mhurhangee/patent-ind-claim-en huggingface dataset:
An organic light-emitting diode, OLED, display panel, comprising a cover and a backplane which are cell-assembled, a plurality of color filter (CF) units , auxiliary electrodes , a planarization layer , a plurality of spacers and a transparent electrode layer , wherein the plurality of color filter (CF) units are arranged in an array on the cover ; the auxiliary electrodes are filled into gaps among the CF units ; the auxiliary electrodes comprise a black matrix, BM, , a buffer layer and a metal layer which are sequentially disposed on the cover ; the planarization layer is disposed on the auxiliary electrodes and the CF units ; the plurality of spacers are disposed on the planarization layer at the locations corresponding to the auxiliary electrodes , and abut against and support the cover and the backplane ; characterized by: the auxiliary electrodes being auxiliary cathodes; a plurality of openings disposed in the planarization layer at locations corresponding to the auxiliary cathodes ; and the transparent electrode layer disposed on the planarization layer and the spacers and is electrically communicated with the auxiliary electrodes via at least a part of the openings , and the plurality of color filter (CF) units of the cover are oppositely arranged to pixel regions of the backplane . the plurality of color filter (CF) units are arranged in an array on the cover ; the auxiliary electrodes are filled into gaps among the CF units ; the auxiliary electrodes comprise a black matrix, BM, , a buffer layer and a metal layer which are sequentially disposed on the cover ; the planarization layer is disposed on the auxiliary electrodes and the CF units ; the plurality of spacers are disposed on the planarization layer at the locations corresponding to the auxiliary electrodes , and abut against and support the cover and the backplane ; characterized by: the auxiliary electrodes being auxiliary cathodes; a plurality of openings disposed in the planarization layer at locations corresponding to the auxiliary cathodes ; and the transparent electrode layer disposed on the planarization layer and the spacers and is electrically communicated with the auxiliary electrodes via at least a part of the openings , and the plurality of color filter (CF) units of the cover are oppositely arranged to pixel regions of the backplane . the auxiliary electrodes being auxiliary cathodes; a plurality of openings disposed in the planarization layer at locations corresponding to the auxiliary cathodes ; and the transparent electrode layer disposed on the planarization layer and the spacers and is electrically communicated with the auxiliary electrodes via at least a part of the openings , and the plurality of color filter (CF) units of the cover are oppositely arranged to pixel regions of the backplane .
A User Equipment, UE, circuitry , comprising: a Radio Frequency, RF, circuitry , configured to transmit uplink data; an uplink retransmission memory configured to store the transmitted uplink data for a later retransmission; and a baseband circuitry configured to release the uplink retransmission memory based upon a predicted value of an uplink retransmission indicator before receiving the uplink retransmission indicator from a base station, wherein the uplink retransmission indicator indicates a successful transmission of the uplink data stored in the uplink retransmission memory , wherein the predicted value of the uplink retransmission indicator is predicted based on statistics of previously received uplink retransmission indices. a Radio Frequency, RF, circuitry , configured to transmit uplink data; an uplink retransmission memory configured to store the transmitted uplink data for a later retransmission; and a baseband circuitry configured to release the uplink retransmission memory based upon a predicted value of an uplink retransmission indicator before receiving the uplink retransmission indicator from a base station, wherein the uplink retransmission indicator indicates a successful transmission of the uplink data stored in the uplink retransmission memory , wherein the predicted value of the uplink retransmission indicator is predicted based on statistics of previously received uplink retransmission indices.
