mhurhangee/ep-ind-claims huggingface dataset:
A care device configured to assist standing or sitting of a care receiver, the care device comprising: a base; a supporting device configured to support the care receiver, the supporting device being provided on the base; a moving device configured to perform a standing operation or a sitting operation by moving the supporting device with respect to the base; a first load detecting device configured to detect a load that the supporting device receives from the care receiver, the first load detecting device being provided on the supporting device; and a control device configured to control the moving device, and stop the standing operation or the sitting operation during the operation based on a load value detected by the first load detection device, characterized in that the first load detecting device is capable of measuring load values at multiple positions of the supporting device, and the control device is configured to determine that a load unbalance has occurred in a case in which a difference value between the load values at multiple positions exceeds a predetermined value. a base; a supporting device configured to support the care receiver, the supporting device being provided on the base; a moving device configured to perform a standing operation or a sitting operation by moving the supporting device with respect to the base; a first load detecting device configured to detect a load that the supporting device receives from the care receiver, the first load detecting device being provided on the supporting device; and a control device configured to control the moving device, and stop the standing operation or the sitting operation during the operation based on a load value detected by the first load detection device, characterized in that the first load detecting device is capable of measuring load values at multiple positions of the supporting device, and the control device is configured to determine that a load unbalance has occurred in a case in which a difference value between the load values at multiple positions exceeds a predetermined value.
A method for renovating a sewer manhole, characterized by the following steps: a. pulling an inflatable film sleeve onto a mold corresponding to the sewer manhole profile, b. wrapping and/or laying at least one extensible textile strip (46, 46') of the film sleeve pulled onto the mold, at least one non-extensible high-tensile-strength longitudinal strip also being laid in an axial direction between the strips (46, 46'), c. attaching a protective sheath enclosing the liner manufactured in this manner, d. pulling the liner off the mold that has been reduced in a radial direction, e. inserting the liner into a sewer manhole to be renovated, and introducing a pressure-tight bag into the inner film sleeve of the liner, f. sealing the liner at the upper end and inflating until it abuts against the manhole wall, g. curing the resin-impregnated liner. a. pulling an inflatable film sleeve onto a mold corresponding to the sewer manhole profile, b. wrapping and/or laying at least one extensible textile strip (46, 46') of the film sleeve pulled onto the mold, at least one non-extensible high-tensile-strength longitudinal strip also being laid in an axial direction between the strips (46, 46'), c. attaching a protective sheath enclosing the liner manufactured in this manner, d. pulling the liner off the mold that has been reduced in a radial direction, e. inserting the liner into a sewer manhole to be renovated, and introducing a pressure-tight bag into the inner film sleeve of the liner, f. sealing the liner at the upper end and inflating until it abuts against the manhole wall, g. curing the resin-impregnated liner.
A ventilation device for filtering air and for precipitating water aerosols from air, - wherein the ventilation device has a plurality of filter elements, a plurality of housings, a plurality of fans and a flow adapter, - wherein the respective filter element is fixed in the respective housing such that air can flow through from an inlet opening to an outlet opening of the respective housing in a flow direction, - wherein the respective fan is fixed on the outlet opening downstream of the respective housing in the flow direction and the flow adapter is fixed on the inlet opening upstream of the respective housing in the flow direction, characterized - in that the respective filter element, the respective housing and the respective fan in each case form a ventilation module with a flow surface, - in that a plurality of identical ventilation modules are stacked on one another in a detachable manner to form the ventilation device, such that a total flow surface of the ventilation device corresponds to a multiple of the flow surface of the individual ventilation module, and - in that the flow adapter is provided for evenly distributing the air sucked in from the outside by the respective fan over the total flow surface and is in one piece and preferably made from plastic, so that the air sucked in from outside by the respective fan can flow evenly through the respective filter elements. - wherein the ventilation device has a plurality of filter elements, a plurality of housings, a plurality of fans and a flow adapter, - wherein the respective filter element is fixed in the respective housing such that air can flow through from an inlet opening to an outlet opening of the respective housing in a flow direction, - wherein the respective fan is fixed on the outlet opening downstream of the respective housing in the flow direction and the flow adapter is fixed on the inlet opening upstream of the respective housing in the flow direction, characterized - in that the respective filter element, the respective housing and the respective fan in each case form a ventilation module with a flow surface, - in that a plurality of identical ventilation modules are stacked on one another in a detachable manner to form the ventilation device, such that a total flow surface of the ventilation device corresponds to a multiple of the flow surface of the individual ventilation module, and - in that the flow adapter is provided for evenly distributing the air sucked in from the outside by the respective fan over the total flow surface and is in one piece and preferably made from plastic, so that the air sucked in from outside by the respective fan can flow evenly through the respective filter elements.
