mhurhangee/ep-ind-claims huggingface dataset:
Cleaning device for cleaning a viewing window, in particular the viewing window of a vehicle, wherein the cleaning device comprises - a carrier screen, - the optically transparent screen attached to the carrier screen, - a hydrophobic and dirt-repellent, optically transparent coating which is applied to an outer side of the screen, - at least one vibration element, wherein the at least one vibration element can be activated by a control unit and the vibration element is set up to vibrate the carrier screen and to shake off impurities from the viewing screen, and - an optically transparent anti-fogging device, which is arranged on an inner side of the viewing window and is designed to ensure that the inner side of the viewing window remains free of condensate precipitation, characterized in that the at least one vibrating element is coupled to the carrier screen and is integrated in the carrier screen. wherein the cleaning device comprises - a carrier screen, - the optically transparent screen attached to the carrier screen, - a hydrophobic and dirt-repellent, optically transparent coating which is applied to an outer side of the screen, - at least one vibration element, wherein the at least one vibration element can be activated by a control unit and the vibration element is set up to vibrate the carrier screen and to shake off impurities from the viewing screen, and - an optically transparent anti-fogging device, which is arranged on an inner side of the viewing window and is designed to ensure that the inner side of the viewing window remains free of condensate precipitation, - a carrier screen, - the optically transparent screen attached to the carrier screen, - a hydrophobic and dirt-repellent, optically transparent coating which is applied to an outer side of the screen, - at least one vibration element, wherein the at least one vibration element can be activated by a control unit and the vibration element is set up to vibrate the carrier screen and to shake off impurities from the viewing screen, and - an optically transparent anti-fogging device, which is arranged on an inner side of the viewing window and is designed to ensure that the inner side of the viewing window remains free of condensate precipitation, characterized in that the at least one vibrating element is coupled to the carrier screen and is integrated in the carrier screen.
A method for evaluating Quality of Experience, QoE, of communication service users, comprising: Extracting user application preference information from user behaviour basic data, creating a Customer Experience Indicator, CEI, group of a service to be evaluated according to the user application preference information, wherein the CEI group comprises: a Subordinate Quality of Experience, Sub-QoE, indicator and an Integrated Quality of Experience, In-QoE, indicator; Receiving an actual Sub-QoE indicator value, an actual In-QoE indicator value and an actual Key Quantity Indicator, KQI, value of the service to be evaluated in an area to be evaluated aiming at a single user, and constructing a quantitative relation model between a KQI and a CEI by using the Sub-QoE indicator value, the In-QoE indicator value and the KQI value; and Substituting the statistical KQI value in the area to be evaluated aiming at the service to be evaluated into the quantitative relation model between the KQI and the CEI, and taking a calculated Sub-QoE value and a calculated In-QoE value as a QoE evaluation result. Extracting user application preference information from user behaviour basic data, creating a Customer Experience Indicator, CEI, group of a service to be evaluated according to the user application preference information, wherein the CEI group comprises: a Subordinate Quality of Experience, Sub-QoE, indicator and an Integrated Quality of Experience, In-QoE, indicator; Receiving an actual Sub-QoE indicator value, an actual In-QoE indicator value and an actual Key Quantity Indicator, KQI, value of the service to be evaluated in an area to be evaluated aiming at a single user, and constructing a quantitative relation model between a KQI and a CEI by using the Sub-QoE indicator value, the In-QoE indicator value and the KQI value; and Substituting the statistical KQI value in the area to be evaluated aiming at the service to be evaluated into the quantitative relation model between the KQI and the CEI, and taking a calculated Sub-QoE value and a calculated In-QoE value as a QoE evaluation result.
Method for manufacturing a hob, in which in a joining process at least one function or design element (5, 7, 9) is glued to a hob plate by means of a first, heat-resistant adhesive, wherein in addition to the first adhesive a second adhesive is used, which sets more quickly than the first adhesive, and the second fast-setting adhesive positionally secures the function or design element (5, 7, 9) in its mounting position at least during a setting phase of the first adhesive, characterised in that in a first work step both the first and the second adhesive (11, 13) are applied to at least one of the contact surfaces of the function or design element (5, 7, 9) and of the hob plate, and in a second work step the contact surfaces are pressed so as to lie against one another.
