mhurhangee/ep-ind-claims huggingface dataset:
A transport bag for a conveying system, wherein the transport bag is configured for receiving conveying good and comprises: - a support wall comprising front wall and rear wall, - a loading frame, which is connected to the support wall, representing an upper loading opening of the support wall, for arranging the front wall spaced apart from the rear wall, - a suspension device, - a closure device for detachably connecting the front wall to the rear wall in a closure state for receiving the conveying good and for opening the connection between the front wall and the rear wall from the closure state into an open state in order to release the conveying good downwards, - at least one closing means for reversibly connecting and opening the closure device, and - an electric drive; wherein the closing means is operated with the electric drive und wherein means for control of the electric drive are provided, characterized in that - the electrical drive is an electric traction magnet, which is electrically controllable, including a spring return and a movable rod-shaped anchor; and in that - the means for control of the electric drive are electrical contacts on the transport bag, which are attached to the transport bag and connected, by an electric line, to the electric drive in order to establish an electrical connection to the electric drive. - a support wall comprising front wall and rear wall, - a loading frame, which is connected to the support wall, representing an upper loading opening of the support wall, for arranging the front wall spaced apart from the rear wall, - a suspension device, - a closure device for detachably connecting the front wall to the rear wall in a closure state for receiving the conveying good and for opening the connection between the front wall and the rear wall from the closure state into an open state in order to release the conveying good downwards, - at least one closing means for reversibly connecting and opening the closure device, and - an electric drive; wherein the closing means is operated with the electric drive und wherein means for control of the electric drive are provided, characterized in that - the electrical drive is an electric traction magnet, which is electrically controllable, including a spring return and a movable rod-shaped anchor; and in that - the means for control of the electric drive are electrical contacts on the transport bag, which are attached to the transport bag and connected, by an electric line, to the electric drive in order to establish an electrical connection to the electric drive.
An ultra-high strength and toughness steel plate having a low yield ratio, consisting of the chemical elements in mass percentages of: C: 0.18-0.34%, Si: 0.10-0.40%, Mn: 0.50-1.40%, Cr: 0.20-0.70%, Mo: 0.30-0.90%, Nb: 0-0.06%, Ni: 0.50-2.40%, V: 0-0.06%, Ti: 0.002-0.04%, Al: 0.01-0.08%, B: 0.0006-0.0020%, N≤0.0060%, 0≤0.0040%, Ca: 0-0.0045%, and the balance of Fe and other unavoidable impurities; wherein the carbon equivalent of the steel plate satisfies the relation of CEV≤0.75%, wherein the carbon equivalent of CEV = C+Mn/6+(Cr+Mo+V)/5+(Ni+Cu)/15, the steel plate has a yield ratio of less than 0.85; the steel plate has a tensile strength of greater than 1500MPa, a yield strength of greater than 1200 MPa, an elongation of greater than 10%, and an impact energy Akv (-20 °C) of more than 27J; and the microstructure of the steel plate consists of refined martensite and residual austenite. C: 0.18-0.34%, Si: 0.10-0.40%, Mn: 0.50-1.40%, Cr: 0.20-0.70%, Mo: 0.30-0.90%, Nb: 0-0.06%, Ni: 0.50-2.40%, V: 0-0.06%, Ti: 0.002-0.04%, Al: 0.01-0.08%, B: 0.0006-0.0020%, N≤0.0060%, 0≤0.0040%, Ca: 0-0.0045%, and the balance of Fe and other unavoidable impurities; wherein the carbon equivalent of the steel plate satisfies the relation of CEV≤0.75%, wherein the carbon equivalent of CEV = C+Mn/6+(Cr+Mo+V)/5+(Ni+Cu)/15, the steel plate has a yield ratio of less than 0.85; the steel plate has a tensile strength of greater than 1500MPa, a yield strength of greater than 1200 MPa, an elongation of greater than 10%, and an impact energy Akv (-20 °C) of more than 27J; and the microstructure of the steel plate consists of refined martensite and residual austenite.
