mhurhangee/ep-ind-claims huggingface dataset:
An outdoor unit of an air-conditioning apparatus, the outdoor unit comprising: a housing forming an outline of the outdoor unit; a partition plate extending from a front surface of the housing toward a rear surface of the housing and partitioning an interior of the housing into an air-sending device chamber and a machine chamber; a heat exchanger disposed in the air-sending device chamber and along an end portion located at the rear surface of the housing; and a holder mounted on the heat exchanger and accommodating a temperature-measurement unit configured to measure an outside air temperature, the partition plate including a first flat portion disposed with a space between a rear surface of the first flat portion and the heat exchanger and extending in a longitudinal direction of the heat exchanger, and a second flat portion projecting from a side edge portion of the first flat portion toward the heat exchanger, the holder including an accommodating unit holding the temperature-measurement unit, and a hook unit formed continuous with the accommodating unit, the hook unit extending across a top surface of the heat exchanger and being hooked to the first flat portion. a housing forming an outline of the outdoor unit; a partition plate extending from a front surface of the housing toward a rear surface of the housing and partitioning an interior of the housing into an air-sending device chamber and a machine chamber; a heat exchanger disposed in the air-sending device chamber and along an end portion located at the rear surface of the housing; and a holder mounted on the heat exchanger and accommodating a temperature-measurement unit configured to measure an outside air temperature, the partition plate including a first flat portion disposed with a space between a rear surface of the first flat portion and the heat exchanger and extending in a longitudinal direction of the heat exchanger, and a second flat portion projecting from a side edge portion of the first flat portion toward the heat exchanger, the holder including an accommodating unit holding the temperature-measurement unit, and a hook unit formed continuous with the accommodating unit, the hook unit extending across a top surface of the heat exchanger and being hooked to the first flat portion.
Locking system for a motor vehicle door, comprising a plurality of locking elements which are positionable in a manner spaced apart from one another, and a common control unit, which is spaced apart from the locking elements, for operating said locking elements, in which the control unit has a multi-part disc cam, wherein at least one first disc cam is connected to an actuating unit, and there is a second disc cam which is connected to a plurality of locking elements in each case via a transmission means, wherein the first disc cam and the second disc cam can be decoupled, wherein the multi-part disc cam is connected to a drive, wherein at least the movement of a component of one of the locking elements is brought about with the drive, and wherein an electrically assisted opening and closing of the components of a lock element can be realized by the movement of the component.
Handheld tool, in particular for dental purposes, for dispensing a pasty filling compound, the viscosity of which can be reduced by supplying oscillation energy, comprising • a tool shaft in the form of a tool housing, • a detachable container for the pasty filling compound, said container having an outlet nozzle at its front end, • an oscillation generator which is arranged in the tool shaft and which has an oscillating body, and • pressure generating means for exerting pressure on the pasty filling compound, wherein the oscillating body is detachably connected to the container in a central region of the latter, wherein the pressure generating means are formed in the central region of the tool shaft, and wherein the container has, in its front region, a cannula forming the outlet nozzle, wherein means for connecting the container to the oscillating body are formed at the end of the cannula. • a tool shaft in the form of a tool housing, • a detachable container for the pasty filling compound, said container having an outlet nozzle at its front end, • an oscillation generator which is arranged in the tool shaft and which has an oscillating body, and • pressure generating means for exerting pressure on the pasty filling compound, wherein the oscillating body is detachably connected to the container in a central region of the latter, wherein the pressure generating means are formed in the central region of the tool shaft, and wherein the container has, in its front region, a cannula forming the outlet nozzle, wherein means for connecting the container to the oscillating body are formed at the end of the cannula.
Support column system for supporting at least one computer installation (101, 102), wherein the support column system comprises the following: a) at least one elongate support column which is specified for vertical fitting; b) at least one vertical fastening means which is specified for fastening the support column vertically to a floor, a ceiling, or a wall of a room, or for fastening said support column to a roller platform; c) at least one first support installation that is fastened to the support column, for supporting at least one visual output device of the computer installation; d) at least one second support installation that is fastened to the support column, for supporting at least one manual input device of the computer installation; characterized in that the support column in the cross section is configured as a multi-chamber profile, wherein the multi-chamber profile has at least one closed front chamber and one rear chamber that is open toward a rear side of the support column, wherein the front chamber is separated from the rear chamber by at least one internal separating wall of the multi-chamber profile, wherein a guide profile for a coupling element that is fastenable so as to be longitudinally displaceable within the rear chamber, the coupling element being guided so as to be displaceable in the longitudinal direction of the support column in a substantially clearance-free manner by said guide profile, characterized in that the coupling element is disposed in the rear chamber, which has a clamp-fixing mechanism (81, 84) by way of which the coupling element within the rear chamber is fixedly clampable in the guide profile and thus fixable in relation to a displacement in the longitudinal direction of the support column is disposed in the rear chamber. a) at least one elongate support column which is specified for vertical fitting; b) at least one vertical fastening means which is specified for fastening the support column vertically to a floor, a ceiling, or a wall of a room, or for fastening said support column to a roller platform; c) at least one first support installation that is fastened to the support column, for supporting at least one visual output device of the computer installation; d) at least one second support installation that is fastened to the support column, for supporting at least one manual input device of the computer installation;
A slat for the production of blinds, shutters, roll-up shutters, wall panels of wardrobes, casing for electrical equipment or similar, characterized in that each slat comprises two semi parts (101, 201) which extend longitudinally and which are profiled and connected together to form between them an S-shaped channel which opens on both fronts of the slat and further characterized in that in a first adjustment position of the two semi parts (101, 201), the latter allow the passage of air and not light, whereas in a second adjustment position, they prevent the passage of both air and light.