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising a knitted component formed of unitary knit construction that includes at least one gore region located in a heel region of the article of footwear and extending vertically through a majority of a distance between the sole structure and an ankle opening of the upper, the knitted component further includes a plurality of second gore regions; characterized in that at least one of the plurality of second gore regions is located on one of a medial side and a lateral side of the at least one gore region, and another of the plurality of second gore regions is located on the other of the medial side and the lateral side of the at least one gore region.
Method for the preparation of a vegetable protein hydrolysate consisting of the following steps: a- preparing an aqueous suspension of vegetable proteins at a concentration between 2 and 50% (weight/weight); b- optionally, homogenising the aqueous suspension of vegetable proteins prepared in step a; c- enzymatic hydrolysation of the aqueous suspension of vegetable proteins coming from the preceding step(s); d- centrifugal separation carried out at a pH 1 between 6 and 9 and at a temperature between 15 and 85°C; e- nanofiltration at a cut-off threshold between 150 and 250Da of the supernatant obtained in step d, adjusted beforehand to a pH 2 between 5 and 7; a step chosen from the following step f and step g: f- diafiltration of the product coming from step e with the nanofiltration membrane at a pH 3 between 5 and 7; and g- electrodialysing the retentate obtained in step e; h- optionally, additional concentration and/or pasteurisation and/or drying of the solution obtained; said method is such that it optionally comprises a step of treatment of the retentate on an ion-exchanging cationic resin implemented immediately after step e whether this step e is followed by step f or by step g. a- preparing an aqueous suspension of vegetable proteins at a concentration between 2 and 50% (weight/weight); b- optionally, homogenising the aqueous suspension of vegetable proteins prepared in step a; c- enzymatic hydrolysation of the aqueous suspension of vegetable proteins coming from the preceding step(s); d- centrifugal separation carried out at a pH 1 between 6 and 9 and at a temperature between 15 and 85°C; e- nanofiltration at a cut-off threshold between 150 and 250Da of the supernatant obtained in step d, adjusted beforehand to a pH 2 between 5 and 7; f- diafiltration of the product coming from step e with the nanofiltration membrane at a pH 3 between 5 and 7; and g- electrodialysing the retentate obtained in step e; h- optionally, additional concentration and/or pasteurisation and/or drying of the solution obtained; said method is such that it optionally comprises a step of treatment of the retentate on an ion-exchanging cationic resin implemented immediately after step e whether this step e is followed by step f or by step g.
A method of decoding an encoded audio bitstream and generating frequency bandwidth extension at a decoder, the method comprising: decoding the audio bitstream to produce a decoded low band audio signal and generate a low band excitation spectrum corresponding to a low frequency band; selecting a sub-band area from within the low frequency band using a parameter which indicates energy information of a spectral envelope of the decoded low band audio signal, wherein the sub-band area location corresponds to the highest spectral peak location; generating a high band excitation spectrum for a high frequency band by copying a sub-band excitation spectrum from the selected sub-band area to a high sub-band area corresponding to the high frequency band; using the generated high band excitation spectrum to generate an extended high band audio signal by applying a high band spectral envelope; and adding the extended high band audio signal to the decoded low band audio signal to generate an audio output signal having an extended frequency bandwidth; wherein applying the high band spectral envelope comprises filtering the high band excitation spectrum using a high band filter representing a high band spectral envelope to obtain the extended high band audio signal. decoding the audio bitstream to produce a decoded low band audio signal and generate a low band excitation spectrum corresponding to a low frequency band; selecting a sub-band area from within the low frequency band using a parameter which indicates energy information of a spectral envelope of the decoded low band audio signal, wherein the sub-band area location corresponds to the highest spectral peak location; generating a high band excitation spectrum for a high frequency band by copying a sub-band excitation spectrum from the selected sub-band area to a high sub-band area corresponding to the high frequency band; using the generated high band excitation spectrum to generate an extended high band audio signal by applying a high band spectral envelope; and adding the extended high band audio signal to the decoded low band audio signal to generate an audio output signal having an extended frequency bandwidth; wherein applying the high band spectral envelope comprises filtering the high band excitation spectrum using a high band filter representing a high band spectral envelope to obtain the extended high band audio signal.
