mhurhangee/patent-ind-claim-en huggingface dataset:
A yarn feeding arrangement suitable for feeding weft yarn to a weaving machine having at least one rapier wherein the weft yarn fed to the weaving machine has a controlled yarn tension , the yarn feeding arrangement comprising a motor driven bobbin and a motor driven loop buffer device , the yarn feeding arrangement further comprising a controller for controlling the motor of the motor driven bobbin and the motor driven loop buffer device, wherein the controller is adapted to - drive the motor of the motor driven bobbin at a speed to feed a determined essentially average amount of weft yarn to be consumed by the weaving machine wherein said determined essentially average amount of weft yarn deviates less than a pre-set amount from an actual average amount consumed by the weaving machine. - drive the motor of the motor driven loop buffer device based on the difference between the output speed of yarn from the motor driven bobbin and a model of weft yarn insertion speed in the weaving machine, and - adjust the drive of the motor of the motor driven loop buffer device based on a signal representing the actual weft yarn tension or a signal representing the length of weft yarn actually inserted in the weaving machine. - drive the motor of the motor driven bobbin at a speed to feed a determined essentially average amount of weft yarn to be consumed by the weaving machine wherein said determined essentially average amount of weft yarn deviates less than a pre-set amount from an actual average amount consumed by the weaving machine. - drive the motor of the motor driven loop buffer device based on the difference between the output speed of yarn from the motor driven bobbin and a model of weft yarn insertion speed in the weaving machine, and - adjust the drive of the motor of the motor driven loop buffer device based on a signal representing the actual weft yarn tension or a signal representing the length of weft yarn actually inserted in the weaving machine.
Glazing comprising printed patterns, in particular with a low light transmission, in which the patterns are formed on a glass sheet by an inkjet technique, by means of a composition based on at least one organic polymer, and comprising dispersed opacifying particles, the constituents of the ink being chosen such that the glazing can be recycled after use in glass furnaces, the opacifying particles are of a nature which allows them to be eliminated by combustion in glass furnaces, the printed patterns have, independently of the transmission of the glass sheet, a light transmission which is greater than 1% of the incident light.
A stacked IC device comprising: a top tier and a bottom tier , each tier having a substrate layer and an active layer in which active circuits are disposed, wherein the top tier and the bottom tier are stacked so that the active layer of the top tier faces the active layer of the bottom tier; and a thermal electric (TE) device comprising at least one P_N junction and a bottom conductor , wherein the material of the P_N junction is disposed within the substrate layer of the top tier, wherein the TE device is adapted to facilitate thermal flow between the bottom conductor of said TE device and a localised area of the stacked IC device , and wherein the thermal flow passes through the active layers of both the top and bottom tiers. . a top tier and a bottom tier , each tier having a substrate layer and an active layer in which active circuits are disposed, wherein the top tier and the bottom tier are stacked so that the active layer of the top tier faces the active layer of the bottom tier; and a thermal electric (TE) device comprising at least one P_N junction and a bottom conductor , wherein the material of the P_N junction is disposed within the substrate layer of the top tier, wherein the TE device is adapted to facilitate thermal flow between the bottom conductor of said TE device and a localised area of the stacked IC device , and wherein the thermal flow passes through the active layers of both the top and bottom tiers. .
A composition comprising: (a) a polymeric sorbent comprising a reaction product of a hydrolyzed divinylbenzene/maleic anhydride polymeric material having carboxylic acid groups; and a nitrogen-containing compound having at least two amino groups of formula -NHR wherein R is hydrogen or alkyl and wherein the nitrogen-containing compound is attached to the hydrolyzed divinylbenzene/maleic anhydride polymeric material with an ionic bond; and (b) an aldehyde sorbed on the polymeric sorbent, the aldehyde being of Formula (I) R 2 -(CO)-H (I) wherein R 2 is hydrogen, alkyl, vinyl, or aryl and wherein the molecular weight of the aldehyde of Formula (I) is no greater than 200 grams/mole. (a) a polymeric sorbent comprising a reaction product of a hydrolyzed divinylbenzene/maleic anhydride polymeric material having carboxylic acid groups; and a nitrogen-containing compound having at least two amino groups of formula -NHR wherein R is hydrogen or alkyl and wherein the nitrogen-containing compound is attached to the hydrolyzed divinylbenzene/maleic anhydride polymeric material with an ionic bond; and a hydrolyzed divinylbenzene/maleic anhydride polymeric material having carboxylic acid groups; and a nitrogen-containing compound having at least two amino groups of formula -NHR wherein R is hydrogen or alkyl and wherein the nitrogen-containing compound is attached to the hydrolyzed divinylbenzene/maleic anhydride polymeric material with an ionic bond; and (b) an aldehyde sorbed on the polymeric sorbent, the aldehyde being of Formula (I) R 2 -(CO)-H (I) wherein R 2 is hydrogen, alkyl, vinyl, or aryl and wherein the molecular weight of the aldehyde of Formula (I) is no greater than 200 grams/mole.
