mhurhangee/ep-ind-claims huggingface dataset:
A stand for receiving and holding a bag, preferably a plastic trash bag for domestic or garden waste, the stand comprising a ring and at least three, preferably four, legs fastened thereon for setting up the stand on a, preferably plane, floor, the upper, open edge of the bag being folded over the ring in the mounted state, the corresponding leg being formed by a second common part or several second common parts and the legs being designed such for receiving the bag by selecting a second common part or several second common parts that a height (h) of the ring above the floor corresponds at most to a length of the bag minus a folded-over open edge and a closed bottom section of the bag thus rests at least partially on the floor in the mounted state, characterized in that the ring for receiving the bag is made of a plurality of first common parts, preferably four first common parts, the first and second common parts (22, 24) being connectable to each other by being inserted into each other by means of a snap connection, the first and second common parts (22, 24) having male and/or female connecting sections (28, 29) in order to receive another common part (22, 24).
A charging connector connecting device comprising: a connector connecting portion including a first connecting portion and a second connecting portion, the connector connecting portion being configured such that either a first charging connector to be inserted into the first connecting portion or a second charging connector to be inserted into the first connecting portion and the second connecting portion can be connected thereto; a cover provided so as to be movable between a closed position at which the second connecting portion is closed and an open position at which the second connecting portion is opened so that the second charging connector is connectable to the first and the second connecting portions; an elastic member applying a biasing force to the cover so that the cover is positioned at an initial position between the closed position and the open position; and a pressing member configured to move along with insertion of the first charging connector into the connector connecting portion so as to press the cover positioned at the initial position so that the cover is moved to the closed position, wherein upon connecting of the first charging connector to the first connecting portion, the pressing member supports the cover so that the cover is maintained at the closed position. a connector connecting portion including a first connecting portion and a second connecting portion, the connector connecting portion being configured such that either a first charging connector to be inserted into the first connecting portion or a second charging connector to be inserted into the first connecting portion and the second connecting portion can be connected thereto; a cover provided so as to be movable between a closed position at which the second connecting portion is closed and an open position at which the second connecting portion is opened so that the second charging connector is connectable to the first and the second connecting portions; an elastic member applying a biasing force to the cover so that the cover is positioned at an initial position between the closed position and the open position; and a pressing member configured to move along with insertion of the first charging connector into the connector connecting portion so as to press the cover positioned at the initial position so that the cover is moved to the closed position, wherein upon connecting of the first charging connector to the first connecting portion, the pressing member supports the cover so that the cover is maintained at the closed position.
A method of aligning an upper and a lower changeable tool (2, 10, 18) in a device for processing workpiece sheets, in particular of paper, cardboard or plastic for packaging, characterized by the following steps: providing at least one digital camera (50, 51), inserting the lower changeable tool (10, 18) into a holder on the device side, moving a sheet into the device until it lies above the lower changeable tool (10, 18), inserting the upper changeable tool into a holder on the device side, aligning the upper changeable tool in relation to the sheet with the aid of the at least one camera (50, 51) and of marks provided on the sheet or edges of the sheet, removing the sheet, and aligning the lower changeable tool (10, 18) in relation to the upper changeable tool with the aid of the at least one camera (50, 51). providing at least one digital camera (50, 51), inserting the lower changeable tool (10, 18) into a holder on the device side, moving a sheet into the device until it lies above the lower changeable tool (10, 18), inserting the upper changeable tool into a holder on the device side, aligning the upper changeable tool in relation to the sheet with the aid of the at least one camera (50, 51) and of marks provided on the sheet or edges of the sheet, removing the sheet, and aligning the lower changeable tool (10, 18) in relation to the upper changeable tool with the aid of the at least one camera (50, 51).
A hood (32;32') for a gas turbine engine combustion system comprising; first and second spaced apart walls (38, 40) interconnected by an outer perimeter wall, the walls (38, 40, 36) forming an interior cavity, and at least one of the walls (38, 40, 36) including an array of apertures (42, 44, 46) in communication with the cavity, characterised in that the first and second spaced apart walls (38, 40) respectively include an array of first and second apertures (42, 44). first and second spaced apart walls (38, 40) interconnected by an outer perimeter wall, the walls (38, 40, 36) forming an interior cavity, and at least one of the walls (38, 40, 36) including an array of apertures (42, 44, 46) in communication with the cavity, characterised in that the first and second spaced apart walls (38, 40) respectively include an array of first and second apertures (42, 44).
