mhurhangee/ep-ind-claims huggingface dataset:
Headlight of a motor vehicle comprising: a light source arrangement and a plurality of first projection optics (16.1, 16.2, 16.3), of which each has a first pair that is made by a first image mask (18.1, 18.2, 18.3) and a first respective projection lens (20.1, 20.2, 20.3), which is illuminated by the light source arrangement through the one respective image mask and which has a respective first object-sided focal length, and in which the image mask of each first pair is positioned within an object-sided focal area of the first projection lens of the respective first pair and whereby one part (19.i) of the first image mask (18.i) that is illuminated by the light source arrangement features a form of at least one first portion of an overall light distribution of the headlight, and whereby the first projection lenses (20.1, 20.2, 20.3) are arranged within a first projection lens plane and are illuminated by the light source arrangement from same directions, characterized in that the first object-sided focal lengths are identical for the first projection lenses (20.1, 20.2, 20.3) and that the headlight comprises: a plurality of second projection optics (26.1, 26.2, 26.3), of which each has a second pair that is made by a second image mask (28.1, 28.2, 28.3) and a second respective projection lens (30.1, 30.2, 30.3), which is illuminated by the light source arrangement through the one respective second image mask and which has a respective second object-sided focal length, which is greater than the first focal length, and in which the image mask of each second pair is positioned within an object-sided focal area of the second projection lens of the respective second pair and whereby one part of the second image mask that is illuminated by the light source arrangement features a form of an inner, preferably central portion of the overall light distribution of the headlight, and whereby the second projection lenses (30.1, 30.2, 30.3) are arranged within a second projection lens plane and are illuminated by the light source arrangement from same directions.
A laundry sheet wherein one or more component selected from a group consisting of a builder, an enzyme, a bleaching agent and a bleach activator is comprised as a granule in a laundry film prepared using surfactants, a film-forming water-soluble polymer and water as solvent, wherein the film-forming water-soluble polymer is polyvinyl alcohol and wherein the granule is present between the polymer chain of the laundry sheet in an undissolved state. wherein the film-forming water-soluble polymer is polyvinyl alcohol and wherein the granule is present between the polymer chain of the laundry sheet in an undissolved state.
Use of at least one compound (a) which is synthesized or derived from a natural product and is selected from the group consisting of the following compounds: wherein compound (a) is separated from its naturally occurring environment if it is derived from a natural product, for substituting sodium chloride in a food product.
The use of polymers which can be obtained by means of copolymerization of N-vinylpyrrolidone with ethylenically unsaturated compounds having an amide function, and which comprise an aggregation parameter X ag, in which X ag > 1 mN/m, for increasing the primary detergency of washing or cleaning agents when washing textiles or when cleaning hard surfaces of dirt.
A method for managing code for web pages over a network (102, 110), comprising: monitoring latency of code to be injected during presentation of a web page, wherein the latency of code is based on a time from when the code is requested to when the complete code is loaded, wherein the code is associated with a state from a plurality of states that includes at least a normal state, a flagged state, and one or more suspension states, wherein, if the code is in the normal state, the monitoring is performed asynchronous to and independent of requests for the web page, and at a first frequency, and wherein, if the code is in the flagged state, the monitoring is performed asynchronous to and independent of requests for the web page, and at a second frequency different from the first frequency; updating (408, 410) the state for the code based at least in part on a latency and the current state for the code; and determining a deployability of the code using the state for the code, wherein, if the state for the code affirmatively indicates deployability, the code is deployed in subsequent requests for the web page. monitoring latency of code to be injected during presentation of a web page, wherein the latency of code is based on a time from when the code is requested to when the complete code is loaded, wherein the code is associated with a state from a plurality of states that includes at least a normal state, a flagged state, and one or more suspension states, wherein, if the code is in the normal state, the monitoring is performed asynchronous to and independent of requests for the web page, and at a first frequency, and wherein, if the code is in the flagged state, the monitoring is performed asynchronous to and independent of requests for the web page, and at a second frequency different from the first frequency; wherein, if the code is in the normal state, the monitoring is performed asynchronous to and independent of requests for the web page, and at a first frequency, and wherein, if the code is in the flagged state, the monitoring is performed asynchronous to and independent of requests for the web page, and at a second frequency different from the first frequency; updating (408, 410) the state for the code based at least in part on a latency and the current state for the code; and determining a deployability of the code using the state for the code, wherein, if the state for the code affirmatively indicates deployability, the code is deployed in subsequent requests for the web page.
