mhurhangee/ep-ind-claims huggingface dataset:
A method for sanitizing containers or objects, said method being implemented by a sanitizing machine having a supporting frame which is divided into two chambers or compartments (A, B) provided on a front side of the machine, wherein a first compartment houses an air compressor, a ozone generator and at least one tank containing a sanitizing liquid, said first compartment houses a retractable sliding door which is configured, respectively, to close and seal a second compartment when the machine is on and to open said second compartment when the machine is in stand-by, and a front portion of the machine, which is provided above said first compartment, includes a coin acceptor with activation and/or command buttons coupled with electrical devices of said first compartment for controlling and choosing a sanitizing cycle of the machine and a display device for displaying waiting times and other relevant instructions for use of the machine, wherein said method includes the following steps: - inserting a container or object within said second compartment when said second compartment is open and the machine is in stand-by; - inserting a coin inside said coin acceptor; - choosing a working cycle of the machine among a working ozone cycle, a working sanitizing liquid cycle and a working combined cycle; - activating a starting button of the machine which causes an automatic closing of said sliding door, said sliding door being always closed during said working cycle of the machine and said sliding door being automatically reopened at the end of said working cycle so as to withdraw said container or object from said first compartment. - inserting a container or object within said second compartment when said second compartment is open and the machine is in stand-by; - inserting a coin inside said coin acceptor; - choosing a working cycle of the machine among a working ozone cycle, a working sanitizing liquid cycle and a working combined cycle; - activating a starting button of the machine which causes an automatic closing of said sliding door, said sliding door being always closed during said working cycle of the machine and said sliding door being automatically reopened at the end of said working cycle so as to withdraw said container or object from said first compartment.
Wall coverings containing transparent or translucent wall elements that can be backlit, and a holding device having at least one supporting element which can be fixed on site, and holding elements which spatially allocate wall elements and supporting element and fix them to one another, at least two spaced-apart holding elements per wall element being fixed to the wall element in the region of the rear side of the wall element on the supporting element side in such a way that the holding elements are aligned identically and project at an angle (α) from the rear side of the wall element and can be releasably fixed to the supporting element by their ends projecting from the rear side of the wall element, whereby the supporting element is formed from bars or other longitudinally oriented elements crossing each other vertically in a grid-like manner, whereby the supporting element has regularly arranged horizontal sections on which the holding elements can be suspended in a claw-like manner, whereby the holding elements projecting from the rear side of the wall element are longitudinally extended, preferably pin-shaped, and can be inserted into bore-like recesses in the region of the rear side of the wall element on the support element side and are then held securely in the bore-like recesses.
A cleaning composition comprising: (a) from 1 % to 60% by weight of the composition of a blend of dibasic esters comprising (i) a dialkyl methylglutarate and (ii) at least one of a dialkyl adipate or a dialkyl ethylsuccinate; (b) from 1 % to 35% by weight of the composition of an alcohol ethoxylate; and (c) from 0.1 % to 12% by weight of the composition of a terpene, terpene EO/PO, pinene, d-limonene, dipentene, oc-pinene, and any combination thereof; wherein the cleaning composition is used for an industrial or a consumer application selected from the group consisting of a graffiti cleaner, a painted-substrate cleaner, an ink cleaner, a metal substrate cleaner, a plastic substrate cleaner, a stain-spot cleaner, a hand cleaner, a resin cleaner, a tar resin cleaner, a textile cleaner, a paint stripper and any combination thereof. (a) from 1 % to 60% by weight of the composition of a blend of dibasic esters comprising (i) a dialkyl methylglutarate and (ii) at least one of a dialkyl adipate or a dialkyl ethylsuccinate; (b) from 1 % to 35% by weight of the composition of an alcohol ethoxylate; and (c) from 0.1 % to 12% by weight of the composition of a terpene, terpene EO/PO, pinene, d-limonene, dipentene, oc-pinene, and any combination thereof;
A data offload method, comprising: receiving at a user equipment offload configuration signaling sent by a base station, which indicates to perform wireless network offload configuration, and performing, by the user equipment, the offload configuration according to the offload configuration signaling; and offloading, by the user equipment, data according to the offload configuration; characterised in that the offloading, by the user equipment, data according to the offload configuration comprises: receiving at the user equipment an adapted layer protocol data unit, AL PDU, wherein the AL PDU carries an AL PDU feature; and de-multiplexing the AL PDU, and transmitting the de-multiplexed data to a corresponding service access point. receiving at a user equipment offload configuration signaling sent by a base station, which indicates to perform wireless network offload configuration, and performing, by the user equipment, the offload configuration according to the offload configuration signaling; and offloading, by the user equipment, data according to the offload configuration; characterised in that the offloading, by the user equipment, data according to the offload configuration comprises: receiving at the user equipment an adapted layer protocol data unit, AL PDU, wherein the AL PDU carries an AL PDU feature; and de-multiplexing the AL PDU, and transmitting the de-multiplexed data to a corresponding service access point. receiving at the user equipment an adapted layer protocol data unit, AL PDU, wherein the AL PDU carries an AL PDU feature; and de-multiplexing the AL PDU, and transmitting the de-multiplexed data to a corresponding service access point.