A piezoelectric ceramic composition comprising: potassium sodium niobate, wherein a transition temperature at which a phase transition between an orthorhombic crystal structure and a tetragonal crystal structure occurs lies in a temperature range of -20°C or higher and 60°C or lower, αt/αo is 0.72 or more, where αo represents a coefficient of linear expansion determined when a crystal structure is orthorhombic in the temperature range, and αt represents a coefficient of linear expansion determined when a crystal structure is tetragonal in the temperature range, wherein the piezoelectric ceramic composition is represented by a composition formula A x BO 3, wherein the piezoelectric ceramic composition comprises K, Na, and Li that account for 90% or more of an amount of A-site elements, Nb, Ta, and Sb that account for 90% or more of an amount of B-site elements, Ag at an A-site, and Fe at a B-site, wherein the piezoelectric ceramic composition is represented by a composition formula {(K 1-u-v Na u Li v) 1-w-α Ag w A1 α} x {(Nb 1-y-z Ta y Sb z) 1-β-γ-δ B1 δ B2 γ Fe δ}O 3 wherein A1 is Bi, La, Ce, Nd, or Sm or a combination thereof, B1 is Zn, Mg, Yb, Fe, Cu, Co, or Ni or a combination thereof, and B2 is Sn, Ti, Zr, Hf, Ce, Ge, V, W, Nb, Sb, or Ta or a combination thereof and the molar ratios v, w, y, z, α, β, γ, and δ are larger than 0. potassium sodium niobate, wherein a transition temperature at which a phase transition between an orthorhombic crystal structure and a tetragonal crystal structure occurs lies in a temperature range of -20°C or higher and 60°C or lower, αt/αo is 0.72 or more, where αo represents a coefficient of linear expansion determined when a crystal structure is orthorhombic in the temperature range, and αt represents a coefficient of linear expansion determined when a crystal structure is tetragonal in the temperature range, wherein the piezoelectric ceramic composition is represented by a composition formula A x BO 3, wherein the piezoelectric ceramic composition comprises K, Na, and Li that account for 90% or more of an amount of A-site elements, Nb, Ta, and Sb that account for 90% or more of an amount of B-site elements, Ag at an A-site, and Fe at a B-site, K, Na, and Li that account for 90% or more of an amount of A-site elements, Nb, Ta, and Sb that account for 90% or more of an amount of B-site elements, Ag at an A-site, and Fe at a B-site, wherein the piezoelectric ceramic composition is represented by a composition formula {(K 1-u-v Na u Li v) 1-w-α Ag w A1 α} x {(Nb 1-y-z Ta y Sb z) 1-β-γ-δ B1 δ B2 γ Fe δ}O 3 wherein A1 is Bi, La, Ce, Nd, or Sm or a combination thereof, B1 is Zn, Mg, Yb, Fe, Cu, Co, or Ni or a combination thereof, and B2 is Sn, Ti, Zr, Hf, Ce, Ge, V, W, Nb, Sb, or Ta or a combination thereof and the molar ratios v, w, y, z, α, β, γ, and δ are larger than 0.
A testing method for self-desiccation effect on cement-based material, wherein a dew-point thermometer is used to test the internal dew-point temperature of the cement-based material enclosed in a container for 1 day from final set to being shaped after addition of water, and the internal relative humidity is calculated according to the equation: log RH = 7.45 ⋅ t d 235 + t d − 7.45 ⋅ t 235 + t wherein, in the equation, RH refers to the internal relative humidity of the cement-based material and RH = 99.98% - 99.5 %; t d refers to the dew-point temperature when the pore is of the critical pore radius; and t refers to the ambient temperature; the dew-point thermometer is formed by a thermocouple probe and a dew-point micro-voltmeter, in which the thermocouple probe is pre-embedded and protected either with a porous ceramic cover or a stainless wire mesh and the thermocouple is formed by electrically connected constantan and nichrome; the pore diameter of the porous ceramic cover or the stainless wire mesh is 2 - 5 μm. wherein, in the equation, RH refers to the internal relative humidity of the cement-based material and RH = 99.98% - 99.5 %; t d refers to the dew-point temperature when the pore is of the critical pore radius; and t refers to the ambient temperature; the dew-point thermometer is formed by a thermocouple probe and a dew-point micro-voltmeter, in which the thermocouple probe is pre-embedded and protected either with a porous ceramic cover or a stainless wire mesh and the thermocouple is formed by electrically connected constantan and nichrome; the pore diameter of the porous ceramic cover or the stainless wire mesh is 2 - 5 μm.
