mhurhangee/ep-ind-claims huggingface dataset:
A method for reporting buffer status, comprising: obtaining, by a user equipment, UE, multiple Transport Blocks, TBs, from a base station within one Transmission Time Interval, TTI; selecting, by the UE, TBs compliant with a condition of transmitting a Buffer Status Report, BSR, among the multiple TBs, wherein the condition of transmitting the BSR comprises a first condition and a second condition, and wherein at least one TB of the selected TBs is compliant with the first condition, and multiple TBs of the selected TBs are compliant with the second condition; bearing, by the UE, BSRs of all Logical Channel Groups, LCGs, and Control Element, CE sub-headers of the BSRs onto the selected TBs; and sending, by the UE, the selected TBs to the base station; wherein the first condition includes: padding bits of a single TB are capable of accommodating BSRs of all LCGs and CE sub-headers of the BSRs; and the second condition includes: padding bits of a single TB are capable of accommodating BSRs of one or more LCGs and the CE sub-headers of the BSRs, but are incapable of accommodating the BSRs of all LCGs and the CE sub-headers of the BSRs. obtaining, by a user equipment, UE, multiple Transport Blocks, TBs, from a base station within one Transmission Time Interval, TTI; selecting, by the UE, TBs compliant with a condition of transmitting a Buffer Status Report, BSR, among the multiple TBs, wherein the condition of transmitting the BSR comprises a first condition and a second condition, and wherein at least one TB of the selected TBs is compliant with the first condition, and multiple TBs of the selected TBs are compliant with the second condition; bearing, by the UE, BSRs of all Logical Channel Groups, LCGs, and Control Element, CE sub-headers of the BSRs onto the selected TBs; and sending, by the UE, the selected TBs to the base station; wherein the first condition includes: padding bits of a single TB are capable of accommodating BSRs of all LCGs and CE sub-headers of the BSRs; and the second condition includes: padding bits of a single TB are capable of accommodating BSRs of one or more LCGs and the CE sub-headers of the BSRs, but are incapable of accommodating the BSRs of all LCGs and the CE sub-headers of the BSRs.
A method performed by a general purpose mobile computing device having a first level of input or output capability comprising screen space, the method comprising: detecting a componentized device in range of the general purpose mobile computing device, the componentized device having a second level of input or output capability comprising screen space that is greater than the first level of input or output capability comprising screen space; establishing a relationship with the componentized device, wherein the relationship comprises a wireless communication link with the componentized device; receiving inputs from the componentized device; providing outputs to the componentized device; determining that a second componentized device is in range of the general purpose mobile computing device, wherein the second componentized device has a third level of input or output capability comprising screen space that is greater than the first level of input or output capability comprising screen space; severing the relationship with the componentized device; and establishing a wireless communication link with the second componentized device to receive inputs from the second componentized device and provide outputs to the second componentized device. detecting a componentized device in range of the general purpose mobile computing device, the componentized device having a second level of input or output capability comprising screen space that is greater than the first level of input or output capability comprising screen space; establishing a relationship with the componentized device, wherein the relationship comprises a wireless communication link with the componentized device; receiving inputs from the componentized device; providing outputs to the componentized device; determining that a second componentized device is in range of the general purpose mobile computing device, wherein the second componentized device has a third level of input or output capability comprising screen space that is greater than the first level of input or output capability comprising screen space; severing the relationship with the componentized device; and establishing a wireless communication link with the second componentized device to receive inputs from the second componentized device and provide outputs to the second componentized device.
A process for capturing purified CO 2 from a CO 2 -containing gas, comprising steps: (a) contacting in an absorber column the CO 2 -containing gas with an absorption solution comprising water, ammonia, and potassium carbonate, to enable adsorption of CO 2, thereby producing a CO 2 -depleted gas and a CO 2 -rich solution; and (b) subjecting the CO 2 -rich solution to desorption conditions in a regeneration column producing a purified CO 2 gas stream and a CO 2 -depleted solution, wherein the absorption solution in a first section of the absorber column comprises a dissolved ammonia to total potassium ratio greater than 1:1, and wherein the absorption solution in a second section of the absorber column comprises a dissolved ammonia to total potassium ratio less than 1:1, wherein the first section is a bottom section and the second section is a top section of the absorber column. (a) contacting in an absorber column the CO 2 -containing gas with an absorption solution comprising water, ammonia, and potassium carbonate, to enable adsorption of CO 2, thereby producing a CO 2 -depleted gas and a CO 2 -rich solution; and (b) subjecting the CO 2 -rich solution to desorption conditions in a regeneration column producing a purified CO 2 gas stream and a CO 2 -depleted solution, wherein the absorption solution in a first section of the absorber column comprises a dissolved ammonia to total potassium ratio greater than 1:1, and wherein the absorption solution in a second section of the absorber column comprises a dissolved ammonia to total potassium ratio less than 1:1, wherein the first section is a bottom section and the second section is a top section of the absorber column.