A drum type washing machine comprising: - a drum rotatably placed in the tub; - a tub to hold water therein and including a tub body having a tub cover assembled to a backside of said tub body to enclose said drum; - a tub bracket closing an opening of the tub cover; - a shaft connected to the drum; - a bearing housing to rotatably support the shaft; - a motor to rotate the shaft, wherein the motor is directly coupled to the shaft; - shock absorbing means provided to absorb vibration or shock generated from the drum and the motor in performing washing or dewatering and including a backside gasket provided along an outer circumference of the tub bracket to seal the opening; - a suspension assembly to reduce vibration of the drum, wherein the suspension assembly is attached to the bearing housing, characterized in that the suspension assembly comprises: a main damper forwardly spaced from a center of weight of an assembly including the drum, the shaft, the bearing housing and the motor in a rotational axis direction of the drum and a rear damper rearwardly spaced from the center of weight of said assembly, wherein the main damper and the rear damper are vertically provided. - a drum rotatably placed in the tub; - a tub to hold water therein and including a tub body having a tub cover assembled to a backside of said tub body to enclose said drum; - a tub bracket closing an opening of the tub cover; - a shaft connected to the drum; - a bearing housing to rotatably support the shaft; - a motor to rotate the shaft, wherein the motor is directly coupled to the shaft; - shock absorbing means provided to absorb vibration or shock generated from the drum and the motor in performing washing or dewatering and including a backside gasket provided along an outer circumference of the tub bracket to seal the opening; - a suspension assembly to reduce vibration of the drum, wherein the suspension assembly is attached to the bearing housing, characterized in that the suspension assembly comprises: a main damper forwardly spaced from a center of weight of an assembly including the drum, the shaft, the bearing housing and the motor in a rotational axis direction of the drum and a rear damper rearwardly spaced from the center of weight of said assembly, wherein the main damper and the rear damper are vertically provided.
Device for reserving a space and protecting the bodywork of a terrestrial vehicle, which comprises: - an assembly (105 to 120) comprising at least one mount (105, 110) comprising a means for fastening to a ceiling of premises and at least one body (115, 120) supported by said at least one mount; the device is characterized in that it also comprises: - a motor for setting said assembly in rotation around an axis, vertical when the means for fixing is fixed to the ceiling, between a first position and a second position perpendicular to the first position; - a means for controlling the motor to control the movement of said assembly between the first and second positions, and in that at least one body is a shock absorbing body. - an assembly (105 to 120) comprising at least one mount (105, 110) comprising a means for fastening to a ceiling of premises and at least one body (115, 120) supported by said at least one mount; - a motor for setting said assembly in rotation around an axis, vertical when the means for fixing is fixed to the ceiling, between a first position and a second position perpendicular to the first position; - a means for controlling the motor to control the movement of said assembly between the first and second positions, and
An air conditioner comprising a communication apparatus, a plurality of indoor units to perform air conditioning, at least one outdoor unit connected to the indoor units via a refrigerant pipe, said communication apparatus being configured to drive the outdoor unit using a first signal, and a central controller to control operations of the outdoor unit and the indoor units using a second signal, wherein the communication apparatus is installed in the outdoor unit or one of the indoor units connected to the outdoor unit to perform communication with the central controller using a wireless communication method, wherein the communication apparatus is configured to convert the second signal into a wireless signal corresponding to the second signal according to a wireless communication method, or the wireless signal into the second signal according to a preset communication method, wherein the communication apparatus is configured to communicate with the outdoor unit or the indoor unit using the first and second signals having frequency bands spaced from each other, wherein the communication apparatus is configured to allow communication between the outdoor units by the wireless communication method, wherein the communication apparatus is provided in the outdoor unit or the indoor unit which is located the closest to the central controller, and wherein the central controller is configured to transmit and receive the wireless signal to and from an outdoor unit or indoor unit located the closest thereto. wherein the communication apparatus is installed in the outdoor unit or one of the indoor units connected to the outdoor unit to perform communication with the central controller using a wireless communication method, wherein the communication apparatus is configured to convert the second signal into a wireless signal corresponding to the second signal according to a wireless communication method, or the wireless signal into the second signal according to a preset communication method, wherein the communication apparatus is configured to communicate with the outdoor unit or the indoor unit using the first and second signals having frequency bands spaced from each other, wherein the communication apparatus is configured to allow communication between the outdoor units by the wireless communication method, wherein the communication apparatus is provided in the outdoor unit or the indoor unit which is located the closest to the central controller, and wherein the central controller is configured to transmit and receive the wireless signal to and from an outdoor unit or indoor unit located the closest thereto.
A device for controlling the application of a clamping force through a clamp (10, 11) to an element that is free to move relative to the clamp when it is not clamped, comprising at least one energy storage element providing the clamping force, a mechanism for opening the clamp comprising at least one element acting as a lever having a short arm (2, 5) and a long arm (2, 4), characterised in that the long arm is activated by a wedge arrangement (6, 6', 8, 8', 7) comprising a nut moved by a screw rod, and a tripping arrangement (12, 13, 14, 15, 16, 17, 18; 17', 17"; 12', 13', 14', 15', 16') causing instant application of the clamping force, the wedges (12, 12') of the tripping arrangement engaging the pockets (14, 14') of the tripping arrangement, the screw rod engaging the nut that is connected to a carriage, which is of generally U-shape with a bottom that is plane, the pockets (14, 14') being disposed in the vertical parts of the U, and inside of the U the slideable support of the wedge arrangement is disposed, wherein the tripping mechanism is biased to trip by means of a force that is directly derived from the energy storage element via said mechanism for opening the clamp.
