mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for forwarding packets, the method comprising: receiving, by a first node, a packet that corresponds to a content-centric network, CCN message, wherein a name for the CCN message is a hierarchically structured variable length identifier, HSVLI, which comprises contiguous name components ordered from a most general level to a most specific level; responsive to determining that the CCN message triggers an error condition, generating an interest return message by pre-pending a data structure to the CCN message, wherein the data structure indicates the error condition; and transmitting the interest return message to a second node, thereby facilitating processing of error-condition information associated with a CCN message transmitted over a network. receiving, by a first node, a packet that corresponds to a content-centric network, CCN message, wherein a name for the CCN message is a hierarchically structured variable length identifier, HSVLI, which comprises contiguous name components ordered from a most general level to a most specific level; responsive to determining that the CCN message triggers an error condition, generating an interest return message by pre-pending a data structure to the CCN message, wherein the data structure indicates the error condition; and transmitting the interest return message to a second node, thereby facilitating processing of error-condition information associated with a CCN message transmitted over a network.
Selector roller suitable to select chips of wood material or suchlike, humus, soil, inert materials or comparable materials, provided with a circumferential protrusion having a trapezoidal cross-section defined by a smaller side, a larger side, parallel and opposite to the smaller side, and two opposite sides joining together the smaller side and the larger side and with two cylindrical annular lateral shoulders disposed laterally and contiguously to the circumferential protrusion, wherein the circumferential protrusion is provided with an apical annular surface, defined by the circumferential succession of the smaller sides, on which symmetrical trapezoidal teeth are present, uniform and balanced with respect to the radius wherein on the opposite sides of the trapezoidal section of the circumferential protrusion there are indentations protruding with respect to said opposite sides and having an oblong shape substantially parallel to said opposite sides.
A method of monitoring the status of a turbomachine in which some liquid may be present in the gaseous input working fluid, the turbomachine having a sump (10; 20; 30; 40), wherein at least one liquid level detector (11; 21, 22; 31, 32) is located inside the sump (10; 20; 30; 40) for automatically detecting liquid accumulated inside the sump (10; 20; 30; 40) during operation of the turbomachine, an electronic unit (13; 23; 33) connected to the at least one liquid level detector (11; 21, 22; 31, 32) to receive electric signals generated by the liquid level detector corresponding to the detected liquid level and a signalling unit connected to the electronic unit (13; 23; 33) to generate signalling corresponding to electric signals received from the electronic unit (13; 23; 33).
Fastening system for a hinge, comprising a profile, a fastening piece, at least two clamping pieces (3, 3'), and at least two fastening means (4, 4') which each bear against the fastening piece in the assembled state and act in a force direction (R, R') and interact with the clamping pieces (3, 3) in order to displace the clamping pieces (3, 3), wherein the profile provides first contact surfaces (5, 5') for the clamping pieces (3, 3') and the fastening piece provides second contact surfaces (6, 6') for the clamping pieces (3, 3'), wherein the clamping pieces (3, 3') have a shoulder (11, 11') on the side (3b, 3b') thereof that faces the first contact surface (5, 5'), wherein, in order to guide the clamping pieces (3, 3') relative to the fastening piece, the second contact surfaces (6, 6') comprise guide surfaces (6a, 6a') for the clamping pieces (3, 3') that are oblique with respect to the force direction (R, R'), and/or the clamping pieces (3, 3') are each wedge-shaped on the side (3a, 3a') thereof that faces the second contact surface (6, 6'), wherein, in the assembled state, the clamping pieces (3, 3') each bear against the first contact surface (5, 5') with the shoulder (11, 11') and bear against the second contact surface (6, 6') with the side (3a, 3a) facing the second contact surface (6, 6'), characterized in that, the clamping pieces (3, 3') have teeth (8, 8a) on the side (3a, 3a') facing the second contact surface (6, 6'), which teeth produce or maintain a wedge shape of the clamping pieces (3, 3') on this side of the clamping pieces (3, 3'), and have the shoulder on the opposite side. wherein the clamping pieces (3, 3') have a shoulder (11, 11') on the side (3b, 3b') thereof that faces the first contact surface (5, 5'), wherein, in order to guide the clamping pieces (3, 3') relative to the fastening piece, the second contact surfaces (6, 6') comprise guide surfaces (6a, 6a') for the clamping pieces (3, 3') that are oblique with respect to the force direction (R, R'), and/or the clamping pieces (3, 3') are each wedge-shaped on the side (3a, 3a') thereof that faces the second contact surface (6, 6'), wherein, in the assembled state, the clamping pieces (3, 3') each bear against the first contact surface (5, 5') with the shoulder (11, 11') and bear against the second contact surface (6, 6') with the side (3a, 3a) facing the second contact surface (6, 6'), characterized in that, the clamping pieces (3, 3') have teeth (8, 8a) on the side (3a, 3a') facing the second contact surface (6, 6'), which teeth produce or maintain a wedge shape of the clamping pieces (3, 3') on this side of the clamping pieces (3, 3'), and have the shoulder on the opposite side.
