mhurhangee/ep-ind-claims huggingface dataset:
A robotic work tool comprising a chassis, a cover and a controller for controlling the operation of the robotic work tool, the robotic work tool further comprising a lift/collision detection device connected to the controller for providing sensor input, and which lift/collision detection device comprises a first sensor element and a second sensor element, the controller being configured to: receive sensor input of a distance value indicating a distance between the first sensor element and the second sensor element; determine whether a lift has been detected, by comparing the distance value with a lift detection threshold characterized in that the controller is further configured to determine whether a collision has been detected, by comparing the distance value with a collision detection threshold, wherein the collision detection threshold is different from the lift detection threshold. receive sensor input of a distance value indicating a distance between the first sensor element and the second sensor element; determine whether a lift has been detected, by comparing the distance value with a lift detection threshold characterized in that the controller is further configured to determine whether a collision has been detected, by comparing the distance value with a collision detection threshold, wherein the collision detection threshold is different from the lift detection threshold.
A turbine stator blade comprising: a stator blade body extending in a radial direction intersecting a flow direction of steam; a collecting portion (13; 14) formed on a surface of the stator blade body and collecting a liquid film flowing along the surface; and a central region formed on the surface of the stator blade body and formed with a plurality of first fine grooves extending from an upstream side in the flow direction toward the collecting portion (13; 14), wherein intervals between the first fine grooves adjacent to each other decrease from the upstream side toward the collecting portion (13; 14), characterized in that a turning angle, which is an angle formed by a direction in which the first fine grooves extend with respect to the flow direction, gradually decreases toward the collecting portion (13; 14). a stator blade body extending in a radial direction intersecting a flow direction of steam; a collecting portion (13; 14) formed on a surface of the stator blade body and collecting a liquid film flowing along the surface; and a central region formed on the surface of the stator blade body and formed with a plurality of first fine grooves extending from an upstream side in the flow direction toward the collecting portion (13; 14), wherein intervals between the first fine grooves adjacent to each other decrease from the upstream side toward the collecting portion (13; 14), characterized in that a turning angle, which is an angle formed by a direction in which the first fine grooves extend with respect to the flow direction, gradually decreases toward the collecting portion (13; 14).
Core (160, 210, 220, 230, 240) for insertion into an electrode assembly, the core comprising a spring member (161, 211, 221, 231, 241) and being characterized by at least one pressing member (162, 212, 222, 232, 243) pressing the spring member (161, 211, 221, 231, 241) into a compressed state, said pressing member (162, 212, 222, 232, 243) being formed at least partly of a material which dissolves in an electrolyte solution.
A method of transmitting information in a wireless communication system, carried out in a transmitter, the method comprising: transmitting information based on a first resource index through a first antenna in a subframe; and transmitting the same information based on a second resource index through a second antenna in the subframe, characterized in that a first cyclic shift, CS, and a first orthogonal sequence, OS, are determined based on the first resource index, and a second CS and a second OS are determined based on the second resource index. transmitting information based on a first resource index through a first antenna in a subframe; and transmitting the same information based on a second resource index through a second antenna in the subframe, characterized in that a first cyclic shift, CS, and a first orthogonal sequence, OS, are determined based on the first resource index, and a second CS and a second OS are determined based on the second resource index.
Mixer, in particular for mixing food in conventional household quantities, having - a mixer base, in which at least one drive motor is arranged, and - a jug-shaped attachment, which has a rotating first tool, wherein the mixer base and the jug-shaped attachment are designed to be separable from one another, and wherein at least one drive shaft of the drive motor is guided out of the mixer base and has a first coupling device for a corresponding first counter coupling device on the base of the jug-shaped attachment, wherein a second coupling device for a corresponding second counter coupling device of the jug-shaped attachment is arranged on the mixer base, characterised in that the drive shaft assigned to the first coupling device and a drive shaft assigned to the second coupling device rotate simultaneously with a different rotational speed. - a mixer base, in which at least one drive motor is arranged, and - a jug-shaped attachment, which has a rotating first tool, wherein the mixer base and the jug-shaped attachment are designed to be separable from one another, and
A sensor control arrangement comprising: a host controller comprising a first data communication interface, an excitation signal synthesizer in electronic communication with the first data communication interface, and an amplifier; a remote sensor interface comprising an AC to DC power conditioner, a signal processor, and a second data communication interface; a power/data bus extending between the host controller and the remote sensor interface; and an electromagnetic sensor configured to: receive an AC signal from the host controller via the power/data bus for powering at least the electromagnetic sensor; and send a sensor feedback signal to the host controller via the power/data bus; adjust, by the host controller, a parameter of the AC signal, in response to the sensor feedback signal, wherein the AC signal and the sensor feedback signal are transmitted through physically the same wires of the power/data bus. a host controller comprising a first data communication interface, an excitation signal synthesizer in electronic communication with the first data communication interface, and an amplifier; a remote sensor interface comprising an AC to DC power conditioner, a signal processor, and a second data communication interface; a power/data bus extending between the host controller and the remote sensor interface; and an electromagnetic sensor configured to: receive an AC signal from the host controller via the power/data bus for powering at least the electromagnetic sensor; and send a sensor feedback signal to the host controller via the power/data bus; adjust, by the host controller, a parameter of the AC signal, in response to the sensor feedback signal, wherein the AC signal and the sensor feedback signal are transmitted through physically the same wires of the power/data bus. receive an AC signal from the host controller via the power/data bus for powering at least the electromagnetic sensor; and send a sensor feedback signal to the host controller via the power/data bus; adjust, by the host controller, a parameter of the AC signal, in response to the sensor feedback signal, wherein the AC signal and the sensor feedback signal are transmitted through physically the same wires of the power/data bus.