Charge pressure generator of an internal combustion engine, having a bearing unit for a shaft, wherein the shaft is mounted by means of at least one first rolling bearing and at least one second rolling bearing, wherein each rolling bearing (4, 5) has an inner ring (6, 7) and an outer ring (8, 9), wherein an annular space is formed between the rings (6, 7, 8, 9) and wherein rolling bodies (11, 12) are arranged in the annular space, wherein, in the annular space, there is arranged at least one volume element (13, 14) which at least partially fills the annular space in an axial region, characterized in that the two inner rings (6, 7) of the two rolling bearings (4, 5) are formed as a single piece with one another, wherein the two outer rings (8, 9) are formed as respectively separate rings, wherein, between the outer rings (8, 9), there is arranged an intermediate element (19, 24) for generating preload in the bearing unit, wherein the intermediate element (19, 24) together with the outer rings (8, 9) forms a flush outer cylindrical surface, and wherein the outer rings (8, 9) are connected in positively locking fashion by means of the intermediate element (19, 24) and/or the volume element.
A light emitting apparatus, comprising: a circuit substrate, a plurality of light sources and an optical element; wherein the optical element comprises a translucent element and an interference element, wherein the plurality of light sources are arranged on the circuit substrate for lighting the optical element; and the optical element is arranged above the plurality of light sources; characterized in that the interference element is arranged on the translucent element, and the interference element causes light emitted from each of the light sources to undergo destructive interference in a first polarization direction, constructive interference in a second polarization direction, and emission through the translucent element.
An air conditioner comprising a refrigerant circuit having a compressor, an indoor heat exchanger, a radiation heat exchanger, a decompression structure, and an outdoor heat exchanger, wherein the indoor heat exchanger is provided in an indoor unit so as to face a fan; the radiation heat exchanger is provided to a surface of the indoor unit; the refrigerant circuit is configured to enable a radiation heating operation mode in which radiation heating and warm-air heating are performed by causing a high-temperature refrigerant to flow in the radiation heat exchanger and the indoor heat exchanger, and a warm-air heating operation mode in which warm-air heating is performed by causing the high-temperature refrigerant to flow not in the radiation heat exchanger, but in the indoor heat exchanger; and there is provided an outflow preventing means which, during the warm-air heating operation mode, prevents outflow of a liquid refrigerant in the radiation heat exchanger; characterized in that the outflow preventing means is structured by arranging, above an entrance section of the radiation heat exchanger, a part of a pipe fitting in the vicinity of an entrance of the radiation heat exchanger; wherein the outflow preventing means is structured by a pipe fitting which is bent to form a convex upward from the entrance section of the radiation heat exchanger; wherein the lower end position of the pipe fitting constituting an apex of the convexly-bent outflow preventing means is located above the upper end position of the pipe fitting constituting the entrance section.
A central solar receiver having a heat exchanger assembly with walls that form an inlet chamber and a generally juxtaposed outlet chamber connected to each other by way of a multitude of tube assemblies each of which has an inner tube and an outer tube with the tube assemblies extending away from the inlet and outlet chambers, wherein a remote end of the outer tube is closed and the inner tube terminates short of that closed end, wherein the interior of each inner tube communicates with one of the inlet and outlet chambers and a space between each of the inner and outer tubes communicates with the other of the inlet and outlet chambers so that a passageway is formed to connect the inlet and outlet chambers by way of the interior of the inner tube and a space between the inner and outer tubes with a change in direction of flow of about 180° at or towards the closed end of the outer tube of each tube assembly, wherein one of the inlet and outlet chambers (2, 3) is located within the other so that one becomes an inner chamber and the other becomes an outer chamber with the inner tubes of each tube assembly passing from the inner chamber through the outer chamber and into the outer tube of each assembly with the result that the inner tube connects with the inner chamber and the outer tube connects with the outer chamber, wherein the solar receiver is characterized in that the tube assemblies have one of a plurality of different lengths that extend in a generally radial direction away from the chambers so that the closed ends of the outer tubes of the tube assemblies are at different distances from the chambers (2, 3), wherein the tubes of different lengths are arranged in clusters thereof with a central longest tube assembly (4.1) surrounded by angularly spaced intermediate length tube assemblies (4.2) and shortest length tube assemblies (4.3) surrounding the central longest one with the intermediate length tubes and shortest length tubes being alternated in the circumferential direction.
