mhurhangee/patent-ind-claim-en huggingface dataset:
A color production structure comprising: a structure layer having an uneven structure on a surface thereof, the uneven structure comprising a plurality of uneven elements each being a convex or a concave portion; and an optical layer which is a laminated film on the uneven structure and has a surface shaped to conform to the uneven structure, the optical layer configured such that reflected light enhanced by interference emerges from the optical layer, each of the uneven elements having a longitudinal width (D) and a lateral width (D) in plan view along a thickness direction of the structure layer, each of the longitudinal width (D) and lateral width (D) of the respective uneven elements having a value within a range from 40 μm to 50 μm inclusive, each of the uneven elements having a dimension in the thickness direction of the structure layer, the dimension of each uneven element continuously increasing from a peripheral edge to a center thereof in the plan view, a ratio of a maximum value (H) of the dimension of each of the uneven elements to the lateral width thereof being set to be within a range from 0.1 to 1.0 inclusive. a structure layer having an uneven structure on a surface thereof, the uneven structure comprising a plurality of uneven elements each being a convex or a concave portion; and an optical layer which is a laminated film on the uneven structure and has a surface shaped to conform to the uneven structure, the optical layer configured such that reflected light enhanced by interference emerges from the optical layer, each of the uneven elements having a longitudinal width (D) and a lateral width (D) in plan view along a thickness direction of the structure layer, each of the longitudinal width (D) and lateral width (D) of the respective uneven elements having a value within a range from 40 μm to 50 μm inclusive, each of the uneven elements having a dimension in the thickness direction of the structure layer, the dimension of each uneven element continuously increasing from a peripheral edge to a center thereof in the plan view, a ratio of a maximum value (H) of the dimension of each of the uneven elements to the lateral width thereof being set to be within a range from 0.1 to 1.0 inclusive.
A viral vector, characterized in that the viral vector is a paramyxovirus comprising an exogenous nucleotide sequence coding for ORF 5 and ORF 6 proteins of the Porcine Reproductive and Respiratory Syndrome (PRRS) virus.
A method of controlling an unmanned aerial vehicle (UAV), the method comprising: monitoring a sensed airspeed of the UAV (100; 200); obtaining a commanded speed for the UAV, the commanded speed representing a command to fly the UAV at a given speed relative to an airmass through which the UAV is flying or to Earth over which the UAV is flying, characterised in that obtaining the commanded speed for the UAV comprises calculating the commanded speed (cmd_speed) as: cmd_speed = V_xc 2 + V_yci 2 , where V xc represents a forward commanded velocity for the UAV and V_yci represents a lateral commanded inertial velocity for the UAV, the lateral commanded inertial velocity calculated as a lateral component of a commanded inertial velocity that points along a commanded path for the UAV; when the commanded speed is greater than the sensed airspeed, using the commanded speed in lieu of the sensed airspeed for scheduling thrust for propulsion of the UAV and/or allocating control effort for a control surface of the UAV; and when the sensed airspeed is greater than the commanded speed, using the sensed airspeed instead of the commanded speed for scheduling thrust for propulsion of the UAV and/or allocating control effort for the control surface of the UAV. monitoring a sensed airspeed of the UAV (100; 200); obtaining a commanded speed for the UAV, the commanded speed representing a command to fly the UAV at a given speed relative to an airmass through which the UAV is flying or to Earth over which the UAV is flying, characterised in that obtaining the commanded speed for the UAV comprises calculating the commanded speed (cmd_speed) as: cmd_speed = V_xc 2 + V_yci 2 , where V xc represents a forward commanded velocity for the UAV and V_yci represents a lateral commanded inertial velocity for the UAV, the lateral commanded inertial velocity calculated as a lateral component of a commanded inertial velocity that points along a commanded path for the UAV; when the commanded speed is greater than the sensed airspeed, using the commanded speed in lieu of the sensed airspeed for scheduling thrust for propulsion of the UAV and/or allocating control effort for a control surface of the UAV; and when the sensed airspeed is greater than the commanded speed, using the sensed airspeed instead of the commanded speed for scheduling thrust for propulsion of the UAV and/or allocating control effort for the control surface of the UAV.
