mhurhangee/ep-ind-claims huggingface dataset:
Method for establishing a folded joint between two component connection areas (2, 3) of a household appliance component, with which the following steps are performed: a) providing the component connection areas (2, 3) of at least one blank, d) producing a seam on the first component connection area by bending the first end area of the blank and as a result forming a folded area; and e) producing a seam on the second component connection area by bending the second end area and as a result forming a folded area; b) producing a first adjustment pattern (4, 4') in the first component connection area on a first end area of the blank; c) producing a second adjustment pattern (5, 5') in the second component connection area on a second end area of the blank or a second blank; and f) producing the folded joint by pressing together the seams (11, 15) such that the seams (11, 15) abut one another and the adjustment patterns (4, 4', 5, 5') are arranged so as to overlap one another at least partially, g) wherein the following step is carried out prior to step f): interlocking engagement of the component connection areas (2, 3) by arranging the seam of the first component connection area in the folded area of the second component connection area and arranging the seam of the second component connection area in the folded area of the first component connection area; wherein the first adjustment pattern (4, 4') of the first component connection area and the second ad j ustment pattern (5, 5') of the second component connection area have a first surface and a second surface in each instance and a degree of overlap (16, 17) is determined by means of a cut surface which is formed by the first surface and the second surface. a) providing the component connection areas (2, 3) of at least one blank, d) producing a seam on the first component connection area by bending the first end area of the blank and as a result forming a folded area; and e) producing a seam on the second component connection area by bending the second end area and as a result forming a folded area; b) producing a first adjustment pattern (4, 4') in the first component connection area on a first end area of the blank; c) producing a second adjustment pattern (5, 5') in the second component connection area on a second end area of the blank or a second blank; and f) producing the folded joint by pressing together the seams (11, 15) such that the seams (11, 15) abut one another and the adjustment patterns (4, 4', 5, 5') are arranged so as to overlap one another at least partially, g) wherein the following step is carried out prior to step f): interlocking engagement of the component connection areas (2, 3) by arranging the seam of the first component connection area in the folded area of the second component connection area and arranging the seam of the second component connection area in the folded area of the first component connection area;
A method of making a cBN material comprising: - providing a powder mixture comprising cBN grains, aluminum and a Ti(C x N y O z) a powder, - wherein aluminum is provided in an amount of 1 to 10 wt% of the total dry powder weight of the powder mixture, - subjecting the powder mixture to a milling operation to form a powder blend, wherein W and Co is added as a residue from the milling bodies, if made of WC-Co based cemented carbide or other W-Co containing material, or as a separate addition, - subjecting the powder blend to a forming operation to form a green body, - subjecting said green body to a pre-sintering step, at a temperature between 650 to 950°C, to form a pre-sintered body, - subjecting said pre-sintered body to a HPHT operation to form the cBN material; cBN material comprises cBN grains, an Al 2 O 3 phase, a binder phase of TiC, TiN and/or TiCN, W and Co, characterized in that for said Ti(C x N y O z) a powder 0.05 ≤z≤0.4 and that the Ti(C x N y O z) a powder is an oxycarbonitride or a carboxide. - providing a powder mixture comprising cBN grains, aluminum and a Ti(C x N y O z) a powder, - wherein aluminum is provided in an amount of 1 to 10 wt% of the total dry powder weight of the powder mixture, - subjecting the powder mixture to a milling operation to form a powder blend, wherein W and Co is added as a residue from the milling bodies, if made of WC-Co based cemented carbide or other W-Co containing material, or as a separate addition, - subjecting the powder blend to a forming operation to form a green body, - subjecting said green body to a pre-sintering step, at a temperature between 650 to 950°C, to form a pre-sintered body, - subjecting said pre-sintered body to a HPHT operation to form the cBN material; cBN material comprises cBN grains, an Al 2 O 3 phase, a binder phase of TiC, TiN and/or TiCN, W and Co,
A compiler for compiling a first computer program written in a first computer programming language into a second computer program, the compiler comprises a code generator to generate the second computer program by generating tables and machine language code, the generated tables and the generated machine language code together forming the second computer program, the generated machine language code referencing the tables, wherein the compiler is configured to identify an arithmetic or logical expression in the first computer program, the expression depending on at least one variable, and the code generator is configured to generate one or more tables representing pre-computed results of the identified expression for multiple values of the variable and to generate machine language code to implement the identified expression in the second computer program by accessing the generated one or more tables representing pre-computed results, and wherein the machine language code generated to implement the identified expression - does not contain arithmetic or logic machine instructions. - does not contain arithmetic or logic machine instructions.