An ink jet ink comprising a coloring material and a water-soluble organic solvent, wherein the coloring material comprises a compound represented by the following formula, the water-soluble organic solvent comprises ethylene urea and an alkanediol having 4 to 6 carbon atoms, and a content A (% by mass) of the coloring material, a content B (% by mass) of the ethylene urea and a content C (% by mass) of the alkanediol having 4 to 6 carbon atoms based on a total mass of the ink satisfy relationships of 0.20 ≤ B/A ≤ 10.0 and 0.10 ≤ C/A ≤ 10.0: where R 1 represents a monovalent group, R 2 represents -OR 3 or -NHR 4, wherein R 3 and R 4 each represent a hydrogen atom or a monovalent group, R 5 represents an alkyl group, an aryl group or a monovalent triazine ring group, R 6 represents a arylene group or a divalent heterocyclic group, R 7 represents a divalent linking group, and m represents O or 1.
A molten metal pump including a device for connecting a molten metal pump impeller inclusive of a shaft assembly to a motor, said shaft assembly comprising an elongated metal rod and an outer refractory sleeve, the connector device comprising: a socket adapted to connect to a drive shaft of a motor of an associated molten metal pump, the socket including a stepped cavity defining an upper cavity and a lower cavity, the upper cavity having a non-circular configuration in a cross section taken normal to a central axis of the socket configured to receive the elongated metal rod, the lower cavity being adapted to receive the outer refractory sleeve of the shaft assembly.
Card body for a chip card, comprising a module opening for accommodating a chip module with a coil, having a metallic layer with a slot which extends from an outer edge of the metallic layer to the module opening, and having a plastics layer which is applied on one side of the metallic layer, wherein the module opening comprises a blind hole made in the plastics layer and in the metallic layer, and an external region which surrounds the blind hole and which is made in the plastics layer only to the extent of a part of the height of said plastics layer, characterized in that in the metallic layer in the external region there is at least one further slot (16, 17), where at least one corner slot extends in a slot region of the external region, starting from a corner region of the blind hole, and at least one parallel slot in a slot region of the external region extends parallel to a wall of the blind hole. wherein the module opening comprises a blind hole made in the plastics layer and in the metallic layer, and an external region which surrounds the blind hole and which is made in the plastics layer only to the extent of a part of the height of said plastics layer, characterized in that in the metallic layer in the external region there is at least one further slot (16, 17), where at least one corner slot extends in a slot region of the external region, starting from a corner region of the blind hole, and at least one parallel slot in a slot region of the external region extends parallel to a wall of the blind hole.
Method for identifying a person through an electrocardiogram, ECG, waveform, said method comprising: capturing ECG signals from a sample population including the person to be identified; computing ECG fiducial points Q, R, S and T of the sample population from the captured ECG signals; computing the ECG distances consisting of ECG distances ST, RT and QT, or any three linear-combination of ECG distances of ST, RT and QT, from the computed ECG fiducial points Q, R, S and T of the sample population; training a computer classification model on the computed sample population ECG distances; capturing ECG signals of the person to be identified; computing the person's ECG fiducial points Q, R, S and T from the person's captured ECG signal; computing the ECG distances consisting of ECG distances ST, RT and QT, or the same three linear-combination distances of ST, RT and QT used when training the computer classification model, from the person's computed ECG fiducial points Q, R, S and T; using the classification model with the person's computed ECG distances to identify the person to be identified within the sample population. capturing ECG signals from a sample population including the person to be identified; computing ECG fiducial points Q, R, S and T of the sample population from the captured ECG signals; computing the ECG distances consisting of ECG distances ST, RT and QT, or any three linear-combination of ECG distances of ST, RT and QT, from the computed ECG fiducial points Q, R, S and T of the sample population; training a computer classification model on the computed sample population ECG distances; capturing ECG signals of the person to be identified; computing the person's ECG fiducial points Q, R, S and T from the person's captured ECG signal; computing the ECG distances consisting of ECG distances ST, RT and QT, or the same three linear-combination distances of ST, RT and QT used when training the computer classification model, from the person's computed ECG fiducial points Q, R, S and T; using the classification model with the person's computed ECG distances to identify the person to be identified within the sample population.