A size-reduction device comprising at least two parts for the size-reduction of coarse-grained material (R), in particular of coarse-grained materials (R) from the foodstuffs sector, comprising - at least one first axially rotatable grinding means constituted as a circular cone with an outer lateral surface ; - at least one funnel-shaped second grinding means , which is fixed with respect to the at least one first axially rotatable grinding means and which accommodates the at least one first axially rotatable grinding means and is operatively connected to the at least one first axially rotatable grinding means for the size-reduction of coarse-grained material (R), characterised in that - mutually facing lateral surfaces of the first grinding means and of the second grinding means each comprise teeth; - wherein the first axially rotatable grinding means comprises at least one delivery channel for the material (R) to be sized-reduced in each case; - wherein the at least one delivery channel has at least one first portion extending in the axial direction and at least one second portion , which adjoins the at least one first portion at an angle and penetrates the outer lateral surface of the first axially rotatable grinding means . - at least one first axially rotatable grinding means constituted as a circular cone with an outer lateral surface ; - at least one funnel-shaped second grinding means , which is fixed with respect to the at least one first axially rotatable grinding means and which accommodates the at least one first axially rotatable grinding means and is operatively connected to the at least one first axially rotatable grinding means for the size-reduction of coarse-grained material (R), characterised in that - mutually facing lateral surfaces of the first grinding means and of the second grinding means each comprise teeth; - wherein the first axially rotatable grinding means comprises at least one delivery channel for the material (R) to be sized-reduced in each case; - wherein the at least one delivery channel has at least one first portion extending in the axial direction and at least one second portion , which adjoins the at least one first portion at an angle and penetrates the outer lateral surface of the first axially rotatable grinding means .
A transmission apparatus configured to produce, generate and/or transmit a unipolar signal representative of an original bipolar signal comprising one or more data frames, wherein: the transmission apparatus is configured to convert each of the one or more frames of the original bipolar signal into, and transmit each of the one or more frames of the original bipolar signal as, a plurality of unipolar portions, frames (50a, 50b, 50a', 50b', 50a", 50b") or frame portions of one or more information stream ; and the transmission apparatus is configured to concurrently transmit the one or more information stream and at least one other information stream , wherein the transmission apparatus is configured to configure the at least one other information stream such that symmetry and/or content of the portions, frames or frame portions of the at least one other information stream are such that the interference due to the at least one other information stream on the one or more information stream does not adversely affect, and/or does not prohibit the reading and/or recovery of, the information carried in the one or more information stream; by configuring the at least one other information stream such that the symmetry and/or content of the portions, frames or frame portions of the at least one other information stream are such that the interference due to the at least one other information stream is orthogonal to the one or more information stream. the transmission apparatus is configured to convert each of the one or more frames of the original bipolar signal into, and transmit each of the one or more frames of the original bipolar signal as, a plurality of unipolar portions, frames (50a, 50b, 50a', 50b', 50a", 50b") or frame portions of one or more information stream ; and the transmission apparatus is configured to concurrently transmit the one or more information stream and at least one other information stream , wherein the transmission apparatus is configured to configure the at least one other information stream such that symmetry and/or content of the portions, frames or frame portions of the at least one other information stream are such that the interference due to the at least one other information stream on the one or more information stream does not adversely affect, and/or does not prohibit the reading and/or recovery of, the information carried in the one or more information stream; by configuring the at least one other information stream such that the symmetry and/or content of the portions, frames or frame portions of the at least one other information stream are such that the interference due to the at least one other information stream is orthogonal to the one or more information stream.
