mhurhangee/ep-ind-claims huggingface dataset:
A sealing member for a vehicle opening comprising: a first co-extrusion layer defining a mounting channel, a window channel, and a front face spaced from said mounting channel and said window channel, said first co-extrusion layer formed from a first elastomeric composition; a second co-extrusion layer formed from a second elastomeric composition which is different than said first elastomeric composition; and a third co-extrusion layer having a portion disposed on said front face of said first co-extrusion layer for covering segments of first co-extrusion layer that are visible from an exterior of the vehicle, with said third co-extrusion layer having a first sealing lip disposed on said first co-extrusion layer abutting said portion and extending away from said first co-extrusion layer towards a distal end, said third co-extrusion layer formed from a thermoplastic vulcanizate composition which is different than said first and second elastomeric compositions; and said second co-extrusion layer including a second sealing lip extending away from said first co-extrusion layer towards a distal end wherein said first sealing lip and said second sealing lip are spaced from one another for creating a seal against the vehicle. a first co-extrusion layer defining a mounting channel, a window channel, and a front face spaced from said mounting channel and said window channel, said first co-extrusion layer formed from a first elastomeric composition; a second co-extrusion layer formed from a second elastomeric composition which is different than said first elastomeric composition; and a third co-extrusion layer having a portion disposed on said front face of said first co-extrusion layer for covering segments of first co-extrusion layer that are visible from an exterior of the vehicle, with said third co-extrusion layer having a first sealing lip disposed on said first co-extrusion layer abutting said portion and extending away from said first co-extrusion layer towards a distal end, said third co-extrusion layer formed from a thermoplastic vulcanizate composition which is different than said first and second elastomeric compositions; and said second co-extrusion layer including a second sealing lip extending away from said first co-extrusion layer towards a distal end wherein said first sealing lip and said second sealing lip are spaced from one another for creating a seal against the vehicle.
A flood barrier arrangement comprising a flood barrier that is capable of passive deployment in the event of a flood, the flood barrier being anchorable to a surface, at least part of the flood barrier being substantially buoyant such that, in use, in the event of a flood at least part of the flood barrier floats upwards, the flood barrier arrangement further comprising a passive sealing arrangement operable to draw the flood barrier towards at least one surface defining an opening in the event of a flood and to seal the flood barrier about the surface, the passive sealing arrangement 5 utilises magnetism to draw the flood barrier 2 towards and about the opening and wherein the flood barrier comprises an anchoring portion that is anchorable to a surface, and a leading portion, the leading portion being at the opposite end of the flood barrier to the anchoring portion, and wherein buoyancy of the flood barrier is lowest at or about the anchoring portion and greatest at or about the leading portion wherein the flood barrier comprises a plurality of segments wherein two adjacent segments are joined by at least one flexible joint and characterized in that the segment at the anchoring portion of the flood barrier is the least buoyant segment and buoyancy increases across the segments in a direction from the anchoring portion to the leading portion with the segment at the leading portion being the most buoyant segment.
A system for moving an ocular prosthetic comprising a support and an ocular prosthetic mounted to the support, wherein the ocular prosthetic 140 is movable about at least two axes of rotation, (122, 124) and a control system P680 controlling a movement of the ocular prosthetic, characterized in that the support comprises a gimbal having at least two degrees of rotation, wherein the gimbal comprises an ocular frame supporting a pitch arm and an yaw arm; an ocular prosthetic supported by the pitch arm and the yaw arm, wherein the ocular prosthetic is movable about at least two axes of rotation (122, 124); and the control system comprises: a sensor positioned to sense a movement of a human pupil; a motor connected to the support member; and at least one control signal communicated between the sensor and the motor. a gimbal having at least two degrees of rotation, wherein the gimbal comprises an ocular frame supporting a pitch arm and an yaw arm; an ocular prosthetic supported by the pitch arm and the yaw arm, wherein the ocular prosthetic is movable about at least two axes of rotation (122, 124); and the control system comprises: a sensor positioned to sense a movement of a human pupil; a motor connected to the support member; and at least one control signal communicated between the sensor and the motor. a sensor positioned to sense a movement of a human pupil; a motor connected to the support member; and at least one control signal communicated between the sensor and the motor.
