mhurhangee/ep-ind-claims huggingface dataset:
Illumination device for illuminating wall surfaces such as goods-shelf walls or bookshelf walls, comprising at least one spotlight, which has a punctiform light source and a shell-shaped reflector shell, curved on multiple axes, for catching and radiating the light output by the light source in the form of a beam pencil, wherein the light source has a main radiation direction directed towards the reflector shell, wherein the reflector shell is designed to irradiate the wall surface facing the relevant reflector shell only with reflected indirect light, and a non-reflected direct-light portion of the beam pencil is restricted to an opposite wall surface from which the reflector shell faces away, and/or is restricted to the aisle floor, wherein the beam pencil irradiates a range of at least 2 x 20° and is limited to a range of at most 2 x 60° in a sectional plane which extends through the light source perpendicularly to the main radiation direction, characterised in that the shell-shaped half shell forming the reflector shell - forms a single shell that is harmonically curved as a whole, or - comprises a constricted portion and has two shell halves (6a, 6b) which are interconnected in the region of the constricted portion and together form a twin-shell-shaped half shell. - forms a single shell that is harmonically curved as a whole, or - comprises a constricted portion and has two shell halves (6a, 6b) which are interconnected in the region of the constricted portion and together form a twin-shell-shaped half shell.
A method for silencing gene expression at a single cell level, the method comprising the steps of: (i) perturbing at least one chromosomal contact in the cell by inducing a site-specific double stranded break in a region of DNA engaged in chromosomal contact; (ii) detecting the site of at least one double strand break to validate that the double stranded break occurred at the intended site; and (iii) detecting the abrogation of the transcriptional activity of at least one gene of interest, caused by the at least one perturbation; wherein the region of DNA that is perturbed is a regulatory element selected from the group consisting of: (i) a site within a DNA loop that engages in intra- or inter-chromosomal contact, and (ii) a regulatory site within a DNA loop which determines the loop structure. (i) perturbing at least one chromosomal contact in the cell by inducing a site-specific double stranded break in a region of DNA engaged in chromosomal contact; (ii) detecting the site of at least one double strand break to validate that the double stranded break occurred at the intended site; and (iii) detecting the abrogation of the transcriptional activity of at least one gene of interest, caused by the at least one perturbation;
A sanding device for blowing sand into a gap between a rail and a wheel of a rail vehicle, having the following features: a nozzle that is designed to dispense a quantity, in particular a variable quantity, of sand; and a device for adjusting a discharge angle (α) of the nozzle in response to a velocity of the rail vehicle, when the sanding device is fitted the device for adjusting being designed to movably adjust the discharge angle (α) of the nozzle from a plane comprising wheel and rail in order to blow sand into the gap between the rail and the wheel. a nozzle that is designed to dispense a quantity, in particular a variable quantity, of sand; and a device for adjusting a discharge angle (α) of the nozzle in response to a velocity of the rail vehicle, when the sanding device is fitted the device for adjusting being designed to movably adjust the discharge angle (α) of the nozzle from a plane comprising wheel and rail in order to blow sand into the gap between the rail and the wheel.
A driving assistance method for an autonomous vehicle that requests an occupant in a host vehicle to approve passage through an intersection and, upon receiving approval from the occupant, controls the host vehicle to pass through the intersection, the method comprising: detecting a situation at an intersection where the host vehicle is approaching; characterized by determining whether or not the host vehicle will need to make a temporary stop at the intersection, based on the situation at the intersection; and in that if it is determined that a temporary stop will be needed (S107: YES), delaying timing to request the occupant to approve passage through the intersection as compared to timing that would be used if it was determined that a temporary stop would not be needed. detecting a situation at an intersection where the host vehicle is approaching; characterized by determining whether or not the host vehicle will need to make a temporary stop at the intersection, based on the situation at the intersection; and in that if it is determined that a temporary stop will be needed (S107: YES), delaying timing to request the occupant to approve passage through the intersection as compared to timing that would be used if it was determined that a temporary stop would not be needed.