Exhaust flap arrangement for an exhaust gas system of a motor vehicle, wherein the exhaust flap arrangement has an exhaust channel in the form of an exhaust pipe, in which a bypass channel in the form of a bypass pipe is arranged internally and concentrically, wherein the bypass pipe is closable by a rotatable bypass flap, characterised in that the exhaust pipe is closable by a rotatable exhaust gas flap, wherein the exhaust flap has a recess in which the bypass pipe is arranged, wherein the bypass flap and the exhaust gas flap are mounted to rotate on the same shaft about a rotation axis.
A pharmaceutical pack for use in a method for treating a metastatic, HER-2-positive breast cancer in a patient in need thereof, said pharmaceutical pack comprising: a unit dose of a first compound selected from -N-{4-[3-chloro-4-(2-pyridinylmethoxy)anilino]-3-cyano-7-ethoxy-6-quinolinyl}-4-(dimethylamino)-2-butenamide, or pharmaceutically acceptable salt thereof; and a unit dose of a second compound selected from vinorelbine or a pharmaceutically acceptable salt thereof. a unit dose of a first compound selected from -N-{4-[3-chloro-4-(2-pyridinylmethoxy)anilino]-3-cyano-7-ethoxy-6-quinolinyl}-4-(dimethylamino)-2-butenamide, or pharmaceutically acceptable salt thereof; and a unit dose of a second compound selected from vinorelbine or a pharmaceutically acceptable salt thereof.
A stud pin configured to fit into a stud pin installation hole on a tread portion of a pneumatic tire, the stud pin comprising: a buried base portion extending in an X-direction, which is aligned with the central axis of the stud pin, the buried base portion being configured to secure the stud pin in the tread portion by being pressed by a side surface of the stud pin installation hole upon the stud pin being embedded in the stud pin installation hole; and a tip portion connected to an end portion of the buried base portion in the X-direction, the tip portion being configured to protrude past the tread portion and being configured to come into contact with a road surface upon the buried base portion being embedded in the stud pin installation hole; the tip portion comprising a tip end surface perpendicular to the X-direction; and a connection portion of the tip portion with the buried base portion having a cross-sectional area in a plane orthogonal to the X-direction greater than an area of the tip end surface, wherein the tip end surface is a quadrangular shape, a cross section of the connection portion of the tip portion with the buried base portion in the plane orthogonal to the X-direction is cross shaped; and further comprising four inclined side surfaces extending from four sides of the tip end surface to four end portions of the cross shape. a buried base portion extending in an X-direction, which is aligned with the central axis of the stud pin, the buried base portion being configured to secure the stud pin in the tread portion by being pressed by a side surface of the stud pin installation hole upon the stud pin being embedded in the stud pin installation hole; and a tip portion connected to an end portion of the buried base portion in the X-direction, the tip portion being configured to protrude past the tread portion and being configured to come into contact with a road surface upon the buried base portion being embedded in the stud pin installation hole;
A lens moving apparatus comprising: a housing; a bobbin disposed in the housing; a first coil disposed on the bobbin; a magnet disposed on the housing; an upper spring (150-1; 150-2; 150-3; 150-4) coupled both to an upper portion of the bobbin and to an upper portion of the housing; a circuit board disposed under the housing; a support member conductively connecting the upper spring (150-1; 150-2; 150-3; 150-4) to the circuit board; and wherein the upper spring (150-1; 150-2; 150-3; 150-4) comprises: an outer portion coupled to the housing; a first coupling portion comprising a coupling region coupled to the support member; and a first connecting portion connecting the outer portion to the first coupling portion, wherein the first coupling portion further comprises a first extension, which extends toward the outer portion from the coupling region, characterized in that a damping member (91; 92) is disposed on the upper spring (150-1; 150-2; 150-3; 150-4), and that the first extension is spaced apart from the outer portion, and the damping member (91; 92) connects the first extension to the outer portion, that the damping member (91; 92) is spaced apart from the coupling region, and the coupling region is positioned closer to the first extension portion than the damping member (91;92). a housing; a bobbin disposed in the housing; a first coil disposed on the bobbin; a magnet disposed on the housing; an upper spring (150-1; 150-2; 150-3; 150-4) coupled both to an upper portion of the bobbin and to an upper portion of the housing; a circuit board disposed under the housing; a support member conductively connecting the upper spring (150-1; 150-2; 150-3; 150-4) to the circuit board; and wherein the upper spring (150-1; 150-2; 150-3; 150-4) comprises: an outer portion coupled to the housing; a first coupling portion comprising a coupling region coupled to the support member; and a first connecting portion connecting the outer portion to the first coupling portion, wherein the first coupling portion further comprises a first extension, which extends toward the outer portion from the coupling region, an outer portion coupled to the housing; a first coupling portion comprising a coupling region coupled to the support member; and a first connecting portion connecting the outer portion to the first coupling portion, wherein the first coupling portion further comprises a first extension, which extends toward the outer portion from the coupling region, characterized in that a damping member (91; 92) is disposed on the upper spring (150-1; 150-2; 150-3; 150-4), and that the first extension is spaced apart from the outer portion, and the damping member (91; 92) connects the first extension to the outer portion, that the damping member (91; 92) is spaced apart from the coupling region, and the coupling region is positioned closer to the first extension portion than the damping member (91;92).