An orbital single-brush machine, which comprises a chassis which rests on the floor and is provided with at least one movement handle, a motor being connected to said chassis and being adapted to actuate with a combined rotary and orbital motion a work tool which is adapted to act on the wherein said chassis comprises a first footing, which is at least partially substantially plate-shaped and is spaced apart from the floor, and a second footing, which is at least partially substantially plate-shaped and is arranged below said first footing and is supported so that it can rotate freely by said first footing about an oscillation axis which is substantially parallel to the floor and substantially perpendicular to the direction of advancement of the machine, said second footing supporting said motor, shock absorbing means being provided which act between at least one portion of said first footing and at least one portion of said second footing wherein said second footing comprises a lower fixing plate for said motor which is connected to at least one upper structure which is pivoted to said first footing about said oscillation axis, said lower plate being connected to said at least one upper structure with the possibility of relative movement at least along a direction of motion that is substantially parallel to the axis of the shaft of said motor, said shock absorbing means comprising a plurality of vibration damping elements which are interposed between said lower plate and said at least one upper structure wherein the orbital single-brush machine further comprises means for limiting the stroke of said lower plate with respect to said at least one upper structure along said direction of motion characterized in that said means for limiting the stroke comprise at least one stop element which is spaced downward from said at least one upper structure and can be engaged in abutment by said lower plate.
A method for protecting software from tampering, comprising: hashing, using a computer, first compiled software stored in a computer memory to generate a first key part, the first compiled software configured to prevent unauthorized use of protected features distinct from the first compiled software when executed by a computer processor; associating an identifier and a second key part with each of the protected features; generating, for each of the protected features, a cryptographic key by combining the first key part with the second key part that is associated with the protected feature; encrypting each protected feature using the cryptographic key that was generated using the second key part that is associated with the protected feature; and storing the first compiled software, the encrypted protected features and the identifiers in a computer memory for distribution as software to a client device and storing the identifiers and their associated second key parts in the computer memory separately from the software. hashing, using a computer, first compiled software stored in a computer memory to generate a first key part, the first compiled software configured to prevent unauthorized use of protected features distinct from the first compiled software when executed by a computer processor; associating an identifier and a second key part with each of the protected features; generating, for each of the protected features, a cryptographic key by combining the first key part with the second key part that is associated with the protected feature; encrypting each protected feature using the cryptographic key that was generated using the second key part that is associated with the protected feature; and storing the first compiled software, the encrypted protected features and the identifiers in a computer memory for distribution as software to a client device and storing the identifiers and their associated second key parts in the computer memory separately from the software.
A distance measurement device comprising: a laser irradiation unit configured to irradiate a measurement target with laser light; and a laser light receiving unit including a light receiving element that is configured to receive laser light reflected by the measurement target on a pixel-by-pixel basis, wherein a pitch of unit pixels of the light receiving element varies with location in a light receiving pixel area, and wherein the pitch of the unit pixels gradually widens in a direction from a central portion of the light receiving element towards a peripheral portion of the light receiving element, so that an incident angle of reflected light to the respective pixels of the light receiving element is constant. a laser irradiation unit configured to irradiate a measurement target with laser light; and a laser light receiving unit including a light receiving element that is configured to receive laser light reflected by the measurement target on a pixel-by-pixel basis, wherein a pitch of unit pixels of the light receiving element varies with location in a light receiving pixel area, and wherein the pitch of the unit pixels gradually widens in a direction from a central portion of the light receiving element towards a peripheral portion of the light receiving element, so that an incident angle of reflected light to the respective pixels of the light receiving element is constant.
