mhurhangee/ep-ind-claims huggingface dataset:
Device on a vehicle having a hydraulic activation unit for regulating the operation of a towing device on the vehicle, wherein the towing device has at least one ploughshare (9, 9a 1 to 9a 5; 9b 1 to 9b 5), comprising at least one position-sensing unit with at least one camera, an evaluation unit and a data-conducting connection to a control device which is assigned to the hydraulic activation unit, wherein the evaluation unit is configured to analyse image data of the at least one camera, and wherein the control device is configured in such a way that a regulating signal of the evaluation unit can be transmitted to the control device, wherein the evaluation unit is configured to sense the at least one ploughshare (9, 9a 1 to 9a 5; 9b 1 to 9b 5) and the adjoining ground by means of the camera which is directed onto the latter, characterized in that the evaluation unit is configured to determine an area of the at least one ploughshare (9a, 9a 1 to 9a 5; 9b 1 to 9b 5) which is not covered by the ground, to compare the determined area with a prescribed reference area and to activate the hydraulic activation unit if the determined area deviates from the reference area.
Sensor arrangement for a construction machine with a sensor, which is set up to gather measurement data from a sampling region or from a sampling point, characterised in that an illumination device for illuminating the sampling region or the sampling point is integrated into the sensor arrangement, and in that the sensor is an inductive sensor, a capacitive sensor or an ultrasonic sensor.
A polypeptide comprising an extracellular activin receptor type Ila (ActRlla) variant having a sequence of SEQ ID NO: 69 for use in a method of reducing bone resorption in a subject in need thereof, increasing bone formation in a subject in need thereof, increasing bone strength in a subject in need thereof, or reducing a risk of bone fracture in a subject in need thereof, wherein the subject has or is at risk of developing primary osteoporosis, secondary osteoporosis, osteopenia, osteopetrosis, bone cancer or cancer metastasis-related bone loss, Paget's disease, renal osteodystrophy, treatment-related bone loss, diet-related bone loss, bone loss associated with the treatment of obesity, low gravity-related bone loss, or immobility-related bone loss.
A peptide, comprising 23 amino acids, characterized in that a sequence of the peptide is GlnLeuLysHisArgAsnHarHisArgIleLysThrGlySerThrAsnHisGlyLeuValGlnSerLeu (SEQ ID NO: 1), wherein the 1 st amino acid is D-glutamine, the 7 th amino acid is homoarginine, and the 23 rd amino acid is amidated leucine.
A device for holding and locking objects, for example workpieces or tools, - with a support rack structured according to the type of a mesh structure created from wire strands aligned parallel to and at a distance from one another, by means of which at least one rectangular holding opening is created, in which the wire strands running parallel to one another are arranged on one plane (5, 6) each and in which the distance (a) of the wire strands in the upper plane determines the edge length of the longer edges of the holding opening and the distance (b) of the wire strands of the lower plane determines the edge length of the shorter edges of the holding opening, - and with at least one connection body featuring a base, on one face end of which a retaining device is provided which can be inserted into one of the holding openings of the support rack and on the opposite face end of which there are attached one or more retaining or holding elements by means of which the objects can be fixed onto the connection body and the support rack characterized in that, the holding device of the connection body is formed from two webs running in parallel to and at a distance from one another, the distance between these webs being dependent on the length of the shorter edges of the holding opening, that the length of both webs is adapted to the length of the longer edges of the holding opening, that a wedge or V-shaped groove is worked in between the webs and the base of the connection body, by means of which the webs are separated from the base of the connection body in certain areas and that a detent lug is worked or formed onto each of the two webs in the area of the largest extent of the groove, that the detent lug projects outwards at right angles and encloses the lower plane of the wire strands in the assembled condition of the connection body, and that the detent lugs of the two webs run diametrically opposite to one another or are offset in a mirror-image arrangement to one another. - with a support rack structured according to the type of a mesh structure created from wire strands aligned parallel to and at a distance from one another, by means of which at least one rectangular holding opening is created, in which the wire strands running parallel to one another are arranged on one plane (5, 6) each and in which the distance (a) of the wire strands in the upper plane determines the edge length of the longer edges of the holding opening and the distance (b) of the wire strands of the lower plane determines the edge length of the shorter edges of the holding opening, - and with at least one connection body featuring a base, on one face end of which a retaining device is provided which can be inserted into one of the holding openings of the support rack and on the opposite face end of which there are attached one or more retaining or holding elements by means of which the objects can be fixed onto the connection body and the support rack
