mhurhangee/ep-ind-claims huggingface dataset:
A frame of a laundry treatment apparatus, comprising a spring bearing beam, wherein the spring bearing beam comprises: a body with a strip-shape, a first connection structure arranged on an upper part of the body, a second connection structure arranged on a lower part of the body, wherein, the body is fixedly connected with a reinforcing member arranged on the frame of the laundry treatment apparatus via the first connection structure and/or the second connection structure, characterised in that a projection portion of strip-shape is formed through stamping towards a side on a middle portion of the body in a length direction of the body, wherein the projection portion comprises side walls and a top wall, and the top wall of the projection portion has different heights in a direction perpendicular to the side of the body. a body with a strip-shape, a first connection structure arranged on an upper part of the body, a second connection structure arranged on a lower part of the body, wherein, the body is fixedly connected with a reinforcing member arranged on the frame of the laundry treatment apparatus via the first connection structure and/or the second connection structure, characterised in that a projection portion of strip-shape is formed through stamping towards a side on a middle portion of the body in a length direction of the body, wherein the projection portion comprises side walls and a top wall, and the top wall of the projection portion has different heights in a direction perpendicular to the side of the body.
A method for finding an object, in particular a surface provided with an optically scannable code, by means of a mobile electronic device comprising an image sensor, and for aligning the mobile device on the object, comprising: - in a search phase, moving the mobile device while the image sensor detects images of the environment, and performing an electronic image evaluation to identify characteristic features of the object to be found, wherein an optical, acoustic and/or tactile signal is generated during the identification of the object, - in an approach phase, detecting images by means of the image sensor and performing an electronic image evaluation to determine the portion by which the identified object is within the detection area of the image sensor, wherein, as a function of the result of the image evaluation, optical, acoustic and/or tactile signals are generated, which signalize to the user an approaching movement until the entire object is within the detection area of the image sensor, and - in an adjustment phase, detecting images of the object by means of the image sensor and performing an electronic image evaluation to determine whether the object is within a predefined subarea of the detection area of the image sensor, wherein, as a function of the result of the image evaluation, optical, acoustic and/or tactile signals are generated, which signalize to the user an adjusting movement until the entire object is within the predefined subarea of the detection area, characterized in that the images in the search phase are detected at a higher image repetition rate and/or at a lower image resolution than in the approach phase. - in a search phase, moving the mobile device while the image sensor detects images of the environment, and performing an electronic image evaluation to identify characteristic features of the object to be found, wherein an optical, acoustic and/or tactile signal is generated during the identification of the object, - in an approach phase, detecting images by means of the image sensor and performing an electronic image evaluation to determine the portion by which the identified object is within the detection area of the image sensor, wherein, as a function of the result of the image evaluation, optical, acoustic and/or tactile signals are generated, which signalize to the user an approaching movement until the entire object is within the detection area of the image sensor, and - in an adjustment phase, detecting images of the object by means of the image sensor and performing an electronic image evaluation to determine whether the object is within a predefined subarea of the detection area of the image sensor, wherein, as a function of the result of the image evaluation, optical, acoustic and/or tactile signals are generated, which signalize to the user an adjusting movement until the entire object is within the predefined subarea of the detection area,
A melt pump for building up pressure for pressing a melt of synthetic material through a tool, comprising a compressor with two worm conveyors (408, 408') disposed in a housing, a transmission by means of which the worm conveyors (408, 408') are synchronously drivable and a drive, wherein the transmission is disposed between the drive and the compressor, wherein each worm conveyor (408, 408'; 508, 508') in the transmission is provided with its own output shaft (416, 416'; 516, 516') and wherein the worm conveyor (408, 408'; 508, 508') is connected to the corresponding output shaft (416, 416') by way of a coupling (414, 414'; 514, 514'), wherein the coupling (414, 414'; 514, 514') comprises an output gear (418, 418'; 518, 518') provided on the output shaft (416, 416'; 516, 516'), a drive gear (419, 419'; 519, 519') provided on the worm conveyor (408, 408'; 508, 508') and a coupling sleeve (421, 421') gripping the output gear (418, 418', 518, 518') and the drive gear (419, 419'; 519, 519'), characterized in that the drive gear (419, 419'; 519, 519') and the output gear (418, 418', 518, 518') have a different number of teeth.
