mhurhangee/patent-ind-claim-en huggingface dataset:
An organic light emitting display device comprising: a first substrate ; at least one pixel formed on the first substrate; a first power line formed on the first substrate, the first power line supplying a first voltage to the pixel; a second power line formed on the first substrate, the second power line supplying a second voltage to the pixel, the second voltage being different from the first voltage; and a second substrate formed over the first substrate, the second substrate including a first metal layer , a second metal layer , and an insulating layer formed between the first metal layer and the second metal layer, the insulating layer insulating the first metal layer and the second metal layer from each other, wherein the first metal layer is electrically connected with the first power line and the second metal layer is electrically connected to the second power line characterized in that a portion of at least one of the first metal layer or the second metal layer includes a metal protrusion (P1, P2) that protrudes toward the first substrate , and in that the metal protrusion (P1, P2) of the first metal layer and/or the second metal layer is respectively in direct contact with the first power line and/or the second power line, respectively, to electrically connect together the first metal layer and the first power line and/or the second metal layer and the second power line. a first substrate ; at least one pixel formed on the first substrate; a first power line formed on the first substrate, the first power line supplying a first voltage to the pixel; a second power line formed on the first substrate, the second power line supplying a second voltage to the pixel, the second voltage being different from the first voltage; and a second substrate formed over the first substrate, the second substrate including a first metal layer , a second metal layer , and an insulating layer formed between the first metal layer and the second metal layer, the insulating layer insulating the first metal layer and the second metal layer from each other, wherein the first metal layer is electrically connected with the first power line and the second metal layer is electrically connected to the second power line characterized in that a portion of at least one of the first metal layer or the second metal layer includes a metal protrusion (P1, P2) that protrudes toward the first substrate , and in that the metal protrusion (P1, P2) of the first metal layer and/or the second metal layer is respectively in direct contact with the first power line and/or the second power line, respectively, to electrically connect together the first metal layer and the first power line and/or the second metal layer and the second power line.
A furniture item comprising: - a supporting plane defining a top supporting plane surface ; - a wiring assembly associated with said supporting plane , arranged outside said supporting plane and above said top supporting plane surface , extending away with respect to said top surface to create a barrier forming a discontinuity of the top supporting plane surface , said wiring assembly comprising at least one body comprising at least one shoulder wall which extends outside the supporting plane surface , said at least one body defining at least one inner channel within said assembly and suitable for receiving power supply and/or service devices in said inner channel, said at least one inner channel extending in a direction substantially parallel to the top supporting plane surface ; - a fastening device for fastening said wiring assembly to said supporting plane ; - wherein the wiring assembly and the fastening device are configured to form as a whole a longitudinal base groove starting from the top surface of the supporting plane and facing externally to the wiring assembly on the same side of the at least one inner channel ; - and characterized in that said base groove is configured to house a lateral edge of an additional work plane in the base groove, allowing the additional work plane to be retained, and to slide along said base groove to adjust the position of the additional work panel . - a supporting plane defining a top supporting plane surface ; - a wiring assembly associated with said supporting plane , arranged outside said supporting plane and above said top supporting plane surface , extending away with respect to said top surface to create a barrier forming a discontinuity of the top supporting plane surface , said wiring assembly comprising at least one body comprising at least one shoulder wall which extends outside the supporting plane surface , said at least one body defining at least one inner channel within said assembly and suitable for receiving power supply and/or service devices in said inner channel, said at least one inner channel extending in a direction substantially parallel to the top supporting plane surface ; - a fastening device for fastening said wiring assembly to said supporting plane ; - wherein the wiring assembly and the fastening device are configured to form as a whole a longitudinal base groove starting from the top surface of the supporting plane and facing externally to the wiring assembly on the same side of the at least one inner channel ; - and characterized in that said base groove is configured to house a lateral edge of an additional work plane in the base groove, allowing the additional work plane to be retained, and to slide along said base groove to adjust the position of the additional work panel .