An apparatus comprising means for: automatically processing first recorded sensor data from a scene that is recorded by one or more sensors, the sensor data relating to an action of a user in the scene, to enable programming of one or more of: one or more presentation criterion, a physical location in the scene recorded by the one or more sensors, a composition of a message, to define an association of the message with the physical location in the scene recorded by the one or more sensors and the one or more presentation criterion, wherein satisfaction of the one or more associated presentation criterion controls presentation, at the associated physical location in the scene, of the associated message, wherein the physical location is one of a plurality of different physical locations in the scene recorded by the one or more sensors; automatically processing second recorded sensor data from the scene to recognize automatically satisfaction of the one or more associated presentation criterion; and in response to recognition of satisfaction of the one or more associated presentation criterion, entering a presentation state to enable automatic presentation of the associated message into the scene at the associated physical location. automatically processing first recorded sensor data from a scene that is recorded by one or more sensors, the sensor data relating to an action of a user in the scene, to enable programming of one or more of: one or more presentation criterion, a physical location in the scene recorded by the one or more sensors, a composition of a message, to define an association of the message with the physical location in the scene recorded by the one or more sensors and the one or more presentation criterion, wherein satisfaction of the one or more associated presentation criterion controls presentation, at the associated physical location in the scene, of the associated message, wherein the physical location is one of a plurality of different physical locations in the scene recorded by the one or more sensors; automatically processing second recorded sensor data from the scene to recognize automatically satisfaction of the one or more associated presentation criterion; and in response to recognition of satisfaction of the one or more associated presentation criterion, entering a presentation state to enable automatic presentation of the associated message into the scene at the associated physical location.
A top chime configured to be mounted to a keg ; wherein the top chime comprises a mounting portion for mounting the top chime to the keg in use, the mounting portion defining an aperture that is configured to receive a neck portion of the keg ; wherein the top chime is configured to be removable from the keg after having been mounted to the keg by pulling the top chime in an axially outward direction with respect to the keg , the top chime being provided with a mounting element that is configured to engage the mounting portion to thereby secure the top chime with respect to the keg , and characterised in that the mounting element is configured to be assembled together with the top chime by moving the mounting element in a radially inward direction with respect to a longitudinal axis of the top chime .
A method for selecting an output device for notifications, the method comprising: receiving an electronic notification via a communications network, wherein the electronic notification comprises an indication of an originator of the electronic notification; determining an output range for each electronic device in a plurality of electronic devices of a same user, wherein determining comprises determining an audio output decibel level of each electronic device or determining a notification output size of each electronic device, respectively; selecting an electronic device of the plurality of electronic devices having an output range that is the smallest of the determined output ranges, wherein selecting comprises selecting an electronic device from the plurality of electronic devices having the lowest audio output decibel level or selecting an electronic device from the plurality of electronic devices having the smallest notification output size, respectively; determining from the indication whether the originator of the electronic notification is on a stored list of originators; and in response to determining the originator is on the stored list of originators, transmitting the electronic notification to the selected electronic device for output. receiving an electronic notification via a communications network, wherein the electronic notification comprises an indication of an originator of the electronic notification; determining an output range for each electronic device in a plurality of electronic devices of a same user, wherein determining comprises determining an audio output decibel level of each electronic device or determining a notification output size of each electronic device, respectively; selecting an electronic device of the plurality of electronic devices having an output range that is the smallest of the determined output ranges, wherein selecting comprises selecting an electronic device from the plurality of electronic devices having the lowest audio output decibel level or selecting an electronic device from the plurality of electronic devices having the smallest notification output size, respectively; determining from the indication whether the originator of the electronic notification is on a stored list of originators; and in response to determining the originator is on the stored list of originators, transmitting the electronic notification to the selected electronic device for output.
A rod mechanism for a garden tool comprises a first rod pivotally connected to the main body of the garden tool and lockable at least in the in-use position or in the storage position; wherein the first rod has an actuator and a locking component; wherein the locking component is unlocked from the main body of the garden tool by triggering the actuator, and the locking component is locked up with the garden tool main body by releasing the actuator; characterised in that the rod mechanism also includes a second rod movably connected with the first rod ; wherein while the second rod moves to a preset position, the actuator may be triggered or released; wherein the main body of the garden tool has a position sensor, which is configured to generate a sensing signal when the first rod rotates to the in-use position and/or the storage position.