A method for manufacturing an expandable cell matrix, comprising the steps of: providing first and second sheets of material, each sheet having a top, a bottom, and two sides; creating a plurality of folds in the first and second sheets, each fold forming a top extending from the sheet along an axis between the two sides of the sheet; cross sealing together the bottom of the first sheet to the top of the second sheet between each of the plurality of folds on each sheet, such that the folds on each sheet extend outwards from the two sheets; gusset sealing a top of each fold to create a cell shape; and vertical sealing to form a plurality of cells providing first and second sheets of material, each sheet having a top, a bottom, and two sides; creating a plurality of folds in the first and second sheets, each fold forming a top extending from the sheet along an axis between the two sides of the sheet; cross sealing together the bottom of the first sheet to the top of the second sheet between each of the plurality of folds on each sheet, such that the folds on each sheet extend outwards from the two sheets; gusset sealing a top of each fold to create a cell shape; and vertical sealing to form a plurality of cells
Upper structure for collecting electrical driving power or auxiliary power, to be mounted on an on-road land vehicle, in particular an on-road urban public transport vehicle that is articulated or non-articulated and is formed of one or more modules, said upper collecting structure cooperating with fixed distributor supports which are arranged along the traffic lane of the vehicle and which each comprise an electrical power distribution collector shoe, so as to supply electrical driving power or auxiliary power to said vehicle, said upper collecting structure comprising one or more collecting portions, each of which has at least one conductive track that is separate from the vehicle structure, the entirety of which track extends substantially longitudinally with respect to the general longitudinal direction of the vehicle, characterised in that: - the conductive track of each portion extends along the upper lateral part of the vehicle and comprises a sliding or fixed contact zone for the electrical power distribution collector shoe, said contact zone having a flat or rounded contact face, said conductive track being connected to the electrical power supply circuit of the vehicle by means of a flexible electrical connection; and characterised in that said structure also comprises: - an electrically insulating support on which the conductive track is mounted; - a mechanical connection means for connecting the collecting portion to the vehicle, which connection means allows the collecting portion to be moved so as to free the roof of the vehicle; and - a suspension and damping device which is arranged on the vehicle and which damps the impacts resulting from the electrical power distributor collector shoe and ensures satisfactory contact between the contact zone of the conductive track and the electrical power distribution collector shoe. - the conductive track of each portion extends along the upper lateral part of the vehicle and comprises a sliding or fixed contact zone for the electrical power distribution collector shoe, said contact zone having a flat or rounded contact face, said conductive track being connected to the electrical power supply circuit of the vehicle by means of a flexible electrical connection; - an electrically insulating support on which the conductive track is mounted; - a mechanical connection means for connecting the collecting portion to the vehicle, which connection means allows the collecting portion to be moved so as to free the roof of the vehicle; and - a suspension and damping device which is arranged on the vehicle and which damps the impacts resulting from the electrical power distributor collector shoe and ensures satisfactory contact between the contact zone of the conductive track and the electrical power distribution collector shoe.
MECHANISM FOR GUIDING AND/OR RELEASING AN ENDOPROSTHESIS WITH INJURED REGIONS OF A BLOOD VESSEL, APPLIED IN CATETHER-LIKE MEDICAL DEVICE comprising a mechanism for fastening the distal portion of the endoprosthesis, characterized in that it comprises a distal fastening wire configured to fasten the distal portion of the endoprosthesis, a reinforcing tube which comprises four ways,, and respectively and which comprises an end fastened to a command button, a second wire which passes through the two ways and of the reinforcing tube so as to form a turn and extend up to the button of the reinforcing tube, a tether which passes through one of the ways of the reinforcing tube and a tether button positioned in the reinforcing tube button, wherein the distal fastening wire is secured to the tether releasably and to the second wire.
A rear view mirror for use in a motor vehicle, comprising: a support element having a reflective element attached to a first side; and a frame element detachably attached to a second side of the support element which is located opposite the first side, wherein the frame element comprises an adjusting element, wherein the adjusting element is adapted to connect the rear view mirror to a stationary support arm holding the rear view mirror, and wherein the adjusting element is further adapted to move the rear view mirror that comprises both the support element having the reflective element, and the frame element, relative to the stationary support arm, and wherein the frame element comprises active material to move the rear view mirror. a support element having a reflective element attached to a first side; and a frame element detachably attached to a second side of the support element which is located opposite the first side, wherein the frame element comprises an adjusting element, wherein the adjusting element is adapted to connect the rear view mirror to a stationary support arm holding the rear view mirror, and wherein the adjusting element is further adapted to move the rear view mirror that comprises both the support element having the reflective element, and the frame element, relative to the stationary support arm, and wherein the frame element comprises active material to move the rear view mirror.