A compound represented by the formula: wherein A is a cyclic group which is optionally further substituted; R 1 is a hydrogen atom or a hydroxyl group; R 2 and R 3 are each independently a hydrogen atom, a halogen atom, a cyano group, an optionally substituted C 1-6 alkyl group, an optionally substituted C 2-6 alkenyl group, an optionally substituted C 3-6 cycloalkyl group, or an optionally substituted C 1-6 alkoxy group; R 4 is a hydrogen atom or a halogen atom; R 5 is an optionally substituted 5- or 6-membered aromatic heterocyclic group, a halogen atom, a cyano group, an optionally substituted C 1-6 alkyl group, or an optionally substituted C 1-6 alkoxy group; and X is CH or N, or a salt thereof. A is a cyclic group which is optionally further substituted; R 1 is a hydrogen atom or a hydroxyl group; R 2 and R 3 are each independently a hydrogen atom, a halogen atom, a cyano group, an optionally substituted C 1-6 alkyl group, an optionally substituted C 2-6 alkenyl group, an optionally substituted C 3-6 cycloalkyl group, or an optionally substituted C 1-6 alkoxy group; R 4 is a hydrogen atom or a halogen atom; R 5 is an optionally substituted 5- or 6-membered aromatic heterocyclic group, a halogen atom, a cyano group, an optionally substituted C 1-6 alkyl group, or an optionally substituted C 1-6 alkoxy group; and X is CH or N,
A method for equalizing modulation symbols transmitted by a transmitter on a transmission channel to a receiver, the receiver providing observables each non-linearly depending on a predetermined number L of consecutive modulation symbols, said method determining from a sequence of observables the most likely sequence of modulation symbols by means of a Viterbi algorithm operating on a N -state lattice, each state representing a state of the transmission channel, each branch between two consecutive states of the lattice being associated with a modulation symbol, characterised in that: - in an initializing step, a pilot sequence of modulation symbols is received, said pilot sequence leading to a path passing through all the allowed branches of the lattice, and the corresponding observable is stored for each of these branches; - a sequence of modulation symbols to be equalized is received and the most likely sequence of modulation symbols is determined as that corresponding to the lowest metric path in the lattice, a metric of a path being calculated as the sum of the metrics of the branches which make it up and a branch metric being calculated as a distance between the observable provided for the modulation symbol to be equalized and the observable stored for said branch. - in an initializing step, a pilot sequence of modulation symbols is received, said pilot sequence leading to a path passing through all the allowed branches of the lattice, and the corresponding observable is stored for each of these branches; - a sequence of modulation symbols to be equalized is received and the most likely sequence of modulation symbols is determined as that corresponding to the lowest metric path in the lattice, a metric of a path being calculated as the sum of the metrics of the branches which make it up and a branch metric being calculated as a distance between the observable provided for the modulation symbol to be equalized and the observable stored for said branch.
A method of tailoring the shape of a plurality of relief printing dots created in a photosensitive printing blank during a platemaking process, said photosensitive printing blank comprising at least one photocurable layer disposed on a backing layer, the method comprising the steps of: a) selectively exposing the at least one photocurable layer to a source of actinic radiation to selectively crosslink and cure the at least one photocurable layer; and b) developing the exposed at least one photocurable layer of photosensitive printing blank to reveal the relief image therein, said relief image comprising the plurality of relief printing dots; wherein the source of actinic radiation comprises an array of UV LED light assemblies comprising at least four rows and the use of the array of UV LED light assemblies produces relief printing dots having at least one geometric characteristic selected from the group consisting of a desired planarity of a top surface of the relief printing dots, a desired shoulder angle of the relief printing dots and a desired edge sharpness of the relief printing dots, wherein alternate rows of UV LED lights in the array of UV LED light assemblies have different peak wavelengths and operate at wavelengths in the range of 360 nm to 420 nm, and wherein the at least one photocurable layer comprises a photoinitiator, wherein said photoinitiator has a UV-Vis absorption peak in the range of the operating wavelength of the UV LED light assembly. a) selectively exposing the at least one photocurable layer to a source of actinic radiation to selectively crosslink and cure the at least one photocurable layer; and b) developing the exposed at least one photocurable layer of photosensitive printing blank to reveal the relief image therein, said relief image comprising the plurality of relief printing dots;
A device for requesting a vehicle to a location associated with the device, the device comprising: input means arranged to generate a vehicle request upon receipt of a user input, said device being arranged to allow at least a second vehicle request to be generated using the input means before the vehicle associated with a first vehicle request has departed from the location associated with the device; and communication means for communicating with a remote device, said communication means being arranged to transmit the generated vehicle requests to the remote device, said vehicle requests comprising data indicative of the location associated with the device, and said communication means being further arranged to receive information from the remote device relating to the status of a transmitted vehicle request; wherein said device is arranged, for each vehicle request, to generate a message indicative of the status of the vehicle request using the received information and to display the generated message on a display; and wherein said communication means is further arranged to receive an indication from the remote device that a vehicle that has accepted a vehicle request has departed from the location associated with the device, said device being arranged to stop displaying the message on the display associated with the vehicle on receipt of said indication. input means arranged to generate a vehicle request upon receipt of a user input, said device being arranged to allow at least a second vehicle request to be generated using the input means before the vehicle associated with a first vehicle request has departed from the location associated with the device; and communication means for communicating with a remote device, said communication means being arranged to transmit the generated vehicle requests to the remote device, said vehicle requests comprising data indicative of the location associated with the device, and said communication means being further arranged to receive information from the remote device relating to the status of a transmitted vehicle request; wherein said device is arranged, for each vehicle request, to generate a message indicative of the status of the vehicle request using the received information and to display the generated message on a display; and wherein said communication means is further arranged to receive an indication from the remote device that a vehicle that has accepted a vehicle request has departed from the location associated with the device, said device being arranged to stop displaying the message on the display associated with the vehicle on receipt of said indication.