Method for communicating in a communication network comprising nodes provided with radio and PLC communication means, a data concentrator, and the nodes provided with radio and PLC communication means forming a mesh communication network, the nodes comprising nodes provided with radio and PLC communication means fulfilling a role of relay for increasing the range of the communications in the mesh communication network, the nodes provided with radio and PLC communication means communicating by means of a predetermined communication protocol, processing broadcast messages and processing authentication requests from other nodes, characterised in that the system further comprises nodes provided with solely radio communication means able to communicate partly in accordance with the same protocol used by the nodes provided with radio and PLC communication means, and in that the method comprises the steps, performed by each node provided with solely radio communication means, of: - receiving broadcast messages, - not processing the broadcast messages, - receiving join-request messages, - not processing the join-request messages. - receiving broadcast messages, - not processing the broadcast messages, - receiving join-request messages, - not processing the join-request messages.
A lipase variant, comprising a substitution at positions corresponding to position 210 which is not a negatively charged amino acid, and position 255 which is not I, and wherein position 256 is not K, of SEQ ID NO: 2, and wherein the variant has lipase activity and has at least 60% but less than 100% sequence identity to SEQ ID NO: 2, wherein the variant comprises the following substitutions: E210Q + I255A.
A method, comprising: in an audio headset that receives a plurality of audio signals corresponding to plurality of surround sound channels: determining, via audio processing circuitry, context and content of said audio signals with respect to a viewpoint of a player character in a gaming environment during game play; and processing, in said audio processing circuitry, said audio signals to generate a pair of stereo signals carrying one or more virtual surround channels, wherein said processing comprises automatically controlling, based on said context and said content of said audio signals corresponding to said viewpoint, a simulated acoustic environment of the virtual surround channels. determining, via audio processing circuitry, context and content of said audio signals with respect to a viewpoint of a player character in a gaming environment during game play; and processing, in said audio processing circuitry, said audio signals to generate a pair of stereo signals carrying one or more virtual surround channels, wherein said processing comprises automatically controlling, based on said context and said content of said audio signals corresponding to said viewpoint, a simulated acoustic environment of the virtual surround channels.
Cosmetic, non-therapeutic use of a compound of formula or a cosmetically acceptable salt of a compound of formula or a mixture containing two or more of these compounds or the salts thereof, wherein the compound of formula is selected from the group consisting of for the lightening of skin and/or hair.
A method for operating a display device comprising: receiving voice data; separating the received voice data into pieces of voice data for speakers; and performing control such that pieces of content according to the pieces of voice data, which have been separated for the speakers are respectively output on multi-view screen areas, when a current playback mode is a multi-view mode, characterised in that the performing of the control includes: extracting content information currently being played in each of the multi-view screen areas, and determining whether simultaneous output is possible based on comparing the extracted content information currently being played on each of the multi-view screen areas with content according to voice data mapped to a corresponding multi-view screen area, and outputting the content, when simultaneous output is possible. receiving voice data; separating the received voice data into pieces of voice data for speakers; and performing control such that pieces of content according to the pieces of voice data, which have been separated for the speakers are respectively output on multi-view screen areas, when a current playback mode is a multi-view mode, characterised in that the performing of the control includes: extracting content information currently being played in each of the multi-view screen areas, and determining whether simultaneous output is possible based on comparing the extracted content information currently being played on each of the multi-view screen areas with content according to voice data mapped to a corresponding multi-view screen area, and outputting the content, when simultaneous output is possible. extracting content information currently being played in each of the multi-view screen areas, and determining whether simultaneous output is possible based on comparing the extracted content information currently being played on each of the multi-view screen areas with content according to voice data mapped to a corresponding multi-view screen area, and outputting the content, when simultaneous output is possible.