A system for detecting misconfigurations of a virtual local area network, VLAN, comprising: processing circuitry; one or more memories comprising instructions, which when executed by the processing circuitry, cause said processing circuitry to: categorize first network traffic communication between each of at least two access points , APs, and a network component over the VLAN; categorize, based on detecting one or more errors in second network traffic communication between one AP of the at least two APs and the network component over the VLAN, the second network traffic communication between the one AP of the at least two APs and the network component over the VLAN; determine, based on the categorization of the second network communication matching the categorization of the first network communication, a misconfiguration of the network component; and automatically generate an output to mitigate the misconfiguration of the network component. processing circuitry; one or more memories comprising instructions, which when executed by the processing circuitry, cause said processing circuitry to: categorize first network traffic communication between each of at least two access points , APs, and a network component over the VLAN; categorize, based on detecting one or more errors in second network traffic communication between one AP of the at least two APs and the network component over the VLAN, the second network traffic communication between the one AP of the at least two APs and the network component over the VLAN; determine, based on the categorization of the second network communication matching the categorization of the first network communication, a misconfiguration of the network component; and automatically generate an output to mitigate the misconfiguration of the network component. categorize first network traffic communication between each of at least two access points , APs, and a network component over the VLAN; categorize, based on detecting one or more errors in second network traffic communication between one AP of the at least two APs and the network component over the VLAN, the second network traffic communication between the one AP of the at least two APs and the network component over the VLAN; determine, based on the categorization of the second network communication matching the categorization of the first network communication, a misconfiguration of the network component; and automatically generate an output to mitigate the misconfiguration of the network component.
A computing system , comprising: target filtering logic that receives attack data indicative of malicious activity on a monitored computing system and applies a target filter to the attack data to cluster the attack data based on attack targets; a malicious activity security system that identifies the malicious activity as a targeted attack if the malicious activity preferentially attacks a target cluster, and that obtains attack characteristics indicative of the targeted attack and attacker characteristics indicative of an identity of an attacker corresponding to the targeted attack, wherein the target cluster is a group of users that are targeted or a specific tenant or cluster of tenants on which the malicious activity is concentrated; and control signal generator logic that controls a user interface mechanism to generate an interactive indication of the targeted attack including the attack characteristics and the attacker characteristics. target filtering logic that receives attack data indicative of malicious activity on a monitored computing system and applies a target filter to the attack data to cluster the attack data based on attack targets; a malicious activity security system that identifies the malicious activity as a targeted attack if the malicious activity preferentially attacks a target cluster, and that obtains attack characteristics indicative of the targeted attack and attacker characteristics indicative of an identity of an attacker corresponding to the targeted attack, wherein the target cluster is a group of users that are targeted or a specific tenant or cluster of tenants on which the malicious activity is concentrated; and control signal generator logic that controls a user interface mechanism to generate an interactive indication of the targeted attack including the attack characteristics and the attacker characteristics.
A system comprising a remote control for controlling a media device and the media device, the system comprising a touch sensor ; and a hardware processor connected to the touch sensor configured to detect when a surface of the touch sensor is contacted by an object, a directional input region for receiving a directional input, and a motion sensor configured to detect movements of the remote control device, wherein the motion sensor comprises at least one of a gyroscope, an accelerometer, a magnetometer and an image sensor, wherein the hardware processor is configured to: detect that the touch sensor is activated for a predetermined period of time; and upon detecting that the touch sensor has been activated for the predetermined period of time, switching from a first mode to a second mode, wherein: the first mode comprises deactivating the motion sensor , controlling a highlighted region displayed on the media device in response to an input provided on the directional input region and selecting an item corresponding to the highlighted region in response to depression of the touch sensor ; and the second mode comprises activating the motion sensor , controlling a position of a cursor displayed on the media device in response to an output of the motion sensor indicating motion of the remote control device, selecting an item corresponding to the position of the cursor in response to depression of the touch sensor , and inhibiting the display of the highlighted region. detect that the touch sensor is activated for a predetermined period of time; and upon detecting that the touch sensor has been activated for the predetermined period of time, switching from a first mode to a second mode, wherein: the first mode comprises deactivating the motion sensor , controlling a highlighted region displayed on the media device in response to an input provided on the directional input region and selecting an item corresponding to the highlighted region in response to depression of the touch sensor ; and the second mode comprises activating the motion sensor , controlling a position of a cursor displayed on the media device in response to an output of the motion sensor indicating motion of the remote control device, selecting an item corresponding to the position of the cursor in response to depression of the touch sensor , and inhibiting the display of the highlighted region. the first mode comprises deactivating the motion sensor , controlling a highlighted region displayed on the media device in response to an input provided on the directional input region and selecting an item corresponding to the highlighted region in response to depression of the touch sensor ; and the second mode comprises activating the motion sensor , controlling a position of a cursor displayed on the media device in response to an output of the motion sensor indicating motion of the remote control device, selecting an item corresponding to the position of the cursor in response to depression of the touch sensor , and inhibiting the display of the highlighted region.