A method for prioritizing handover targets for scanning by a mobile terminal, MS, in a wireless network having a plurality of network elements (2 to 5), comprising: a network element receiving a signal from an MS for which it is the serving network element; characterised by the network element obtaining the direction from which it receives the signal from the MS; for said direction, the network element obtaining, from a data store associated with the network element, probabilities of successful handover to respective different neighbouring network elements; the network element using the probabilities in prioritizing scanning order of neighbouring network elements; and the network element sending information about the prioritized scanning order to the MS. a network element receiving a signal from an MS for which it is the serving network element; characterised by the network element obtaining the direction from which it receives the signal from the MS; for said direction, the network element obtaining, from a data store associated with the network element, probabilities of successful handover to respective different neighbouring network elements; the network element using the probabilities in prioritizing scanning order of neighbouring network elements; and the network element sending information about the prioritized scanning order to the MS.
A method for producing an antibody or antibody fragment, characterized by comprising using Pichia angusta with disruption of the vacuolar protein sorting gene (VPS gene) and with disruption of the vacuolar protease B gene (PRB1 gene) simultaneously with the VPS gene as a host for secretory production of the antibody or antibody fragment, wherein the VPS gene is at least one gene selected from the group consisting of VPS8, VPS10, and VPS15.
Method for controlling rail vehicles (108, 111, 601), - in which a line section has a first and a second storage device (106, 107; 605), wherein no more than one of the storage devices (106, 107; 605) provides an exclusive right of way on the line section, - in which the exclusive right of way on the line section is read from the first storage device by a rail vehicle and the first storage device is placed in a state in which it can provide no exclusive right of way on the line section, - in which the exclusive right of way is passed to the second storage device by the rail vehicle. - in which a line section has a first and a second storage device (106, 107; 605), wherein no more than one of the storage devices (106, 107; 605) provides an exclusive right of way on the line section, - in which the exclusive right of way on the line section is read from the first storage device by a rail vehicle and the first storage device is placed in a state in which it can provide no exclusive right of way on the line section, - in which the exclusive right of way is passed to the second storage device by the rail vehicle.
Device for capacitive measurement of a filling level of a filling medium in a filling volume which can be filled with a filling medium, comprising: - a first measuring element, - an arranged second measuring element, wherein the second measuring element is formed such that a potential gradient is formed between a first portion of the second measuring element and a second portion of the second measuring element; characterised by - a voltage generation device which is associated with the second measuring element, and which is designed to generate a first electrical voltage (U 1) and a second electrical voltage (U 2), optionally different from the first electrical voltage (U 1) and to apply said voltages to the second measuring element; - a control device which is associated with the voltage generation device and is designed to control the operation of the voltage generation device in such a way that the first and second electrical voltage (U 1, U 2) is applied alternately to the first and the second portion (6a, 6b) of the second measuring element. - a first measuring element, - an arranged second measuring element, wherein the second measuring element is formed such that a potential gradient is formed between a first portion of the second measuring element and a second portion of the second measuring element; characterised by - a voltage generation device which is associated with the second measuring element, and which is designed to generate a first electrical voltage (U 1) and a second electrical voltage (U 2), optionally different from the first electrical voltage (U 1) and to apply said voltages to the second measuring element; - a control device which is associated with the voltage generation device and is designed to control the operation of the voltage generation device in such a way that the first and second electrical voltage (U 1, U 2) is applied alternately to the first and the second portion (6a, 6b) of the second measuring element.