A semiconductor device manufacturing method for activating dopants in a high-concentration layer and a low-concentration layer of a semiconductor substrate by irradiating a surface of the semiconductor substrate with two types of laser pulses, dopant concentration of the low-concentration layer being lower than that of the high-concentration layer, the low-concentration layer being disposed deeper than the high-concentration layer, and the high-concentration layer being in an amorphous state comprising: a first step of irradiating the surface of the semiconductor substrate with a first laser pulse having a relatively low peak power and a relatively long pulse width to activate the dopants in the low-concentration layer without melting the amorphous high-concentration layer; and a second step of irradiating the surface of the semiconductor substrate with a second laser pulse having a relatively high peak power and a relatively short pulse width to melt the amorphous high-concentration layer and activate the dopants in the amorphous high-concentration layer, wherein the first laser pulse and the second laser pulse are incident on the semiconductor substrate at a timing satisfying a condition of 0 < t2-t4 ≤ T/10, where t4 represents the falling time of the first laser pulse, t2 represents the rising time of the second laser pulse, and T represents the repetition period of the first laser pulse. a first step of irradiating the surface of the semiconductor substrate with a first laser pulse having a relatively low peak power and a relatively long pulse width to activate the dopants in the low-concentration layer without melting the amorphous high-concentration layer; and a second step of irradiating the surface of the semiconductor substrate with a second laser pulse having a relatively high peak power and a relatively short pulse width to melt the amorphous high-concentration layer and activate the dopants in the amorphous high-concentration layer, wherein the first laser pulse and the second laser pulse are incident on the semiconductor substrate at a timing satisfying a condition of 0 < t2-t4 ≤ T/10, where t4 represents the falling time of the first laser pulse, t2 represents the rising time of the second laser pulse, and T represents the repetition period of the first laser pulse.
Hand-held power tool, comprising a tool holder for supporting a tool on a working axis, an electric motor for driving the tool holder, a temperature sensor for detecting the temperature of the electric motor and a fan wheel coupled to the electric motor, characterised in that the hand-held power tool is provided with an electrically controlled clutch in the driveline between the tool holder and the electric motor and with a motor controller designed to initiate opening of the clutch in response to the measured temperature exceeding a first threshold and to energise the electric motor when the clutch is open until the temperature falls below a second threshold.
The combination of a buttress pin and an implant to be anchored to a bone via the buttress pin, A) the buttress pin comprising: a head at a proximal end, the head comprising a rounded outer profile and including first threading; and a shaft extending distally from the head, the shaft including second threading extending over at least a portion of a length thereof, a position of a distal end of the second threading along the shaft being spaced from a distal end of the first threading by a distance; and the implant comprising a variable angle locking hole for receiving the buttress pin; wherein a pitch of the first threading is the same as a pitch of the second threading; and an outer profile of the head is configured to correspond to the variable angle locking hole into which it is to be inserted to permit insertion thereof through the variable angle locking hole at any angle within a permitted range of angulation; characterized in that the distance is equal to a distance between a proximal end of the hole and a surface of the bone when the implant is in a target position on the bone. A) the buttress pin comprising: a head at a proximal end, the head comprising a rounded outer profile and including first threading; and a shaft extending distally from the head, the shaft including second threading extending over at least a portion of a length thereof, a position of a distal end of the second threading along the shaft being spaced from a distal end of the first threading by a distance; and the implant comprising a variable angle locking hole for receiving the buttress pin; wherein a pitch of the first threading is the same as a pitch of the second threading; and an outer profile of the head is configured to correspond to the variable angle locking hole into which it is to be inserted to permit insertion thereof through the variable angle locking hole at any angle within a permitted range of angulation; characterized in that the distance is equal to a distance between a proximal end of the hole and a surface of the bone when the implant is in a target position on the bone. a head at a proximal end, the head comprising a rounded outer profile and including first threading; and a shaft extending distally from the head, the shaft including second threading extending over at least a portion of a length thereof, a position of a distal end of the second threading along the shaft being spaced from a distal end of the first threading by a distance; and the implant comprising a variable angle locking hole for receiving the buttress pin; wherein a pitch of the first threading is the same as a pitch of the second threading; and an outer profile of the head is configured to correspond to the variable angle locking hole into which it is to be inserted to permit insertion thereof through the variable angle locking hole at any angle within a permitted range of angulation; characterized in that the distance is equal to a distance between a proximal end of the hole and a surface of the bone when the implant is in a target position on the bone.