A fluid pressure cylinder (3; 3E; 3F; 3G) having a cylinder main body (10; 70; 92), an output member (4; 4F; 4G; 73) that is fitted so as to be movable forward and backward within the cylinder main body, and a fluid chamber (14; 15; 74; 75; 95; 96) for driving the output member to either advance or retract, wherein: there are provided an air passage (21; 22) that is formed within the cylinder main body with pressurized air being supplied to its one end portion while its other end portion is communicated to an exterior, and an opening/closing valve mechanism (30; 30D; 30G; 50; 50A; 50B; 50C; 50D; 50F; 76) capable of opening and closing the air passage; wherein the opening/closing valve mechanism comprises a valve body (31; 31D; 51; 51B; 51C; 80) that is installed in an installation hole (36; 56; 72a) formed in the cylinder main body so as to be movable forward and backward and an end portion of which projects into the fluid chamber, a valve seat (32a; 37b; 52a; 57b; 81 a) against which the valve body can contact, a fluid pressure introduction chamber (33; 53; 82) that keeps the valve body in an advanced state toward the output member by means of fluid pressure in the fluid chamber, and a fluid pressure introduction passage (34; 54; 83) that communicates together the fluid chamber and the fluid pressure introduction chamber; and wherein, by means of changing over the open or closed state of the opening/closing valve mechanism by the valve body being shifted by the output member when the output member arrives at a prescribed position, it is possible to detect that the output member has arrived at the prescribed position on the basis of the pressure of the air in the air passage. there are provided an air passage (21; 22) that is formed within the cylinder main body with pressurized air being supplied to its one end portion while its other end portion is communicated to an exterior, and an opening/closing valve mechanism (30; 30D; 30G; 50; 50A; 50B; 50C; 50D; 50F; 76) capable of opening and closing the air passage; wherein the opening/closing valve mechanism comprises a valve body (31; 31D; 51; 51B; 51C; 80) that is installed in an installation hole (36; 56; 72a) formed in the cylinder main body so as to be movable forward and backward and an end portion of which projects into the fluid chamber, a valve seat (32a; 37b; 52a; 57b; 81 a) against which the valve body can contact, a fluid pressure introduction chamber (33; 53; 82) that keeps the valve body in an advanced state toward the output member by means of fluid pressure in the fluid chamber, and a fluid pressure introduction passage (34; 54; 83) that communicates together the fluid chamber and the fluid pressure introduction chamber; and wherein, by means of changing over the open or closed state of the opening/closing valve mechanism by the valve body being shifted by the output member when the output member arrives at a prescribed position, it is possible to detect that the output member has arrived at the prescribed position on the basis of the pressure of the air in the air passage.
A system comprising: a processing unit; and a storage device including program code that when executed by the processing unit causes the system to: determine a first batch size for processing an audio signal; collect a first batch comprising a first number of raw acoustic feature frames of the audio signal, the first number equal to the first batch size; input the first batch to a speech recognition network; determine a second batch size based on a word hypothesis output by the speech recognition network, the second batch size greater than the first batch size; collect a second batch comprising a second number of acoustic feature frames of the audio signal, the second number equal to the second batch size; and input the second batch to the speech recognition network. a processing unit; and a storage device including program code that when executed by the processing unit causes the system to: determine a first batch size for processing an audio signal; collect a first batch comprising a first number of raw acoustic feature frames of the audio signal, the first number equal to the first batch size; input the first batch to a speech recognition network; determine a second batch size based on a word hypothesis output by the speech recognition network, the second batch size greater than the first batch size; collect a second batch comprising a second number of acoustic feature frames of the audio signal, the second number equal to the second batch size; and input the second batch to the speech recognition network. determine a first batch size for processing an audio signal; collect a first batch comprising a first number of raw acoustic feature frames of the audio signal, the first number equal to the first batch size; input the first batch to a speech recognition network; determine a second batch size based on a word hypothesis output by the speech recognition network, the second batch size greater than the first batch size; collect a second batch comprising a second number of acoustic feature frames of the audio signal, the second number equal to the second batch size; and input the second batch to the speech recognition network.