Rear derailleur of a bicycle comprising: - an four-bar linkage having a base body and a movable body and a pair of connecting rods articulated to the base body and to the movable body along articulation axes at four pin elements ; - said movable body being connected to a chain guide at a connection pin ; - a fixing pin received in a blind inner cavity of the base body and comprising a fixing screw directly or indirectly constrained to the frame of the bicycle and a spring loading insert arranged in said blind inner cavity , said base body being rotatable with respect to said spring loading insert ; - a toothed sector and a sprocket parts of an adaptation linkage configured to change the relative angular position between said base body and said frame as a function of a controlled movement of the chain guide , said toothed sector being mounted coaxially to the spring loading insert and being active on said sprocket , said sprocket being directly or indirectly active on the base body ; - a torsion spring active between said spring loading insert and said toothed sector configured to constrain said spring loading insert and said toothed sector in rotation during controlled movements of the chain guide ; and characterised in that the derailleur further comprises : - connection members inserted in seats formed on said fixing screw and said spring loading insert to axially constrain said fixing screw and said spring loading insert . - an four-bar linkage having a base body and a movable body and a pair of connecting rods articulated to the base body and to the movable body along articulation axes at four pin elements ; - said movable body being connected to a chain guide at a connection pin ; - a fixing pin received in a blind inner cavity of the base body and comprising a fixing screw directly or indirectly constrained to the frame of the bicycle and a spring loading insert arranged in said blind inner cavity , said base body being rotatable with respect to said spring loading insert ; - a toothed sector and a sprocket parts of an adaptation linkage configured to change the relative angular position between said base body and said frame as a function of a controlled movement of the chain guide , said toothed sector being mounted coaxially to the spring loading insert and being active on said sprocket , said sprocket being directly or indirectly active on the base body ; - a torsion spring active between said spring loading insert and said toothed sector configured to constrain said spring loading insert and said toothed sector in rotation during controlled movements of the chain guide ; and - connection members inserted in seats formed on said fixing screw and said spring loading insert to axially constrain said fixing screw and said spring loading insert .
A process for manufacturing a household appliance component , comprising the steps of: - providing a base element ; - generating a light guide structure on the base element ; - coating at least a part of the light guide structure with an UV-curable composition ; and - at least partially curing the composition by coupling-in UV light into the light guide structure , transmitting said UV light through the light guide structure to the composition, and coupling-out said UV light into the composition . - providing a base element ; - generating a light guide structure on the base element ; - coating at least a part of the light guide structure with an UV-curable composition ; and - at least partially curing the composition by coupling-in UV light into the light guide structure , transmitting said UV light through the light guide structure to the composition, and coupling-out said UV light into the composition .
A method of building a heat exchanger, the method comprising: forming, with layer-by-layer additive manufacturing, the heat exchanger, wherein forming the heat exchanger comprises: forming a first hollow annulus ; forming a body of the heat exchanger, wherein the body is integrally connected to and grown upwards from the first hollow annulus, wherein the body defines an interior that is cylindrically shaped, wherein an axis of the body is oriented parallel to a direction of gravity, wherein the first hollow annulus is disposed on a gravitational bottom of the body, wherein the body comprises: an exterior wall; and a heat exchanger core disposed within the exterior wall; forming a second hollow annulus integrally connected to and grown upwards from a gravitational top of the body; and removing residual powder from a bottom of the heat exchanger; and characterized by forming the first annulus to include a drain port disposed along a gravitational bottom of the first annulus; and forming the second annulus to include a vent port disposed on a gravitational top of the second annulus. forming, with layer-by-layer additive manufacturing, the heat exchanger, wherein forming the heat exchanger comprises: forming a first hollow annulus ; forming a body of the heat exchanger, wherein the body is integrally connected to and grown upwards from the first hollow annulus, wherein the body defines an interior that is cylindrically shaped, wherein an axis of the body is oriented parallel to a direction of gravity, wherein the first hollow annulus is disposed on a gravitational bottom of the body, wherein the body comprises: an exterior wall; and a heat exchanger core disposed within the exterior wall; forming a second hollow annulus integrally connected to and grown upwards from a gravitational top of the body; and forming a first hollow annulus ; forming a body of the heat exchanger, wherein the body is integrally connected to and grown upwards from the first hollow annulus, wherein the body defines an interior that is cylindrically shaped, wherein an axis of the body is oriented parallel to a direction of gravity, wherein the first hollow annulus is disposed on a gravitational bottom of the body, wherein the body comprises: an exterior wall; and a heat exchanger core disposed within the exterior wall; an exterior wall; and a heat exchanger core disposed within the exterior wall; forming a second hollow annulus integrally connected to and grown upwards from a gravitational top of the body; and removing residual powder from a bottom of the heat exchanger; and characterized by forming the first annulus to include a drain port disposed along a gravitational bottom of the first annulus; and forming the second annulus to include a vent port disposed on a gravitational top of the second annulus.