A laundry treating apparatus comprising: a cabinet having an opening in a front direction; a door rotatably provided in front of the opening to open or close the opening; an inner case provided in the cabinet to form an accommodating space in which laundry is accommodated; a hot-air supply unit provided at a lower portion of the inner case with a heat pump to supply hot air to the accommodating space; an accommodating body provided at a lower portion of the inner case, and configured to accommodate the heat pump, wherein the accommodating body includes a communication inlet provided on an upper surface communicated with a communication hole provided on a lower surface of the inner case to supply the air to the heat pump or discharge the hot-air supplied from the heat pump to the accommodating space; a space formed by the inner case, the hot-air supply unit and the cabinet; a foaming agent filled and hardened in the space for improving strength of the inner case and the cabinet and insulation of the space; and a communication duct provided in a portion of the space between the inner case and the accommodating body, and configured to communicate with the inner case and the accommodating body and prevent the foaming agent from leaking into an inside of the communication duct, wherein the inner case is formed of a styrene resin that maintains adhesion to the foaming agent injected into the cabinet. a cabinet having an opening in a front direction; a door rotatably provided in front of the opening to open or close the opening; an inner case provided in the cabinet to form an accommodating space in which laundry is accommodated; a hot-air supply unit provided at a lower portion of the inner case with a heat pump to supply hot air to the accommodating space; an accommodating body provided at a lower portion of the inner case, and configured to accommodate the heat pump, wherein the accommodating body includes a communication inlet provided on an upper surface communicated with a communication hole provided on a lower surface of the inner case to supply the air to the heat pump or discharge the hot-air supplied from the heat pump to the accommodating space; a space formed by the inner case, the hot-air supply unit and the cabinet; a foaming agent filled and hardened in the space for improving strength of the inner case and the cabinet and insulation of the space; and a communication duct provided in a portion of the space between the inner case and the accommodating body, and configured to communicate with the inner case and the accommodating body and prevent the foaming agent from leaking into an inside of the communication duct, wherein the inner case is formed of a styrene resin that maintains adhesion to the foaming agent injected into the cabinet.
A non-aqueous electrolyte secondary battery comprising: a negative electrode including a negative electrode current collector and a negative electrode active material layer disposed on the negative electrode current collector; characterized in that the negative electrode active material layer includes graphite particles A and graphite particles B each as a negative electrode active material, the graphite particles A have a porosity due to closed pores of 5% or less and the graphite particles B have a porosity due to closed pores of 8% to 20%, measured according to the description, and more graphite particles A are included in a half region on an outer surface side than in a half region on a negative electrode current collector side in the case of bisection of the negative electrode active material layer in a thickness direction. a negative electrode including a negative electrode current collector and a negative electrode active material layer disposed on the negative electrode current collector; characterized in that the negative electrode active material layer includes graphite particles A and graphite particles B each as a negative electrode active material, the graphite particles A have a porosity due to closed pores of 5% or less and the graphite particles B have a porosity due to closed pores of 8% to 20%, measured according to the description, and more graphite particles A are included in a half region on an outer surface side than in a half region on a negative electrode current collector side in the case of bisection of the negative electrode active material layer in a thickness direction.