Pedicle screw system, comprising a pedicle screw having a screw shaft with an external thread and having a screw head supported on the screw shaft in a ball-and-socket joint relationship therewith, which screw head comprises a connecting element receptacle for a connecting element of a spinal stabilization system, characterized by a bone alignment apparatus and a coupling device for force-locking coupling and/or form-locking coupling of the bone alignment apparatus and the pedicle screw in an alignment position in which a mobility of the screw head and the screw shaft is reduced from three degrees of freedom of movement in rotation of the screw head supported on the screw shaft in a ball-and-socket joint relationship therewith by at least one degree of freedom of rotation, namely from originally three degrees of freedom of movement in rotation to one or two degree(s) of freedom movement in rotation, wherein the screw head has a contact face pointing in a direction towards the external thread, on which contact face the bone alignment apparatus is supported when in the alignment position.
A composite prism for multi-functional telescopes, wherein the composite prism comprises a first half-pentaprism, a roof prism and a second half-pentaprism, with longer right-angled surfaces of the first half-pentaprism and the second half-pentaprism cemented onto a surface of the roof prism opposite to roof surfaces of the roof prism for light incident; and a light incident plane and a light emission plane of the roof prism share the same one and are parallel to a roof edge of the roof prism such that a light incident axis of the composite prism is parallel to its light emission axis; characterized in that: the longer right-angled surface of the first half-pentaprism is coated with a light splitting film which is reflective to laser light and transmissive to visible light.
A flow measuring device for determining the flow rate of a fluid flowing in a line, the flow measuring device comprising a measuring element arranged at a measuring point in the line for the point-like detection of a measured variable of the flowing fluid, a control and evaluation unit for determining the flow rate from the measured variable, and a flow guide element arranged upstream of the measuring point with respect to the direction of flow, the flow guide element supplying a representative portion of the flow to the measuring point, characterized in that the flow guide element comprises a plurality of arms arranged in a spoke-like manner and having guide slots for picking off the representative portion, in that the arms extend radially over the entire line cross section, and in that the guide slots extend radially over the entire line.
A computer implemented method comprising: detecting initiation of a curved text effect in respect of a selected text string of a design; determining a radius; processing the selected text string to split the selected text string into one or more text string elements, each text string element being associated with a glyph; calculating, for each text string element, an element transformation that includes element rotation data and element position data, the element transformation being based on the radius; and rendering each text string element by, for a given text string element, rendering the glyph that the given text string element is associated with based on the element transformation calculated for the given text string element, characterised in that determining the radius includes automatically determining the radius based on an existing curved element of the design by: accessing curved element data in respect of existing curved elements in the design; determining, based on the curved element data, if the selected text string is spatially related to a particular existing curved element; and in response to determining that the selected text string is spatially related to the particular existing curved element, calculating the radius based on the curved element data associated with the particular existing curved element. detecting initiation of a curved text effect in respect of a selected text string of a design; determining a radius; processing the selected text string to split the selected text string into one or more text string elements, each text string element being associated with a glyph; calculating, for each text string element, an element transformation that includes element rotation data and element position data, the element transformation being based on the radius; and rendering each text string element by, for a given text string element, rendering the glyph that the given text string element is associated with based on the element transformation calculated for the given text string element, characterised in that determining the radius includes automatically determining the radius based on an existing curved element of the design by: accessing curved element data in respect of existing curved elements in the design; determining, based on the curved element data, if the selected text string is spatially related to a particular existing curved element; and in response to determining that the selected text string is spatially related to the particular existing curved element, calculating the radius based on the curved element data associated with the particular existing curved element. accessing curved element data in respect of existing curved elements in the design; determining, based on the curved element data, if the selected text string is spatially related to a particular existing curved element; and in response to determining that the selected text string is spatially related to the particular existing curved element, calculating the radius based on the curved element data associated with the particular existing curved element.