A cooking hob comprising at least one monitoring device , wherein: - the cooking hob includes at least one cooking zone (12; 28), - the monitoring device is connected to the cooking hob via at least one wired and/or wireless electrical signal connection, - the monitoring device includes at least one sensor system , - the monitoring device includes at least one elongated carrier (18; 24) for supporting the sensor system , - the carrier (18; 24) is moveable between a non-operating state and an operating state of the monitoring device , and - the sensor system is directed from above to at least one cooking zone (12; 28) in the operating state of the monitoring device , characterised in that the sensor system is provided for detecting the temperature upon the cooking zones (12; 28). - the cooking hob includes at least one cooking zone (12; 28), - the monitoring device is connected to the cooking hob via at least one wired and/or wireless electrical signal connection, - the monitoring device includes at least one sensor system , - the monitoring device includes at least one elongated carrier (18; 24) for supporting the sensor system , - the carrier (18; 24) is moveable between a non-operating state and an operating state of the monitoring device , and - the sensor system is directed from above to at least one cooking zone (12; 28) in the operating state of the monitoring device ,
A locking device comprising an outer housing member and an inner core , said inner core being receivable within said outer housing , said inner core comprising: (a) a plurality of locking elements , each locking element of the plurality of locking elements comprising at least one projection ; and (b) a receiving portion for receiving each locking element of said plurality of locking elements; wherein said at least one projection extends radially outwards from said inner core and said receiving portion ; said outer housing member comprising a key-receiving region and an internal face , the key-receiving region comprising a central opening and a plurality of apertures extending radially from the central opening, the internal face comprising: (c) a plurality of axial channels ; and (d) an annular channel ; each axial channel of the plurality of axial channels and the annular channel being able to receive a respective projection from the plurality of locking elements ; each axial channel of the plurality of axial channels being aligned with a corresponding aperture of the plurality of apertures of the key-receiving region ; and characterized in that the outer housing further comprises at least one false notch extending annularly from at least one axial channel , wherein said false notch does not extend completely to a neighbouring axial channel . (a) a plurality of locking elements , each locking element of the plurality of locking elements comprising at least one projection ; and (b) a receiving portion for receiving each locking element of said plurality of locking elements; (c) a plurality of axial channels ; and (d) an annular channel ;
A method for producing a piece part having a cavity , comprising at least the following steps: - producing a profile having ribs , the profile being designed as a hollow cylinder and the ribs extending on the outside of a shell surface of the hollow cylinder and running in the axial direction and the profile together with the ribs being produced by extrusion, - arranging the profile in a core casting tool so that the ribs extend in an intermediate space between the profile and the core casting tool , - producing a core in the intermediate space between the profile and the core casting tool , - removing the profile having the core arranged thereon from the core casting tool , - arranging the profile having the core in a casting tool, - casting a cast shell , the cast shell being in contact with the core and at least in sections has contact with at least some of the ribs , - removing the core . - producing a profile having ribs , the profile being designed as a hollow cylinder and the ribs extending on the outside of a shell surface of the hollow cylinder and running in the axial direction and the profile together with the ribs being produced by extrusion, - arranging the profile in a core casting tool so that the ribs extend in an intermediate space between the profile and the core casting tool , - producing a core in the intermediate space between the profile and the core casting tool , - removing the profile having the core arranged thereon from the core casting tool , - arranging the profile having the core in a casting tool, - casting a cast shell , the cast shell being in contact with the core and at least in sections has contact with at least some of the ribs , - removing the core .
A ring-shaped biometric signal sensing device comprising: a first electrode provided in a ring shape, formed of a conductor, and configured to be worn on a finger of a user to be in contact with the finger; a second electrode assembled on an outside of the first electrode , formed of a conductor, and configured to be in contact with a body of the user; an insulating unit molded with the first electrode through insert injection and maintaining insulation between the first electrode and the second electrode ; and a controller disposed in the insulating unit , including a biometric sensor, and configured to collect a biometric signal when the second electrode comes into contact with the body of the user; wherein the insulating unit is formed of a flexible material; characterized in that a portion of the insulating unit is placed through the first electrode to be in close contact with the finger of the user a first electrode provided in a ring shape, formed of a conductor, and configured to be worn on a finger of a user to be in contact with the finger; a second electrode assembled on an outside of the first electrode , formed of a conductor, and configured to be in contact with a body of the user; an insulating unit molded with the first electrode through insert injection and maintaining insulation between the first electrode and the second electrode ; and a controller disposed in the insulating unit , including a biometric sensor, and configured to collect a biometric signal when the second electrode comes into contact with the body of the user; wherein the insulating unit is formed of a flexible material; characterized in that a portion of the insulating unit is placed through the first electrode to be in close contact with the finger of the user
Sharpening apparatus for sharpening a plurality of knives rotating on a chopping drum , said apparatus comprising a carriage having a stone holder for holding a sharpening stone , said carriage provided with adjustment means for moving the stone holder closer to the knives and holding means for holding the stone holder in a fixed position and a fixed track extending across the length of the drum along which said carriage moves, characterised in that said track is not straight and the track activates the adjustment means to move the stone holder closer to the knives when the carriage moves along the track in one direction.