A vacuum treatment apparatus comprising: - a plurality of treatment chambers (18,19) for treating workpieces, in particular silicon wafers, - a transfer chamber being attached to the treatment chambers (18,19) communicating via respective openings with said transfer chamber and comprising handling zones located adjacent to each of the treatment chambers (18,19), and - a workpiece carrier arranged within the transfer chamber configured to transfer the workpieces between the handling zones, wherein the transfer chamber is ring-shaped about an axis and said openings have opening axes substantially parallel to said axis, characterized in that the vacuum treatment apparatus comprises one or more handlers for moving the workpieces between the handling zones and the treatment chambers (18,19), wherein at least one of the treatment chambers (18,19) is accessible from the adjacent handling zone via said opening comprising a seal arrangement establishing a sealing action controllably by operation of a workpiece lift provided in said handling zone and configured to controllably lift a workpiece from said workpiece carrier towards said opening or inversely, said seal arrangement sealingly separating the inside of said transfer chamber from the inside of said treatment chamber (18,19), and wherein the vacuum treatment apparatus is configured such that said sealing action is enforced by a pressure difference directed from said treatment chamber (18,19) to said transfer chamber when the pressure of the treatment chamber (18,19) is higher than the transfer chamber pressure. - a plurality of treatment chambers (18,19) for treating workpieces, in particular silicon wafers, - a transfer chamber being attached to the treatment chambers (18,19) communicating via respective openings with said transfer chamber and comprising handling zones located adjacent to each of the treatment chambers (18,19), and - a workpiece carrier arranged within the transfer chamber configured to transfer the workpieces between the handling zones,
A coupling device for a tube having a Palladium-based membrane deposited thereon, the tube for use in separation and purification of hydrogen in a hydrogen separator or reactor, the coupling device having an inlet for a gas and configured to couple said tube to the inlet so that the gas can be supplied via the inlet into the tube, the coupling device comprising: a body part with a cylindrical opening for receiving the tube, the opening being arranged to receive gas flow to the inlet; and a nut, wherein the body part and the nut being configured such that the nut can be screwed onto the body part at the opening; the coupling device further having a stack of at least two sealing rings (3, 4) provided between an end portion of the body part surrounding the opening and an axial end portion of the nut, wherein the body part, the nut and the stack of sealing rings are configured such that the tube extends through the axial end portion of the nut, through the stack of sealing rings and into the opening such that, in use, the stack of sealing rings is compressed in an axial direction of the stack as a result of screwing the nut onto the body part so that the sealing rings sealingly engage a circumferential surface of the tube, wherein a sealing ring of the stack of sealing rings (3, 4), which sealing ring in use contacts the end portion of the body part surrounding the opening, is a square or rectangular shaped O-ring characterised in that the square or rectangular shaped O-ring has an axially protruding tapered ridge, preferably a circumferential ridge, facing the end portion of the body part, wherein the end portion of the body part has a correspondingly tapered or chamfered portion for receiving therein the ridge. a body part with a cylindrical opening for receiving the tube, the opening being arranged to receive gas flow to the inlet; and a nut, wherein the body part and the nut being configured such that the nut can be screwed onto the body part at the opening; the coupling device further having a stack of at least two sealing rings (3, 4) provided between an end portion of the body part surrounding the opening and an axial end portion of the nut, wherein the body part, the nut and the stack of sealing rings are configured such that the tube extends through the axial end portion of the nut, through the stack of sealing rings and into the opening such that, in use, the stack of sealing rings is compressed in an axial direction of the stack as a result of screwing the nut onto the body part so that the sealing rings sealingly engage a circumferential surface of the tube, wherein a sealing ring of the stack of sealing rings (3, 4), which sealing ring in use contacts the end portion of the body part surrounding the opening, is a square or rectangular shaped O-ring