A navigation system, comprising: a patient holding device configured to be fixed to and immobilize the patient relative to an imaging device during acquisition of image data of the patient; a dynamic reference frame removably fixed to the patient holding device such that the dynamic reference frame via the patient holding device is configured to remain in a substantially single reference frame position relative to the patient during the image data acquisition and a procedure on the patient; wherein the dynamic reference frame includes a plurality of reference frame imageable portions viewable in acquired image data of the patient when in a field of view of an imaging device, said plurality of reference frame imageable portions defining a fiducial assembly (502i-522i) fixedly positioned relative to the patient holding device; a tracking device (232,234) included with the dynamic reference frame, operable to be tracked with a tracking system and positioned at a known location relative to the plurality of reference frame imageable portions; and a navigation processor system configurable to execute instructions to determine a location of the plurality of reference frame imageable portions in the acquired image data, determine a subject space location of the tracking device (232,234), and register the acquired image data to the subject space based at least on the acquired image data of the plurality of reference frame imageable portions. a patient holding device configured to be fixed to and immobilize the patient relative to an imaging device during acquisition of image data of the patient; a dynamic reference frame removably fixed to the patient holding device such that the dynamic reference frame via the patient holding device is configured to remain in a substantially single reference frame position relative to the patient during the image data acquisition and a procedure on the patient; wherein the dynamic reference frame includes a plurality of reference frame imageable portions viewable in acquired image data of the patient when in a field of view of an imaging device, said plurality of reference frame imageable portions defining a fiducial assembly (502i-522i) fixedly positioned relative to the patient holding device; a tracking device (232,234) included with the dynamic reference frame, operable to be tracked with a tracking system and positioned at a known location relative to the plurality of reference frame imageable portions; and a navigation processor system configurable to execute instructions to determine a location of the plurality of reference frame imageable portions in the acquired image data, determine a subject space location of the tracking device (232,234), and register the acquired image data to the subject space based at least on the acquired image data of the plurality of reference frame imageable portions.
A topical composition for use in treating and/or preventing otitis media in a subject, wherein the topical composition comprises a Haemophilus influenzae vaccine, and at least one mucosal adjuvant, wherein the composition is applied to the subject's skin in at least a portion of the subject's post-auricular region, and wherein the Haemophilus influenzae vaccine comprises a chimeric protein comprising: (i) residues 40-149 of SEQ ID NO: 2 and SEQ ID NO:4, SEQ ID NO: 4 being inserted before residue 40 of SEQ ID NO: 2, or (ii) the amino acid sequence of SEQ ID NO: 57, and wherein the mucosal adjuvant is a mutant of heat labile Escherichia coli enterotoxin or a mutant of heat labile cholera enterotoxin. wherein the Haemophilus influenzae vaccine comprises a chimeric protein comprising: (i) residues 40-149 of SEQ ID NO: 2 and SEQ ID NO:4, SEQ ID NO: 4 being inserted before residue 40 of SEQ ID NO: 2, or (ii) the amino acid sequence of SEQ ID NO: 57, and (i) residues 40-149 of SEQ ID NO: 2 and SEQ ID NO:4, SEQ ID NO: 4 being inserted before residue 40 of SEQ ID NO: 2, or (ii) the amino acid sequence of SEQ ID NO: 57, and wherein the mucosal adjuvant is a mutant of heat labile Escherichia coli enterotoxin or a mutant of heat labile cholera enterotoxin.
Arrangement consisting of a heat sink and an LED board, wherein the heat sink has an outer casing which has at least one closed surface region (11, 12) from which there extend ribs (15, 16, 17) integrally connected to the outer casing, wherein terminating edges of the ribs (15, 16, 17) opposite the closed surface region (11, 12) run in a common plane in such a way that they form a substantially planar support, characterized in that the LED board is arranged resting on the terminating edges of the ribs (15, 16, 17) of the heat sink.
Machine for cleaning barns for farming birds comprising, a frame, locomotion means with steering wheels, means for removing chicken excrement from the floor of the barn and characterised in that it comprises means for lifting the projecting appendages of the cages, so as to be able to transit in the narrow spaces present in bird-farming barns.