Polymer composition with high IR reflectivity, comprising: a) content of polycarbonate that, with the other components, gives 100% by weight, b) content of from 0.35 to 4.0% by weight of at least one IR-reflective pigment selected from the group consisting of: - Pigment Brown 29 chromium iron oxide (Fe,Cr) 2 O 3 with the CAS no. 12737-27-8, - Pigment Blue 28 cobalt aluminate blue spinel with the CAS no. 1345-16-0, - Pigment Blue 36 cobalt chromite blue spinel with the CAS no. 68187-11-1 and mixtures of these, c) at least one phosphate-based stabilizer having the following structure where R1 to R3 are H, or identical or different linear, branched, or cyclic alkyl moieties, where the content of c) is greater than zero and less than 0.05% by weight. a) content of polycarbonate that, with the other components, gives 100% by weight, b) content of from 0.35 to 4.0% by weight of at least one IR-reflective pigment selected from the group consisting of: - Pigment Brown 29 chromium iron oxide (Fe,Cr) 2 O 3 with the CAS no. 12737-27-8, - Pigment Blue 28 cobalt aluminate blue spinel with the CAS no. 1345-16-0, - Pigment Blue 36 cobalt chromite blue spinel with the CAS no. 68187-11-1 and mixtures of these, - Pigment Brown 29 chromium iron oxide (Fe,Cr) 2 O 3 with the CAS no. 12737-27-8, - Pigment Blue 28 cobalt aluminate blue spinel with the CAS no. 1345-16-0, - Pigment Blue 36 cobalt chromite blue spinel with the CAS no. 68187-11-1 c) at least one phosphate-based stabilizer having the following structure
A method for manufacturing a structured semiconductor substrate for optical absorption, comprising the following steps: i. depositing, on the surface (1 a) of a semiconductor material, a sacrificial layer, different from the semiconductor material, ii. at least partially etching the sacrificial layer formed in step i, so as to form islands of sacrificial layer on the surface (1 a) of the semiconductor material, iii. at least partially etching the semiconductor material of step ii, at zones not protected by said islands, so as to form a structured semiconductor material, this step iii being done by dry etching in the presence of oxygen so as to deposit a layer of oxide on the surface of the semiconductor material, and iv. eliminating the islands of sacrificial layer and the oxide layer, at the surface of the semiconductor material obtained in step iii, to form said structured substrate. i. depositing, on the surface (1 a) of a semiconductor material, a sacrificial layer, different from the semiconductor material, ii. at least partially etching the sacrificial layer formed in step i, so as to form islands of sacrificial layer on the surface (1 a) of the semiconductor material, iii. at least partially etching the semiconductor material of step ii, at zones not protected by said islands, so as to form a structured semiconductor material, this step iii being done by dry etching in the presence of oxygen so as to deposit a layer of oxide on the surface of the semiconductor material, and iv. eliminating the islands of sacrificial layer and the oxide layer, at the surface of the semiconductor material obtained in step iii, to form said structured substrate.
A display apparatus, comprising: a display panel configured to display an image; a supporting member on a rear surface of the display panel, wherein the supporting member forms a rear surface of the display apparatus; at least one sound generating device (1200, 1400, 1600, 1800, 1900, 1920, 2000, 2020) configured to vibrate the display panel to generate sound; and a coupling member (720, 1330, 1720, 1730) between the display panel and the supporting member, wherein the coupling member (720, 1330, 1720, 1730) couples the at least one sound generating device (1200, 1400, 1600, 1800, 1900, 1920,2000,2020) to a surface of the supporting member facing the rear surface of the display panel; and wherein the supporting member has a plate shape and the at least one sound generating device is disposed between the rear surface of the display panel and the supporting member, and wherein the supporting member does not include a hole into which the sound generating device is coupled. a display panel configured to display an image; a supporting member on a rear surface of the display panel, wherein the supporting member forms a rear surface of the display apparatus; at least one sound generating device (1200, 1400, 1600, 1800, 1900, 1920, 2000, 2020) configured to vibrate the display panel to generate sound; and a coupling member (720, 1330, 1720, 1730) between the display panel and the supporting member, wherein the coupling member (720, 1330, 1720, 1730) couples the at least one sound generating device (1200, 1400, 1600, 1800, 1900, 1920,2000,2020) to a surface of the supporting member facing the rear surface of the display panel; and wherein the supporting member has a plate shape and the at least one sound generating device is disposed between the rear surface of the display panel and the supporting member, and wherein the supporting member does not include a hole into which the sound generating device is coupled.
Milk in combination with solid feed stuff for use in a method for minimizing weaning stress in a suckling calf, wherein the calf is fed with milk at a daily amount of 15 to 25% of its body weight for 3 to 4 weeks following birth; then said calf is fed with solid feed stuff and diluted milk in a daily amount of 15-25% of its body weight for 3 to 7 days after three to four weeks following birth simultaneously, wherein the diluted milk being stepwise diluted with water at an increasing rate until the amount of pure milk fed thereto finally amounts to 8-15% of body weight; then the calf is fed with milk in a daily amount of 8-15% of body weight and with solid feed stuff of 5 weeks to 6-8 weeks after birth; and then the new born calf is fed with diluted milk in a daily amount of 8-15% of three to seven days before weaning and with solid feed stuff, said diluted milk being diluted stepwise with water at an increasing rate until it is substituted with 100% water at the end of the feeding period.