A liquid discharge apparatus , comprising: a plurality of discharge portions that include a discharge orifice configured to discharge liquid, an energy-generating element configured to generate energy used to discharge liquid from the discharge orifice , and a pressure chamber having the energy-generating element within; a common supply channel for liquid, connected to the plurality of discharge portions ; a common recovery channel for liquid, connected to the plurality of discharge portions ; an adjustment channel connecting the common supply channel and the common recovery channel ; a first valve that is provided in the adjustment channel and is opened under a first opening pressure; and first fluid means configured to cause the liquid to flow from the common supply channel toward the common recovery channel , wherein channel resistance of the adjustment channel is smaller than channel resistance of the discharge portion , characterized in that the liquid discharge apparatus further comprises a second valve , which is provided to the common supply channel at a side further upstream than portions connecting to the plurality of discharge portions , and is opened under a second opening pressure that is smaller than the first opening pressure. a plurality of discharge portions that include a discharge orifice configured to discharge liquid, an energy-generating element configured to generate energy used to discharge liquid from the discharge orifice , and a pressure chamber having the energy-generating element within; a discharge orifice configured to discharge liquid, an energy-generating element configured to generate energy used to discharge liquid from the discharge orifice , and a pressure chamber having the energy-generating element within; a common supply channel for liquid, connected to the plurality of discharge portions ; a common recovery channel for liquid, connected to the plurality of discharge portions ; an adjustment channel connecting the common supply channel and the common recovery channel ; a first valve that is provided in the adjustment channel and is opened under a first opening pressure; and first fluid means configured to cause the liquid to flow from the common supply channel toward the common recovery channel , wherein channel resistance of the adjustment channel is smaller than channel resistance of the discharge portion , characterized in that the liquid discharge apparatus further comprises a second valve , which is provided to the common supply channel at a side further upstream than portions connecting to the plurality of discharge portions , and is opened under a second opening pressure that is smaller than the first opening pressure.
A terminal device comprising: a transmitter configured to transmit a physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH, in a subframe, wherein the transmitter is configured such that: in a first case that the PUCCH is transmitted in a subframe of a first cell group and the PUSCH is transmitted in a subframe of a second cell group, in a second case that the PUCCH is transmitted with uplink control information including hybrid auto repeat request acknowledgement, HARQ-ACK, and in a third case that transmit power of the PUCCH exceeds a first threshold, the transmitter scales the transmit power of the PUCCH such that the transmit power of the PUCCH does not exceed the first threshold, and in a fourth case that transmit power of the PUCCH does not exceed the first threshold, the transmitter sets transmit power for transmission of the PUCCH. in a first case that the PUCCH is transmitted in a subframe of a first cell group and the PUSCH is transmitted in a subframe of a second cell group, in a second case that the PUCCH is transmitted with uplink control information including hybrid auto repeat request acknowledgement, HARQ-ACK, and in a third case that transmit power of the PUCCH exceeds a first threshold, the transmitter scales the transmit power of the PUCCH such that the transmit power of the PUCCH does not exceed the first threshold, and in a fourth case that transmit power of the PUCCH does not exceed the first threshold, the transmitter sets transmit power for transmission of the PUCCH.
A cast steel railway wheel comprising: a hub having an axial bore ; a rim concentric with the bore; and a plate extending substantially radially from the hub to the rim, the plate having a front face and a rear face , the plate having a thickness dimension defined between the front and rear faces; the cast steel railway wheel characterised in that : the plate has a plurality of spokes extending between the hub and the rim , adjacent spokes having different thicknesses defined between the front face and the rear face , wherein the spokes have hub ends and rim ends, and wherein the spokes comprise a series of circumferentially positioned and alternating major and minor spokes, the thicknesses of the minor spokes at the hub ends being significantly less than the thicknesses of the major spokes at the hub ends, the thicknesses of the minor spokes at the rim ends being approximately equal to the thicknesses of the major spokes at the rim ends. a hub having an axial bore ; a rim concentric with the bore; and a plate extending substantially radially from the hub to the rim, the plate having a front face and a rear face , the plate having a thickness dimension defined between the front and rear faces; the cast steel railway wheel characterised in that : the plate has a plurality of spokes extending between the hub and the rim , adjacent spokes having different thicknesses defined between the front face and the rear face , wherein the spokes have hub ends and rim ends, and wherein the spokes comprise a series of circumferentially positioned and alternating major and minor spokes, the thicknesses of the minor spokes at the hub ends being significantly less than the thicknesses of the major spokes at the hub ends, the thicknesses of the minor spokes at the rim ends being approximately equal to the thicknesses of the major spokes at the rim ends. the plate has a plurality of spokes extending between the hub and the rim , adjacent spokes having different thicknesses defined between the front face and the rear face , wherein the spokes have hub ends and rim ends, and wherein the spokes comprise a series of circumferentially positioned and alternating major and minor spokes, the thicknesses of the minor spokes at the hub ends being significantly less than the thicknesses of the major spokes at the hub ends, the thicknesses of the minor spokes at the rim ends being approximately equal to the thicknesses of the major spokes at the rim ends.