Method for attaching a roaming telecommunication terminal to a visited network, said terminal comprising a security element, said method comprising: transmitting, from a home network of said terminal to said terminal, a rejection message, wherein said rejection message is a function of technical features of said terminal and of said security element, in order that said home network can send a rejection message which is adapted to, and understandable by, said terminal and said security element, said technical features of said terminal being determined based upon one of: i. an International Mobile Equipment Identity, IMEI, of said terminal or ii. a combination of at least two of: a manufacturer, a model, a type, and a version of said terminal, and said technical features of said security element being determined on the basis of: i. an Integrated Circuit Card Identifier, ICCID, of said security element or ii. an International Mobile Subscriber Identity, IMSI, of said security element, wherein the transmitted rejection message is configured to cause said terminal to attach to a preferred visited network. transmitting, from a home network of said terminal to said terminal, a rejection message, wherein said rejection message is a function of technical features of said terminal and of said security element, in order that said home network can send a rejection message which is adapted to, and understandable by, said terminal and said security element, said technical features of said terminal being determined based upon one of: i. an International Mobile Equipment Identity, IMEI, of said terminal or ii. a combination of at least two of: a manufacturer, a model, a type, and a version of said terminal, and i. an International Mobile Equipment Identity, IMEI, of said terminal or ii. a combination of at least two of: a manufacturer, a model, a type, and a version of said terminal, and said technical features of said security element being determined on the basis of: i. an Integrated Circuit Card Identifier, ICCID, of said security element or ii. an International Mobile Subscriber Identity, IMSI, of said security element, i. an Integrated Circuit Card Identifier, ICCID, of said security element or ii. an International Mobile Subscriber Identity, IMSI, of said security element, wherein the transmitted rejection message is configured to cause said terminal to attach to a preferred visited network.
A system for producing one or several drainage tunnels, comprising at least one arc module which is formed by an arc-shaped wall, wherein the wall comprises one respective supporting edge along its longitudinal edges for the flat support of the open arc module on a subgrade, and stiffening ribs arranged in succession in the direction of its longitudinal extension, and is perforated by a plurality of drainage openings, and the supporting edges are supported against the wall by means of stiffening fingers, characterized in that the supporting edges of the open arc module are respectively connected by means of tenon dowel joints to a ground surface, and alternatively by means of the same tenon dowel joints to further arc modules situated underneath, in such a way that the one arc module rests in the manner of a pyramid on the identical two further bottom arc modules and is thus combined into one or several drainage tunnels.
A braking device for an elevator traction machine comprising: a self-melting wired wound a predetermined number of turns on a bobbin and melted; a prepreg tape wound on the outside of the self-melting wire; characterised in that it further comprises a wire connecting portion in which a lead wire is connected to the self-melting wire; and a glass tape stuck fast to the prepreg tape by the resin impregnated into the prepreg tape to fix the wire connecting portion to the prepreg tape. a self-melting wired wound a predetermined number of turns on a bobbin and melted; a prepreg tape wound on the outside of the self-melting wire; characterised in that it further comprises a wire connecting portion in which a lead wire is connected to the self-melting wire; and a glass tape stuck fast to the prepreg tape by the resin impregnated into the prepreg tape to fix the wire connecting portion to the prepreg tape.
A swivel arrangement for a carousel filler arrangement having a rotating tank and a product pipe for transporting product into the rotating tank, said swivel arrangement comprising: - a tank connecting part arranged to rotate with the rotating tank; - a pipe connecting part arranged to at least partly surround the tank connecting part; and - a first opening at least for receiving a gaseous media, - a second opening at least for ejecting the gaseous media, - a first channel being in fluid communication with said first opening, said first channel being at least partly defined by a protruding portion of the pipe connecting part and an outer wall of the product pipe, characterized in that the swivel arrangement further comprises - a second channel in fluid communication with said first channel, said second channel being at least partly defined by said protruding portion and a protruding portion of the tank connecting part, - wherein a gap is formed between the pipe connecting part and said protruding portion of the tank connecting part, said gap being located between said second channel and said second opening thereby forming a particle barrier whereby, in use, particles are hindered from entering said second channel by a flow of gaseous media from said first opening to said second opening via said first and second channels. - a tank connecting part arranged to rotate with the rotating tank; - a pipe connecting part arranged to at least partly surround the tank connecting part; and - a first opening at least for receiving a gaseous media, - a second opening at least for ejecting the gaseous media, - a first channel being in fluid communication with said first opening, said first channel being at least partly defined by a protruding portion of the pipe connecting part and an outer wall of the product pipe, characterized in that the swivel arrangement further comprises - a second channel in fluid communication with said first channel, said second channel being at least partly defined by said protruding portion and a protruding portion of the tank connecting part, - wherein a gap is formed between the pipe connecting part and said protruding portion of the tank connecting part, said gap being located between said second channel and said second opening thereby forming a particle barrier whereby, in use, particles are hindered from entering said second channel by a flow of gaseous media from said first opening to said second opening via said first and second channels.