A method for distributing transmit power of a forward link signal in a spot beam satellite communication system, the method comprising: receiving a forward link signal from a gateway; generating multiple versions of the forward link signal; selectively attenuating at least one of the multiple versions of the forward link signal; after the step of selectively attenuating, amplifying the multiple versions of the forward link signal using a multi-port amplifier, to generate multiple amplified signals, wherein amplifying the multiple versions of the forward link signal comprises: processing the multiple versions of the forward link signal using a hybrid matrix, to generate a plurality of hybrid-matrix-processed signals; amplifying the plurality of hybrid-matrix-processed signals using a plurality of high power amplifiers (HPA's), to generate HPA-amplified signals; and processing the HPA-amplified signals using an inverse hybrid matrix, to generate the multiple amplified signals; transmitting the multiple amplified signals to multiple spot beams, each spot beam corresponding to a spot beam coverage area. receiving a forward link signal from a gateway; generating multiple versions of the forward link signal; selectively attenuating at least one of the multiple versions of the forward link signal; after the step of selectively attenuating, amplifying the multiple versions of the forward link signal using a multi-port amplifier, to generate multiple amplified signals, wherein amplifying the multiple versions of the forward link signal comprises: processing the multiple versions of the forward link signal using a hybrid matrix, to generate a plurality of hybrid-matrix-processed signals; amplifying the plurality of hybrid-matrix-processed signals using a plurality of high power amplifiers (HPA's), to generate HPA-amplified signals; and processing the HPA-amplified signals using an inverse hybrid matrix, to generate the multiple amplified signals; processing the multiple versions of the forward link signal using a hybrid matrix, to generate a plurality of hybrid-matrix-processed signals; amplifying the plurality of hybrid-matrix-processed signals using a plurality of high power amplifiers (HPA's), to generate HPA-amplified signals; and processing the HPA-amplified signals using an inverse hybrid matrix, to generate the multiple amplified signals; transmitting the multiple amplified signals to multiple spot beams, each spot beam corresponding to a spot beam coverage area.
An annuloplasty device for use on a posterior annulus of a mitral valve, comprising at least a first and a second anchor unit (2,3), preferably a plurality of anchor units (2,3,4,5), that are deployable to the mitral valve by means of a vascular delivery device, such as a catheter, and positionable in a row along the annulus, comprising anchor means (9,10) arranged on each of the first and second anchor units (2,3), wherein the first and second anchor units (2,3) are interconnected by connection means defining a distance between the first and second anchor units (2,3), further comprising pulling means for reducing the distance between the first and second anchor units (2,3) so as to pull the annulus together, characterized in that the anchor units (2,3) are arranged to be rotatable to one another around a longitudinal axis extending along the row.
A cell wall or cell membrane disrupting device (100, 800) comprising a fixed disc, a rotating disc (150, 250), a rotating shaft (130, 230) for driving of the rotating disc (150, 250), a pressure reducing means, a housing (160, 260) and a heating means configured to heat at 30 °C or higher and at lower than 50 °C, wherein at least one pair of the fixed disc and the rotating disc (150, 250) are disposed facing each other, the center section of the fixed disc has a hollow section that is larger than the outer diameter of the rotating shaft (130, 230) passing through the center section, two or more fixed discs are arranged between each pair of rotating discs (150, 250), a gap between the fixed disc and the rotating disc (150, 250) or a gap between the fixed discs is 10 mm to 11 mm, and the rotating shaft (130, 230) is situated in the center horizontal direction of the cell wall or cell membrane disrupting device (100, 800), wherein the cell wall or cell membrane disrupting device (100, 800) is configured such that a shearing force generated between the rotating disc (150, 250) and the fixed disc is applied to a target fluid having a water content of 89 % or higher that has been loaded into the device, and that the pressure inside the cell wall or cell membrane disrupting device (100, 800) is reduced from -0.00001 MPa to -0.08 MPa by the pressure reducing means. at least one pair of the fixed disc and the rotating disc (150, 250) are disposed facing each other, the center section of the fixed disc has a hollow section that is larger than the outer diameter of the rotating shaft (130, 230) passing through the center section, two or more fixed discs are arranged between each pair of rotating discs (150, 250), a gap between the fixed disc and the rotating disc (150, 250) or a gap between the fixed discs is 10 mm to 11 mm, and the rotating shaft (130, 230) is situated in the center horizontal direction of the cell wall or cell membrane disrupting device (100, 800), wherein the cell wall or cell membrane disrupting device (100, 800) is configured such that a shearing force generated between the rotating disc (150, 250) and the fixed disc is applied to a target fluid having a water content of 89 % or higher that has been loaded into the device, and that the pressure inside the cell wall or cell membrane disrupting device (100, 800) is reduced from -0.00001 MPa to -0.08 MPa by the pressure reducing means.