CONFIGURABLE SAFETY DEVICE comprising an articulated tubular structure which, in turn, comprises a cable and a plurality of rings crossed by said cable, these rings being located in the available cable extension, along with a stop and a lock characterised in that it comprises a main branch which also comprises: - One or more anchorage clamp perpendicular to the cable and crossed by the cable, where each anchorage clamp has a mouth, a male side and a female side. - A plurality of rings crossed by the cable where each ring has a male base and a female base with the rings aligned in the same direction, with the male base of one facing the female base of the next. - A male re-entry at the female side of each anchorage clamp and a female re-entry at the male base of each ring. - A steering lock comprising a latch. - A flashing. Where the available cable extension is variable from a maximum available cable extension position to a minimum available cable extension position where in the maximum available extension position the rings have spaces between them and the anchorage clamps have spaces with respect to the elements adjacent to them, and in the minimum available extension position the rings are in close contact with each other and the anchorage clamps have close contact with the elements adjacent to them. - One or more anchorage clamp perpendicular to the cable and crossed by the cable, where each anchorage clamp has a mouth, a male side and a female side. - A plurality of rings crossed by the cable where each ring has a male base and a female base with the rings aligned in the same direction, with the male base of one facing the female base of the next. - A male re-entry at the female side of each anchorage clamp and a female re-entry at the male base of each ring. - A steering lock comprising a latch. - A flashing.
A switching device of a starting device for an engine, comprising: - two terminals (11, 12) of a supply electrical circuit of a motor; - a solenoid device having an axis, the solenoid device comprising: - a solenoid coil wound around said axis; - a plunger which is partially housed in the solenoid coil and which includes a core and a contact plate; wherein, when electric current passes through the solenoid coil, the plunger is caused to move axially from an inactive position to an active position, thereby moving a pinion gear of the motor into engagement with a ring gear of the engine, in which active position the contact plate is in contact with the terminals (11, 12) for closing the motor supply electrical circuit; - a relay having an axis, the relay comprising: - a relay coil; - a movable member which, when electric current passes through the relay coil, is caused to move from an open position in which electric current cannot pass through the solenoid coil, to a closed position in which electric current is made to pass through the solenoid coil; characterised by the solenoid device and the relay having one and the same axis. - two terminals (11, 12) of a supply electrical circuit of a motor; - a solenoid device having an axis, the solenoid device comprising: - a solenoid coil wound around said axis; - a plunger which is partially housed in the solenoid coil and which includes a core and a contact plate; wherein, when electric current passes through the solenoid coil, the plunger is caused to move axially from an inactive position to an active position, thereby moving a pinion gear of the motor into engagement with a ring gear of the engine, in which active position the contact plate is in contact with the terminals (11, 12) for closing the motor supply electrical circuit; - a solenoid coil wound around said axis; - a plunger which is partially housed in the solenoid coil and which includes a core and a contact plate; wherein, when electric current passes through the solenoid coil, the plunger is caused to move axially from an inactive position to an active position, thereby moving a pinion gear of the motor into engagement with a ring gear of the engine, in which active position the contact plate is in contact with the terminals (11, 12) for closing the motor supply electrical circuit; - a relay having an axis, the relay comprising: - a relay coil; - a movable member which, when electric current passes through the relay coil, is caused to move from an open position in which electric current cannot pass through the solenoid coil, to a closed position in which electric current is made to pass through the solenoid coil; characterised by the solenoid device and the relay having one and the same axis. - a relay coil; - a movable member which, when electric current passes through the relay coil, is caused to move from an open position in which electric current cannot pass through the solenoid coil, to a closed position in which electric current is made to pass through the solenoid coil; characterised by the solenoid device and the relay having one and the same axis.
A glass antenna that is arranged at a window glass of a vehicle, the glass antenna comprising a first feeding portion and a second feeding portion that are arranged one above the other, a first antenna conductor that is connected to the first feeding portion, and a second antenna conductor that is connected to the second feeding portion, wherein the first antenna conductor includes a first antenna element that extends in a substantially horizontal direction and is connected to the first feeding portion either directly or via a first connection element; and the second antenna conductor includes a second antenna element that is arranged into a loop and is connected to the second feeding portion either directly or via a second connection element, a third antenna element that extends along the second antenna element and is connected to the second antenna element via a third connection element, and a fourth antenna element that extends at an opposite side of the second antenna element, with respect to the second feeding portion, and is connected to the third antenna element, wherein the glass antenna is a dipole-type antenna that includes the first feeding portion and the second feeding portion as a pair of feeding points, wherein one of the first feeding portion and the second feeding portion is electrically connected to a signal path of a signal processing unit, whereas the other one of the first feeding portion and the second feeding portion is connected to an externally ground path, and wherein the third antenna element extends along the second antenna element to be capacitively coupled to the second antenna element.
