mhurhangee/ep-ind-claims huggingface dataset:
An ink jet printer comprising a plural number of line heads arranged in a printing direction, n being the number of line heads, each of said line heads having a multitude of ink jet nozzles arranged in a row, such line heads other than at least one of said line heads being each displaceable by a distance that is equal to 1/n of a nozzle pitch in said line head in a direction of the nozzle row, and a speed of travel of paper to be printed being reducible to 1/n, characterized in that it comprises: a V shaped flange provided at one end in the nozzle row direction of each displaceable line head, said V shaped flange having a V shaped grove faced outwards in the nozzle row direction; a positioning pin fastened to a positioning block and engaged in the V shaped groove of the V shaped flange; an eccentric shaft of an eccentric pin rotatably supported on a line block frame, said eccentric shaft receiving and supporting said positioning block; and a pair of support pins (12 and 12) standing on said line block frame and being in contact with one side surface of said positioning block in the paper printing direction, and a spring pin standing on said line block frame and being in contact with the other side surface of said positioning block in the paper printing direction for biasing the positioning block towards the support pins (12 and 12), whereby an eccentric rotation of the eccentric shaft by a rotation of the eccentric pin moves said positioning block in the nozzle row direction so as to move said positioning pin in the nozzle row direction, thereby displacing via the V shaped flange the line head in the nozzle row direction. a V shaped flange provided at one end in the nozzle row direction of each displaceable line head, said V shaped flange having a V shaped grove faced outwards in the nozzle row direction; a positioning pin fastened to a positioning block and engaged in the V shaped groove of the V shaped flange; an eccentric shaft of an eccentric pin rotatably supported on a line block frame, said eccentric shaft receiving and supporting said positioning block; and a pair of support pins (12 and 12) standing on said line block frame and being in contact with one side surface of said positioning block in the paper printing direction, and a spring pin standing on said line block frame and being in contact with the other side surface of said positioning block in the paper printing direction for biasing the positioning block towards the support pins (12 and 12),
A method of manufacturing a battery including a container including a bottom portion, long-sidewall portions each standing on a corresponding one of longer side portions of the bottom portion, and short-sidewall portions each standing on a corresponding one of shorter side portions of the bottom portion, an electrode assembly housed in the container, a lid closing the container, and an electrode terminal, the container having a cuboid shape, the bottom portion being rectangular, the long-sidewall portions each being rectangular, and the short-sidewall portions each being rectangular, said manufacturing method comprising: folding a flat plate to form a shape of the container, the flat plate being made of metal and having an unfolded form of the container, characterized by welding portions of the flat plate which are mutually abutting after said folding, wherein, in said welding, welding is performed such that a difference in dimension between the bottom portion of the container and a corresponding opening portion is less than or equal to 1 mm. folding a flat plate to form a shape of the container, the flat plate being made of metal and having an unfolded form of the container, characterized by welding portions of the flat plate which are mutually abutting after said folding, wherein, in said welding, welding is performed such that a difference in dimension between the bottom portion of the container and a corresponding opening portion is less than or equal to 1 mm.
A stabilized fluoropolymer obtained via polymerization of an acid-derived group-containing perhalovinyl ether represented by the general formula: CF 2 =CF-O- (CFY 2) m -A (wherein Y 2 represents F, Cl, Br or I, m represents an integer of 1 to 5; when m is an integer of 2 to 5, m atoms of Y 2 are the same or different; and A represents -SO 2 X; X represents F, Cl, Br, I or -NR 5 R 6; R 5, R 6 are the same or different and each represents H, an alkali metal element, an alkyl group or a sulfonyl-containing group) and tetrafluoroethylene, wherein, in a hydrolyzate of said stabilized fluoropolymer, the number of main chain terminal -CF 3 groups per 1 x 10 5 main chain carbon atoms of said hydrolyzate is not smaller than 10 as calculated using an integrated intensity due to main chain terminal -CF 3 groups and an integrated intensity due to -CF 2 - adjacent to an ether bond in side chains branched from the main chain in said hydrolyzate, each determined by solid state 19 F nuclear magnetic resonance spectrometry of said hydrolyzate in a state swollen in an oxygen-containing hydrocarbon compound having a dielectric constant of not lower than 5.0 and further using an ion exchange equivalent weight Ew value determined by titrimetric method described as measurement method No. 4 of the present specification, said stabilized fluoropolymer has a melt index of 0.5 to 10 g/10 minutes as measured under the conditions of 270°C and a load of 2.16 kg according to JIS K 7210. (wherein Y 2 represents F, Cl, Br or I, m represents an integer of 1 to 5; when m is an integer of 2 to 5, m atoms of Y 2 are the same or different; and A represents -SO 2 X; X represents F, Cl, Br, I or -NR 5 R 6; R 5, R 6 are the same or different and each represents H, an alkali metal element, an alkyl group or a sulfonyl-containing group) and tetrafluoroethylene, wherein, in a hydrolyzate of said stabilized fluoropolymer, the number of main chain terminal -CF 3 groups per 1 x 10 5 main chain carbon atoms of said hydrolyzate is not smaller than 10 as calculated using an integrated intensity due to main chain terminal -CF 3 groups and an integrated intensity due to -CF 2 - adjacent to an ether bond in side chains branched from the main chain in said hydrolyzate, each determined by solid state 19 F nuclear magnetic resonance spectrometry of said hydrolyzate in a state swollen in an oxygen-containing hydrocarbon compound having a dielectric constant of not lower than 5.0 and further using an ion exchange equivalent weight Ew value determined by titrimetric method described as measurement method No. 4 of the present specification, said stabilized fluoropolymer has a melt index of 0.5 to 10 g/10 minutes as measured under the conditions of 270°C and a load of 2.16 kg according to JIS K 7210.