Refractory ceramic brick composite, comprising the following features: a) a first row of at least two refractory ceramic bricks (R1.1, R1.2) arranged adjacent to each other, between which a joint extends, which keeps its position and orientation within the brick composite independently of any wear of the bricks (R1.1, R1.2), b) a second row of at least two refractory ceramic bricks (R2.1, R2.2), separated by a joint and arranged in a form-fit manner next to each other, wherein side surfaces of the bricks (R2.1, R2.2), adjacent to the joint, define an angle α with corresponding front surfaces of said bricks (R2.1, R2.2) between 10° and 80° or between 170° and 100° respectively, c) upon relining of the brick composite the joint of the first row extends with the same orientation but offset to the joint of the second row. a) a first row of at least two refractory ceramic bricks (R1.1, R1.2) arranged adjacent to each other, between which a joint extends, which keeps its position and orientation within the brick composite independently of any wear of the bricks (R1.1, R1.2), b) a second row of at least two refractory ceramic bricks (R2.1, R2.2), separated by a joint and arranged in a form-fit manner next to each other, wherein side surfaces of the bricks (R2.1, R2.2), adjacent to the joint, define an angle α with corresponding front surfaces of said bricks (R2.1, R2.2) between 10° and 80° or between 170° and 100° respectively, c) upon relining of the brick composite the joint of the first row extends with the same orientation but offset to the joint of the second row.
Cable set comprising a line run with a plurality of lines which are surrounded by a sealing element which is composed of a sealing material, in particular a sealing bush, wherein a separator is inserted between the lines, characterized in that the separator has at least one distribution channel (14A-D) which is in the form of an arm of the separator and by means of which the lines are separated from one another and which, to this end, extends from a central region to an outer region and which has, at the end, a sprue opening (16A, B) and at least one throughflow opening to the lines, wherein the distribution channel (14A-D) is filled with the sealing material.
A compound having the following structure: or a stereoisomer, tautomer or salt thereof, wherein: R 1 and R 2 are each independently hydrogen, alkyl, aryl or aralkyl; R 3 and R 4 are each independently alkyl; one of R 5 or R 6 is oxo, and the other of R 5 or R 6 is hydrogen; and X, Y and Z are each independently absent or hydrogen, or X and Y or Z and Y may join to form a bond, wherein X, Y and Z are each chosen such that all valences are satisfied. R 1 and R 2 are each independently hydrogen, alkyl, aryl or aralkyl; R 3 and R 4 are each independently alkyl; one of R 5 or R 6 is oxo, and the other of R 5 or R 6 is hydrogen; and X, Y and Z are each independently absent or hydrogen, or X and Y or Z and Y may join to form a bond, wherein X, Y and Z are each chosen such that all valences are satisfied.
Contact element (8, 9, 40) for connection to a printed circuit board which has at least one, in particular electrically insulating, substrate layer (4, 4a) and at least one, in particular internal and electrically conductive, layer (5, 6, 7) which is connected to the substrate layer (4, 4a), wherein the contact element (8, 9, 40) is designed for connection to the electrically conductive layer (5, 6, 7), wherein the contact element (8, 9, 40) is designed to be pushed onto a printed circuit board edge of the printed circuit board and to engage around the printed circuit board edge, wherein the contact element (8, 9, 40) has at least one cutting blade with a cutting edge (10, 12, 42, 44, 61), wherein the cutting edge (10, 12, 42, 44, 61) has a harder material in the region of the separation section (23, 24, 46, 48, 67) than on a contact section (21, 22, 44, 45, 62) which is adjacent to the said separation section along the cutting edge (10, 12, 42, 44, 61), and the cutting edge (10, 12, 42, 44, 61) is designed to sever the substrate layer (4, 4a) by way of the separation section (23, 24, 46, 48, 67) when the said contact element is pushed on and to make electrical contact with the electrically conductive layer (5, 6, 7) by way of the contact section (21, 22, 44, 45, 62), wherein the contact element (8, 9, 40) is of U-shaped design, and wherein U-limbs of the contact element are each in the form of a clamping jaw (19, 20), characterized in that the cutting edge has teeth in the region of the separation section (23, 24, 46, 48, 67), wherein the cutting edge is designed to sever fibres of an epoxy resin substrate layer by means of the teeth.
A solid dispersion comprising an anticancer compound (1'R,2'S)-2-(2,6-dichlorostyryl)-5,7-dihydroxy-8-(3-hydroxy-1-methylpiperidin-4-yl)-4H-chromen-4-one of Formula A dispersed in a hydrophilic polymer at an ambient temperature, wherein the anticancer compound is present in a concentration range of 15% w/w to 30% w/w.