Sliding element having a fixed frame with in each case a lower horizontal fixed frame spar, an upper horizontal fixed frame spar and vertical fixed frame spars (103, 104) and having a sash arranged therein so as to be linearly horizontally displaceable by means of an electromotive drive, wherein the electromotive drive is disposed on the sash, and wherein the drive comprises a mechanical drive component for engagement with a corresponding counter-drive component on the fixed frame, wherein the drive further comprises one or more contacts (311, 312) for electrically conductive contacting of at least one or more busbar arrangement(s) on the fixed frame, wherein the drive component on the drive on the sash is designed as an output gearwheel, and that the counter-drive component on the fixed frame is designed as a rack-and-pinion arrangement, characterized in that the drive is arranged on a sash frame of the sash in a vertically height-adjustable manner, wherein a device is provided for adjusting the height of the drive relative to the sash frame, with which device the output gearwheel and the contact or contacts (311, 312) on the drive can be brought into operative connection with the rack-and-pinion arrangement and the busbar arrangement or arrangements on the sash frame by vertical height adjustment. characterized in that the drive is arranged on a sash frame of the sash in a vertically height-adjustable manner, wherein a device is provided for adjusting the height of the drive relative to the sash frame, with which device the output gearwheel and the contact or contacts (311, 312) on the drive can be brought into operative connection with the rack-and-pinion arrangement and the busbar arrangement or arrangements on the sash frame by vertical height adjustment.
A composite article constructed of a cellulose nano-material scaffold and at least one polymer resin, the cellulose nano-material scaffold being of a material selected from nanocrystalline cellulose, and microfibrillar cellulose, the at least one polymer resin at least partially occupying a plurality of pores in the scaffold, and the scaffold being arranged in nano-sheets.
A diaphragm for a diaphragm valve, the diaphragm including a body comprising a first elastomeric material which is an ethylene-propylene elastomer, and further including a layer on a surface of the body, the layer comprising a second elastomeric material which is an ethylene-propylene elastomer, wherein the body and the layer meet the requirements of United States Pharmacopeia <88> Class VI.
A combination overbody and underbody convective blanket comprising: two sheets (4, 6) sealingly bonded to each other at their respective peripheries and at other locations to form an inflatable structure having along its longitudinal length one portion and other portion separated by a middle portion, the other portion being longer than the one portion, both the one and other portions are extendable orthogonally from the middle portion in the same direction, an opening defined by a seal bonding the two sheets provided at or overlapping the middle portion having a dimension sufficient to enable the head of a patient to pass through so that the middle portion of the blanket is positioned relative to the shoulders of the patient and the one portion of the blanket is positioned to the front of the patient while the other portion of the blanket is positioned to the back of the patient, whereby the one portion covers the front torso of the patient and the other portion is in contact with the back of the patient, characterized in that there are two sets of spaced apart seals (18a, 18b; 201, 20b) each extending orthogonally relative to the longitudinal length of the blanket provided at the middle section to assist in the folding of the one portion and the other portion relative to the middle portion.