A device for evaluating soundness of a fiber-reinforced composite material, comprising: an AE sensor that can be attached to a test body made of the fiber-reinforced composite material to detect an AE wave; a load test device configured to apply a load to the test body by repeating a loading pattern including raising, retaining, and unloading the load, while increasing a maximum load in sequence; a storage device configured to store the AE waves detected by the AE sensor together with the loads; a frequency center of gravity calculation unit configured to calculate a frequency center of gravity of the AE waves on the basis of a relationship between a frequency of the AE wave and an intensity thereof; characterized in that it further comprises a determination device configured to determine that delamination immediately preceding breakage has occurred in the case where the frequency center of gravity is less than a predetermined first frequency. an AE sensor that can be attached to a test body made of the fiber-reinforced composite material to detect an AE wave; a load test device configured to apply a load to the test body by repeating a loading pattern including raising, retaining, and unloading the load, while increasing a maximum load in sequence; a storage device configured to store the AE waves detected by the AE sensor together with the loads; a frequency center of gravity calculation unit configured to calculate a frequency center of gravity of the AE waves on the basis of a relationship between a frequency of the AE wave and an intensity thereof; characterized in that it further comprises a determination device configured to determine that delamination immediately preceding breakage has occurred in the case where the frequency center of gravity is less than a predetermined first frequency.
A composition for use in alleviating or treating cancer, an inflammatory disease, an endocrine disease, or a metabolic disease, the pharmaceutical composition comprising, as an active ingredient, vesicles derived from Propionibacterium acnes.
A severe duty grapple for attachment to an end of a dipper stick of a backhoe, the grapple having an arcuate upper jaw and an arcuate lower jaw, the upper jaw having an upper load engaging plate and the lower jaw having a lower load engaging plate, each of the jaws (82, 100) having an inner end (86, 104) and a first side and a second side, wherein first and second lugs, each having an eyelet, are fixed in spaced relation at the inner end (86, 104) of one of the upper or lower jaws (82, 100) characterized in that: the other one of the upper or lower jaws (82, 100) includes a hollow tubular pivot at its inner end (86, 104) disposed between and coaxial with the eyelets of the first and second lugs; a pivot pin extending through the eyelets of the first and second lugs and through the hollow tubular pivot such that the upper and lower jaws (82, 100) are pivotal with respect to one another about the pivot pin; and whereby the inner end of the upper jaw and the inner end of the lower jaw are in proximity to one another, such that the inner ends (86, 104) together with the upper and lower load engaging plates (87, 105) define a closed throat so debris is not allowed to enter between the upper and lower jaws (82, 100) which could damage the grapple during use. the other one of the upper or lower jaws (82, 100) includes a hollow tubular pivot at its inner end (86, 104) disposed between and coaxial with the eyelets of the first and second lugs; a pivot pin extending through the eyelets of the first and second lugs and through the hollow tubular pivot such that the upper and lower jaws (82, 100) are pivotal with respect to one another about the pivot pin; and whereby the inner end of the upper jaw and the inner end of the lower jaw are in proximity to one another, such that the inner ends (86, 104) together with the upper and lower load engaging plates (87, 105) define a closed throat so debris is not allowed to enter between the upper and lower jaws (82, 100) which could damage the grapple during use.
A method for de-prioritization by radio resource control, RRC, connection reject at a user equipment comprising the steps of: storing a de-prioritization request; removing or suspending the de-prioritization request at the user equipment upon selection of a public land mobile network at the user equipment; and wherein the method further comprises, prior to the the step of removing or suspending, the step of determining that the selection of the public land mobile network is performed on the request of a non-access stratum, NAS. storing a de-prioritization request; removing or suspending the de-prioritization request at the user equipment upon selection of a public land mobile network at the user equipment; and wherein the method further comprises, prior to the the step of removing or suspending, the step of determining that the selection of the public land mobile network is performed on the request of a non-access stratum, NAS.