A refrigerating cycle apparatus with a plurality of outdoor units (2c, 2d; 2e, 2f) each of which is equipped with at least two high pressure type compressors (4, 4a, 4b, 4c; 40a, 40b, 40c) and an outdoor controller, each of the high pressure type compressors (4, 4a, 4b, 4c; 40a, 40b, 40c) having a casing stored with an oil; a discharge pipe (5a, 5b, 5c); and a suction pipe (20, 20a, 20b, 20c), a main discharge pipe (9, 10) to which the discharge pipe (5a, 5b, 5c) of the at least two high pressure type compressors is connected for jointly discharging refrigerant and oil to at least two indoor units (3a, 3b, 3c, 3d, 3e), and a main suction pipe (19, 20) to which the suction pipe (20, 20a, 20b, 20c) of the at least two high pressure compressors is connected for returning the refrigerant and the oil from the at least two indoor units (3a, 3b, 3c, 3d, 3e) to the compressors (4, 4a, 4b, 4c; 40a, 40b, 40c), wherein each one of the plurality of outdoor units comprises: an oil balancing circuit configured to allow a flowing-in of an excess amount of the oil stored in the casing of the respective compressor (4, 4a, 4b, 4c), including: a first exceeding oil passage connected in fluid communication between a side surface of the casing of the respective compressor (4a, 4b, 4c; 40a, 40b, 40c) and the main discharge pipe; a first solenoid valve interposed in the first exceeding oil passage for controlling flow of the exceeding oil from each compressor to the main discharge pipe; a second exceeding oil passage connected in fluid communication between a side surface of the casing of the respective compressor (4, 4a, 4b, 4c) and the main suction pipe; and a second solenoid valve interposed in the second exceeding oil passage for controlling flow of the exceeding oil from each compressor to the main suction pipe; wherein the outdoor controllers are configured to control operations of the first solenoid valve and operations of the second solenoid valve, and wherein the outdoor controllers are interconnected. a first exceeding oil passage connected in fluid communication between a side surface of the casing of the respective compressor (4a, 4b, 4c; 40a, 40b, 40c) and the main discharge pipe; a first solenoid valve interposed in the first exceeding oil passage for controlling flow of the exceeding oil from each compressor to the main discharge pipe; a second exceeding oil passage connected in fluid communication between a side surface of the casing of the respective compressor (4, 4a, 4b, 4c) and the main suction pipe; and a second solenoid valve interposed in the second exceeding oil passage for controlling flow of the exceeding oil from each compressor to the main suction pipe; wherein the outdoor controllers are configured to control operations of the first solenoid valve and operations of the second solenoid valve, and wherein the outdoor controllers are interconnected.
Method for the restitution of effort to a steering control of a motor vehicle equipped with a steering wheel and with steer-by-wire steering, comprising the steps involving: - measuring the steering wheel angle, and - restituting a variable end stop on the steering wheel, - calculating a tyre saturation data item for the tyres with which the vehicle is fitted, and - slaving the restitution of the variable end stop to the value of the tyres saturation data item, in which method the step of calculating the tyres saturation data item comprises a step consisting in measuring the effort at the wheels, characterized in that the effort at the wheels is determined directly by measuring the power delivered by a steering actuator that turns the wheels. - measuring the steering wheel angle, and - restituting a variable end stop on the steering wheel, - calculating a tyre saturation data item for the tyres with which the vehicle is fitted, and - slaving the restitution of the variable end stop to the value of the tyres saturation data item,
Household refrigeration appliance with an inner container, which bounds an interior (4, 5) for receiving food, and with a guide apparatus, with which a food receiving drawer which can be removed from the interior (4, 5) can be moved in a guided manner, the guide apparatus has two guide rails which are arranged in a non-destructively detachable manner on an interior of the inner container (4, 5), characterised in that at least one guide rail is fastened to a rear wall of the inner container and the rear wall has an indentation into which an engaging element of a guide rail extends.
A network slice selection method performed by a terminal, wherein the method comprises: receiving a network slice information from a radio access network, RAN, device wherein the network slice information comprises a first attribute information of at least two different network slices; selecting, based on the network slice information, a first network slice as a to-be-accessed first network slice from the at least two different network slices based on a service of the terminal; and sending a first access request message to the RAN, device wherein the first access request message comprises the first attribute information of the first network slice to be accessed by the terminal of the at least two different network slices. receiving a network slice information from a radio access network, RAN, device wherein the network slice information comprises a first attribute information of at least two different network slices; selecting, based on the network slice information, a first network slice as a to-be-accessed first network slice from the at least two different network slices based on a service of the terminal; and sending a first access request message to the RAN, device wherein the first access request message comprises the first attribute information of the first network slice to be accessed by the terminal of the at least two different network slices.