A filter module for separating overspray from overspray-laden booth air of coating facilities, in particular of painting facilities, having a module housing in which a filter structure is accommodated and which has a module inlet and a module outlet, wherein the filter module is designed in such a way that, after reaching a limit loading with overspray, it is exchanged for an empty filter module, wherein the filter module comprises a recyclable reusable structure composed of one or more thermally regenerable reusable components, with the result that the filter module is at least partially thermally regenerable in such a way that a thermally regenerable reusable component withstands at least once a thermal treatment in which present overspray is thermally decomposed and thereby removed from the filter module without losses in its functional capability, characterizes in that, during operation, the filter module is fluidically and releasably connected to an air-channeling device by means of which the overpray-laden air flow is channeled to the filter module. the filter module comprises a recyclable reusable structure composed of one or more thermally regenerable reusable components, with the result that the filter module is at least partially thermally regenerable in such a way that a thermally regenerable reusable component withstands at least once a thermal treatment in which present overspray is thermally decomposed and thereby removed from the filter module without losses in its functional capability, characterizes in that, during operation, the filter module is fluidically and releasably connected to an air-channeling device by means of which the overpray-laden air flow is channeled to the filter module.
An integrated process for the hydrogenation of substances comprsing hydrogenatable groups comprising the following steps: a) provision of a substance to be hydrogenated and a ruthenium catalyst; b) hydrogenation of the substance in the liquid phase or in the gas phase in the absence or presence of a solvent or diluent by contact with hydrogen in the presence of the ruthenium catalyst until the catalyst has a reduced hydrogenation activity, c) regeneration of the catalyst, consisting of flushing with inert gas, with water being removed from the catalyst, until the original activity or part of the original activity has been attained, and d) optionally, repetition of the steps a) to c), with step c) being carried out without removal of the catalyst. a) provision of a substance to be hydrogenated and a ruthenium catalyst; b) hydrogenation of the substance in the liquid phase or in the gas phase in the absence or presence of a solvent or diluent by contact with hydrogen in the presence of the ruthenium catalyst until the catalyst has a reduced hydrogenation activity, c) regeneration of the catalyst, consisting of flushing with inert gas, with water being removed from the catalyst, until the original activity or part of the original activity has been attained, and d) optionally, repetition of the steps a) to c), with step c) being carried out without removal of the catalyst.
Piston arrangement for a combustion chamber, in particular a cylinder, of an internal combustion engine, the combustion chamber having a variable compression ratio, the piston arrangement comprising a piston, a device for the variable adjustment of the compression ratio assigned to the combustion chamber, and a piston pin which is coupled to the piston via respective connecting regions (22, 24) and via which the piston can be coupled to a connecting rod of the internal combustion engine, wherein the device includes the piston pin, which has at least one eccentric element, which is arranged eccentrically relative to the connecting region of the piston pin and via which the piston pin can be coupled to the connecting rod, and wherein the device comprises at least one control element, which is held on the piston while being movable relative to the piston pin and to the piston between at least two positions, being in particular displaceable at an angle or perpendicular to the longitudinal dimension of the piston pin, and by means of which a rotation of the piston pin relative to the piston can be effected or prevented, and wherein the device comprises a locking element, which is at least partially accommodated in the piston pin and movable, in particular displaceable, at an angle, in particular perpendicular, to the longitudinal dimension of the piston pin relative thereto between at least one release position and at least one locking position, and by means of which the rotation of the piston pin relative to the piston can be effected in its release position and the rotation of the piston pin relative to the piston can be prevented in its locking position, in which the locking element acts together with the piston, the locking element being movable by means of the control element between the release position corresponding to the first position of the control element and the locking position corresponding to the second position of the control element, characterised in that a medium, in particular a lubricant, lubricating oil or the like of the internal combustion engine, can be applied to the locking element via the control element for moving the former, the application of the medium to the locking element being controllable by means of the control element.
A bioactive surface coating composition comprising: (a) an antifungal or antibacterial peptidic agent in a sufficient amount to inhibit or prevent the growth of a fungus or bacterium on a surface coated with the surface coating composition, wherein the antifungal or antibacterial peptidic agent consists essentially of an amino acid sequence of SEQ ID NO. 41 with each of its peptide functional groups chemically unmodified; and (b) a binder in an amount effective to enhance adherence of the coat formed from the composition to the surface; wherein the bioactive surface coating composition is a liquid, liquefiable or mastic composition that is converted to a solid protective, decorative, or functional adherent film after application as a thin layer. (a) an antifungal or antibacterial peptidic agent in a sufficient amount to inhibit or prevent the growth of a fungus or bacterium on a surface coated with the surface coating composition, wherein the antifungal or antibacterial peptidic agent consists essentially of an amino acid sequence of SEQ ID NO. 41 with each of its peptide functional groups chemically unmodified; and (b) a binder in an amount effective to enhance adherence of the coat formed from the composition to the surface;
A package comprising a packaging material having a fibrous bulk layer and being formed into a three-dimensional container (8, 200) by folding said packaging material along predefined crease lines, wherein the package comprises a plurality of corners, characterised in that at least one of said corners is arranged at an area of the packaging material in which two or more crease lines intersect by well-defined imprints at the intersection point, and wherein at least one of said crease lines intersecting at the area forms a fracture acting as a hinge mechanism having a single axis of rotation.