An assembly of a hose clamp having an inner face and an annular spring liner, the annular spring liner comprising: a circumferential shoulder near an edge of said liner; and a central, cylindrical, rippled, contact portion configured to contact a hose, the central, cylindrical, rippled, contact portion being of smaller circumference than said shoulder; wherein (i) said shoulder is adapted to abut said inner face when said annular spring liner is attached to said hose clamp, and (ii) said rippled contact portion of said spring liner comprises ripples of saw-tooth shape, each ripple including a first segment and a second segment extending obliquely relative to the first segment, and wherein a first angle (α) is defined between the first segment and a vertically-extending imaginary line and a second angle (β) of each ripple, the assembly being characterized in that the second angle (β) of each ripple is in the range of from 35° to about 60°, wherein the first angle (α) of each ripple is in the range of from 5° to about 25°.
Slicing machine for cutting off slices from an elongate item, preferably an elongate food, having a machine housing which retains a cutting blade, which rotates in a cutting plane, and a stop plate, which is arranged parallel to the cutting plane, wherein the stop plate can be adjusted perpendicularly to the cutting plane by an adjustment device in order to set the cutting thickness, characterized in that a pivotable and/or displaceable safety catch is provided in order to limit the maximum cutting thickness to a cutting-thickness limit value, and the safety catch has a neutral position, in which it is in engagement with the adjustment device in order to limit the maximum cutting thickness, and an actuated position, in which the safety catch is not in engagement with the adjustment device, wherein, in the neutral position, the safety catch limits the maximum settable cutting thickness, the safety catch forming a stop which interacts with the adjustment device and, when the cutting-thickness limit value is reached, blocking movement of the adjustment device or of a component of the adjustment device.
An article of manufacture, comprising: an extrusion-foamed polymeric composition comprising an ethylene-based polymer and an olefin-based elastomer; and wherein the ethylene-based polymer has a density of at least 0.91 g/cm 3, wherein the elastomer has a density of less than 0.91 g/cm 3, wherein the extrusion-foamed polymeric composition has a foaming ratio of at least 20 percent, wherein the extrusion-foamed polymeric composition has a DMA storage modulus at 0 C of less than 130 MPa and a density in the range of from 0.35 to 0.7 g/cm 3; and wherein the ethylene-based polymer is a low-density polyethylene homopolymer, wherein the olefin-based elastomer is selected from the group consisting of an ethylene/alpha-olefin interpolymer, an olefin block copolymer, an olefin block composite, an ethylene-propylene-diene monomer (EPDM), and combinations of two or more thereof; wherein DMA storage modulus is measured as described in the description; and wherein the foaming ratio is determined as described in the description. an extrusion-foamed polymeric composition comprising an ethylene-based polymer and an olefin-based elastomer; and wherein the ethylene-based polymer has a density of at least 0.91 g/cm 3, wherein the elastomer has a density of less than 0.91 g/cm 3, wherein the extrusion-foamed polymeric composition has a foaming ratio of at least 20 percent, wherein the extrusion-foamed polymeric composition has a DMA storage modulus at 0 C of less than 130 MPa and a density in the range of from 0.35 to 0.7 g/cm 3; and wherein the ethylene-based polymer is a low-density polyethylene homopolymer, wherein the olefin-based elastomer is selected from the group consisting of an ethylene/alpha-olefin interpolymer, an olefin block copolymer, an olefin block composite, an ethylene-propylene-diene monomer (EPDM), and combinations of two or more thereof; wherein DMA storage modulus is measured as described in the description; and wherein the foaming ratio is determined as described in the description.
A method for an integrated access backhaul, IAB, node configured to communicate with first and second parent nodes in a wireless network, the method comprising: determining the IAB node's multiplexing capability between a first parent link with the first parent node and a second parent link with the second parent node; sending an indication of the multiplexing capability to one or more ancestor nodes in the wireless network; receiving, from the first parent node, a first indication of availability of resources for the first parent link; receiving, from the second parent node, a second indication of availability of resources for the second parent link, wherein the first and second indications relate to a first resource that is configured for both the first and second parent links; and determining that the first resource is available for use by the IAB node only when both the first and second indications indicate that the first resource is available. determining the IAB node's multiplexing capability between a first parent link with the first parent node and a second parent link with the second parent node; sending an indication of the multiplexing capability to one or more ancestor nodes in the wireless network; receiving, from the first parent node, a first indication of availability of resources for the first parent link; receiving, from the second parent node, a second indication of availability of resources for the second parent link, wherein the first and second indications relate to a first resource that is configured for both the first and second parent links; and determining that the first resource is available for use by the IAB node only when both the first and second indications indicate that the first resource is available.