A method for a terminal (111-116) in a wireless communication system, the method comprising: detecting physical downlink control channels, PDCCHs, over control channel elements, CCEs, of downlink, DL, subframes in time division duplex, TDD, each of the PDCCHs including downlink control information, DCI, comprising information indicating an acknowledge resource offset, ARC, field; determining a physical uplink control channel, PUCCH, resource for transmitting acknowledge information in response to detection of a PDCCH in a physical resource block, PRB, set and in a DL subframe, based on a sum of i. nccε denoting a lowest CCE index of the PDCCH, ii. ∑ N CCE denoting a sum of at least one number of CCEs for at least one DL sub frame, wherein the N CCE denotes a number of CCEs in the PRB set and in a re spective DL subframe, iii. an ARO value mapped to the ARO field via a mapping function, and iv. N PUCCH denoting an offset for the PRB set, the offset being configured through a higher layer signaling; and transmitting the acknowledge information on the determined PUCCH resource, wherein in case that a value associated with the DL subframe is equal to zero, the ARO value is one among 0, -2, -1 and 2, and wherein in case that the value associated with the DL subframe is greater than zero, the ARO value is one among 0, 2, a value defined by a sum of -Σ N CCE and -1, and a value defined by a sum of -Σ N CCE and -2. detecting physical downlink control channels, PDCCHs, over control channel elements, CCEs, of downlink, DL, subframes in time division duplex, TDD, each of the PDCCHs including downlink control information, DCI, comprising information indicating an acknowledge resource offset, ARC, field; determining a physical uplink control channel, PUCCH, resource for transmitting acknowledge information in response to detection of a PDCCH in a physical resource block, PRB, set and in a DL subframe, based on a sum of i. nccε denoting a lowest CCE index of the PDCCH, ii. ∑ N CCE denoting a sum of at least one number of CCEs for at least one DL sub frame, wherein the N CCE denotes a number of CCEs in the PRB set and in a re spective DL subframe, iii. an ARO value mapped to the ARO field via a mapping function, and iv. N PUCCH denoting an offset for the PRB set, the offset being configured through a higher layer signaling; and i. nccε denoting a lowest CCE index of the PDCCH, ii. ∑ N CCE denoting a sum of at least one number of CCEs for at least one DL sub frame, wherein the N CCE denotes a number of CCEs in the PRB set and in a re spective DL subframe, iii. an ARO value mapped to the ARO field via a mapping function, and iv. N PUCCH denoting an offset for the PRB set, the offset being configured through a higher layer signaling; and transmitting the acknowledge information on the determined PUCCH resource, wherein in case that a value associated with the DL subframe is equal to zero, the ARO value is one among 0, -2, -1 and 2, and wherein in case that the value associated with the DL subframe is greater than zero, the ARO value is one among 0, 2, a value defined by a sum of -Σ N CCE and -1, and a value defined by a sum of -Σ N CCE and -2.
A seat cushion for a vehicle seat , the seat cushion comprising: a seat cushion base layer supported by a cushion frame ; and a seat cushion cushioning layer disposed on the seat cushion base layer , wherein the seat cushion base layer comprises left-right base support parts provided in a range including positions corresponding to seated person's left-right ischial tuberosities, apart from each other in a width direction of the cushion frame , wherein the left-right base support parts are coupled with each other through base support part elastic members, and supported to be movable by the cushion frame , and wherein the respective left-right base support parts are movable with 6 degrees of freedom with the positions corresponding to ischial tuberosities centered, characterized in that the base support part elastic members are composed of coil springs , and disposed in plurality along a front-rear direction of the cushion frame between the left-right base support parts . a seat cushion base layer supported by a cushion frame ; and a seat cushion cushioning layer disposed on the seat cushion base layer , wherein the seat cushion base layer comprises left-right base support parts provided in a range including positions corresponding to seated person's left-right ischial tuberosities, apart from each other in a width direction of the cushion frame , wherein the left-right base support parts are coupled with each other through base support part elastic members, and supported to be movable by the cushion frame , and wherein the respective left-right base support parts are movable with 6 degrees of freedom with the positions corresponding to ischial tuberosities centered, characterized in that the base support part elastic members are composed of coil springs , and disposed in plurality along a front-rear direction of the cushion frame between the left-right base support parts .
