mhurhangee/ep-ind-claims huggingface dataset:
A welding torch comprising: a feed unit including a motor for feeding a wire; and a motor holder that covers the motor, wherein the motor holder includes a first cooler that cools a first side surface of the motor parallel to a shaft of the motor and a second cooler that cools a second side surface of the motor different from the first side surface, characterised in that the first cooler covers entire left side surface, a left half of upper side surface, a left half of lower side surface, and a left half of back surface of the motor, and has a first inflow port and a first outflow port for a cooling fluid, and a first flow passage that connects the first inflow port and the first outflow port, the second cooler covers entire right side surface, a right half of upper side surface, a right half of lower side surface, and a right half of back surface of the motor, and has a second inflow port and a second outflow port for the cooling fluid, and a second flow passage that connects the second inflow port and the second outflow port, the motor holder is assembled by the first cooler and second cooler, and covers entire side surfaces including left side surface, right side surface, upper side surface, lower side surface and back surface of the motor, and the first outflow port and the second inflow port open in a direction crossing the shaft of the motor and are connected to each other directly or indirectly. a feed unit including a motor for feeding a wire; and a motor holder that covers the motor, wherein the motor holder includes a first cooler that cools a first side surface of the motor parallel to a shaft of the motor and a second cooler that cools a second side surface of the motor different from the first side surface, characterised in that the first cooler covers entire left side surface, a left half of upper side surface, a left half of lower side surface, and a left half of back surface of the motor, and has a first inflow port and a first outflow port for a cooling fluid, and a first flow passage that connects the first inflow port and the first outflow port, the second cooler covers entire right side surface, a right half of upper side surface, a right half of lower side surface, and a right half of back surface of the motor, and has a second inflow port and a second outflow port for the cooling fluid, and a second flow passage that connects the second inflow port and the second outflow port, the motor holder is assembled by the first cooler and second cooler, and covers entire side surfaces including left side surface, right side surface, upper side surface, lower side surface and back surface of the motor, and the first outflow port and the second inflow port open in a direction crossing the shaft of the motor and are connected to each other directly or indirectly.
A vehicle control apparatus (1; 1B) which performs a parking control of a vehicle, comprising: a wheel setting unit (11; 11B) configured to set (S10, S30; S40) at least one brake wheel (6C, 6D) and at least one non-brake wheel (6A, 6B); characterized in that the at least one brake wheel (6C, 6D) is a wheel to which a braking force is applied during the parking control and the at least one non-brake wheel (6A, 6B) is a wheel to which the braking force is not applied during the parking control; and a control unit configured to perform the parking control of the vehicle based on a rotation amount of at least one brake wheel (6C, 6D) and a rotation amount of at least one non-brake wheel (6A, 6B) detected (S16, S32; S42) by a wheel speed sensor (7A, 7B, 7C, 7D) detecting the rotation amount of a wheel of the vehicle. a wheel setting unit (11; 11B) configured to set (S10, S30; S40) at least one brake wheel (6C, 6D) and at least one non-brake wheel (6A, 6B); characterized in that the at least one brake wheel (6C, 6D) is a wheel to which a braking force is applied during the parking control and the at least one non-brake wheel (6A, 6B) is a wheel to which the braking force is not applied during the parking control; and a control unit configured to perform the parking control of the vehicle based on a rotation amount of at least one brake wheel (6C, 6D) and a rotation amount of at least one non-brake wheel (6A, 6B) detected (S16, S32; S42) by a wheel speed sensor (7A, 7B, 7C, 7D) detecting the rotation amount of a wheel of the vehicle.