A process to produce a kink-resistant conjugated diene monovinylarene block copolymer comprising from 46 phm to 72 phm monovinylarene monomer, the process comprising sequentially contacting under polymerization conditions: (i) a first initiator charge and a first charge of the monovinylarene monomer; (ii) a second initiator charge and a second charge of the monovinylarene monomer; (iii) a first charge of the conjugated diene monomer; (iv) a first dual charge of the monovinylarene monomer and the conjugated diene monomer, wherein the monovinylarene monomer content of the first dual charge is from 30 wt. % to 80 wt. %; (v) optionally, a second dual charge of the monovinylarene monomer and the conjugated diene monomer, wherein the monovinylarene monomer content of the second dual charge is from 30 wt. % to 80 wt. %; (vi) a final charge of the monovinylarene monomer and the conjugated diene monomer, or a final charge of the conjugated diene monomer, wherein the conjugated diene monomer content of the final charge is at least 70 wt. %; and (vii) a coupling agent; wherein the first charge of the monovinylarene monomer and the second charge of the monovinylarene monomer comprise a total of from 10 phm to 45 phm of the monovinylarene monomer; wherein the first charge of the conjugated diene monomer comprises from 0.5 phm to 10 phm of the conjugated diene monomer; and wherein a kink resistance of tubing produced from the copolymer and tested in accordance with DIN EN 13868 is less than or equal to 32 mm. (i) a first initiator charge and a first charge of the monovinylarene monomer; (ii) a second initiator charge and a second charge of the monovinylarene monomer; (iii) a first charge of the conjugated diene monomer; (iv) a first dual charge of the monovinylarene monomer and the conjugated diene monomer, wherein the monovinylarene monomer content of the first dual charge is from 30 wt. % to 80 wt. %; (v) optionally, a second dual charge of the monovinylarene monomer and the conjugated diene monomer, wherein the monovinylarene monomer content of the second dual charge is from 30 wt. % to 80 wt. %; (vi) a final charge of the monovinylarene monomer and the conjugated diene monomer, or a final charge of the conjugated diene monomer, wherein the conjugated diene monomer content of the final charge is at least 70 wt. %; and (vii) a coupling agent; wherein the first charge of the monovinylarene monomer and the second charge of the monovinylarene monomer comprise a total of from 10 phm to 45 phm of the monovinylarene monomer; wherein the first charge of the conjugated diene monomer comprises from 0.5 phm to 10 phm of the conjugated diene monomer; and wherein a kink resistance of tubing produced from the copolymer and tested in accordance with DIN EN 13868 is less than or equal to 32 mm.
A compound of the general formula: in which each X independently represents a polymer chain; p represents an integer from 1 to 6; Y represents an amide group; and Z represents either -CH.(CH 2 L) 2 or -C(CH 2 L)(=CH 2), in which each L independently represents a leaving group.
A cable-type secondary battery (100, 200) comprising: an electrode assembly comprising a first polarity electrode, a second polarity electrode, and a separator or an electrolyte layer interposed between the two electrodes, each of the electrodes having an elongated shape and a structure in which an electrode active material is applied to the surface of a current collector whose shape in cross section orthogonal to the lengthwise direction thereof is circular, elliptical or polygonal; and a covering capable of surrounding the electrode assembly, characterized in that the covering comprises a thermally conductive cover member as an upper half part and a thermally insulating cover member as a lower half part, which are divided by a horizontal plane passing the center of the cross section orthogonal to the lengthwise direction of the cable-type secondary battery (100, 200).
A computer implemented method of monitoring or predicting the health state of an electro-mechanical aircraft flap system, or aircraft slat system, the electro-mechanical system comprising a mechanical component (106; 202) and an electrical drive or motor wherein said system is being controlled in a closed loop control system, said method comprising: i. obtaining measurements of motor current or input power from healthy instances of said system while it is being commanded for a predetermined pattern of operation under known operational conditions or in response to a predetermined pattern of operation under at least some normal operations; ii. constructing a statistical model at least in part in response to said obtained measurements; iii. obtaining new measurements of motor current or input power for at least one instance of the system while being commanded for the same or similar predetermined pattern of operation; iv. comparing said new measurements to said statistical model and in response thereto, producing a quantitative degradation index for said at least one instance of said system using Mahalanobis distance or Hotelling's T2 or Runger U2 or multi-way PCA; and v. generating an indication whenever said degradation index exceeds a threshold. i. obtaining measurements of motor current or input power from healthy instances of said system while it is being commanded for a predetermined pattern of operation under known operational conditions or in response to a predetermined pattern of operation under at least some normal operations; ii. constructing a statistical model at least in part in response to said obtained measurements; iii. obtaining new measurements of motor current or input power for at least one instance of the system while being commanded for the same or similar predetermined pattern of operation; iv. comparing said new measurements to said statistical model and in response thereto, producing a quantitative degradation index for said at least one instance of said system using Mahalanobis distance or Hotelling's T2 or Runger U2 or multi-way PCA; and v. generating an indication whenever said degradation index exceeds a threshold.
A peptide amphiphile, comprising a hydrophilic peptide sequence and a hydrophobic tail, wherein the hydrophilic peptide sequence comprises a degradation sequence and one or more of a first cell adhesive sequence and a nitric oxide producing donor sequence, wherein the first adhesive sequence is an endothelial cell adhesive sequence that does not bind to smooth muscle cells and/or platelets, wherein the degradation sequence comprises a matrix metalloprotease specific cleavage site, and wherein the nitric oxide producing sequence comprises polylysine or polycysteine.