A method of decoding video data, the method comprising: receiving a lossless coding syntax element for a current block of video data, the lossless coding syntax element indicating that the current block of video data is encoded using a lossless coding mode, wherein the current block of video data is a coding unit, CU, of video data; receiving a quantization group, QG, size; determining that the CU has a size greater than or equal to the QG size, the CU being a current quantization block; assigning a delta quantization parameter, dQP, value of zero for the current quantization block if a dQP is not signaled for the current quantization block, wherein the dQP value is a difference between the QP value and a value of a QP predictor; determining a quantization parameter, QP, value for the current quantization block based on the assigned dQP value and the QP Predictor; and decoding the current quantization block according to the lossless coding mode and the determined QP value, wherein the determined QP value is used for subsequent QP prediction. receiving a lossless coding syntax element for a current block of video data, the lossless coding syntax element indicating that the current block of video data is encoded using a lossless coding mode, wherein the current block of video data is a coding unit, CU, of video data; receiving a quantization group, QG, size; determining that the CU has a size greater than or equal to the QG size, the CU being a current quantization block; assigning a delta quantization parameter, dQP, value of zero for the current quantization block if a dQP is not signaled for the current quantization block, wherein the dQP value is a difference between the QP value and a value of a QP predictor; determining a quantization parameter, QP, value for the current quantization block based on the assigned dQP value and the QP Predictor; and decoding the current quantization block according to the lossless coding mode and the determined QP value, wherein the determined QP value is used for subsequent QP prediction.
A modular facility, in particular a modular industrial facility, with multiple cube-shaped facility modules (20, 20a, 40, 40a, 40b, 40c) that are arranged in two or more layers stacked one above the other; wherein the modules have a support structure having fastening points (24, 24', 44, 44'); the fastening points are provided for connecting a module to corresponding fastening points of the adjoining modules of a layer situated above and/or below same; in the horizontal plane (x-y), the modules (20, 40) of one layer are connected (24, 24', 64, 44, 44') in a form-fit manner to the adjoining modules (40, 20) of the layer situated above and/or below same; at least one tension device (62, 70, 80) having a tension element is provided, via which a lowermost layer of modules or a foundation block can be acted on with a tensile force along the vertical (z), with respect to an uppermost layer of modules, so that the modules between the said lowermost layer and the said uppermost layer together with the adjoining modules (40, 20) of the layer situated above and/or below same are pressed together along the vertical (z) with a force fit at the fastening points, and are thus fixed in place; three or more support elements (24', 44') that define a first plane are situated on a top side (22, 42) of the support structure of the modules (20, 20a, 40), and three or more support elements (24, 44) that define a second plane that is parallel to the first plane are situated on a bottom side (21, 41) of the support structure facing away from the top side, the support elements being used as fastening points of the modules; one support element on the top side and one support element on the bottom side in each case form a pair, and are aligned with one another along a straight line that is parallel to the normal of the planes; and two mutually facing support elements (24, 24', 44, 44') of two adjoining modules (20, 20a, 40) of adjacent layers are connected by a connecting element; characterized in that the said support elements (24, 24', 44, 44') have a conical seating (25, 25', 45, 45'); and the connecting element has the shape of a double cone or a double truncated cone, and in each case one cone or truncated cone of the connecting element is situated in the conical seating of one of the two support elements and rests on same in direct flush alignment.
A packaging material (8, 8', 8", 8′′′, 108) for forming a construct for holding a food product, the packaging material (8, 8', 8", 8′′′, 108) comprising: at least a base layer and a coating on a first face of the base layer, wherein the base layer comprises a second face opposite to the first face, and wherein the base layer comprises paperboard and the coating comprises a barrier layer of the packaging material (8, 8', 8", 8′′′, 108); and absorption features (10, 110) comprising a plurality of partial cuts (35, 35') comprising partial cuts (35, 35') extending in the coating at least to the first face of the base layer and partial cuts (35, 35') extending in the second face of the base layer, the plurality of partial cuts (35, 35') being for allowing fluids to be absorbed by an interior of the paperboard of the base layer. at least a base layer and a coating on a first face of the base layer, wherein the base layer comprises a second face opposite to the first face, and wherein the base layer comprises paperboard and the coating comprises a barrier layer of the packaging material (8, 8', 8", 8′′′, 108); and absorption features (10, 110) comprising a plurality of partial cuts (35, 35') comprising partial cuts (35, 35') extending in the coating at least to the first face of the base layer and partial cuts (35, 35') extending in the second face of the base layer, the plurality of partial cuts (35, 35') being for allowing fluids to be absorbed by an interior of the paperboard of the base layer.
An ISOFIX locking device with a self-detection function, comprising: an ISOFIX means and signal collection devices, wherein the ISOFIX means comprises an ISOFIX connector and a locking moving part; the locking moving part is linked with one ISOFIX connector; and the signal collection device is arranged on the ISOFIX means, detects a movement state of the locking moving part and transmits detection signals, so that external signal receiving device can determine a connection state of the ISOFIX connector, characterized in that, the locking moving part comprises at least one contact block; each contact block passes through the signal collection device with the movement of the locking moving part to change signal states of the signal collection device, so that the signal collection device transmits at least two different detection signals to the external signal receiving device to determine the connection state of the ISOFIX connector.