Method for magnetic flow measurement of a cell, the method comprising the following steps: - magnetic marking of cells (32, 34) in a sample, - generation of a gradient magnetic field at least in the acquisition region of a sensor arrangement, - flow generation of the cells (32, 34) over the sensor arrangement, the flow of the cells (32, 34) being guided initially over a first magnetoresistive component and subsequently over a second magnetoresistive component, characterized in that the method furthermore comprises the following steps: - detection of individual marked cells (32, 34) by recording, per cell (32, 34), at least three measurement excursions of the sensor arrangement (P 1-4) which are induced by the stray magnetic field of each marked cell (32, 34) and which form a characteristic measurement signal for single-cell detection, - evaluation of the measurement signal, in which the measurement signal is identified as single-cell detection with the aid of the measurement excursion sequence, and in which the cell magnetic diameter is calculated with the aid of the measurement excursion separation (Δt), wherein the cell magnetic diameter is established by the stray field maximum of the marked cell, and - evaluation of the cell state with the aid of the cell magnetic diameter. - magnetic marking of cells (32, 34) in a sample, - generation of a gradient magnetic field at least in the acquisition region of a sensor arrangement, - flow generation of the cells (32, 34) over the sensor arrangement, the flow of the cells (32, 34) being guided initially over a first magnetoresistive component and subsequently over a second magnetoresistive component, - detection of individual marked cells (32, 34) by recording, per cell (32, 34), at least three measurement excursions of the sensor arrangement (P 1-4) which are induced by the stray magnetic field of each marked cell (32, 34) and which form a characteristic measurement signal for single-cell detection, - evaluation of the measurement signal, in which the measurement signal is identified as single-cell detection with the aid of the measurement excursion sequence, and in which the cell magnetic diameter is calculated with the aid of the measurement excursion separation (Δt), wherein the cell magnetic diameter is established by the stray field maximum of the marked cell, and - evaluation of the cell state with the aid of the cell magnetic diameter.
Electrically adjustable table system comprising - a table; - at least one electric drive (321, 322) for adjusting the table; - an operating part; - a bus system to which the at least one drive (321, 322) and the operating part are connected; and - a multiple socket outlet with a power supply unit for providing a DC supply voltage for the table system from a mains AC voltage and with a plurality of sockets (111, 112, 113, 114) for mains plugs for providing the mains AC voltage; - wherein the multiple socket outlet forms an integrated unit with the power supply unit; - wherein the DC supply voltage is provided via a bus connection of the multiple socket outlet which is connected to the bus system; and - wherein the DC supply voltage is used to power the at least one electric drive (321, 322). - a table; - at least one electric drive (321, 322) for adjusting the table; - an operating part; - a bus system to which the at least one drive (321, 322) and the operating part are connected; and - a multiple socket outlet with a power supply unit for providing a DC supply voltage for the table system from a mains AC voltage and with a plurality of sockets (111, 112, 113, 114) for mains plugs for providing the mains AC voltage; - wherein the multiple socket outlet forms an integrated unit with the power supply unit; - wherein the DC supply voltage is provided via a bus connection of the multiple socket outlet which is connected to the bus system; and - wherein the DC supply voltage is used to power the at least one electric drive (321, 322).
A secondary particle comprising a plurality of primary particles, each of the plurality of primary particles having a structure in which n polycyclic nano-sheets are stacked upon one another along a direction perpendicular with respect to a first plane, wherein: each of the polycyclic nano-sheets comprises hexagonal rings of six carbon atoms linked to each other, the hexagonal rings being fused to one another and arranged on the first plane, n is an integer from 2 to 100, a first carbon and a second carbon are selected from the n polycyclic nano-sheets to satisfy the condition L 1 ≥L 2, L 1 denotes a distance between the first carbon and the second carbon, L 2 denotes a distance between a third carbon and a fourth carbon arbitrarily selected from the n polycyclic nano-sheets, the third and fourth carbons being neither identical to each other nor the same as the first and second carbons, in a three dimensional x, y, and z coordinate system, the second carbon is located at B(a, b, c) with respect to the first carbon located at the origin A(0, 0, 0), and a and b are each independently 10 μm or less, and c is 100 nm or less, wherein the secondary particle further comprises pores being empty spaces between the primary particles, and wherein the secondary particle is an agglomeration of the plurality of primary particles. each of the polycyclic nano-sheets comprises hexagonal rings of six carbon atoms linked to each other, the hexagonal rings being fused to one another and arranged on the first plane, n is an integer from 2 to 100, a first carbon and a second carbon are selected from the n polycyclic nano-sheets to satisfy the condition L 1 ≥L 2, L 1 denotes a distance between the first carbon and the second carbon, L 2 denotes a distance between a third carbon and a fourth carbon arbitrarily selected from the n polycyclic nano-sheets, the third and fourth carbons being neither identical to each other nor the same as the first and second carbons, in a three dimensional x, y, and z coordinate system, the second carbon is located at B(a, b, c) with respect to the first carbon located at the origin A(0, 0, 0), and a and b are each independently 10 μm or less, and c is 100 nm or less, wherein the secondary particle further comprises pores being empty spaces between the primary particles, and wherein the secondary particle is an agglomeration of the plurality of primary particles.
