a voltage divider; wherein the insulating housing has a primary terminal of the voltage sensor; wherein a primary impedance of the voltage divider is located in the insulating housing and a first end of the primary impedance is connected to the primary terminal ; wherein a secondary impedance of the voltage divider is located in the signal cable connector and a first end of the secondary impedance is connected to a second end of the primary impedance through the output cable ; and wherein the signal cable connector is configured to connect to a measuring device, wherein the signal cable connector is configured to connect the measuring device to the signal and/or data memory element and configured to connect the measuring device to the voltage divider.
A computer-implemented method comprising: identifying one or more follow-up queries that are pre-associated with a transcription of an initial utterance of a user , the initial utterance associated with a user location, wherein the one or more follow-up queries are identified based on query log data indicating that other users of a search engine have previously submitted the follow-up queries at the user location after submitting an initial query that includes a term at the user location, wherein the term is included in the initial utterance of the user; obtaining a new or modified language model in which a respective probability associated with one or more of the follow-up queries is increased with respect to an initial language model ; receiving subsequent audio data corresponding to a subsequent utterance of the user that is provided at the particular location; processing the subsequent audio data using the new or modified language model to generate a transcription of the subsequent utterance ; and providing the transcription of the subsequent utterance for output to the user, wherein processing the subsequent audio data using the new or modified language model comprises determining that the user location associated with the initial utterance of the user matches a user location associated with the subsequent utterance of the user. identifying one or more follow-up queries that are pre-associated with a transcription of an initial utterance of a user , the initial utterance associated with a user location, wherein the one or more follow-up queries are identified based on query log data indicating that other users of a search engine have previously submitted the follow-up queries at the user location after submitting an initial query that includes a term at the user location, wherein the term is included in the initial utterance of the user; obtaining a new or modified language model in which a respective probability associated with one or more of the follow-up queries is increased with respect to an initial language model ; receiving subsequent audio data corresponding to a subsequent utterance of the user that is provided at the particular location; processing the subsequent audio data using the new or modified language model to generate a transcription of the subsequent utterance ; and providing the transcription of the subsequent utterance for output to the user, wherein processing the subsequent audio data using the new or modified language model comprises determining that the user location associated with the initial utterance of the user matches a user location associated with the subsequent utterance of the user.
A process for unwinding material selected from fibres, tapes and multifilament tows from a spool wherein the angle of take off at the first contact point for the unwind is always in the range 0 ± 20°, the first contact point for the unwind is no more than 600 mm from the axis of rotation of the spool , the spool is reciprocated transversely relative to the first contact point for the unwind and the transverse reciprocal movement of the spool is free movement driven by the unwinding of the material ; further wherein the spool is fixedly mounted on a mandrel which is rotatably mounted on an inner cylinder , the inner cylinder is provided with two intersecting spiral grooves and the mandrel is provided with a key that locates in the spiral grooves such that the mandrel is free to move backwards and forwards along the inner cylinder to produce reciprocal lateral movement of the mandrel on the inner cylinder when the spool rotates, so that the mandrel together with the spool moves transversely and reciprocally relative to the first point of contact for the unwind .
A tie down device comprising a bracket , a handle , and a reel , the bracket and the handle being pivotally connected through the reel , the reel being fixed with ratchets , the handle being disposed with a push plate capable of interlocking with the ratchets and driving the ratchets to rotate forward, the bracket is disposed with a stop plate capable of preventing the ratchets from rotating reversely, the reel comprising two semicylindrical shafts , a gap is disposed between the two semicylindrical shafts capable of allowing a strap to pass through, away-facing circumferential surfaces of the two semicylindrical shafts are arcuate abutments , each of the abutments having a plurality of protrusions , characterized in that each of the protrusions comprises a plurality of elongated ridges , a longitudinal direction of the ridge is parallel to a longitudinal direction of the semicylindrical shaft , a groove is formed between the adjacent ridges , and between the protrusions is an embedding sag into which the strap is embedded after deformation, such that the groove is the embedding sag .