A LED lamp comprising: a heat sink ; a light-emitting module positioned on the heat sink, the light-emitting module comprising an LED unit positioned on the heat sink, a reflection cup , and a first diffuser covering the reflection cup, the reflection cup encircling the LED unit and defining at least one first ventilation hole ; a heat-conducting support component positioned on the heat sink and encircling the reflection cup, the heat-conducting support component defining at least one second ventilation hole , the heat-conducting support component protrudes outwards to form at least two ear parts , and the at least two ear parts are fixedly connected to the heat sink; and a second diffuser covering the heat-conducting support component; the first ventilation hole and the second ventilation hole are connected, such that heat in the chamber formed by the reflection cup and the first diffuser is dissipated to the air via the first ventilation hole and the second ventilation hole, the LED lamp comprises a thermal insulation element fixed on the heat sink, and the heat-conducting support component is fixedly connected to the thermal insulation element, threaded fasteners run through the ear parts and the thermal insulation element sequentially to fix the heat-conducting support component on the heat sink. a heat sink ; a light-emitting module positioned on the heat sink, the light-emitting module comprising an LED unit positioned on the heat sink, a reflection cup , and a first diffuser covering the reflection cup, the reflection cup encircling the LED unit and defining at least one first ventilation hole ; a heat-conducting support component positioned on the heat sink and encircling the reflection cup, the heat-conducting support component defining at least one second ventilation hole , the heat-conducting support component protrudes outwards to form at least two ear parts , and the at least two ear parts are fixedly connected to the heat sink; and a second diffuser covering the heat-conducting support component; the first ventilation hole and the second ventilation hole are connected, such that heat in the chamber formed by the reflection cup and the first diffuser is dissipated to the air via the first ventilation hole and the second ventilation hole, the LED lamp comprises a thermal insulation element fixed on the heat sink, and the heat-conducting support component is fixedly connected to the thermal insulation element, threaded fasteners run through the ear parts and the thermal insulation element sequentially to fix the heat-conducting support component on the heat sink.
Quick coupler for changing attachments on a construction machine, comprising a base body and parallel lateral flanks with opposing first and second bearing bushings for the receptacle of mounting pins , wherein at least two opposing first bearing bushings can be inserted into first opposing passage openings in the lateral flanks in different angular positions by rotation about an axis offset relative to a central axis of a receiving opening of the first bearing bushing , and an external contour for engagement, secured against rotation, in a corresponding internal contour on the passage openings , and the opposing second bearing bushings being arranged in second passage openings in the lateral flanks , which are designed as elongated holes, and being secured against displacement via a positive connection , characterized in that the positive connection is formed by arcuate recesses on the upper and lower sides of the second passage opening and corresponding arcuate elevations on the second bearing bushing , and in that the external contour on the first bearing bushings and the internal contour on the first passage openings are designed as a polygonal profile.
A vehicle axle assembly comprising: a frame having a central portion and a distal end spaced from the central portion; a motor having a stator and a rotor , the stator secured to the frame near the central portion , the rotor rotatably coupled to the stator ; and a gear reduction subassembly rotatably coupled to the distal end, the gear reduction subassembly including: a hub configured to be secured to a wheel; a first planetary gear set having a first gear ratio and configured to rotate the hub; characterized in that the gear reduction subassembly further includes: a second planetary gear set having a second gear ratio different than the first gear ratio and configured to rotate the hub ; and a synchromesh gear coupled to the rotor and configured to selectively engage the first planetary gear set and the second planetary gear set . a frame having a central portion and a distal end spaced from the central portion; a motor having a stator and a rotor , the stator secured to the frame near the central portion , the rotor rotatably coupled to the stator ; and a gear reduction subassembly rotatably coupled to the distal end, the gear reduction subassembly including: a hub configured to be secured to a wheel; a first planetary gear set having a first gear ratio and configured to rotate the hub; a hub configured to be secured to a wheel; a first planetary gear set having a first gear ratio and configured to rotate the hub; characterized in that the gear reduction subassembly further includes: a second planetary gear set having a second gear ratio different than the first gear ratio and configured to rotate the hub ; and a synchromesh gear coupled to the rotor and configured to selectively engage the first planetary gear set and the second planetary gear set . a second planetary gear set having a second gear ratio different than the first gear ratio and configured to rotate the hub ; and a synchromesh gear coupled to the rotor and configured to selectively engage the first planetary gear set and the second planetary gear set .