A system for manipulating an object within a channel of a microfluidic device, the system comprising: a microfluidic device comprising a channel disposed therein, the channel having no included electrodes, the channel comprising a wall, wherein at least a portion of the wall is penetrable by an electric field generated external to the microfluidic device, the wall being penetrable such that the electric field extends through the wall portion and into a region within the channel; characterised in that the system comprises an array of electrodes external to the microfluidic device, the array of electrodes being adjacent to and not bonded to the microfluidic device; wherein the array of electrodes is configured to generate the electric field external to the microfluidic device; and wherein the array of electrodes is translatable in four directions across an external surface of the microfluidic device. a microfluidic device comprising a channel disposed therein, the channel having no included electrodes, the channel comprising a wall, wherein at least a portion of the wall is penetrable by an electric field generated external to the microfluidic device, the wall being penetrable such that the electric field extends through the wall portion and into a region within the channel; characterised in that the system comprises an array of electrodes external to the microfluidic device, the array of electrodes being adjacent to and not bonded to the microfluidic device; wherein the array of electrodes is configured to generate the electric field external to the microfluidic device; and wherein the array of electrodes is translatable in four directions across an external surface of the microfluidic device.
A method for transferring information from a sending entity to a receiving entity utilizing a serial communication command structure over an unreliable or a non-continuous communication channel that only broadcasts the information when the sending entity has information to broadcast, comprising: establishing a serial command structure between all entities using the serial command structure, wherein the establishing comprises defining a package structure having a predefined format including an identifier that identifies the start of a data packet, another identifier that identifies the end of a data packet, wherein the serial command structure defines a predetermined data packet size; preparing the data within the data packet through serializing the information into byte data, evaluating the size of the data, and using an algorithim to generate a value for future valdation of the data; encapsulating the data by assembling a serial command packet, thereby defining a command byte, a series of bytes representing the size of the data, the data and a validation value generated by an algorithm that validates the data was sent and that the data was not changed during the transmitting; and transmitting, over the unreliable or the non-continuous communication channel, data from the sending entity to the receiving entity utilizing the serial command structure and in the predefined format. establishing a serial command structure between all entities using the serial command structure, wherein the establishing comprises defining a package structure having a predefined format including an identifier that identifies the start of a data packet, another identifier that identifies the end of a data packet, wherein the serial command structure defines a predetermined data packet size; preparing the data within the data packet through serializing the information into byte data, evaluating the size of the data, and using an algorithim to generate a value for future valdation of the data; encapsulating the data by assembling a serial command packet, thereby defining a command byte, a series of bytes representing the size of the data, the data and a validation value generated by an algorithm that validates the data was sent and that the data was not changed during the transmitting; and transmitting, over the unreliable or the non-continuous communication channel, data from the sending entity to the receiving entity utilizing the serial command structure and in the predefined format.
Bouillon concentrate comprising the following ingredients in the following amounts, based on the total weight of the bouillon concentrate: 5 to 30 wt.-% of fat, 30 to 70 wt.-% of sodium chloride, 10 to 45 wt.-% of monosodium glutamate, 0.015 to 10 wt.-% of ferric pyrophosphate, 7.1 to 40 wt.-% of a citrate buffer being: citric acid and trisodium citrate in a weight ratio of citric acid to trisodium citrate between 0.05 and 0.45, wherein the sum of the weights of said ingredients in the bouillon concentrate sum up to 90 to 100 wt.-%, and wherein the weight ratio of ferric pyrophosphate to said citrate buffer is in a range from 0.005 to 1.5. 5 to 30 wt.-% of fat, 30 to 70 wt.-% of sodium chloride, 10 to 45 wt.-% of monosodium glutamate, 0.015 to 10 wt.-% of ferric pyrophosphate, 7.1 to 40 wt.-% of a citrate buffer being: citric acid and trisodium citrate in a weight ratio of citric acid to trisodium citrate between 0.05 and 0.45, wherein the sum of the weights of said ingredients in the bouillon concentrate sum up to 90 to 100 wt.-%, and wherein the weight ratio of ferric pyrophosphate to said citrate buffer is in a range from 0.005 to 1.5.
A flow rate regulator device comprising: an upstream chamber; a downstream chamber; a plurality of electrically conductive capillary ducts providing parallel fluid flow connections between the upstream chamber and the downstream chamber; first and second electrical terminals (208, 209) suitable for being connected to an electric current source; and at least one electric switch (210a, 210b, 211a, 211b) arranged so as to connect one or more of said capillary ducts selectively between the electrical terminals (208, 209). an upstream chamber; a downstream chamber; a plurality of electrically conductive capillary ducts providing parallel fluid flow connections between the upstream chamber and the downstream chamber; first and second electrical terminals (208, 209) suitable for being connected to an electric current source; and at least one electric switch (210a, 210b, 211a, 211b) arranged so as to connect one or more of said capillary ducts selectively between the electrical terminals (208, 209).