Method for producing a security element, wherein - a substrate is provided, which has a front side and a rear side (3, 4), is translucent at least for specific radiation, and comprises a watermark (5, 11) modulating the opacity of the substrate and comprising a specific region, - a print element, which covers the specific region of the watermark (5, 11) and is modifiable by way of the specific radiation, is applied onto the front side, and - the specific radiation is radiated through the substrate from the rear side, wherein the specific region of the watermark (5, 11) is used as a mask with respect to the modification of the print element, and the print element is modified in register with the watermark (5, 11), characterized in that - the specific region of the watermark (5, 11) has been structured such that the modified print element forms an alignment structure, - a security feature (15, 16) is applied onto the substrate in a subsequent process, wherein the location of the alignment structure is captured and taken into account and the security feature (15, 16) is arranged in register with respect to the location of the alignment structure and consequently the watermark (5, 11). - a substrate is provided, which has a front side and a rear side (3, 4), is translucent at least for specific radiation, and comprises a watermark (5, 11) modulating the opacity of the substrate and comprising a specific region, - a print element, which covers the specific region of the watermark (5, 11) and is modifiable by way of the specific radiation, is applied onto the front side, and - the specific radiation is radiated through the substrate from the rear side, wherein the specific region of the watermark (5, 11) is used as a mask with respect to the modification of the print element, and the print element is modified in register with the watermark (5, 11), - the specific region of the watermark (5, 11) has been structured such that the modified print element forms an alignment structure, - a security feature (15, 16) is applied onto the substrate in a subsequent process, wherein the location of the alignment structure is captured and taken into account and the security feature (15, 16) is arranged in register with respect to the location of the alignment structure and consequently the watermark (5, 11).
A synthetic polynucleotide comprising a nucleotide sequence encoding a Bacillus anthracis protective antigen protein, wherein the synthetic polynucleotide sequence has been optimized for heterologous expression in the host Pseudomonas fluorescens and wherein the nucleotide sequence is the Bacillus anthracis protective antigen protein coding sequence provided in a sequence which is at least 95% identical to the nucleotide sequence of SEQ ID NO: 2, SEQ ID NO: 10, SEQ ID NO: 11, SEQ ID NO: 12, SEQ ID NO: 13, SEQ ID NO: 14, SEQ ID NO: 15, SEQ ID NO: 16, SEQ ID NO: 17 or SEQ ID NO: 18.
Device for manufacturing lollipops, comprising a frame and a rotatably driven drum provided with lollipop moulds at its circumference, a supply for supplying a strand of lollipop material to the lollipop moulds and a discharge for lollipops formed in the lollipop moulds, wherein the drum is disposed on a hollow shaft and wherein the lollipop moulds are disposed at the circumference of a casing, which defines an annular space with the hollow shaft, wherein the lollipop moulds for instance comprise lower moulds that are solid with the casing and upper moulds that are hinged to the lower moulds, wherein the hollow shaft is provided with a first passage (16, 17) and a second passage (16, 17), each forming a fluid connection between the cavity in the hollow shaft and the annular space, wherein the hollow shaft is provided with a fluid supply and a fluid discharge, which fluid supply is in fluid connection with a pressure source for cooling air, wherein the hollow shaft is stationary and on which bearings for the casing are provided, wherein the casing is detachable from the hollow shaft and the hollow shaft is attached on the frame.