A vehicle height adjustment device comprising: a changer (21, 22) drivable when supplied with a current and configured to change a relative position of a body of a vehicle relative to an axle of a wheel of the vehicle; a vehicle height controller (710, 720, 770, 790, 791, 792) configured to perform such control that a target current set based on the relative position is supplied to the changer (21, 22) so as to control a vehicle height, which is a height of the body of the vehicle; and a malfunction detector configured to detect a failure to make the target current flow to the changer (21,22), wherein the vehicle height controller (710, 720, 770, 790, 791, 792) comprises a current detector (734, 744) configured to detect a current that flows to the changer (21, 22), and wherein the malfunction detector is configured to detect the failure based on a detection value detected by the current detector (734, 744) and an estimation value of a current estimated from a duty ratio of a voltage applied to the changer (21, 22) by the vehicle height controller (710, 720, 770, 790, 791, 792), characterized in that the estimation value of the current estimated from the duty ratio is corrected based on an environment of the vehicle and a voltage of a power source. a changer (21, 22) drivable when supplied with a current and configured to change a relative position of a body of a vehicle relative to an axle of a wheel of the vehicle; a vehicle height controller (710, 720, 770, 790, 791, 792) configured to perform such control that a target current set based on the relative position is supplied to the changer (21, 22) so as to control a vehicle height, which is a height of the body of the vehicle; and a malfunction detector configured to detect a failure to make the target current flow to the changer (21,22), wherein the vehicle height controller (710, 720, 770, 790, 791, 792) comprises a current detector (734, 744) configured to detect a current that flows to the changer (21, 22), and wherein the malfunction detector is configured to detect the failure based on a detection value detected by the current detector (734, 744) and an estimation value of a current estimated from a duty ratio of a voltage applied to the changer (21, 22) by the vehicle height controller (710, 720, 770, 790, 791, 792), characterized in that the estimation value of the current estimated from the duty ratio is corrected based on an environment of the vehicle and a voltage of a power source.
A method for wireless communication comprising: receiving a downlink grant for scheduling data transmissions, wherein the downlink grant includes a transmission power control, TPC, command and a downlink assignment index, DAI, for an uplink subframe; determining a value for the TPC command as an acknowledgement / negative acknowledgement, ACK/NACK, resource indicator for an uplink control channel resource based on a value of the DAI, wherein the ACK/NACK resource indicator indicates an offset, relative to a higher layer configured control channel resource, which specifies the control channel resource for use as the uplink control channel resource and wherein the higher layer configured control channel resource is configured using radio resource control, RRC, signaling; and transmitting, during the uplink subframe, one or more ACK/NACK feedback elements using the uplink control channel resource. receiving a downlink grant for scheduling data transmissions, wherein the downlink grant includes a transmission power control, TPC, command and a downlink assignment index, DAI, for an uplink subframe; determining a value for the TPC command as an acknowledgement / negative acknowledgement, ACK/NACK, resource indicator for an uplink control channel resource based on a value of the DAI, wherein the ACK/NACK resource indicator indicates an offset, relative to a higher layer configured control channel resource, which specifies the control channel resource for use as the uplink control channel resource and wherein the higher layer configured control channel resource is configured using radio resource control, RRC, signaling; and transmitting, during the uplink subframe, one or more ACK/NACK feedback elements using the uplink control channel resource.
A rinsing line for discharging a rinsing fluid from a medical-technical functional device rinsed by means of the rinsing fluid, - wherein, on the one hand, the rinsing line is connected or provided for its connection with a portion of the medical-technical functional device; characterized in that on the other hand, the rinsing line is connected with a fluid supply device for introducing a medical fluid into the medical-technical functional device, the fluid supply device being or comprising a two-lumen connecting portion for simultaneously guiding two fluids. - wherein, on the one hand, the rinsing line is connected or provided for its connection with a portion of the medical-technical functional device; characterized in that on the other hand, the rinsing line is connected with a fluid supply device for introducing a medical fluid into the medical-technical functional device, the fluid supply device being or comprising a two-lumen connecting portion for simultaneously guiding two fluids.
