mhurhangee/ep-ind-claims huggingface dataset:
A method of communicating data in a wireless downlink communication channel, the method comprising: transmitting, by a transmitting device at network side to a first user equipment, UE, a first data in a first transmission time interval, TTI, of a first downlink data channel carried in a first bandwidth partition of the wireless downlink communication channel, the first TTI having a first TTI length; and transmitting, by the transmitting device at network side to a second UE, a second data in a second TTI of a second downlink data channel carried in a second bandwidth partition of the wireless downlink communication channel, the second TTI having a second TTI length that is different than the first TTI length; before the first transmitting step, the method further comprising: sending, by the transmitting device at network side to the first UE, a first indication in a first UE specific control channel of the first bandwidth partition, the first indication indicates the first TTI length of the first TTI; before the second transmitting step, the method further comprising: sending, by transmitting device at network side to the second UE, a second indication in a second UE specific control channel of the second bandwidth partition, the second indication indicates the second TTI length of the second TTI; characterized in that the first bandwidth partition further comprises a first uplink-related, UL-related, control channel, and the second bandwidth partition further comprises a second UL-related control channel, and a first periodicity of the first UL-related control channel is configured by the transmitting device to the first UE, a second periodicity of the second UL - related control channel is configured by the transmitting device to the second UE, wherein the first periodicity of the first UL-related control channel is same or different from the second periodicity of the second UL-related control channel, and wherein at least one of the first or second periodicity of the first or second UL-related control channel is independent from the respective length of the first or second TTI. transmitting, by a transmitting device at network side to a first user equipment, UE, a first data in a first transmission time interval, TTI, of a first downlink data channel carried in a first bandwidth partition of the wireless downlink communication channel, the first TTI having a first TTI length; and transmitting, by the transmitting device at network side to a second UE, a second data in a second TTI of a second downlink data channel carried in a second bandwidth partition of the wireless downlink communication channel, the second TTI having a second TTI length that is different than the first TTI length;
An electronic blood glucose measuring device, comprising: a housing, a blood glucose measuring facility positioned in the housing, the blood glucose measuring facility configured to measure a concentration of blood glucose in a blood sample deposited on a sample carrier received in the blood glucose measuring facility, a display device carried by the housing, and a processor for executing a bolus recommendation process that recommends a bolus amount of a blood glucose modifying drug based on a number of factors including a carbohydrate value entered by a user, wherein the carbohydrate value corresponds to a carbohydrate content of a meal or snack that was just taken or is planned to be taken, the processor including a memory having instructions stored therein that are executable by the processor to automatically control the display device, after a programmable amount of time has passed since entering the carbohydrate value, to display instructions to measure the concentration of blood glucose of a blood sample via the blood glucose measuring facility if the carbohydrate value entered by the user is greater than a carbohydrate limit.
An apparatus (10; 20), comprising: means (12, 14, 16) for storing a data structure associating a first graphical item (50; 62) with one or more further graphical items (52, 54, 56; 91-96); means (12, 14, 16) for controlling a display (22, 23) to display the first graphical item, the first graphical item being a user selectable menu item; means (12, 14, 16) for responding to a user selecting the first graphical item by controlling the display to display the one or more further graphical items, the one or more further graphical items being user selectable menu items; and means (12, 14, 16) for responding to a user providing at least a tilt input which changes the inclination of the apparatus by controlling the display to display a preview (82; 84; 86) of the one or more further graphical items, associated with the first graphical item, wherein user selection of one of the one or more further graphical items in the preview causes a different response to be provided than if the same graphical item is selected by a user following selection of the first graphical item, or the one or more further graphical items in the preview are non-selectable. means (12, 14, 16) for storing a data structure associating a first graphical item (50; 62) with one or more further graphical items (52, 54, 56; 91-96); means (12, 14, 16) for controlling a display (22, 23) to display the first graphical item, the first graphical item being a user selectable menu item; means (12, 14, 16) for responding to a user selecting the first graphical item by controlling the display to display the one or more further graphical items, the one or more further graphical items being user selectable menu items; and means (12, 14, 16) for responding to a user providing at least a tilt input which changes the inclination of the apparatus by controlling the display to display a preview (82; 84; 86) of the one or more further graphical items, associated with the first graphical item, wherein user selection of one of the one or more further graphical items in the preview causes a different response to be provided than if the same graphical item is selected by a user following selection of the first graphical item, or the one or more further graphical items in the preview are non-selectable.