Display device, in particular for an accessory of a motor vehicle, having a light source and having a moulded part made of plastic, wherein the moulded part can be lit by means of the light source, wherein the moulded part is designed as a foamed plastic component and forms a panel, characterised in that at least one display region of the moulded part, provided with a display layer comprising at least one symbol, has a plurality of gas bubbles that are arranged diffusely distributed in the plastic such that the moulded part has a translucent effect and that the light beams pass the moulded part and then the display layer.
Food composition in the form of an oil-in-water emulsion comprising: • Water, • A first acidulant selected from the group consisting of lactic acid, benzoic acid, acetic acid, sorbic acid and mixtures thereof, • Structurant, selected from the group consisting of starch, flour, gum, fiber and mixtures thereof, wherein said fiber, if present, is present in an amount of 0.1 to 4 wt% based on the weight of the composition, wherein the structurant comprises starch, in an amount of 0.1 to 12 wt%, based on the weight of the food composition, • 5 to 60 wt% of vegetable oil, • non-soy plant protein, having an average particle size of below 100 micrometers, wherein the protein is present in an amount of 6 to 30 wt%, • A second acidulant, having a pKa, at 20 °C, of 3.2 or lower, wherein the weight ratio between plant protein and vegetable oil is ≥ 0.3, wherein the pH of the composition is of between 2.5 and 4.5. • Water, • A first acidulant selected from the group consisting of lactic acid, benzoic acid, acetic acid, sorbic acid and mixtures thereof, • Structurant, selected from the group consisting of starch, flour, gum, fiber and mixtures thereof, wherein said fiber, if present, is present in an amount of 0.1 to 4 wt% based on the weight of the composition, wherein the structurant comprises starch, in an amount of 0.1 to 12 wt%, based on the weight of the food composition, • 5 to 60 wt% of vegetable oil, • non-soy plant protein, having an average particle size of below 100 micrometers, wherein the protein is present in an amount of 6 to 30 wt%, • A second acidulant, having a pKa, at 20 °C, of 3.2 or lower, wherein the weight ratio between plant protein and vegetable oil is ≥ 0.3, wherein the pH of the composition is of between 2.5 and 4.5.
Press section of a machine for producing a fibrous web, in particular a paper, board or tissue web, having two press nips (3, 4) located one after another in the web running direction and each formed by two press elements, at least one separate, endlessly circulating press belt (5, 6, 7, 8) being respectively guided around each press element over multiple guide rolls, the fibrous web after the press nips (3, 4) respectively running over a guide section (10, 11) together with two opposite press belts (5, 6, 7, 8) and, after the guide section (10, 11) respectively following a press nip, one press belt (5, 7) being led away from the fibrous web, while the opposite press belt (6, 8) runs along on a suction element (14, 15) together with the fibrous web, the suction element after the first press nip being formed by a rotating evacuated guide roll, characterized in that the suction element after the second press nip is formed by a stationary suction box, and a guide roll around which the corresponding press belt (6, 8) wraps after a suction element (14, 15) has its own drive.
Mobile crane having at least one ballast receiver that is vertically adjustable via one or more ballast cylinders and having a coupling (13, 14) for connecting the at last one ballast cylinder to the energy supply of the crane, wherein the energy supply can be releasably connected to the at least one ballast cylinder via at least one coupling part (13, 14), characterized in that a coupling part (13, 14) is at least vertically adjustable via at least one coupling drive to have it track a movement of at least one complementary coupling part (13, 14) arranged at the ballast receiver.