A flexible substrate, comprising: a drive transistor, a passivation layer and an anode , wherein the passivation layer and the anode are sequentially arranged above the drive transistor, the drive transistor includes a gate , a gate insulating layer , an active layer , a first source and a drain , the active layer being arranged above the gate , the gate insulating layer being arranged between the gate and the active layer , and the first source and the drain being arranged above the active layer and located at both ends of the active layer respectively; a first via hole formed in a part of the passivation layer corresponding to a region overlapped with the anode and the first source ; and a conductive material filled in the first via hole to form a conductive via hole, which is used for electrically connecting the anode with the first source , and wherein a part of the passivation layer located between the anode and the first source serves as a wall of the conductive via hole, and the part of the passivation layer serving as the wall of the conductive via hole and rest part of the passivation layer excluding the part of the passivation layer serving as the wall of the conductive via hole, are separated from each other through spacer regions, the spacer regions are provided on both sides of the conductive via hole and spaced apart from the conductive via hole, and one of the spacer regions is on the first source and another one of the spacer regions is on the gate insulating layer . a drive transistor, a passivation layer and an anode , wherein the passivation layer and the anode are sequentially arranged above the drive transistor, the drive transistor includes a gate , a gate insulating layer , an active layer , a first source and a drain , the active layer being arranged above the gate , the gate insulating layer being arranged between the gate and the active layer , and the first source and the drain being arranged above the active layer and located at both ends of the active layer respectively; a first via hole formed in a part of the passivation layer corresponding to a region overlapped with the anode and the first source ; and a conductive material filled in the first via hole to form a conductive via hole, which is used for electrically connecting the anode with the first source , and wherein a part of the passivation layer located between the anode and the first source serves as a wall of the conductive via hole, and the part of the passivation layer serving as the wall of the conductive via hole and rest part of the passivation layer excluding the part of the passivation layer serving as the wall of the conductive via hole, are separated from each other through spacer regions, the spacer regions are provided on both sides of the conductive via hole and spaced apart from the conductive via hole, and one of the spacer regions is on the first source and another one of the spacer regions is on the gate insulating layer .
An exterior surface protective layer for protecting a composite structure from environmental conditions, said exterior surface protective layer comprising: at least a first and a second curable film; and an electrically conductive material, wherein the first and second curable films comprise polyurethane upon curing, wherein the electrically conductive material comprises a wire-free electrically conductive material, and/or an electrically conductive polymer weave, wherein a weight of the exterior surface protective layer ranges from 98 grams per square meterto 488 grams per square meter, and wherein the electrically conductive material is disposed between the first and second curable films. at least a first and a second curable film; and an electrically conductive material, wherein the first and second curable films comprise polyurethane upon curing, wherein the electrically conductive material comprises a wire-free electrically conductive material, and/or an electrically conductive polymer weave, wherein a weight of the exterior surface protective layer ranges from 98 grams per square meterto 488 grams per square meter, and wherein the electrically conductive material is disposed between the first and second curable films.
A wheelchair seat assembly comprising: a seat member having a bottom surface further including an actuating rod having a first end and second end , said first end mounted to said bottom surface at a predetermined position to allow for effective bilateral movement of said seat member , an actuating disk having a top and bottom surface, said second end of said actuating rod mounted to a predetermined point on said actuating disk's top surface that cooperates with the effective bilateral movement of said seat member, an opening extending longitudinally through said seat member , a shaft having a first and second end , said shaft's first end mounted to said actuating disk's bottom surface, said shaft extending perpendicularly therefrom, through said opening , and having said second end perpendicularly mounted to a control unit assembly , said control unit assembly including a housing that houses a motor and a battery , said motor rotates said shaft to cause said actuating disk to rotate and urge said actuating rod in a predetermined lateral direction, thereby displacing said seat member a predetermined distance.