A process for making a catalyst having noble metal nanoparticles deposited on a support, the process comprising the following steps: a) providing an aqueous dispersion of support particles; b) preparing a pre-treatment slurry by mixing the aqueous dispersion of support particles with a water-soluble noble metal precursor and a reducing agent; and c) hydrothermally treating the pre-treatment slurry in a sealed system by subjecting the pre-treatment slurry to a temperature in the range of from about 40°C to about 220 °C at autogenic pressure for a time sufficient to deposit noble metal nanoparticles, in metallic form, on the surface of the support particles, the noble metal nanoparticles having an average particle size less than about 50nm. a) providing an aqueous dispersion of support particles; b) preparing a pre-treatment slurry by mixing the aqueous dispersion of support particles with a water-soluble noble metal precursor and a reducing agent; and c) hydrothermally treating the pre-treatment slurry in a sealed system by subjecting the pre-treatment slurry to a temperature in the range of from about 40°C to about 220 °C at autogenic pressure for a time sufficient to deposit noble metal nanoparticles, in metallic form, on the surface of the support particles, the noble metal nanoparticles having an average particle size less than about 50nm.
Carriage for a curtain device, comprising a rail which has a first end and a second end and a fixing means which extends between these ends and by means of which a curtain can be detachably fixed to the rail, and comprising slides by means of which the rail can be displaceably mounted in a channel of a curtain profile, characterised in that the rail is of a highly flexible configuration so that it bends with corresponding elasticity when the carriage is displaced on a bend (2a, 2a"', 2b"').
A secondary battery comprising a positive electrode capable of absorbing and releasing lithium, and an electrolyte solution comprising a non-aqueous electrolytic solvent, wherein the positive electrode has a positive electrode active material which operates at 4.5 V or more versus lithium, and is selected from a lithium manganese composite oxide represented by any of the following Formulas and and an olivine-type active material represented by the following Formula: Li a (M x Mn 2-x-y Y y)(O 4-w Z w), wherein in Formula, 0.4 ≤ x ≤ 1.2, 0 ≤ y, x + y < 2,0 ≤ a ≤ 1.2, 0 ≤ w ≤ 1, M includes at least one selected from the group consisting of Co, Ni, Fe, Cr, and Cu, Y is at least one selected from the group consisting of Li, B, Na, Mg, Al, Ti, Si, K, and Ca, and Z is at least one of F and Cl; LiMPO 4, wherein in Formula, M is at least one of Co and Ni; Li(Li x M 1-x-z Mn z)O 2, wherein in Formula, 0 ≤ x < 0.3 and 0.3 ≤ z ≤ 0.7, and M is at least one selected from Co, Ni, and Fe; and wherein the non-aqueous electrolytic solvent comprises a sulfone compound represented by the following Formula, a fluorinated ether compound represented by the following Formula and a carbonate ester compound represented by the following Formula: wherein in Formula, R 1 and R 2 each independently represent substituted or unsubstituted alkyl group, wherein a carbon atom of R 1 and a carbon atom of R 2 may be bonded through a single bond or double bond to form a cyclic structure; R 1 -O-R 2, wherein in Formula, R 1 and R 2 each independently represent alkyl group or fluorinated alkyl group, and at least one of R 1 and R 2 is fluorinated alkyl group; and wherein in Formula, R 1 and R 2 each independently represent substituted or unsubstituted alkyl group, wherein a carbon atom of R 1 and a carbon atom of R 2 may be bonded through a single bond or double bond to form a cyclic structure. wherein in Formula, 0.4 ≤ x ≤ 1.2, 0 ≤ y, x + y < 2,0 ≤ a ≤ 1.2, 0 ≤ w ≤ 1, M includes at least one selected from the group consisting of Co, Ni, Fe, Cr, and Cu, Y is at least one selected from the group consisting of Li, B, Na, Mg, Al, Ti, Si, K, and Ca, and Z is at least one of F and Cl; wherein in Formula, 0 ≤ x < 0.3 and 0.3 ≤ z ≤ 0.7, and M is at least one selected from Co, Ni, and Fe; and wherein the non-aqueous electrolytic solvent comprises a sulfone compound represented by the following Formula, a fluorinated ether compound represented by the following Formula and a carbonate ester compound represented by the following Formula: wherein in Formula, R 1 and R 2 each independently represent substituted or unsubstituted alkyl group, wherein a carbon atom of R 1 and a carbon atom of R 2 may be bonded through a single bond or double bond to form a cyclic structure; R 1 -O-R 2, wherein in Formula, R 1 and R 2 each independently represent alkyl group or fluorinated alkyl group, and at least one of R 1 and R 2 is fluorinated alkyl group; and wherein in Formula, R 1 and R 2 each independently represent substituted or unsubstituted alkyl group, wherein a carbon atom of R 1 and a carbon atom of R 2 may be bonded through a single bond or double bond to form a cyclic structure.