A developer supply container (1; C) detachably mountable to a developer replenishing apparatus , said developer supply container (1; C) comprising: a developer accommodating portion (1b; 20, 21h) for accommodating a developer; a discharge opening (1c; 21a) provided in said developer accommodating portion and adapted to permit discharging of the developer from said developer accommodating portion (1b; 20, 21h); a driving force receiving portion (3; 20a; 7, 20g) adapted to receive a driving force from said developer replenishing apparatus ; and a pump portion (2; 1h, 6, 7; 12; 20b; 21f) adapted to act on said developer accommodating portion (1b; 20, 21h) by the driving force received by said driving force receiving portion (3; 20a; 7, 20g), wherein said pump portion (2; 1h, 6, 7; 12; 20b; 21f) is adapted to alternately change an internal pressure of said developer accommodating portion (1b; 20, 21h) between a pressure lower than an ambient pressure and a pressure higher than the ambient pressure to supply the developer along with air out of said developer accommodating portion (1b; 20, 21h) through said discharge opening (1c; 21a) which has an area not more than 12.6 mm 2 . a developer accommodating portion (1b; 20, 21h) for accommodating a developer; a discharge opening (1c; 21a) provided in said developer accommodating portion and adapted to permit discharging of the developer from said developer accommodating portion (1b; 20, 21h); a driving force receiving portion (3; 20a; 7, 20g) adapted to receive a driving force from said developer replenishing apparatus ; and a pump portion (2; 1h, 6, 7; 12; 20b; 21f) adapted to act on said developer accommodating portion (1b; 20, 21h) by the driving force received by said driving force receiving portion (3; 20a; 7, 20g), wherein said pump portion (2; 1h, 6, 7; 12; 20b; 21f) is adapted to alternately change an internal pressure of said developer accommodating portion (1b; 20, 21h) between a pressure lower than an ambient pressure and a pressure higher than the ambient pressure to supply the developer along with air out of said developer accommodating portion (1b; 20, 21h) through said discharge opening (1c; 21a) which has an area not more than 12.6 mm 2 .
A method for enrolling nodes (A, B, C, D, E, F ...) into an ad hoc network associated with a multi-roomed structure, each node (A, B, C, D, E, F ...) comprising a communication hub configured to communicate with the ad hoc network using communication signals limited to a room and communication signals not limited by barriers , the method characterized by comprising: transmitting by a first node (A, B, C, D, E, F ...) in the ad hoc network a first communication signal limited to a room and a first communication signal not limited by barriers ; determining at a second node (A, B, C, D, E, F ...) in the ad hoc network whether the first communication signal limited to a room and the first communication signal not limited by barriers were received; when the first communication signal limited to a room and the first communication signal not limited by barriers were received , segmenting the first and second nodes (A, B, C, D, E, F ...) into a single room in a room list stored in memory; receiving stock keeping unit, SKU, numbers from at least one of the first and second nodes (A, B, C, D, E, F ...) in the ad hoc network ; and measuring at the second node in the ad hoc network an ambient condition. transmitting by a first node (A, B, C, D, E, F ...) in the ad hoc network a first communication signal limited to a room and a first communication signal not limited by barriers ; determining at a second node (A, B, C, D, E, F ...) in the ad hoc network whether the first communication signal limited to a room and the first communication signal not limited by barriers were received; when the first communication signal limited to a room and the first communication signal not limited by barriers were received , segmenting the first and second nodes (A, B, C, D, E, F ...) into a single room in a room list stored in memory; receiving stock keeping unit, SKU, numbers from at least one of the first and second nodes (A, B, C, D, E, F ...) in the ad hoc network ; and measuring at the second node in the ad hoc network an ambient condition.
A safety system for a production installation for air bending or bottom bending of a workpiece to be manufactured from a sheet metal by means of a bending press , comprising - a transmission device for emitting at least one light beam, - a detection device for receiving the at least one light beam, - a securing unit with one securing device for each the transmission device and the detection device for securing the transmission device and the detection device in end face regions spaced from one another of an upper press beam of the bending press , characterized in - that the securing device comprises at least one holding element , said at least one holding element being designed to be limp and elongated and comprising a first end region and a second end region distanced from one another in its longitudinal extension, - that the securing device further comprises an adjusting disk , said adjusting disk being arranged above, in particular in the vertical direction above, the transmission device or the detection device stationarily, and the adjusting disk being rotatable about a rotation axis with a horizontal orientation, - that the first end region of the at least one holding element is connected to the transmission device or the detection device , - that the at least one holding element is deflected or diverted on the adjusting disk and - that the second end region of the at least one holding element is connected to a counterweight body or to an elastic traction element held stationarily on an anchoring point. - a transmission device for emitting at least one light beam, - a detection device for receiving the at least one light beam, - a securing unit with one securing device for each the transmission device and the detection device for securing the transmission device and the detection device in end face regions spaced from one another of an upper press beam of the bending press , - that the securing device comprises at least one holding element , said at least one holding element being designed to be limp and elongated and comprising a first end region and a second end region distanced from one another in its longitudinal extension, - that the securing device further comprises an adjusting disk , said adjusting disk being arranged above, in particular in the vertical direction above, the transmission device or the detection device stationarily, and the adjusting disk being rotatable about a rotation axis with a horizontal orientation, - that the first end region of the at least one holding element is connected to the transmission device or the detection device , - that the at least one holding element is deflected or diverted on the adjusting disk and - that the second end region of the at least one holding element is connected to a counterweight body or to an elastic traction element held stationarily on an anchoring point.