A system comprising: a display operable by one or more processors; a position sensor configured to sense position of an object in a three-dimensional space; a haptic generator configured to produce one or more haptic actions; and a memory storing instructions that, upon execution by the one or more processors, cause the one or more processors to perform operations comprising: generating a display element and associated information regarding a space, on the display, occupied by the display element; rendering, on the display, the display element; selecting from among the one or more haptic actions that the haptic generator is configured to produce, a first haptic action based, at least in part, on the position of the object relative to the space occupied by the display element; and prompting the haptic generator to produce the first haptic action; wherein the information regarding a space occupied by the display element further includes information regarding a virtual hardness of the display element, and the operations further comprise: producing the first haptic action based, at least in part, on the virtual hardness of the display element. a display operable by one or more processors; a position sensor configured to sense position of an object in a three-dimensional space; a haptic generator configured to produce one or more haptic actions; and a memory storing instructions that, upon execution by the one or more processors, cause the one or more processors to perform operations comprising: generating a display element and associated information regarding a space, on the display, occupied by the display element; rendering, on the display, the display element; selecting from among the one or more haptic actions that the haptic generator is configured to produce, a first haptic action based, at least in part, on the position of the object relative to the space occupied by the display element; and prompting the haptic generator to produce the first haptic action; wherein the information regarding a space occupied by the display element further includes information regarding a virtual hardness of the display element, and the operations further comprise: producing the first haptic action based, at least in part, on the virtual hardness of the display element. generating a display element and associated information regarding a space, on the display, occupied by the display element; rendering, on the display, the display element; selecting from among the one or more haptic actions that the haptic generator is configured to produce, a first haptic action based, at least in part, on the position of the object relative to the space occupied by the display element; and prompting the haptic generator to produce the first haptic action; wherein the information regarding a space occupied by the display element further includes information regarding a virtual hardness of the display element, and the operations further comprise: producing the first haptic action based, at least in part, on the virtual hardness of the display element.
An auger attachment system for an extendable boom having a first stage, and a second stage, the auger attachment system comprising: a fixed mounting configured to couple to an auger, the fixed mounting configured to couple to the second stage of the extendable boom; and an extendable mounting comprising a fixed block, a linear actuator and a sled, wherein the sled is configured to couple to the auger and the fixed block is configured to couple to the first stage of the extendable boom; wherein the linear actuator is configured to extend and retract the extendable mounting to transfer the auger from the extendable mounting to the fixed mounting, wherein the first stage is a fixed stage, and the second stage is a movable stage, and wherein the linear actuator moves the sled relative to both the movable stage and the fixed stage. a fixed mounting configured to couple to an auger, the fixed mounting configured to couple to the second stage of the extendable boom; and an extendable mounting comprising a fixed block, a linear actuator and a sled, wherein the sled is configured to couple to the auger and the fixed block is configured to couple to the first stage of the extendable boom; wherein the linear actuator is configured to extend and retract the extendable mounting to transfer the auger from the extendable mounting to the fixed mounting, wherein the first stage is a fixed stage, and the second stage is a movable stage, and wherein the linear actuator moves the sled relative to both the movable stage and the fixed stage.
A method for restoring a structure resting on a collapsing ground, with the subgrade being reinforced, with the structure having at least one crack resulting from the collapsing of the ground, wherein a reinforcing substance is injected into the subgrade of the structure at said crack into a main bore hole, with the method being characterized in that it further comprises, simultaneously with the injection, the acquisition of a curve indicative of the moving closer together of the edges (24, 26) of the crack, with the injection being stopped as soon as a sudden decrease in the absolute value of the slope is detected on the curve.
Pliers head for crimping pliers with a) at least two dies (37a, 37b) for crimping a connector and b) a locator with at least one accommodation for a connector, wherein ba) by the locator it is possible to hold a connector located in an accommodation in a predetermined position and/or orientation relative to the die and bb) the locator can be moved relatively to the die and c) the locator comprises a first accommodation (5; 5a) where the widths of the first accommodation (5; 5a) is at least as large as the distance between a first die and an adjacent second die, d) where a first operating position of the locator is provided in which the first accommodation of the locator is in a predetermined position and/or orientation behind the first die, e) a second operating position of the locator is provided in which ea) the first accommodation of the locator or eb) a second accommodation of the locateor is in a predetermined position and/or orientation behind the second die, characterized by f) the locator being pivotable or displaceable along a translatory degree of freedom between the first and second operating position (14; 15). a) at least two dies (37a, 37b) for crimping a connector and b) a locator with at least one accommodation for a connector, wherein ba) by the locator it is possible to hold a connector located in an accommodation in a predetermined position and/or orientation relative to the die and bb) the locator can be moved relatively to the die and ba) by the locator it is possible to hold a connector located in an accommodation in a predetermined position and/or orientation relative to the die and bb) the locator can be moved relatively to the die and c) the locator comprises a first accommodation (5; 5a) where the widths of the first accommodation (5; 5a) is at least as large as the distance between a first die and an adjacent second die, d) where a first operating position of the locator is provided in which the first accommodation of the locator is in a predetermined position and/or orientation behind the first die, e) a second operating position of the locator is provided in which ea) the first accommodation of the locator or eb) a second accommodation of the locateor is in a predetermined position and/or orientation behind the second die, characterized by ea) the first accommodation of the locator or eb) a second accommodation of the locateor f) the locator being pivotable or displaceable along a translatory degree of freedom between the first and second operating position (14; 15).