A system for generating text input in a computing device, comprising: a text prediction engine comprising at least two predictors (6, 7, 8; 26, 27, 28) and configured to receive text input (14; 34) into the device by a user and to generate a plurality of text predictions (11; 31) using the at least two predictors, wherein each of the plurality of text predictions comprises a word or phrase mapped to a probability value; a classifier (9; 29) configured to receive the input text and to generate a plurality of text category predictions (10; 30), each text category prediction comprising a category mapped to a probability value; a weighting module (12; 32) configured to weight the text predictions from each predictor by a corresponding one of the plurality of text category predictions and to generate a plurality of category-weighted text predictions, and to return, the p most probable category-weighted text predictions to generate new text predictions (13; 33) for presentation to the user. a text prediction engine comprising at least two predictors (6, 7, 8; 26, 27, 28) and configured to receive text input (14; 34) into the device by a user and to generate a plurality of text predictions (11; 31) using the at least two predictors, wherein each of the plurality of text predictions comprises a word or phrase mapped to a probability value; a classifier (9; 29) configured to receive the input text and to generate a plurality of text category predictions (10; 30), each text category prediction comprising a category mapped to a probability value; a weighting module (12; 32) configured to weight the text predictions from each predictor by a corresponding one of the plurality of text category predictions and to generate a plurality of category-weighted text predictions, and to return, the p most probable category-weighted text predictions to generate new text predictions (13; 33) for presentation to the user.
An automobile steering system configured for controlling a steering of a left front wheel and a right front wheel of an automobile, the left front wheel is provided with a left support shaft, the right front wheel is provided with a right support shaft; wherein: the automobile steering system comprises a steering wheel, a steering transmission device configured for transferring a rotational angle of the steering wheel, a left rotary table configured for regulating a rotational angle of the left front wheel, a right rotary table configured for regulating a rotational angle of the right front wheel, and a steering device configured for controlling rotational angles of the left rotary table and the right rotary table; the steering wheel is connected with one end of the steering transmission device, and another end of the steering transmission device engages with the steering device; the left rotary table and the right rotary table are arranged at two ends of the steering device respectively; the left rotary table is connected with the left support shaft, and the right rotary table is connected with the right support shaft; characterized in that: the steering device comprises a left steel wire rope, a right steel wire rope and a synchronous belt driven to rotate by the steering transmission device; two ends of the left steel wire rope are coiled around the left rotary table and the synchronous belt respectively, and two ends of the right steel wire rope are coiled around the right rotary table and the synchronous belt respectively; the steering device further comprises a left synchronous belt locking piece configured for clamping the left steel wire rope onto the synchronous belt or releasing the left steel wire rope from the synchronous belt, and a right synchronous belt locking piece configured for clamping the right steel wire rope onto the synchronous belt or releasing the right steel wire rope from the synchronous belt, both the left synchronous belt locking piece and the right synchronous belt locking piece are arranged on the synchronous belt; the steering wheel is provided thereon with a control device configured for taking control of the left synchronous belt locking piece and the right synchronous belt locking piece.
Method for continuous monitoring of an analyte concentration by determining its progression in the living body of a human or animal, in which analyte values y(t n) correlating with the concentration to be determined are determined for consecutive points in time t n, wherein for predicting an analyte value y(t n0 +Δt) over a prediction period Δt a function F(t k, t k-Δn, t k-2Δn,..., t k-(m-2) Δn, t k-(m-1)Δn) is determined, which depends on analyte values y(t k), y(t k-Δn), y(t k-2Δn),..., y(t k-(m-2)Δn, y(t k-(m-1)Δn) and which can be used to approximate the progression of the analyte values y(t n) at time t n0 in a vicinity U of an analyte value y(t n0) with a predetermined accuracy σ, such that σ 2 ≥ ∑ t k ∈ U [ y t k - F ( t k - Δt, t k - Δn - Δt, t k - 2 ⁢ Δn - Δt,......, t k - m - 2 ⁢ Δn - Δt, t k - m - 1 ⁢ Δn - Δt)] 2 whereby Δn is an integer, and then by means of a function F a prediction value y ⁢ t n ⁢ 0 + Δt = F ( t n ⁢ 0, t n ⁢ 0 - Δn,......, t n ⁢ 0 - m - 2 ⁢ Δn, t n ⁢ 0 - m - 1 ⁢ Δn) is calculated, characterized in that with coefficients a 0 to a m the function F is represented in the following form F = a 0 + ∑ j = 1 m y t k - m - j ⁢ Δ n ⁢ a j and the coefficients a 0 to a m are determined by solving a system of linear equations which contains one equation each of the type y t k = a 0 + ∑ j = 1 m y t k - m - j ⁢ Δ n - Δ t ⁢ a j for at least m+1 different analyte values y(t k) from the vicinity U of the point in time t n0.