A soldering device, in particular a soldering crucible for selective flow soldering, having a solder reservoir which is designed for storing an electrically conductive solder, in particular a liquid solder, having a solder nozzle and having a solder pump which is designed for conveying the solder from the solder reservoir through the solder nozzle, wherein the soldering device having an upper part and a lower part, wherein the upper part being releasably connectable to the lower part and having the solder reservoir and the solder nozzle, wherein a feed channel of the solder pump being arranged in the upper part, and wherein a device for generating a moving magnetic field of the solder pump being arranged in the lower part, characterized in that the feed channel runs at least in portions along a circular path extending about an axis of rotation, and in that the device for generating a moving magnetic field comprises at least one magnet and is arranged such that, in operation, the magnet is moved about the axis of rotation concentric with the circular path along the feed channel for generating eddy currents in liquid solder for accelerating the liquid solder in the feed channel, so that a pumping effect of the solder pump is provided.
A push-to-talk, PTT, headset, comprising: a connector including a tip, a first ring, a second ring, and a sleeve, the tip, the first ring, the second ring, and the sleeve are each electrically conductive and electrically isolated from one another; a microphone electrically coupled between the sleeve and the second ring and configured to convert audio input to an analog or digital electrical signal representative of the audio input and provide the analog or digital electrical signal to another device via an audio input circuit and the one of the sleeve and second ring of the connector; a user-actuatable PTT switch electrically coupled between the audio input circuit and ground, and transitionable between at least a first, PTT not enabled mode, state and a second, PTT enabled mode, state; wherein, responsive to a transition from the first state to the second state, the PTT switch provides a first number of pulses, each pulse comprising a low impedance electrical connection across the audio input circuit for at least a first duration and each pulse separated from another pulse by a high impedance electrical connection across the audio input circuit for at least a second duration; and wherein, responsive to a transition from the second state to the first state, the PTT switch provides a second number of pulses across the audio input circuit. a connector including a tip, a first ring, a second ring, and a sleeve, the tip, the first ring, the second ring, and the sleeve are each electrically conductive and electrically isolated from one another; a microphone electrically coupled between the sleeve and the second ring and configured to convert audio input to an analog or digital electrical signal representative of the audio input and provide the analog or digital electrical signal to another device via an audio input circuit and the one of the sleeve and second ring of the connector; a user-actuatable PTT switch electrically coupled between the audio input circuit and ground, and transitionable between at least a first, PTT not enabled mode, state and a second, PTT enabled mode, state; wherein, responsive to a transition from the first state to the second state, the PTT switch provides a first number of pulses, each pulse comprising a low impedance electrical connection across the audio input circuit for at least a first duration and each pulse separated from another pulse by a high impedance electrical connection across the audio input circuit for at least a second duration; and wherein, responsive to a transition from the second state to the first state, the PTT switch provides a second number of pulses across the audio input circuit.
A fractionation system comprising: a rectifying column having a feed inlet between a top and a bottom plate, a reflux inlet at the top plate, a fluid inlet at the bottom plate, an overhead product outlet at the first plate, and a bottoms outlet at the bottom plate; a rectifying column side reboiler in communication with the rectifying column; a stripping column having a fluid inlet at a top plate, an overhead outlet at the top plate, and a bottoms outlet at the bottom plate, the bottoms outlet of the rectifying column being in fluid communication with the fluid inlet of the stripping column, the overhead outlet of the stripping column being in fluid communication with the fluid inlet of the rectifying column; a stripping column reboiler in communication with the stripping column; and the rectifying column and the stripping column being in a single vessel having a uniform diameter, the rectifying column being positioned above the stripping column; wherein the stripping column comprises a side-by-side stacked arrangement of fractionation trays (A, B), wherein the bottom of the first stack is in liquid communication with the top of the second stack and wherein the top of the second stack is in vapor communication with the bottom of the first stack. a rectifying column having a feed inlet between a top and a bottom plate, a reflux inlet at the top plate, a fluid inlet at the bottom plate, an overhead product outlet at the first plate, and a bottoms outlet at the bottom plate; a rectifying column side reboiler in communication with the rectifying column; a stripping column having a fluid inlet at a top plate, an overhead outlet at the top plate, and a bottoms outlet at the bottom plate, the bottoms outlet of the rectifying column being in fluid communication with the fluid inlet of the stripping column, the overhead outlet of the stripping column being in fluid communication with the fluid inlet of the rectifying column; a stripping column reboiler in communication with the stripping column; and the rectifying column and the stripping column being in a single vessel having a uniform diameter, the rectifying column being positioned above the stripping column; wherein the stripping column comprises a side-by-side stacked arrangement of fractionation trays (A, B), wherein the bottom of the first stack is in liquid communication with the top of the second stack and wherein the top of the second stack is in vapor communication with the bottom of the first stack.