A sewer cleaning vehicle and/or street cleaning vehicle comprising at least one barrel shaped dirt removal container for receiving and transporting mineral dirt residues accumulating during sewer and/or street cleaning, further comprising a removal device for clearing out the dirt removal container, said removal device comprising at least one conveying worm provided within the dirt removal container, which extends in a longitudinal direction of the dirt removal container and is rotatably drivable, by which a subsequently arranged discharge worm arrangement is suppliable which is associated with an outlet for the bulk material leading to the outside, characterized in that the at least one conveying worm of the removal device is attached to a carrier which is swivel mounted on an axis extending in a longitudinal direction of the container, such carrier being swivellable by means of an associated swivel drive, with the conveying worm being sideways deflectable relative to a centre position associated with the container bottom on both sides along the container wall, and that the discharge worm arrangement (16a, b) is arranged transversely to the conveying worm extending in a longitudinal direction of the container.
Dressing arrangement for treating a wound of a human or animal body by means of negative pressure, having - an absorption body for absorbing wound secretion, wherein the absorption body is designed for insertion into a cavity of the wound, - a separation element which is arranged between the wound and the absorption body, wherein the separation element comprises a fabric, - a cover element which is designed for substantially airtight covering of the wound with the absorption body, and - a connection means which is arranged on the cover element for connection of a negative pressure source, - the separation element is designed larger than the wound to be treated, wherein a protruding edge section is formed, and - the edge section is arranged on a skin region on the edge of the wound, characterized in that - the fabric is formed of monofilament threads with a smooth surface which have a thread diameter ranging between 10 and 100 μm, - in that the separation element is of biocompatible and anti-adhesive design and - in that the fabric is provided with a mesh width ranging from 40 to 500 μm. - an absorption body for absorbing wound secretion, wherein the absorption body is designed for insertion into a cavity of the wound, - a separation element which is arranged between the wound and the absorption body, wherein the separation element comprises a fabric, - a cover element which is designed for substantially airtight covering of the wound with the absorption body, and - a connection means which is arranged on the cover element for connection of a negative pressure source, - the separation element is designed larger than the wound to be treated, wherein a protruding edge section is formed, and - the edge section is arranged on a skin region on the edge of the wound, - the fabric is formed of monofilament threads with a smooth surface which have a thread diameter ranging between 10 and 100 μm, - in that the separation element is of biocompatible and anti-adhesive design and - in that the fabric is provided with a mesh width ranging from 40 to 500 μm.
A method of transmitting, by a base station, control information in a subframe comprising a control region and a data region in a time domain, the method comprising: transmitting first control information for a first user equipment on the control region of the subframe through a physical downlink control channel configured within the control region of the subframe; transmitting second control information for a second user equipment in the subframe; and transmitting data to the first user equipment on the data region of the subframe based on the first control information and transmitting data to the second user equipment on the data region of the subframe based on the second control information, characterized in that: the second control information is transmitted through a physical downlink control channel configured within the data region of the subframe, and a demodulation reference signal used for demodulation of the physical downlink control channel configured within the data region is transmitted on the data region of the subframe. transmitting first control information for a first user equipment on the control region of the subframe through a physical downlink control channel configured within the control region of the subframe; transmitting second control information for a second user equipment in the subframe; and transmitting data to the first user equipment on the data region of the subframe based on the first control information and transmitting data to the second user equipment on the data region of the subframe based on the second control information, the second control information is transmitted through a physical downlink control channel configured within the data region of the subframe, and a demodulation reference signal used for demodulation of the physical downlink control channel configured within the data region is transmitted on the data region of the subframe.