mhurhangee/patent-ind-claim-en huggingface dataset:
A crawler hanging device to be mounted onto a crawler for use in lifting the crawler, the crawler including a crawler frame having a pair of left and right side-surfaces and attachable to a main part of a traveling body, and a crawler belt surrounding the crawler frame from above, below, front, and rear thereof, the crawler hanging device comprising: at least one support member to be attached to the crawler, wherein the at least one support member includes: an attaching part to be attached to a crawler frame outer surface that is one of the pair of side-surfaces of the crawler frame and is opposite to a side-surface via which the crawler frame is to be attached to the main part of the traveling body; a first receiving part arranged above a belt top section of the crawler belt above the crawler frame for receiving a lifting tool for lifting the crawler; characterised in that , a circuitous part which connects the attaching part and the first receiving part with each other, and extends around the belt top section of the crawler belt through an outside region of the belt top section in a left-right direction of the crawler belt. at least one support member to be attached to the crawler, wherein the at least one support member includes: an attaching part to be attached to a crawler frame outer surface that is one of the pair of side-surfaces of the crawler frame and is opposite to a side-surface via which the crawler frame is to be attached to the main part of the traveling body; a first receiving part arranged above a belt top section of the crawler belt above the crawler frame for receiving a lifting tool for lifting the crawler; characterised in that , a circuitous part which connects the attaching part and the first receiving part with each other, and extends around the belt top section of the crawler belt through an outside region of the belt top section in a left-right direction of the crawler belt. an attaching part to be attached to a crawler frame outer surface that is one of the pair of side-surfaces of the crawler frame and is opposite to a side-surface via which the crawler frame is to be attached to the main part of the traveling body; a first receiving part arranged above a belt top section of the crawler belt above the crawler frame for receiving a lifting tool for lifting the crawler; characterised in that , a circuitous part which connects the attaching part and the first receiving part with each other, and extends around the belt top section of the crawler belt through an outside region of the belt top section in a left-right direction of the crawler belt.
A method for treating a surface of a solid cellulose-containing material comprising: applying to said surface a composition comprising: an alkanoic acid derivative having the formula (I) or formula (II): R-CO-X Formula (I) X-CO-R-CO-X 1 (II) Formula (II), wherein R is a straight-chain, branched-chain, or cyclic aliphatic hydrocarbon radical having from 6 to 50 carbon atoms, and wherein X and X 1 are independently Cl, Br, or O(CO)OR, a base, and a first solvent; heating the applied composition on said surface; rinsing said surface with a second solvent; and drying said rinsed surface, wherein said composition esterifies 60-90% of the hydroxyl groups available on the surface of the cellulose-containing material. applying to said surface a composition comprising: an alkanoic acid derivative having the formula (I) or formula (II): R-CO-X Formula (I) X-CO-R-CO-X 1 (II) Formula (II), wherein R is a straight-chain, branched-chain, or cyclic aliphatic hydrocarbon radical having from 6 to 50 carbon atoms, and wherein X and X 1 are independently Cl, Br, or O(CO)OR, a base, and a first solvent; an alkanoic acid derivative having the formula (I) or formula (II): R-CO-X Formula (I) X-CO-R-CO-X 1 (II) Formula (II), wherein R is a straight-chain, branched-chain, or cyclic aliphatic hydrocarbon radical having from 6 to 50 carbon atoms, and wherein X and X 1 are independently Cl, Br, or O(CO)OR, a base, and a first solvent; heating the applied composition on said surface; rinsing said surface with a second solvent; and drying said rinsed surface,
A mechanism comprising at least one wheel which is movably mounted in rotation, in at least one first direction of rotation (R1) about an axis of rotation (ZZ'), in a casing containing a lubricant , such as grease, said wheel being delimited radially by a peripheral rim and axially by at least one first annular wheel flank secant to the axis of rotation (ZZ'), and which borders said rim , while the casing forms, about the axis of rotation (ZZ') and opposite to the first wheel flank , an annular cover crown , secant to the axis of rotation (ZZ'), and which radially overlaps said first wheel flank , said mechanism being characterized in that the wheel includes at least one vane which protrudes axially on the first wheel flank , towards the cover crown , while the casing includes at least one deflector which protrudes axially on the cover crown , towards the first wheel flank , the vane and the deflector being arranged such that, in projection in a projection plane (P0) normal to the axis of rotation (ZZ'), the vane has, in the first direction of rotation (R1), a first leading edge which describes a first scanning ring (S27) about the axis of rotation (ZZ'), while the deflector has a retaining edge which extends at least partially inside said scanning ring (S27) and whose yaw orientation is different from that of the first leading edge , such that, when the first leading edge of the vane approaches then overflies the retaining edge of the deflector in the first direction of rotation (R1), the fictitious intersection point (M) between the first leading edge and the retaining edge is displaced radially towards the rim , by gradually moving away from the axis of rotation (ZZ'), so that the relative movement of the wheel relative to the casing in the first direction of rotation (R1) allows the vane and the deflector to cooperate in order to discharge the lubricant towards the peripheral rim .