A generator comprising: a power amplifier configured to produce a power signal comprising a periodic repeating pattern of values comprising multi-dimensional output values, the pattern of values produced over a period of time comprising a repetition period of the power signal; and a control element configured to control the power amplifier to produce the periodic repeating pattern based on: a multi-dimensional input; a measurement of a value of the periodic repeating pattern taken a repetition period of the power signal prior to a current period of the power signal; and a plurality of correlations between elements of multi-dimensional control input values and elements of the multi-dimensional output values. a power amplifier configured to produce a power signal comprising a periodic repeating pattern of values comprising multi-dimensional output values, the pattern of values produced over a period of time comprising a repetition period of the power signal; and a control element configured to control the power amplifier to produce the periodic repeating pattern based on: a multi-dimensional input; a measurement of a value of the periodic repeating pattern taken a repetition period of the power signal prior to a current period of the power signal; and a plurality of correlations between elements of multi-dimensional control input values and elements of the multi-dimensional output values. a multi-dimensional input; a measurement of a value of the periodic repeating pattern taken a repetition period of the power signal prior to a current period of the power signal; and a plurality of correlations between elements of multi-dimensional control input values and elements of the multi-dimensional output values.
An axe comprising an axe head and a handle to which one end portion of the axe head is mounted, wherein the axe head is formed of a flat blade stock of generally uniform thickness, wherein the axe head having a sharpened cutting edge, wherein the axe head having a frame section comprising a first side face and a second side face, and a first side edge and a second side edge between the first side face and the second side face, wherein the axe head defining a first axe head side on the side of the first side face of the frame section and a second axe head side on the second side face of the frame section, wherein the centre of gravity of the axe is located on a centre-of-gravity plane, which is parallel with a blade plane on which the sharpened cutting edge of the axe head is located and which is located at a distance from the blade plane and which is parallel with a normal working motion plane of the axe, and wherein the sharpened cutting edge of the axe head and the centre of gravity of the axe are arranged to cooperate when the sharpened cutting edge of the axe head hits the wood and the sharpened cutting edge of the axe head penetrates into the wood such that at least some of the impact force of the axe head is converted into a rotational motion of the axe head and a motion of the axe head in a curvilinear trajectory, characterized by the axe head having a first handle attaching structure, which extends from the first side edge of the frame section of the axe head and which is located on the first axe head side of the axe head, by the axe head having a second handle attaching structure, which extends from the second side edge of the frame section of the axe head and which is located on the first axe head side of the axe head, by the frame section of the axe head, the first handle attaching structure of the axe head, the second handle attaching structure of the axe head are parts of a one-piece structure formed by plastically deforming and cutting said flat blade stock of generally uniform thickness, by the first handle attaching structure being provided with an first opening that is penetrated by the handle, and by the second handle attaching structure being provided with a second opening that is penetrated by the handle.
A V-ribbed belt comprising: a compression section comprising a material having at least one laterally spaced, longitudinally extending V-rib having a first longitudinally extending flank and a second longitudinally extending flank, the V-rib comprising: an elastomeric material having a first dry coefficient of friction encapsulating a plurality of reinforcing bodies having a second dry coefficient of friction; characterized by the plurality of reinforcing bodies are arranged generally laterally within the V-rib such that at least a portion of the reinforcing bodies form part of one or more of the first and second longitudinally extending flanks (132, 250); wherein the first dry coefficient of friction is greater than the second dry coefficient of friction; wherein the compression section has an uncompressed state and a compressed state, wherein the first and second longitudinally extending flanks (132, 250) of the V-rib are generally planar and without protuberances, bumps or intentional texturing in the uncompressed state, and the plurality of reinforcing bodies form a plurality of protuberances on the first and second longitudinally extending flanks (132, 250) of the V-rib in the compressed state. an elastomeric material having a first dry coefficient of friction encapsulating a plurality of reinforcing bodies having a second dry coefficient of friction; characterized by the plurality of reinforcing bodies are arranged generally laterally within the V-rib such that at least a portion of the reinforcing bodies form part of one or more of the first and second longitudinally extending flanks (132, 250); wherein the first dry coefficient of friction is greater than the second dry coefficient of friction; wherein the compression section has an uncompressed state and a compressed state, wherein the first and second longitudinally extending flanks (132, 250) of the V-rib are generally planar and without protuberances, bumps or intentional texturing in the uncompressed state, and the plurality of reinforcing bodies form a plurality of protuberances on the first and second longitudinally extending flanks (132, 250) of the V-rib in the compressed state.
Modular rear assembly for a motor vehicle, comprising a rear-side frame element and a tailgate, wherein the frame element is configured to form a part of a rear-side vehicle frame and to be releasably fastened to the vehicle frame, characterized in that the tailgate is configured to be opened by way of a combined translational and pivoting movement, that is to say the tailgate is subjected, prior to being pivoted downwards, firstly to a translational sliding movement and only subsequently to a downward pivoting movement.