A refrigerator comprising: a cabinet having a storage chamber; a drawer provided in the storage chamber and having a front panel for opening and closing the storage chamber; a driving part installed in the storage chamber, the driving part including a pinion; and a rack gear assembly for moving the drawer into and out of the storage chamber, the rack gear assembly including: a first rack member mounted on the drawer and including a first rack gear configured to be engaged with the pinion; characterized by a second rack member slidably provided on the first rack member and including a second rack gear configured to be engaged with the pinion; a confining module provided at the second rack member and configured to prevent an outward movement of the second rack member until the first rack member is moved outward by a predetermined distance; and a linkage part for coupling the first rack member and the second rack member when the first rack member is moved outward by the predetermined distance. a cabinet having a storage chamber; a drawer provided in the storage chamber and having a front panel for opening and closing the storage chamber; a driving part installed in the storage chamber, the driving part including a pinion; and a rack gear assembly for moving the drawer into and out of the storage chamber, the rack gear assembly including: a first rack member mounted on the drawer and including a first rack gear configured to be engaged with the pinion; characterized by a second rack member slidably provided on the first rack member and including a second rack gear configured to be engaged with the pinion; a confining module provided at the second rack member and configured to prevent an outward movement of the second rack member until the first rack member is moved outward by a predetermined distance; and a linkage part for coupling the first rack member and the second rack member when the first rack member is moved outward by the predetermined distance. a first rack member mounted on the drawer and including a first rack gear configured to be engaged with the pinion; characterized by a second rack member slidably provided on the first rack member and including a second rack gear configured to be engaged with the pinion; a confining module provided at the second rack member and configured to prevent an outward movement of the second rack member until the first rack member is moved outward by a predetermined distance; and a linkage part for coupling the first rack member and the second rack member when the first rack member is moved outward by the predetermined distance.
Splash water/overflow water collecting system for swimming baths, having a reservoir and a swimming pool in whose pool surround at a spacing from the pool edge a completely or partially encircling overflow channel is constructed for splash water and overflowing water, which channel receives and collects the splash water and the overflowing water and supplies it via at least one drainage pipe directly to the separate reservoir which is connected by water-bearing pipes and a circulation pump and a water treatment plant having a filter system to the swimming pool in a closed water circuit, characterised in that the reservoir receiving the splash water and overflow water has a variable spray head device for rinsing the base of the reservoir, an injection pipe completely or partially encircling the reservoir edge on the inside and a bypass pipe, wherein the injection pipe is connected by the bypass line to a clean water circuit and is provided with openings or nozzles in such a way that constant rinsing of the inner wall surface of the reservoir with clean water takes place during continuous operation of the water treatment plant and/or the filter system, wherein the reservoir is provided with fresh water connections via which fresh water can be supplied to the injection pipe and the spray head device in order to carry out intensive thorough cleaning without having to enter the reservoir.
A tread rubber composition for a tire, having a M200 at 25°C, a E* at 30°C, and a tan δ at 30°C which satisfy the following relationship: M 200 × E * / tan δ ≥ 400, wherein the rubber composition comprises styrene-butadiene rubber, polybutadiene rubber, silica, and carbon black, wherein the stress at 200% elongation M200 (MPa) is determined in a tensile testing at 25°C in accordance with JIS K6251:2010,and wherein the complex modulus E*(MPa) and loss tangent tan δ are measured using a viscoelastic spectrometer at a temperature of 30°C, a frequency of 10Hz, an initial strain of 10%, and a dynamic strain of 2%. wherein the stress at 200% elongation M200 (MPa) is determined in a tensile testing at 25°C in accordance with JIS K6251:2010,and wherein the complex modulus E*(MPa) and loss tangent tan δ are measured using a viscoelastic spectrometer at a temperature of 30°C, a frequency of 10Hz, an initial strain of 10%, and a dynamic strain of 2%.
Self-windable transversely tearable textile industrial adhesive tape having a tape-shaped carrier having a thickness in the range from 0.05 mm to 1.8 mm, consisting of a formed-loop knit in which a yarn is formed into knitted loops and provided on one side a pressure-sensitive adhesive coating applied directly to the carrier at a specific mass per unit area in the range from 20 g/m 2 to 300 g/m 2, characterized in that the carrier comprises weft threads parallel to each other in the cross direction which are held in the knitted loops of the formed-loop knit.