A method for testing a balancing circuit for a battery that has a plurality of battery cells, the method comprising the steps of: a) detecting first voltage states of the battery cells by means of a control unit; b) activating the balancing circuit with the objective of achieving voltage equalisation of at least two of the battery cells; c) detecting second voltage states of the battery cells by means of the control unit; and d) determining a functional capability of the balancing circuit on the basis of the first voltage states and the second voltage states of the battery cells, by means of the control unit; wherein step a) comprises: a1) detecting a first group of voltages of the battery cells; and a2) calculating a first voltage difference between a highest voltage and a lowest voltage of the first group of voltages by means of the control unit; wherein step c) comprises the steps of: c1) detecting a second group of voltages of the battery cells; and c2) calculating a second voltage difference between a highest voltage and a lowest voltage of the second group of voltages by means of the control unit; and wherein step d) comprises the steps of: d1) calculating a difference value between the first voltage difference and the second voltage difference and comparing the difference value with a predetermined voltage value by means of the control unit; and d2) determining, by means of the control unit, that the balancing circuit is not working if the difference value is smaller than a predetermined voltage value. a) detecting first voltage states of the battery cells by means of a control unit; b) activating the balancing circuit with the objective of achieving voltage equalisation of at least two of the battery cells; c) detecting second voltage states of the battery cells by means of the control unit; and d) determining a functional capability of the balancing circuit on the basis of the first voltage states and the second voltage states of the battery cells, by means of the control unit; a1) detecting a first group of voltages of the battery cells; and a2) calculating a first voltage difference between a highest voltage and a lowest voltage of the first group of voltages by means of the control unit; c1) detecting a second group of voltages of the battery cells; and c2) calculating a second voltage difference between a highest voltage and a lowest voltage of the second group of voltages by means of the control unit; and d1) calculating a difference value between the first voltage difference and the second voltage difference and comparing the difference value with a predetermined voltage value by means of the control unit; and d2) determining, by means of the control unit, that the balancing circuit is not working if the difference value is smaller than a predetermined voltage value.
A cable management device, comprising: a first cable management arm; a second cable management arm pivoted to the first cable management arm, the second cable management arm being rotatable relative to the first cable management arm; wherein an auxiliary member extendable and retractable relative to the first cable management arm, such that the length of the first cable management arm is increased when the auxiliary member is extended, wherein the auxiliary member is an extension of the first cable management arm; a first connecting member pivoted to an end portion of the auxiliary member and configured to connect the cable management device with a first target object; a second connecting member pivoted to an end portion of the second cable management arm and configured to connect the cable management device with a second target object; and at least one supporting member configured to support one of the first cable management arm and the second cable management arm. a first cable management arm; a second cable management arm pivoted to the first cable management arm, the second cable management arm being rotatable relative to the first cable management arm; wherein an auxiliary member extendable and retractable relative to the first cable management arm, such that the length of the first cable management arm is increased when the auxiliary member is extended, wherein the auxiliary member is an extension of the first cable management arm; a first connecting member pivoted to an end portion of the auxiliary member and configured to connect the cable management device with a first target object; a second connecting member pivoted to an end portion of the second cable management arm and configured to connect the cable management device with a second target object; and at least one supporting member configured to support one of the first cable management arm and the second cable management arm.
A method of manufacturing an optical fiber comprising: melting and drawing an optical fiber preform to form a glass fiber in a drawing device; cooling the glass fiber while inserting the glass fiber into a tubular slow-cooling device apart from the drawing device with a gap therebetween and providing a temperature gradient to the glass fiber from an inlet end toward an outlet end thereof; and lowering an inner wall temperature of the slow-cooling device below a temperature of the glass fiber at the inlet end and a temperature of the glass fiber at the outlet end of the slow-cooling device and providing a pressure gradient in which a pressure increases in a direction from the inlet end toward the outlet end inside the slow-cooling device when cooling the glass fiber, wherein an average pressure change dP/dL in a moving direction of the glass fiber inside the slow-cooling device satisfies the following Formula when a tube inner diameter of the slow-cooling device is defined as D [m] and a length of an internal space of the slow-cooling device in the moving direction of the glass fiber is defined as L [m]. 0.001 ≤ πD 2 / 4 dP / dL ≤ 0.03 melting and drawing an optical fiber preform to form a glass fiber in a drawing device; cooling the glass fiber while inserting the glass fiber into a tubular slow-cooling device apart from the drawing device with a gap therebetween and providing a temperature gradient to the glass fiber from an inlet end toward an outlet end thereof; and lowering an inner wall temperature of the slow-cooling device below a temperature of the glass fiber at the inlet end and a temperature of the glass fiber at the outlet end of the slow-cooling device and providing a pressure gradient in which a pressure increases in a direction from the inlet end toward the outlet end inside the slow-cooling device when cooling the glass fiber, wherein an average pressure change dP/dL in a moving direction of the glass fiber inside the slow-cooling device satisfies the following Formula when a tube inner diameter of the slow-cooling device is defined as D [m] and a length of an internal space of the slow-cooling device in the moving direction of the glass fiber is defined as L [m]. 0.001 ≤ πD 2 / 4 dP / dL ≤ 0.03