A track for traction of a vehicle , the track being mountable around a plurality of wheels (24, 23, 25, 28 1 -28 10 ) that includes a plurality of roller wheels (28 1 -28 10 ) for rolling on a bottom run of the track along a rolling path (30 1 ) of the track, the track comprising: - a ground-engaging outer side ; - an inner side opposite to the ground-engaging outer side ; - elastomeric material allowing the track to flex around the wheels; - a plurality of cores (44 1 -44 N ) at least partially embedded in the elastomeric material , distributed in a longitudinal direction of the track , and extending transversally to the longitudinal direction of the track ; and - a cracking inhibitor (50 1 ) disposed along the rolling path and configured to inhibit cracking of the elastomeric material at the rolling path; characterized in that the cracking inhibitor (50 1 ) comprises a plurality of voids , said voids are defined by the elastic material and spaced apart from one another in the longitudinal direction of the track ; and plural ones of the voids are disposed along the rolling path between successive ones of the cores (44 1 -44 N ) that succeed one another in the longitudinal direction of the track . - a ground-engaging outer side ; - an inner side opposite to the ground-engaging outer side ; - elastomeric material allowing the track to flex around the wheels; - a plurality of cores (44 1 -44 N ) at least partially embedded in the elastomeric material , distributed in a longitudinal direction of the track , and extending transversally to the longitudinal direction of the track ; and - a cracking inhibitor (50 1 ) disposed along the rolling path and configured to inhibit cracking of the elastomeric material at the rolling path; characterized in that the cracking inhibitor (50 1 ) comprises a plurality of voids , said voids are defined by the elastic material and spaced apart from one another in the longitudinal direction of the track ; and plural ones of the voids are disposed along the rolling path between successive ones of the cores (44 1 -44 N ) that succeed one another in the longitudinal direction of the track .
Grinding machine comprising: - a first and a second grinding wheel separated by a gap and configured to both contact a workpiece to work thereupon as it rotates; - a support blade arranged in the gap , extending mainly along a vertical direction (X-X), and having a contact surface adapted to support the workpiece and impose a working angle ( γ ); said contact surface of said support blade having a work profile shaped to contact at one and only one point at a time the workpiece , the work profile being also shaped to contact with different working angles ( γ ), in different respective working steps, said workpiece ; characterised in that the work profile has at least two tangent lines having a different inclination with respect to the vertical direction (X-X). - a first and a second grinding wheel separated by a gap and configured to both contact a workpiece to work thereupon as it rotates; - a support blade arranged in the gap , extending mainly along a vertical direction (X-X), and having a contact surface adapted to support the workpiece and impose a working angle ( γ ); said contact surface of said support blade having a work profile shaped to contact at one and only one point at a time the workpiece , the work profile being also shaped to contact with different working angles ( γ ), in different respective working steps, said workpiece ;
A router node for a network , wherein the router node characterised by : a transceiver ; an interface operably coupled to the transceiver and configured to communicate via multiple technologies, wherein the interface allows devices external to the network to connect to the network using a first technology and to communicate with other nodes in the network using a second technology; and a cache ; and a signal processor operably coupled to the cache , and the interface and configured to support a consensus protocol; wherein the signal processor is configured to: receive resource records via the interface using the first technology, store the received resource records in the cache and distribute resource records to other nodes in the network via the interface using the second technology; and receive resource records from at least one other node in the network via the interface using the second technology, store the received resource records in the cache and respond to a resource record query from an external device connected to the network via the first technology. a transceiver ; an interface operably coupled to the transceiver and configured to communicate via multiple technologies, wherein the interface allows devices external to the network to connect to the network using a first technology and to communicate with other nodes in the network using a second technology; and a cache ; and a signal processor operably coupled to the cache , and the interface and configured to support a consensus protocol; receive resource records via the interface using the first technology, store the received resource records in the cache and distribute resource records to other nodes in the network via the interface using the second technology; and receive resource records from at least one other node in the network via the interface using the second technology, store the received resource records in the cache and respond to a resource record query from an external device connected to the network via the first technology.