A method for prioritizing a user equipment, UE, in an uplink scheduler of a wireless communication network, comprising: associating logical channel group, LCG, information with the UE, the LCG information comprising: a first LCG corresponding to a first set of one or more logical channels, LCs, the first LCG having a first priority value and a first buffer size value; and a second LCG (SR-LCG) having a second priority value and a second buffer size value, characterized in that the second LCG is a dedicated scheduling resource LCG, which is not mapped to any LCs by the UE; receiving a scheduling request, SR, from the UE; setting the second buffer size value to a non-zero value as a result of receiving the SR; and after setting the second buffer size value to the non-zero value, prioritizing the UE using the LCG information associated with the UE. associating logical channel group, LCG, information with the UE, the LCG information comprising: a first LCG corresponding to a first set of one or more logical channels, LCs, the first LCG having a first priority value and a first buffer size value; and a second LCG (SR-LCG) having a second priority value and a second buffer size value, characterized in that the second LCG is a dedicated scheduling resource LCG, which is not mapped to any LCs by the UE; a first LCG corresponding to a first set of one or more logical channels, LCs, the first LCG having a first priority value and a first buffer size value; and a second LCG (SR-LCG) having a second priority value and a second buffer size value, characterized in that the second LCG is a dedicated scheduling resource LCG, which is not mapped to any LCs by the UE; receiving a scheduling request, SR, from the UE; setting the second buffer size value to a non-zero value as a result of receiving the SR; and after setting the second buffer size value to the non-zero value, prioritizing the UE using the LCG information associated with the UE.
A video encoding method to reshape chroma components of a high dynamic range image, the method comprising: receiving an input high dynamic range image comprising pixels, wherein each pixel is coded in the IC T C P color format and comprises a luma component, a first chroma component C T and a second chroma component Cp; and for a pixel in the input high dynamic range image: generating a first scaler as a function of the luma component of the pixel, by applying, to the luma component of the pixel, a function that generates values of the first scaler which are larger for a mid-range of luma values than for other luma values; generating the colour saturation of the pixel as a function of the first and second chroma components according to the function Sat = C T 2 + C P 2, generating a second scaler as a piecewise, monotonically decreasing function of the colour saturation of the pixel; and generating, as first and second reshaped chroma components for the pixel, i) the multiplicative product of the first chroma component, the first scaler and the second scaler and ii) the multiplicative product of the second chroma component, the first scaler and the second scaler. receiving an input high dynamic range image comprising pixels, wherein each pixel is coded in the IC T C P color format and comprises a luma component, a first chroma component C T and a second chroma component Cp; and for a pixel in the input high dynamic range image: generating a first scaler as a function of the luma component of the pixel, by applying, to the luma component of the pixel, a function that generates values of the first scaler which are larger for a mid-range of luma values than for other luma values; generating the colour saturation of the pixel as a function of the first and second chroma components according to the function Sat = C T 2 + C P 2, generating a second scaler as a piecewise, monotonically decreasing function of the colour saturation of the pixel; and generating, as first and second reshaped chroma components for the pixel, i) the multiplicative product of the first chroma component, the first scaler and the second scaler and ii) the multiplicative product of the second chroma component, the first scaler and the second scaler. generating a first scaler as a function of the luma component of the pixel, by applying, to the luma component of the pixel, a function that generates values of the first scaler which are larger for a mid-range of luma values than for other luma values; generating the colour saturation of the pixel as a function of the first and second chroma components according to the function Sat = C T 2 + C P 2, generating a second scaler as a piecewise, monotonically decreasing function of the colour saturation of the pixel; and generating, as first and second reshaped chroma components for the pixel, i) the multiplicative product of the first chroma component, the first scaler and the second scaler and ii) the multiplicative product of the second chroma component, the first scaler and the second scaler.
A respiratory drug delivery apparatus (2, 182, 196, 206), comprising: a housing (8, 210) for holding a source of a medication (6, 208), said housing having a patient interface portion for delivering one or more doses of said medication to an airway of a patient; and a sound generator coupled to said housing, said sound generator, in response to an actuation signal, being adapted to generate one or more audible vocal instructions characterized in that said actuation signal is generated in response to a manual actuation performed by said patient, said sound generator being operatively coupled to a manual actuator, and said manual actuation comprising a manual actuation of said manual actuator, said manual actuator being a button (34, 48, 60, 76, 84, 100, 186, 186', 200, 214) and said manual actuation comprising a press of said button. a housing (8, 210) for holding a source of a medication (6, 208), said housing having a patient interface portion for delivering one or more doses of said medication to an airway of a patient; and a sound generator coupled to said housing, said sound generator, in response to an actuation signal, being adapted to generate one or more audible vocal instructions characterized in that said actuation signal is generated in response to a manual actuation performed by said patient, said sound generator being operatively coupled to a manual actuator, and said manual actuation comprising a manual actuation of said manual actuator, said manual actuator being a button (34, 48, 60, 76, 84, 100, 186, 186', 200, 214) and said manual actuation comprising a press of said button.