An in vitro method for determining the efficacy of a composition used to treat articular joint conditions in mammals, wherein the method comprises: i. measuring the change in levels of c-terminal cross-linked telopeptide of type-II collagen (CTX-II) cartilage degradation biomarker in said mammal from before exercise and after exercise, wherein the exercise is performed for a brief period per day for a duration of from 24 hours to 4 weeks; and wherein the exercise is of low impact to the articular joint and of moderate intensity; ii. after a composition used to treat articular joint conditions has been administered to said mammal, subsequently measuring the change in levels of c-terminal cross-linked telopeptide of type-II collagen (CTX-II) cartilage degradation biomarker in said mammal from before exercise and after exercise, wherein a decrease in the change in levels of c-terminal cross-linked telopeptide of type-II collagen (CTX-II) after exercise in step (ii) as compared to the change in levels of said c-terminal cross-linked telopeptide of type-II collagen (CTX-II) after exercise in step (i) indicates that said composition is effective to treat articular joint conditions in said mammal. i. measuring the change in levels of c-terminal cross-linked telopeptide of type-II collagen (CTX-II) cartilage degradation biomarker in said mammal from before exercise and after exercise, wherein the exercise is performed for a brief period per day for a duration of from 24 hours to 4 weeks; and wherein the exercise is of low impact to the articular joint and of moderate intensity; ii. after a composition used to treat articular joint conditions has been administered to said mammal, subsequently measuring the change in levels of c-terminal cross-linked telopeptide of type-II collagen (CTX-II) cartilage degradation biomarker in said mammal from before exercise and after exercise, wherein a decrease in the change in levels of c-terminal cross-linked telopeptide of type-II collagen (CTX-II) after exercise in step (ii) as compared to the change in levels of said c-terminal cross-linked telopeptide of type-II collagen (CTX-II) after exercise in step (i) indicates that said composition is effective to treat articular joint conditions in said mammal.
A planet carrier, wherein an output shaft embodied as a blind-hole-like hollow shaft is formed in one piece on the planet carrier, characterised in that a spiral groove is formed in the inner wall of the hollow shaft, which forms a cylinder casing surface, wherein one end of the groove runs out in a bezel which is embodied on the circumambient inner edge of an end face, on the output side, of the hollow shaft.
A lead anchor, comprising: an implantable anchor sleeve having a lumen extending therethrough, the lumen being positioned to removably receive an implantable lead; a securement device within the anchor sleeve, the securement device including a lead opening aligned with and positioned along the lumen of the anchor sleeve to removably receive the implantable lead; a press member positioned within the securement device, the press member being slideable within the securement device toward the lead opening to clamp the implantable lead, and away from the lead opening to release the implantable lead; a rotatable actuator threadably engaged with the press member to move the press member toward the lead opening when rotated in a first direction, and move the press member away from the lead opening when rotated in a second direction opposite the first direction, the actuator including a recess; and a retention element carried by the securement device and projecting inwardly from the securement device and into the recess to at least restrict axial motion of the actuator toward and away from the lead opening. an implantable anchor sleeve having a lumen extending therethrough, the lumen being positioned to removably receive an implantable lead; a securement device within the anchor sleeve, the securement device including a lead opening aligned with and positioned along the lumen of the anchor sleeve to removably receive the implantable lead; a press member positioned within the securement device, the press member being slideable within the securement device toward the lead opening to clamp the implantable lead, and away from the lead opening to release the implantable lead; a rotatable actuator threadably engaged with the press member to move the press member toward the lead opening when rotated in a first direction, and move the press member away from the lead opening when rotated in a second direction opposite the first direction, the actuator including a recess; and a retention element carried by the securement device and projecting inwardly from the securement device and into the recess to at least restrict axial motion of the actuator toward and away from the lead opening.