A drilling tool for drilling a hole on a workpiece, comprising a tool body and a cutting insert, wherein said tool body comprises a shaft handle and a cutting end, and defines a circumferential face extended between said shaft handle and said cutting end; wherein said tool body further has a insert pocket extended to said cutting end to secure said cutting insert at said insert pocket, wherein said circumferential face is provided with two surfaces for facilitating boring spacedly extending in a helix manner and two flutes in communication with said insert pocket, each of the said surfaces for facilitating boring extending between the two flutes; wherein said tool body further has a cooling channel extended through said shaft handle to said cutting end, characterised in that a plurality of discharging chambers are axially spacedly formed on said surface in a helical manner for facilitating boring to communicate with said cooling channel, and a plurality of fluid guiding grooves are extended from said cooling channel to said discharging chambers respectively; wherein said discharging chambers are radially formed on each said surface for facilitating boring, wherein said discharging chambers are located and orientated on each said surface for facilitating boring from said shaft handle to said cutting end in a helical manner, and wherein said flutes have the same helical angles along an axial direction of said tool body.
A distribution machine for granular distribution goods, in particular for seeds, fertilisers, or the like, consisting of at least: - a storage hopper for supplying the distribution goods, as well as a metering device downstream thereof for metering the distribution goods into an air volume flow generated by means of an air conveyor unit, whereby an air volume flow of distribution goods is generated; - a distribution tower, which has a riser pipe for receiving and conveying the air volume flow of distribution goods, wherein a distributor head connects to the riser pipe, in which distributor head a division is carried out of the one air volume flow of distribution goods into a plurality of air volume flows of distribution goods, corresponding to a number of outflows distributed around the distributor head circumference; - a plurality of sowing coulters for the placement of the distribution goods, wherein a separating device is assigned to each sowing coulter, with a seed tube leading into the separating device, wherein the distribution goods that are conveyed through the seed tube by means of the separating device are equalised or separated, as well as subsequently placed in the ground via a seed tube assigned to the sowing coulter; characterised in that a shut-off device is disposed in each instance between the outflow of the distributor head and the particular separating device, wherein the shut-off device has a track switch by means of which the air volume flow of distribution goods is guided toward the seed tube or toward a return area, wherein a position change of the track switch is carried out by means of an actuator and the driving of the separating device is carried out by means of a motor drive, wherein the actuator and the motor drive are in each instance actuated together or with a specified time offset to each other. - a storage hopper for supplying the distribution goods, as well as a metering device downstream thereof for metering the distribution goods into an air volume flow generated by means of an air conveyor unit, whereby an air volume flow of distribution goods is generated; - a distribution tower, which has a riser pipe for receiving and conveying the air volume flow of distribution goods, wherein a distributor head connects to the riser pipe, in which distributor head a division is carried out of the one air volume flow of distribution goods into a plurality of air volume flows of distribution goods, corresponding to a number of outflows distributed around the distributor head circumference; - a plurality of sowing coulters for the placement of the distribution goods, wherein a separating device is assigned to each sowing coulter, with a seed tube leading into the separating device, wherein the distribution goods that are conveyed through the seed tube by means of the separating device are equalised or separated, as well as subsequently placed in the ground via a seed tube assigned to the sowing coulter;
A method of a User Equipment, in the following also referred to as UE, comprising: being configured with a Group Configured Scheduling Radio Network Temporary Identifier, in the following also referred to as G-CS-RNTI, by a base station, wherein the G-CS-RNTI is used for Semi-Persistent Scheduling, in the following also referred to as SPS, activation associated with a configured downlink multicast resource; at least one of receiving or detecting a first multicast transmission of downlink data on the configured downlink multicast resource, wherein the first multicast transmission is associated with a Hybrid Automatic Repeat Request, in the following also referred to as HARQ, process; in response to receiving or detecting the first multicast transmission, starting a multicast HARQ Round Trip Time, in the following also referred to as RTT, timer associated with the HARQ process; and characterized by in response to receiving or detecting the first multicast transmission, determining whether to start a unicast HARQ RTT timer associated with the HARQ process based on whether the UE is configured with a Configured Scheduling Radio Network Temporary Identifier, in the following also referred to as CS-RNTI,. being configured with a Group Configured Scheduling Radio Network Temporary Identifier, in the following also referred to as G-CS-RNTI, by a base station, wherein the G-CS-RNTI is used for Semi-Persistent Scheduling, in the following also referred to as SPS, activation associated with a configured downlink multicast resource; at least one of receiving or detecting a first multicast transmission of downlink data on the configured downlink multicast resource, wherein the first multicast transmission is associated with a Hybrid Automatic Repeat Request, in the following also referred to as HARQ, process; in response to receiving or detecting the first multicast transmission, starting a multicast HARQ Round Trip Time, in the following also referred to as RTT, timer associated with the HARQ process; and characterized by in response to receiving or detecting the first multicast transmission, determining whether to start a unicast HARQ RTT timer associated with the HARQ process based on whether the UE is configured with a Configured Scheduling Radio Network Temporary Identifier, in the following also referred to as CS-RNTI,.