A blowing-suction device (1,1') that operably works in a blowing mode or a suction mode, wherein the blowing-suction device (1,1') comprises: an enclosure having a first opening connected to the outside; an air tube (2,2') connected to the enclosure; an air flow generation apparatus that operably generates an air flow; a collection apparatus configured to collect an object sucked by the blowing-suction device (1,1') in the suction mode; and an air admission portion; and wherein: when the blowing-suction device (1,1') is in the blowing mode, the air flow enters the first opening through the air admission portion and is blown out from the air tube (2,2'); characterized in that when the blowing-suction device (1,1') is in the suction mode, the air flow is sucked from the air tube (2,2') and is exhausted from the first opening; the collection apparatus is connected to the first opening both in the blowing mode and in the suction mode; and the air admission portion is opened in the blowing mode, and the air admission portion is closed in the suction mode. an enclosure having a first opening connected to the outside; an air tube (2,2') connected to the enclosure; an air flow generation apparatus that operably generates an air flow; a collection apparatus configured to collect an object sucked by the blowing-suction device (1,1') in the suction mode; and an air admission portion; and wherein: when the blowing-suction device (1,1') is in the blowing mode, the air flow enters the first opening through the air admission portion and is blown out from the air tube (2,2'); characterized in that when the blowing-suction device (1,1') is in the suction mode, the air flow is sucked from the air tube (2,2') and is exhausted from the first opening; the collection apparatus is connected to the first opening both in the blowing mode and in the suction mode; and the air admission portion is opened in the blowing mode, and the air admission portion is closed in the suction mode. when the blowing-suction device (1,1') is in the blowing mode, the air flow enters the first opening through the air admission portion and is blown out from the air tube (2,2'); characterized in that when the blowing-suction device (1,1') is in the suction mode, the air flow is sucked from the air tube (2,2') and is exhausted from the first opening; the collection apparatus is connected to the first opening both in the blowing mode and in the suction mode; and the air admission portion is opened in the blowing mode, and the air admission portion is closed in the suction mode.
A method for wireless communications by a user equipment, UE, comprising: receiving signaling indicating a set of time and frequency resources in one or more subframes allocated for an enhanced physical downlink control channel, PDCCH; determining a first starting symbol of the set of resources for the enhanced PDCCH for unicast in a subframe, and determining a second starting symbol, different from the first starting symbol, of a set of resources for the enhanced PDCCH for broadcast or multicast in the same subframe; receiving a downlink transmission in a subframe; making a determination to monitor for the enhanced PDCCH in the subframe based on the signaling; and decoding the enhanced PDCCH transmitted using the set of time and frequency resources in the subframe, in response to the determination. receiving signaling indicating a set of time and frequency resources in one or more subframes allocated for an enhanced physical downlink control channel, PDCCH; determining a first starting symbol of the set of resources for the enhanced PDCCH for unicast in a subframe, and determining a second starting symbol, different from the first starting symbol, of a set of resources for the enhanced PDCCH for broadcast or multicast in the same subframe; receiving a downlink transmission in a subframe; making a determination to monitor for the enhanced PDCCH in the subframe based on the signaling; and decoding the enhanced PDCCH transmitted using the set of time and frequency resources in the subframe, in response to the determination.
Apparatus for air treatment, comprising: - at least an air treatment unit for generating an air flow; - at least a channel exhibiting a plurality of through-holes for enabling injection of treated air into an environment in a predetermined launch angle (α), the channel having a prevalent development direction; - at least a conveyor channelling for transferring air to be diffused by the treatment unit to the perforated channel, characterized in that the perforated channel and the conveyor channelling are rotatably coupled such as to enable a relative rotation of the channel with respect to the channelling about the prevalent development direction, the rotation of the channel modifying the air launch angle (α), and in that the apparatus further comprises a movement device active, directly or indirectly, on the perforated channel such as to vary a relative angular position with respect to the conveyor channelling. - at least an air treatment unit for generating an air flow; - at least a channel exhibiting a plurality of through-holes for enabling injection of treated air into an environment in a predetermined launch angle (α), the channel having a prevalent development direction; - at least a conveyor channelling for transferring air to be diffused by the treatment unit to the perforated channel, characterized in that the perforated channel and the conveyor channelling are rotatably coupled such as to enable a relative rotation of the channel with respect to the channelling about the prevalent development direction, the rotation of the channel modifying the air launch angle (α), and in that the apparatus further comprises a movement device active, directly or indirectly, on the perforated channel such as to vary a relative angular position with respect to the conveyor channelling.