An arrangement for an automatic milking system, the arrangement comprising: a three-dimensional camera configured to record image data (D img ) representing an outer surface of a teat (T1) of a dairy animal in three dimensions; and a processing unit configured to receive the recorded image data (D img ), and based thereon provide a geometric analysis of the teat (T1), characterized in that the processing unit is configured to: calculate at least one size measure (W1, W2, L) of the teat (T1) based on the image data (D img ), and the geometric analysis involving determining a size-related classification of the teat (T1) based on the at least one size measure (W1, W2, L), and determine a recommended teatcup liner (TCL R ) for the dairy animal based on the size-related classification of the teat (T1), and the arrangement further comprises a user interface configured to present output data (DO[TCL R ]) reflecting the size-related classification of the teat. a three-dimensional camera configured to record image data (D img ) representing an outer surface of a teat (T1) of a dairy animal in three dimensions; and a processing unit configured to receive the recorded image data (D img ), and based thereon provide a geometric analysis of the teat (T1), characterized in that the processing unit is configured to: calculate at least one size measure (W1, W2, L) of the teat (T1) based on the image data (D img ), and the geometric analysis involving determining a size-related classification of the teat (T1) based on the at least one size measure (W1, W2, L), and determine a recommended teatcup liner (TCL R ) for the dairy animal based on the size-related classification of the teat (T1), and the arrangement further comprises a user interface configured to present output data (DO[TCL R ]) reflecting the size-related classification of the teat. calculate at least one size measure (W1, W2, L) of the teat (T1) based on the image data (D img ), and the geometric analysis involving determining a size-related classification of the teat (T1) based on the at least one size measure (W1, W2, L), and determine a recommended teatcup liner (TCL R ) for the dairy animal based on the size-related classification of the teat (T1), and the arrangement further comprises a user interface configured to present output data (DO[TCL R ]) reflecting the size-related classification of the teat.
A composition comprising at least one DPP4 inhibitor of formula (I) wherein R 1 , R 2 , R 4 and R 5 are H, R 3 is benzyl and n is 1 or a dermatologically acceptable salt thereof for use in the prevention or treatment of disorders of the sebaceous glands. wherein R 1 , R 2 , R 4 and R 5 are H, R 3 is benzyl and n is 1 or a dermatologically acceptable salt thereof for use in the prevention or treatment of disorders of the sebaceous glands.
A suction device for sucking off ink mist in an inkjet printing device , the printing device having a printing unit for printing on a front side of a recording medium moved along a transport direction through the printing unit , the suction device comprising, - a mechanical barrier configured to form a constriction above the front side, printed in the printing unit , of the recording medium guided past the mechanical barrier in transport direction , the constriction forming a tunnel for the recording medium and having an extension of less than 25 mm in transport direction; - a blower configured to cause a flow of gas in the constriction above the printed front side of the recording medium in the opposite direction to the transport direction ; and - a suction unit configured to suck off ink mist from the printed front side of the recording medium in a suction area located upstream of the constriction with respect to the transport direction . - a mechanical barrier configured to form a constriction above the front side, printed in the printing unit , of the recording medium guided past the mechanical barrier in transport direction , the constriction forming a tunnel for the recording medium and having an extension of less than 25 mm in transport direction; - a blower configured to cause a flow of gas in the constriction above the printed front side of the recording medium in the opposite direction to the transport direction ; and - a suction unit configured to suck off ink mist from the printed front side of the recording medium in a suction area located upstream of the constriction with respect to the transport direction .