An arrangement for a printing machine, comprising - a pressure-plate cylinder, which comprises a cylinder body; - a pressure sleeve arranged on an outer surface of the cylinder body; and - a transmission device, which comprises a pressure-plate-cylinder-side connection point and a pressure-sleeve-side connection point, which can be connected by means of a connecting element for forming a transmission connection; wherein the connecting element can be shifted between a retracted position in which the transmission connection is interrupted and an extended position in which the transmission connection is established for at least one of the following transmissions: transmission of a fluid, transmission of signals and transmission of electrical energy. - a pressure-plate cylinder, which comprises a cylinder body; - a pressure sleeve arranged on an outer surface of the cylinder body; and - a transmission device, which comprises a pressure-plate-cylinder-side connection point and a pressure-sleeve-side connection point, which can be connected by means of a connecting element for forming a transmission connection;
A method by a first network node comprising: during a Single Radio Voice Call Continuity, SRVCC, handover of a communication session of a wireless device from a first radio access technology, RAT, to a second RAT, transmitting, to a second network node, an indication that the wireless device has a SRVCC origin of the first RAT, wherein the first RAT is NR and the second RAT is 3G, and wherein: the first network node is a source radio access node and the second network node is a source core node, and the indication is included in a handover request message, or the first network node is a target core node and the second network node is a target radio access node, and the indication is included in a handover request message. the first network node is a source radio access node and the second network node is a source core node, and the indication is included in a handover request message, or the first network node is a target core node and the second network node is a target radio access node, and the indication is included in a handover request message.
A surgical saw apparatus comprising: a holding member including an outer surface and an elongated slot open at a first end, wherein the elongated slot includes spaced apart elongated sides, a holding surface extending between the elongated sides, and an end surface at a second end, opposite the first end of the elongated slot; a clamping member having a clamping surface disposed adjacent the elongated slot and movable within the elongated slot; a releasing pin having a first end, rigidly attached to the clamping member and slidably attached to the holding member, a second end disposed away from the clamping member and the holding member, and an axis extending between the first and second ends; wherein moving the releasing pin relative to the holding member, in a releasing direction, parallel to the axis of the releasing pin, moves the clamping surface away from the holding surface. a holding member including an outer surface and an elongated slot open at a first end, wherein the elongated slot includes spaced apart elongated sides, a holding surface extending between the elongated sides, and an end surface at a second end, opposite the first end of the elongated slot; a clamping member having a clamping surface disposed adjacent the elongated slot and movable within the elongated slot; a releasing pin having a first end, rigidly attached to the clamping member and slidably attached to the holding member, a second end disposed away from the clamping member and the holding member, and an axis extending between the first and second ends; wherein moving the releasing pin relative to the holding member, in a releasing direction, parallel to the axis of the releasing pin, moves the clamping surface away from the holding surface.
Medical packaging, in particular pharmaceutical, comprising - a first thermoplastic plastic partial body made of a first material, - a second thermoplastic plastic partial body made of a second material, wherein - between the first plastic partial body and the second plastic partial body, at least one internal boundary surface with a scattering effect is arranged, which preferably causes an increase in the wavelength of incident light, wherein - the internal boundary surface and - the first and second plastic partial body are free of absorber pigments and scattering pigments. - a first thermoplastic plastic partial body made of a first material, - a second thermoplastic plastic partial body made of a second material, wherein - between the first plastic partial body and the second plastic partial body, at least one internal boundary surface with a scattering effect is arranged, which preferably causes an increase in the wavelength of incident light, wherein - the internal boundary surface and - the first and second plastic partial body are free of absorber pigments and scattering pigments.
Compounds of the formula I, in which X 1 and X 2 each, independently of one another, denote -O-, - -O-, -O- -, -O- -O-, -NH- or -NH- -, Sp denotes straight-chain alkyl having 1 to 20 C atoms, also cycloalkyl, cycloalkylalkyl or alkylcycloalkyl, where one or more -CH 2 - groups in all these groups may be replaced by -O- in such a way that no two O atoms in the molecule are connected directly to one another, and R denotes straight-chain or branched alkyl having 1 to 10 C atoms, also cycloalkyl, cycloalkylalkyl or alkylcyclo-alkyl, where one or more -CH 2 - groups in all these groups may be replaced by -O- in such a way that no two O atoms in the molecule are connected directly to one another. X 1 and X 2 each, independently of one another, denote -O-, - -O-, -O- -, -O- -O-, -NH- or -NH- -, Sp denotes straight-chain alkyl having 1 to 20 C atoms, also cycloalkyl, cycloalkylalkyl or alkylcycloalkyl, where one or more -CH 2 - groups in all these groups may be replaced by -O- in such a way that no two O atoms in the molecule are connected directly to one another, and R denotes straight-chain or branched alkyl having 1 to 10 C atoms, also cycloalkyl, cycloalkylalkyl or alkylcyclo-alkyl, where one or more -CH 2 - groups in all these groups may be replaced by -O- in such a way that no two O atoms in the molecule are connected directly to one another.