An adjustment system 500) for use with a damper of a bike suspension, the adjustment system comprising: a coil spring engageable with the damper and extending about a spring axis , the coil spring having: an end coil ; an adjacent coil extending helically away from the end coil to define a gap between the end coil and the adjacent coil in a direction parallel to the spring axis; and an insert insertable within the gap of the coil spring, characterized in that , the insert including a support surface having a first helical region and a second helical region , the insert being sized and structured such that when the coil spring is at rest and the insert is inserted within the gap, and contacting the end coil , the first helical region contacts the adjacent coil and the second helical region is spaced from the adjacent coil, and when the coil spring is under a prescribed compressive force, both the first and second regions contact the adjacent coil to mitigate compression of the adjacent coil toward the end coil; and wherein the first helical region of the support surface defines a first helix angle and the second helical region of the support surface defines a second helix angle different from the first helix angle. a coil spring engageable with the damper and extending about a spring axis , the coil spring having: an end coil ; an adjacent coil extending helically away from the end coil to define a gap between the end coil and the adjacent coil in a direction parallel to the spring axis; and an end coil ; an adjacent coil extending helically away from the end coil to define a gap between the end coil and the adjacent coil in a direction parallel to the spring axis; and an insert insertable within the gap of the coil spring, characterized in that , the insert including a support surface having a first helical region and a second helical region , the insert being sized and structured such that when the coil spring is at rest and the insert is inserted within the gap, and contacting the end coil , the first helical region contacts the adjacent coil and the second helical region is spaced from the adjacent coil, and when the coil spring is under a prescribed compressive force, both the first and second regions contact the adjacent coil to mitigate compression of the adjacent coil toward the end coil; and wherein the first helical region of the support surface defines a first helix angle and the second helical region of the support surface defines a second helix angle different from the first helix angle.
A method for producing at least one portion (T a ) of a layer of a three-dimensional component by irradiating at least one powder layer by means of at least one high-energy beam, in particular by means of at least one laser beam (3, 3a-c), comprising: irradiating the powder layer by means of the at least one high-energy beam in a processing field , characterized in that the at least one high-energy beam is moved in a continuous oscillating movement over the powder layer in a first direction (R1) in order to produce a line-shaped irradiation region , in which the powder layer is melted, wherein the line-shaped irradiation region is moved over the powder layer in a second direction (R2) that differs from the first to produce the portion (T a ) of the layer of the three-dimensional component , and that the movements of the high-energy beam in the two directions (R1, R2) are matched to one another in such a way that each point within the line-shaped irradiation region is passed over at least two times, preferably at least three times, by the high-energy beam.
A brush block assembly for a propeller deicing system, comprising: two or more brushes arranged in one or more rows of two brushes, each of the two or more brushes comprised of a pressed electrically conductive material with an integral lead wire and a terminal; an insert to house each of the two or more brushes , wherein the insert comprises pockets , each of the pockets housing a respective one of the two or more brushes ; one or more terminal studs , each of the two brushes within a same one of the one or more rows being separated from an adjacent one of the two brushes by one of the one or more terminal studs ; a helical spring coupled respectively to each of the two or more brushes ; and insulated wires from a power supply and from the respective terminal of each of the two brushes within the same one of the one or more rows being retained by the one of the one or more terminal studs in the one of the one or more rows, characterized by further comprising: wire guides formed as cut-outs in the insert extending from the pockets , each of the wire guides arranged to route one of the insulated wires from the terminal of a respective one of the two or more brushes to an external surface of the brush block assembly , wherein each of the wire guides is formed on a side of the respective one of the two or more brush pockets that is opposite a side nearer to an adjacent one of the two brushes in the same one of the one or more rows, the wire guides routing the insulated wires to the terminal studs . two or more brushes arranged in one or more rows of two brushes, each of the two or more brushes comprised of a pressed electrically conductive material with an integral lead wire and a terminal; an insert to house each of the two or more brushes , wherein the insert comprises pockets , each of the pockets housing a respective one of the two or more brushes ; one or more terminal studs , each of the two brushes within a same one of the one or more rows being separated from an adjacent one of the two brushes by one of the one or more terminal studs ; a helical spring coupled respectively to each of the two or more brushes ; and insulated wires from a power supply and from the respective terminal of each of the two brushes within the same one of the one or more rows being retained by the one of the one or more terminal studs in the one of the one or more rows, characterized by further comprising: wire guides formed as cut-outs in the insert extending from the pockets , each of the wire guides arranged to route one of the insulated wires from the terminal of a respective one of the two or more brushes to an external surface of the brush block assembly , wherein each of the wire guides is formed on a side of the respective one of the two or more brush pockets that is opposite a side nearer to an adjacent one of the two brushes in the same one of the one or more rows, the wire guides routing the insulated wires to the terminal studs .
Hand-held power tool having a housing in which a drive motor and a transmission , which can be driven by the drive motor and is intended to drive an output shaft , are arranged, wherein the transmission is arranged in a transmission housing , and wherein a gear-shifting device is provided for the gear shifting of the transmission , wherein the gear-shifting device has a shifting element for the gear shifting, which is in particular mounted so as to be able to move substantially axially with respect to the transmission housing , and a load-exerting element , which is in particular mounted so as to be able to rotate in the circumferential direction of the transmission housing , wherein a gear shift is effected by a rotation of the load-exerting element in the circumferential direction of the transmission housing , characterized in that the shifting element has a cylindrical main body , which is arranged in the circumferential direction around the transmission housing , in particular a cylindrical portion of the transmission housing , and the shifting element and the load-exerting element engage in one another, in particular in a form-fitting manner.