A fixing structure for a fishing line guide mounted on a fishing rod , the fixing structure comprising: a fishing line guide including an opening for guiding a fishing line and a circular portion having an insertion hole through which the fishing rod is to be passed; and two fixing pipes contacting a front surface and a rear surface of the circular portion of the fishing line guide so as to fix the fishing line guide on the fishing rod , characterized in that the circular portion of the fishing line guide and end surfaces of the fixing pipes contacting the circular portion are inclined, in a side view, at a same angle with respect to a vertical plane (P) orthogonal to an axial direction of the fishing rod , and the fishing line guide is squeezed between the two fixing pipes and fixed on the fishing rod . a fishing line guide including an opening for guiding a fishing line and a circular portion having an insertion hole through which the fishing rod is to be passed; and two fixing pipes contacting a front surface and a rear surface of the circular portion of the fishing line guide so as to fix the fishing line guide on the fishing rod , characterized in that the circular portion of the fishing line guide and end surfaces of the fixing pipes contacting the circular portion are inclined, in a side view, at a same angle with respect to a vertical plane (P) orthogonal to an axial direction of the fishing rod , and the fishing line guide is squeezed between the two fixing pipes and fixed on the fishing rod .
An implantable medical lead, comprising: a conductor comprising one or more metal wires and one or more carbon nanotube wires extending in a direction substantially the same as the one or more metal wires, wherein the one or more metal wires and the one or more carbon nanotube wires are parallel to one another or twisted or braided around one another, wherein the term "extending in a direction substantially the same" does not comprise a carbon nanotube spirally wound around a metal wire or a metal wire spirally wound around a carbon nanotube. a conductor comprising one or more metal wires and one or more carbon nanotube wires extending in a direction substantially the same as the one or more metal wires, wherein the one or more metal wires and the one or more carbon nanotube wires are parallel to one another or twisted or braided around one another, wherein the term "extending in a direction substantially the same" does not comprise a carbon nanotube spirally wound around a metal wire or a metal wire spirally wound around a carbon nanotube.
A method of decoding video data, the method comprising: determining that a geometric partition mode is enabled for a current block of the video data; determining a split line dividing the current block into a first partition and a second partition, wherein determining the split line comprises selecting an angle for the split line from a plurality of angles, each angle of the plurality of angles corresponding to an N:M ratio of samples of the current block, wherein N and M are integers, and wherein the split line is not at a corner of the current block; determining geometric mode weights for the current block using the angle of the split line; generating a first prediction block using motion information for the first partition; generating a second prediction block using motion information for the second partition; applying the geometric partition mode weights to samples of the first prediction block and to samples of the second prediction block to determine a final prediction block for the current block; decoding a residual block for the current block; and combining the final prediction block and the residual block to decode the current block. determining that a geometric partition mode is enabled for a current block of the video data; determining a split line dividing the current block into a first partition and a second partition, wherein determining the split line comprises selecting an angle for the split line from a plurality of angles, each angle of the plurality of angles corresponding to an N:M ratio of samples of the current block, wherein N and M are integers, and wherein the split line is not at a corner of the current block; determining geometric mode weights for the current block using the angle of the split line; generating a first prediction block using motion information for the first partition; generating a second prediction block using motion information for the second partition; applying the geometric partition mode weights to samples of the first prediction block and to samples of the second prediction block to determine a final prediction block for the current block; decoding a residual block for the current block; and combining the final prediction block and the residual block to decode the current block.
Microscope having an optics module , which has at least one optical element , and having a control module for controlling the microscope, wherein the optics module has a subsystem that is designed as an objective of the microscope and comprises a memory and an actuator and/or a sensor, wherein a rule for setting the actuator and/or the sensor of the subsystem is stored in the memory , wherein the control module is designed such that, during the operation of the microscope, it reads the rule from the memory of the subsystem and controls the actuator and/or the sensor of the subsystem in accordance with the rule, wherein the subsystem is provided in the microscope so as to be interchangeable and is designed such that it cannot execute the rule stored in its memory itself. having a control module for controlling the microscope, wherein the optics module has a subsystem that is designed as an objective of the microscope and comprises a memory and an actuator and/or a sensor, wherein a rule for setting the actuator and/or the sensor of the subsystem is stored in the memory , wherein the control module is designed such that, during the operation of the microscope, it reads the rule from the memory of the subsystem and controls the actuator and/or the sensor of the subsystem in accordance with the rule, wherein the subsystem is provided in the microscope so as to be interchangeable and is designed such that it cannot execute the rule stored in its memory itself.