A spray gun cup receptacle comprising an open end for receiving a liner within a cavity; a base end opposite the open end, the base end being positionable with respect to a work surface W with the open end facing upwards such that a base plane passing through the base end is parallel to the work surface; a sidewall surrounding the cavity and connecting the open end to the base end, characterized in that the sidewall comprises two apertures through which the cavity is visible from outside the spray gun cup receptacle, the two apertures being divided one above the other by a brace member, at least a portion of which is disposed at a brace member angle α relative to the base plane.
A method for producing a sintered body characterized in that sintering a powder of a titanium compound, wherein the titanium compound is represented by the following formula or: [Ca 10 (PO 4) 6]TiO 3 ·nH 2 O [Ca 10 (PO 4) 6]TiO 2 2 (In the formulae, n is an integer of from 0 to 3)
A shuttle valve module assembly for fitting in a cavity in a valve housing to control flow of fluid between one of first and second primary ports in the housing and a secondary port in the housing, the assembly comprising: a. a shuttle valve module having first and second end walls and a side wall, and an elongate chamber extending between the end walls, the end walls and the side wall having first, second and third openings respectively which can communicate with first, second and third ports respectively in a valve housing, b. a seal member which can move within the elongate chamber in the shuttle valve module between a first position in which it forms a seal which prevents flow of fluid between the first opening and the third opening while allowing flow of fluid between the second opening and the third opening, and a second position in which it forms a seal which prevents flow of fluid between the second opening and the third opening while allowing flow of fluid between the first opening and the third opening, characterised in that the shuttle valve assembly further comprises: c. a wedging member, and in that the shuttle valve module comprises a body and an end cap which provides one of the end walls of the shuttle valve module, the body and the end cap being arranged so that one can slide relative to the other telescopically, and so that the wedging member can be inserted between the body and the end cap to cause the end cap to be displaced relative to the body so as to increase the distance between the first and second end walls of the module. a. a shuttle valve module having first and second end walls and a side wall, and an elongate chamber extending between the end walls, the end walls and the side wall having first, second and third openings respectively which can communicate with first, second and third ports respectively in a valve housing, b. a seal member which can move within the elongate chamber in the shuttle valve module between a first position in which it forms a seal which prevents flow of fluid between the first opening and the third opening while allowing flow of fluid between the second opening and the third opening, and a second position in which it forms a seal which prevents flow of fluid between the second opening and the third opening while allowing flow of fluid between the first opening and the third opening,
A grip tape (2; 2a; 2b; 2c) for sports implements, said grip tape comprising a phase change material for dissipating and/or storing body heat of a player, wherein the phase change material is adapted such that the temperature range of the phase change is between about 32°C and 38°C, and wherein the phase change material is provided within microspheres.
A method of manufacturing a wafer-level lens array including a substrate unit and a plurality of lens units that is arranged on the substrate unit, comprising: forming the substrate unit; integrally forming the lens units that are made of a resin having substantially the same optical characteristics as a material forming the substrate unit with the substrate unit, wherein the optical characteristics comprise the Abbe number and the refractive index, by: supplying resin material to a mold or to the substrate unit; shaping the material by pressing the mold and the substrate unit; and curing the resin material, wherein the amount of resin corresponding to one lens unit of said lens units is supplied to each portion of the substrate unit in which the respective lens unit is formed, or to each of a plurality of lens transfer portions of said mold, wherein grooves for holding the forming material are provided in the portions of the substrate unit in which the lens units are formed, and when the lens units are formed, the material forming the lens unit is held in the grooves, wherein, in the forming of the substrate unit, a block made of the forming material is divided into the substrate unit, and, wherein ribs with a sufficient thickness to prevent warping of the substrate unit are formed in a region of the substrate unit other than the portions in which the lens units are formed. forming the substrate unit; integrally forming the lens units that are made of a resin having substantially the same optical characteristics as a material forming the substrate unit with the substrate unit, wherein the optical characteristics comprise the Abbe number and the refractive index, by: supplying resin material to a mold or to the substrate unit; shaping the material by pressing the mold and the substrate unit; and curing the resin material, wherein the amount of resin corresponding to one lens unit of said lens units is supplied to each portion of the substrate unit in which the respective lens unit is formed, or to each of a plurality of lens transfer portions of said mold, wherein grooves for holding the forming material are provided in the portions of the substrate unit in which the lens units are formed, and when the lens units are formed, the material forming the lens unit is held in the grooves, wherein, in the forming of the substrate unit, a block made of the forming material is divided into the substrate unit, and, wherein ribs with a sufficient thickness to prevent warping of the substrate unit are formed in a region of the substrate unit other than the portions in which the lens units are formed.