A LiDAR system , comprising: a signal generator for generating an output signal having a variable frequency; a modulation circuit for receiving the output signal from the signal generator and applying the output signal from the signal generator to an optical signal to generate an envelope- modulated optical signal having a frequency-modulated modulation envelope; optical transmission elements for transmitting the envelope-modulated optical signal into a region; optical receiving elements for receiving reflected optical signals from the region; and receive signal processing circuitry for receiving the reflected optical signals and using quadrature detection to process the reflected optical signals; wherein the frequency of the output signal is controlled to vary according to a ramp between a first frequency and a second frequency; wherein the ramp comprises a plurality of frequency steps between the first and second frequencies; and characterised in that the plurality of frequency steps varies in frequency in a pseudo-random fashion between the first frequency and the second frequency. a signal generator for generating an output signal having a variable frequency; a modulation circuit for receiving the output signal from the signal generator and applying the output signal from the signal generator to an optical signal to generate an envelope- modulated optical signal having a frequency-modulated modulation envelope; optical transmission elements for transmitting the envelope-modulated optical signal into a region; optical receiving elements for receiving reflected optical signals from the region; and receive signal processing circuitry for receiving the reflected optical signals and using quadrature detection to process the reflected optical signals; wherein the frequency of the output signal is controlled to vary according to a ramp between a first frequency and a second frequency; wherein the ramp comprises a plurality of frequency steps between the first and second frequencies; and characterised in that the plurality of frequency steps varies in frequency in a pseudo-random fashion between the first frequency and the second frequency.
A data processing device comprising: a first chip that is configured to perform encryption and decryption using a first common key, and is further configured to hold a first counter value (CTR1); and a second chip that is configured to perform encryption and decryption using the first common key, and is further configured to hold a second counter value (CTR2), wherein the first chip is configured to encrypt a command and the first counter value (CTR1), and is further configured to transmit the command and the first counter value (CTR1) in encrypted form to the second chip , the second chip is configured to encrypt an execution result of the command decrypted and the second counter value (CTR2), and is further configured to transmit the execution result and the second counter value (CTR2) in encrypted form to the first chip , and the first chip and the second chip are configured to synchronize the first counter value (CTR1) and the second counter value (CTR2), each time transmitting or receiving data to or from each other. a first chip that is configured to perform encryption and decryption using a first common key, and is further configured to hold a first counter value (CTR1); and a second chip that is configured to perform encryption and decryption using the first common key, and is further configured to hold a second counter value (CTR2), wherein the first chip is configured to encrypt a command and the first counter value (CTR1), and is further configured to transmit the command and the first counter value (CTR1) in encrypted form to the second chip , the second chip is configured to encrypt an execution result of the command decrypted and the second counter value (CTR2), and is further configured to transmit the execution result and the second counter value (CTR2) in encrypted form to the first chip , and the first chip and the second chip are configured to synchronize the first counter value (CTR1) and the second counter value (CTR2), each time transmitting or receiving data to or from each other.
A method of lowering an elongate member from a raised position to a lowered position, the elongate member comprising a stator of a Flettner rotor , the method comprising the steps of: transferring the elongate member from: a first mode, in which loads are borne along a first load path between the elongate member and a base , to: a second mode, in which loads are borne along a second load path between the elongate member and the base , which second load path includes a pivot axis , by: separating the elongate member from the base and subsequently engaging a pivot mechanism therebetween containing said pivot axis ; and with the elongate member in the second mode, lowering the elongate member about the pivot axis. transferring the elongate member from: a first mode, in which loads are borne along a first load path between the elongate member and a base , to: a second mode, in which loads are borne along a second load path between the elongate member and the base , which second load path includes a pivot axis , by: separating the elongate member from the base and subsequently engaging a pivot mechanism therebetween containing said pivot axis ; and with the elongate member in the second mode, lowering the elongate member about the pivot axis.
Process for the preparation of formaldehyde, said process comprising electrochemically reducing CO to form formaldehyde, wherein said electrochemically reducing CO is carried out in a supporting electrolyte comprising a non-aqueous solvent and comprising less than 50% water, based on the total weight of the solvent present in the supporting electrolyte, wherein the non-aqueous solvent comprises an alcohol.
A driving wheel for moving a track of a tracked vehicle, the driving wheel (6; 24; 28) comprising a rim (18; 25; 29) configured to be connected to an actuator and extending about a rotation axis (A1); a cylindrical surface (19; 26; 30) for supporting and returning a guide belt (14; 39) of the track (8; 36); a plurality of teeth (20; 27; 31) integral with the rim (18; 25; 29) for transmitting the driving force to the track-guides (15; 37) mounted on the cross-links of the track (8; 36); chracterised in ring (21; 32), which defines said cylindrical surface (19; 30) and is coupled to the rim (18; 29) in a rotatable manner about the axis of rotation (A1).