An antiviral drug for use in treatment and/or prevention of a disease associated with infection with hepatitis B virus, comprising as an active ingredient one or more compounds selected from the group consisting of antisense oligonucleotide, shRNA, siRNA, and dsRNA for a target gene or transcription product thereof, wherein said target gene is one or more genes selected from the group consisting of DOCK11 gene, LIPG gene, DENND2A gene, and HECW2 gene, preferably DOCK11 gene.
Coating with a multilayer coating system whereby the multilayer coating system comprises at least one high temperature stabilized HT-layer and a top smear layer which has a composition according to Mo a -X b -Y c, whereby a, b and c indicate the atomic concentration of the respective components, and the following is valid: a+b+c=1, and 0≤b<a and 0≤c<a, whereby X is a metal component out of the group consisting of B, Si, V, W, Zr, Cu and Ag or a combination thereof, and Y is a non-metallic component out of the group consisting of C, O and N or a combination thereof, characterized in that the top smear layer has a composition Mo-Si-B and/or Mo-Si-B-N, or Mo-Si-B-O-N, or MoN and/or Mo-Cu-N, whereby the maximum concentration of molybdenum within the molybdenum-rich actively lubricating top smear layer is at least 10% higher than the minimum concentration of molybdenum of the molybdenum-lacking neighboring HT-layer.
A phantom device for a dark field imaging system, the phantom device comprising: - a main body, reference parts formed of an attenuation part and a de-coherence part being stacked on the attenuation part, such that the attenuation part and the de-coherence part of the respective reference part are arranged consecutively along a predefined direction of the main body; wherein each de-coherence part is configured to cause de-coherence disturbance to an X-ray beam, if said X-ray beam passes the respective de-coherence part along the predefined direction; wherein each attenuation part is configured to cause attenuation disturbance to an X-ray beam, if said X-ray beam passes the respective attenuation part along the predefined direction; wherein the main body comprsises a first group of at least two reference parts; wherein each of the de-coherence parts of the first group are configured to cause the same first degree of de-coherence disturbance; and wherein the attenuation parts of the first group are configured to cause mutually different degrees of attenuation disturbance. - a main body, reference parts formed of an attenuation part and a de-coherence part being stacked on the attenuation part, such that the attenuation part and the de-coherence part of the respective reference part are arranged consecutively along a predefined direction of the main body; wherein each de-coherence part is configured to cause de-coherence disturbance to an X-ray beam, if said X-ray beam passes the respective de-coherence part along the predefined direction; wherein each attenuation part is configured to cause attenuation disturbance to an X-ray beam, if said X-ray beam passes the respective attenuation part along the predefined direction; wherein the main body comprsises a first group of at least two reference parts; wherein each of the de-coherence parts of the first group are configured to cause the same first degree of de-coherence disturbance; and wherein the attenuation parts of the first group are configured to cause mutually different degrees of attenuation disturbance.
A door assembly, comprising a stationary frame having a substrate side, the substrate side having at least one first through hole, the door assembly further comprises a locking assembly, the locking assembly comprises a fixing element and an anchoring portion mounted on the fixing element, and a cam mechanism is located within the stationary frame, movable between a first position and a second position to lock with and release from the anchoring portion, and the cam mechanism comprises a pin, an opening and pin holes, the anchoring portion having a shaft hole and being received in the opening, the pin passing through the pin holes and the shaft hole such that the cam mechanism is rotatably connected with the anchoring portion, characterised in that, the door assembly further comprises an adhesive element with one side adhered to the wall surface, the fixing element of the locking assembly adhered to the other side of the adhesive element, and that the anchoring portion having a base and a rod, wherein the width W2 of the fixing element is less than the width W1 of the substrate side and the width W4 of the rod of the anchoring portion is less than the width W3 of the through hole, when the fixing element is adhered to the adhesive element, the stationary frame can be moved within the range of W1-W2 or W3-W4, which has smaller value.