A set of honeycomb panels for producing covers and walls comprising at least a first honeycomb panel (121; 131) and a second honeycomb panel (122; 132) which are positioned adjacently, to be joined to each other by overlapping with end-sections, wherein said end-sections are isosceles trapeziums in which the oblique sides are arranged mirror-like, wherein the end-section of the first honeycomb panel comprises a groove (124; 134) formed by said trapezium shape and the end-section of the second honeycomb panel comprises a protuberance (125; 135) formed by said trapezium shape, and has a substantially complementary form with respect to said groove (124; 134) and is destined for being housed in said groove; each of said first honeycomb panels and second honeycomb panels (122 132) is made of a plastic material; - there is at least one sealing element (123; 123A; 123B; 133; 133A; 133B) firmly applied right from the production phase of the single honeycomb panel (121; 131; 122; 132) within said groove (124; 134); characterized in that said at least one sealing element is in the form of a flap having an attached part (123A; 133A) integral with said trapezium shape forming said groove (124; 134) of the first panel (121; 131) and being arranged on the inside of the horizontal part of said isosceles trapezium forming the groove and a detached part (123B; 133B), integral with said attached part (123A 133A) and protruding and tilted with respect to said attached part (123A; 133A).
Use of a composition comprising allogeneic CD3/CD28 cross-linked Th1 memory cells in the manufacture of a medicament for priming a patient susceptible to a disease or a patient not exhibiting symptoms of the disease for the prophylaxis of the disease by increasing the number of Th1 cells in circulation in the patient, characterized in that the medicament is administered in conjunction with one or more antigens from the disease, wherein the disease is a cancer or due to an infectious pathogen.
A green body for a cross-hole, compacted cutting insert, comprising: a first side, a second side, and a side surface extending between the first side and the second side entirely around the first side and the second side, wherein the green body comprises a cross-hole extending through the green body from a first location on the side surface to a second location on the side surface on an opposite side of the green body from the first location, and the cross-hole has first and second points (35 and 37) of the cross-hole closest to the first and second sides (23 and 25) of the green body, respectively, and third and fourth points (39 and 41) of the cross-hole between the first and second points (35 and 37), and characterized in that the cross-hole is quadrilateral-shaped and a distance between the first and second points (35 and 37) is greater than a distance between the third and fourth points (39 and 41). a first side, a second side, and a side surface extending between the first side and the second side entirely around the first side and the second side, wherein the green body comprises a cross-hole extending through the green body from a first location on the side surface to a second location on the side surface on an opposite side of the green body from the first location, and the cross-hole has first and second points (35 and 37) of the cross-hole closest to the first and second sides (23 and 25) of the green body, respectively, and third and fourth points (39 and 41) of the cross-hole between the first and second points (35 and 37), and characterized in that the cross-hole is quadrilateral-shaped and a distance between the first and second points (35 and 37) is greater than a distance between the third and fourth points (39 and 41).
A liquid - filled temperature control device of heating producing apparatus, comprising a temperature sensing part, a power part and a switching part, wherein the temperature sensing part is a capillary, one end of the capillary is sealed, and another end of the capillary is connected with the power part, characterized in that, an enclosed space formed by the capillary and a cavity of the power part is filled with temperature sensing liquid medium; the temperature sensing liquid medium is a mixed solution composed of water, ethanol and ethylene glycol or two of these three components; or, the temperature sensing liquid medium is a mixed solution composed of water, methanol and ethylene glycol or two of these three components; the power part is a disk-type shell enclosed by a close cover and an elastic diaphragm, wherein the top of the close cover is communicated with the capillary; the enclosed space is formed by the disk-type shell and the inside of the capillary; the switching part comprises a base, a push rod guide disc having a through hole is set at the top of the base, a push rod, which can move up and down freely in the through hole, is set in the through hole in the middle of the push rod guide disc; the elastic diaphragm of the power part is set on the upper end of the push rod guide disc and corresponds to the upper end of the push rod; the switching part also comprises a spring leaf, electric contactors, and terminals, one end of the spring leaf is fixed on one side of a U-shaped bracket (7.1) of a first terminal, a middle part of spring leaf is fixed on the other side of the U-shaped bracket (7.1) of the first terminal, the other end of the spring leaf is a cantilevered end, a moving contactor is set on the cantilevered end of the spring leaf and is opposite to a fixed contactor which is set on a second terminal; a lower end of the push rod is supported on the part of the spring leaf that is located between the two sides of the U-shaped bracket (7.1), upon the action of the push rod on the part of the spring leaf that is located between the two sides of the U-shaped bracket (7.1), the moving contactor on the cantilevered end of the spring leaf is engaged or disengaged with the fixed contactor by the elastic force of the spring leaf.