An exhaust duct, comprising: a flue gas duct through which a flue gas can flow, wherein the flue gas duct includes a first vertical section through which the flue gas can flow downward in a vertical direction and a horizontal section which is connected to the first vertical section; a first hopper which is provided in the flue gas duct below a connection section between the first vertical section and the horizontal section and is configured to collect solid particles in the flue gas; a low-repulsion section which is provided on an upstream side of the first hopper in a direction of flow of the flue gas on a lower wall surface section in the first vertical section and has a lower coefficient of repulsion than that of an inner wall surface of the flue gas duct; and a solid particle trapping section which is provided on the inner wall surface of the flue gas duct on downstream sides of the first hopper and the low-repulsion section in the direction of flow of the flue gas and is configured to trap solid particles in the flue gas, wherein the lower wall surface section of the first vertical section includes an inclination surface and a horizontal surface arranged in the direction of flow of the flue gas, and the low-repulsion section is provided from the inclination surface to the horizontal surface and on the horizontal surface. a flue gas duct through which a flue gas can flow, wherein the flue gas duct includes a first vertical section through which the flue gas can flow downward in a vertical direction and a horizontal section which is connected to the first vertical section; a first hopper which is provided in the flue gas duct below a connection section between the first vertical section and the horizontal section and is configured to collect solid particles in the flue gas; a low-repulsion section which is provided on an upstream side of the first hopper in a direction of flow of the flue gas on a lower wall surface section in the first vertical section and has a lower coefficient of repulsion than that of an inner wall surface of the flue gas duct; and a solid particle trapping section which is provided on the inner wall surface of the flue gas duct on downstream sides of the first hopper and the low-repulsion section in the direction of flow of the flue gas and is configured to trap solid particles in the flue gas, wherein the lower wall surface section of the first vertical section includes an inclination surface and a horizontal surface arranged in the direction of flow of the flue gas, and the low-repulsion section is provided from the inclination surface to the horizontal surface and on the horizontal surface.
A pattern for casting a blade having an airfoil and a root, the pattern comprising: a pattern material having an airfoil portion with a pressure side and a suction side; a root portion; and a casting core combination at least partially embedded in the pattern material and comprising: a metallic casting core (162, 164) having opposite first and second faces; and at least one additional casting core, the metallic casting core (162, 164) and at least one additional casting core extending spanwise into the airfoil of the pattern material, wherein: at least in a portion of the pattern material outside the airfoil of the pattern material, an edge portion (184, 186) of the metallic casting core (162, 164) is recessed relative to the cross-section of an adjacent portion of the at least one additional casting core; characterised in that said metallic casting core (162, 164) and said at least one additional casting core are separated from each other across the thickness of the airfoil portion of the pattern material and extend beyond an inboard end of the pattern material such that they create separate inlets of associated feed passageways along an inboard surface of the blade root, wherein the thickness is defined from the pressure side to the suction side of the airfoil portion. a pattern material having an airfoil portion with a pressure side and a suction side; a root portion; and a casting core combination at least partially embedded in the pattern material and comprising: a metallic casting core (162, 164) having opposite first and second faces; and at least one additional casting core, the metallic casting core (162, 164) and at least one additional casting core extending spanwise into the airfoil of the pattern material, wherein: at least in a portion of the pattern material outside the airfoil of the pattern material, an edge portion (184, 186) of the metallic casting core (162, 164) is recessed relative to the cross-section of an adjacent portion of the at least one additional casting core; a metallic casting core (162, 164) having opposite first and second faces; and at least one additional casting core, the metallic casting core (162, 164) and at least one additional casting core extending spanwise into the airfoil of the pattern material, wherein: at least in a portion of the pattern material outside the airfoil of the pattern material, an edge portion (184, 186) of the metallic casting core (162, 164) is recessed relative to the cross-section of an adjacent portion of the at least one additional casting core; at least in a portion of the pattern material outside the airfoil of the pattern material, an edge portion (184, 186) of the metallic casting core (162, 164) is recessed relative to the cross-section of an adjacent portion of the at least one additional casting core;
A device for illuminating plants, in particular a lawn area, comprising: - a plurality of light sources, and - a support for supporting the light sources, which is designed as a flexible fabric, wherein the light sources are predefined at the support, and the support further comprises a means which is designed for carrying and discharging water for watering the plants, in particular the lawn area, wherein in particular the means is connected or connectable to a water source (Q'), characterized in that the means is further designed to carry and discharge CO 2, preferably in the form of a flexible line, which is fixed to the support and has one or more outlets for discharging CO 2. - a plurality of light sources, and - a support for supporting the light sources,