A method, comprising: receiving a request from a first network element associated with a first network for establishing a first communication session between the first network element to a first user device associated with a second network, the request including a first user identifier used to identify a first user associated with the first user device within the first network; translating the first user identifier to a second user identifier, the second user identifier used to identify the first user within the second network; sending a first query including the second user identifier to a second network element associated with the second network; and receiving a first response message from the second network element, the first response message including quality of service information indicated by a policy associated with the second user identifier; determining a performance quality threshold for the first communication session based upon the quality of service information; establishing the first communication session between the first network element and the first user device; receiving performance data including at least one performance metric indicating a quality of delivery of content to the first user device by the first communication session; and determining whether the at least one performance metric exceeds the performance quality threshold. receiving a request from a first network element associated with a first network for establishing a first communication session between the first network element to a first user device associated with a second network, the request including a first user identifier used to identify a first user associated with the first user device within the first network; translating the first user identifier to a second user identifier, the second user identifier used to identify the first user within the second network; sending a first query including the second user identifier to a second network element associated with the second network; and receiving a first response message from the second network element, the first response message including quality of service information indicated by a policy associated with the second user identifier; determining a performance quality threshold for the first communication session based upon the quality of service information; establishing the first communication session between the first network element and the first user device; receiving performance data including at least one performance metric indicating a quality of delivery of content to the first user device by the first communication session; and determining whether the at least one performance metric exceeds the performance quality threshold.
A motor vehicle, in particular electric motor vehicle or hybrid motor vehicle, preferably utility vehicle, having: a heat store for storing thermal energy; and a control unit which is designed to determine a desired charge level of the heat store depending on at least one received reference parameter (R1, R2, R3, R4) and to control charging of the heat store with thermal energy up to the desired charge level, characterized by: a system for applying, modifying and/or managing a vehicle use profile, wherein a number, duration and/or length of successive use phases and/or non-use phases of the motor vehicle between two successive charging operations of the heat store is specified in the vehicle use profile, wherein the system outputs the vehicle use profile to the control unit as a reference parameter. a heat store for storing thermal energy; and a control unit which is designed to determine a desired charge level of the heat store depending on at least one received reference parameter (R1, R2, R3, R4) and to control charging of the heat store with thermal energy up to the desired charge level,
A method comprising: receiving, by a first network device (16, 30) residing in a network, from a second network device (16, 30) adjacent to the first network device in the network, and in accordance with a link state protocol, a fragment (60N, 110) of a plurality of fragments of which each fragment is representative of a portion of a link state protocol data unit, PDU, specifying link state information that describes links within the network, the fragment including a sequence number associated with an iteration of the link state PDU and a provided sequence number checksum (58, 125C) computed from the sequence numbers of the plurality of fragments; computing, by the first network device, a sequence number checksum to obtain a computed sequence number checksum, computed from the sequence number of the received fragment and the sequence numbers of previously received fragments representative of the link state PDU; determining, by the first network device, whether the computed sequence number checksum matches the provided sequence number checksum; and either processing, by the first network device and based on the determination that the computed sequence number checksum matches the provided sequence number checksum, the fragment to update a network topology maintained by the first network device, or refraining from processing, by the first network device and based on the determination that the computed sequence number checksum does not match the provided sequence number checksum, the fragment. receiving, by a first network device (16, 30) residing in a network, from a second network device (16, 30) adjacent to the first network device in the network, and in accordance with a link state protocol, a fragment (60N, 110) of a plurality of fragments of which each fragment is representative of a portion of a link state protocol data unit, PDU, specifying link state information that describes links within the network, the fragment including a sequence number associated with an iteration of the link state PDU and a provided sequence number checksum (58, 125C) computed from the sequence numbers of the plurality of fragments; computing, by the first network device, a sequence number checksum to obtain a computed sequence number checksum, computed from the sequence number of the received fragment and the sequence numbers of previously received fragments representative of the link state PDU; determining, by the first network device, whether the computed sequence number checksum matches the provided sequence number checksum; and either processing, by the first network device and based on the determination that the computed sequence number checksum matches the provided sequence number checksum, the fragment to update a network topology maintained by the first network device, or refraining from processing, by the first network device and based on the determination that the computed sequence number checksum does not match the provided sequence number checksum, the fragment.