Bakeware system for preparing food comprising: a container for receiving ingredients and for separating the food resulting from a baking of the ingredients into predetermined portions, wherein the container comprises a bottom and a peripheral sidewall which surrounds the bottom around the entire periphery of the bottom to form an enclosed container with only an open top, wherein the sidewall is integral with the bottom and extends upwardly therefrom terminating at an upper rim, and a cutting member having a handle at one end, a blade with a cutting edge at an opposite end, and a pair of spaced apart lateral edges (26, 28) with the cutting edge formed therebetween, wherein the length of the cutting edge is substantially equivalent to a distance between opposing sides of the sidewall, characterised in that portion indicating indicia are formed on the upper rim and each indicium has a cooperating indicium, wherein the cooperating indicia are arranged to assist in guiding the movement of the cutting member in a single downward motion to cut through the food to form the predetermined portions. a container for receiving ingredients and for separating the food resulting from a baking of the ingredients into predetermined portions, wherein the container comprises a bottom and a peripheral sidewall which surrounds the bottom around the entire periphery of the bottom to form an enclosed container with only an open top, wherein the sidewall is integral with the bottom and extends upwardly therefrom terminating at an upper rim, and a cutting member having a handle at one end, a blade with a cutting edge at an opposite end, and a pair of spaced apart lateral edges (26, 28) with the cutting edge formed therebetween, wherein the length of the cutting edge is substantially equivalent to a distance between opposing sides of the sidewall, characterised in that portion indicating indicia are formed on the upper rim and each indicium has a cooperating indicium, wherein the cooperating indicia are arranged to assist in guiding the movement of the cutting member in a single downward motion to cut through the food to form the predetermined portions.
Apparatus for a vehicle for acquiring the use of a cruise control unit of the vehicle 12, wherein the apparatus comprises an acquisition unit and a memory unit, characterized in that the acquisition unit is configured to acquire a status of the cruise control unit and to store it as data in the memory unit along with a corresponding way information, and wherein the apparatus further comprises a calculation unit which calculates a result value representing a use of the cruise control unit taking into account the data stored in the memory unit, wherein data indicating a frequent use of the cruise control unit is rated positively and wherein data indicating an infrequent use of the cruise control unit is rated less positive or negative, and further comprising a display unit observable by a driver of the vehicle which is configured to receive the result value and to display it such that the driver can observe whether he has, currently or during a predetermined monitoring duration, contributed with his vehicle to a steady traffic flow or not.
A method of controlling an electric motor by means of at least one pulse-width modulated control signal (PWM, ADC) having edge transitions occurring for at least one transition count value (C DUTY_F_W_N, C ADC_CONV_K_N) of the pulses of a clock signal which is frequency-modulated with a step-wise frequency modulation (f mod), the method including: - providing a frequency unmodulated clock signal having a fixed period (T PWMNOM) indicative of the period of said at least one pulse-width modulated control signal (PWM, ADC); and - setting said at least one transition count value (C DUTY_F_W_N, C ADC_CONV_K_N) as a function of at least one of a predicted count value (C N_PRE) and a predicted frequency value (f sys_mod_N_PRE) for said frequency-modulated clock signal predicted as a function of said frequency unmodulated clock signal, whereby said at least one transition count value (C DUTY_F_W_N, C ADC_CONV_K_N) is compensated against said step-wise frequency modulation. - providing a frequency unmodulated clock signal having a fixed period (T PWMNOM) indicative of the period of said at least one pulse-width modulated control signal (PWM, ADC); and - setting said at least one transition count value (C DUTY_F_W_N, C ADC_CONV_K_N) as a function of at least one of a predicted count value (C N_PRE) and a predicted frequency value (f sys_mod_N_PRE) for said frequency-modulated clock signal predicted as a function of said frequency unmodulated clock signal, whereby said at least one transition count value (C DUTY_F_W_N, C ADC_CONV_K_N) is compensated against said step-wise frequency modulation.