A tote package comprising: a bottom portion ; a first side portion extending upwardly and inwardly from a first side of the bottom portion; a second side portion extending upwardly and inwardly from a second side of the bottom portion; wherein a top portion of the first side portion and a top portion of the second side portion are attached to form a top of the tote package; wherein a front of the first side portion and front of the second side portion are attached to form a front of the tote package; wherein a front of the bottom portion is attached to the front of the first side portion and attached to the front of the second side portion to form the front of the tote package; wherein the bottom portion has a hexagonal shape; and wherein the first side portion has a hexagonal shape and the second side portion has a hexagonal shape; said tote package being characterised in that : the front of the bottom portion , the front of the first side portion , and the front of the second side portion intersect to form a point on the front of the tote package. a bottom portion ; a first side portion extending upwardly and inwardly from a first side of the bottom portion; a second side portion extending upwardly and inwardly from a second side of the bottom portion; wherein a top portion of the first side portion and a top portion of the second side portion are attached to form a top of the tote package; wherein a front of the first side portion and front of the second side portion are attached to form a front of the tote package; wherein a front of the bottom portion is attached to the front of the first side portion and attached to the front of the second side portion to form the front of the tote package; wherein the bottom portion has a hexagonal shape; and wherein the first side portion has a hexagonal shape and the second side portion has a hexagonal shape; said tote package being characterised in that : the front of the bottom portion , the front of the first side portion , and the front of the second side portion intersect to form a point on the front of the tote package.
A method for determining time-delayed changes of temperature-dependent or stress-dependent physical quantities of a glass or a glass ceramic, which depend on the relaxation state of the glass or glass ceramic, in particular of thermal or mechanical deformations of a glass or a glass ceramic in a temperature range having an upper limit not higher than 100 K below the glass transition temperature, comprising: measuring a deformation of the glass or glass ceramic material at least twice, with different rates of change in temperature or a mechanical stress as a function of time, wherein the measurements are carried out at temperatures of not higher than 100 K below the glass transition temperature; and determining a plurality of relaxation times of the glass or glass ceramic material for a reference temperature; and determining weighting factors, which represent a weight of the relaxation times in the relaxation of the glass or the glass ceramic, wherein the relaxation times and the weighting factors are parameters of a model and determined by fitting the model to the deformation measurements; and calculating a time-delayed change of a temperature-dependent or stress-dependent physical quantity as a function of a predefined temperature change or stress change based on said relaxation times and weighting factors. measuring a deformation of the glass or glass ceramic material at least twice, with different rates of change in temperature or a mechanical stress as a function of time, wherein the measurements are carried out at temperatures of not higher than 100 K below the glass transition temperature; and determining a plurality of relaxation times of the glass or glass ceramic material for a reference temperature; and determining weighting factors, which represent a weight of the relaxation times in the relaxation of the glass or the glass ceramic, wherein the relaxation times and the weighting factors are parameters of a model and determined by fitting the model to the deformation measurements; and calculating a time-delayed change of a temperature-dependent or stress-dependent physical quantity as a function of a predefined temperature change or stress change based on said relaxation times and weighting factors.
Core for a coil in particular of a switching device , the core comprising an armature abutment section for abutting an armature in a closed condition, an armature bearing section for mounting the armature to the core and a coil section for receiving a coil , the coil section extending along a longitudinal axis (X) from the armature abutment section to the armature bearing section , wherein the coil section and at least one of the armature abutment section and the armature bearing section extend along separate planes being offset from one another perpendicular to the longitudinal axis (X), characterised in that the coil section comprises a step formed as an inclined part being inclined to the longitudinal axis (X), and connecting a part of the coil section being arranged parallel to the longitudinal axis (X) and the armature abutment section or the armature bearing section , respectively.