A method comprising: providing a layer structure for a photovoltaic device, the layer structure comprising a light absorber disposed between an electrode disposed on one side of the light absorber and another electrode on the other side of the light absorber, the light absorber comprising chalcopyrite-type semiconductor material; and delivering a spatially-shaped picosecond ("ps") pulsed laser beam (55, 55'), through the electrode, which is transparent to the beam, so as to remove material with the spatially shaped laser beam from a region of the transparent electrode so as to expose at least a portion of the light absorber, the spatially shaped laser beam having a non-Gaussian spatial profile where picosecond means a pulsewidth ranging from 0.5ps to 500ps.
Contact element, in the form of an integral punched and bent part, having a latching element for securing the contact element in a contact chamber of a plug-in connector, furthermore having a first contact spring, which at least partially extends into a receiving region of the contact element for making contact with a mating element introduced into the receiving region, wherein a second contact spring, which is likewise formed from the punched and bent part, is assigned to the contact spring in a manner lying opposite the latter, wherein the contact element in its axial course of the receiving region, has at least one projection for the mating contact, characterized in that the at least one projection is provided in the receiving region upstream and/or downstream of the contact springs (7, 10).
Rotor blade comprising at least one joint and at least one actuator to cause a deformation of the rotor blade about the joint, wherein the joint is a flexure joint and wherein the actuator is a pneumatic actuator, characterised in that the deformation of the rotor blade caused by the actuator is effected about an axis running perpendicular to the main plane of the rotor blade.
An electrophotographic photosensitive member comprising: a support; and a photosensitive layer formed on the support; wherein the photosensitive layer comprises: a phthalocyanine crystal in which a compound represented by the following formula is contained: wherein R 1 to R 4 each independently represent a hydrogen atom, a formyl group, an acetyl group, an alkenyl group, a substituted or unsubstituted alkyl group, a substituted or unsubstituted aryl group, or a substituted or unsubstituted heterocyclic group, provided that both of the R 1 and R 2 are not a hydrogen atom at the same time, and provided that the substituent of the substituted aryl group is not an acetyl group or a benzoyl group. a support; and a photosensitive layer formed on the support; a phthalocyanine crystal in which a compound represented by the following formula is contained:
Use of a hose having - a polymer elastic layer, which contains a thermoplastic elastomer having a thermoplastic component and an elastomer component, - a reinforcing layer surrounding the elastic layer and - optionally an outer layer surrounding the reinforcing layer, preferably made from polymer material, - wherein the inner side of the elastic layer is provided with a polymer inner layer having a layer thickness (s) of 0.1 to 0.5 mm, the inner surface of which delimits a free cross-section for the transport of a fluid to be conducted and - wherein the inner layer has a Shore A hardness of more than 85, determined according to DIN EN ISO 868 (e.g. on 2 mm dense injection moulding plates, 3 layers, reading time 1 to 3 sec.), for the transport of drinking water. - a polymer elastic layer, which contains a thermoplastic elastomer having a thermoplastic component and an elastomer component, - a reinforcing layer surrounding the elastic layer and - optionally an outer layer surrounding the reinforcing layer, preferably made from polymer material, - wherein the inner side of the elastic layer is provided with a polymer inner layer having a layer thickness (s) of 0.1 to 0.5 mm, the inner surface of which delimits a free cross-section for the transport of a fluid to be conducted and - wherein the inner layer has a Shore A hardness of more than 85, determined according to DIN EN ISO 868 (e.g. on 2 mm dense injection moulding plates, 3 layers, reading time 1 to 3 sec.),
A positive electrode active material, comprising a lithium nickel cobalt manganese oxide, wherein the molar content of nickel in the lithium nickel cobalt manganese oxide is 60% - 90% of the total molar content of nickel, cobalt and manganese, and the lithium nickel cobalt manganese oxide has a layered crystal structure of a space group R3 m; a transition metal layer of the lithium nickel cobalt manganese oxide comprises a doping element, and the local mass concentration of the doping element in particles of the positive electrode active material has a relative deviation of 20% or less; and in a differential scanning calorimetry spectrum of the positive electrode active material in a 78% delithiation state, an initial exothermic temperature of a main exothermic peak is 200°C or more, and an integral area of the main exothermic peak is 100 J/g or less. a transition metal layer of the lithium nickel cobalt manganese oxide comprises a doping element, and the local mass concentration of the doping element in particles of the positive electrode active material has a relative deviation of 20% or less; and in a differential scanning calorimetry spectrum of the positive electrode active material in a 78% delithiation state, an initial exothermic temperature of a main exothermic peak is 200°C or more, and an integral area of the main exothermic peak is 100 J/g or less.