mhurhangee/ep-ind-claims huggingface dataset:
Transfer device for transferring a patient, with a roll cloth which has a tubular sleeve with two open ends (16a, 16b), wherein the roll cloth has, at each of the open ends of the sleeve, a peripheral end profile (17a, 17b) with an inner face and an outer face, which end profile (17a, 17b) is elastic, wherein, in the ready-to-use state of the roll cloth, the inner face of an upper portion of the end profile (17a, 17b) lies on the inner face of a lower portion of the end profile (17a, 17b), wherein an inner body is received inside the tubular sleeve, wherein the sleeve of the roll cloth is longer than the inner body, characterized in that the end profile (17a, 17b) is designed as a hollow-chamber profile with at least one hollow chamber which extends parallel to the end of the sleeve.
Assembly consisting of a monolithic or laminated glazing, a structure and optionally a frame, the glazing being bolted through the structure or optionally pinched by the frame, which is itself bolted through the structure, wherein, in at least part of the periphery of the glazing of maximum flexibility or minimum stiffness with respect to the buckling phenomenon, said bolting is carried out by inserting at least one pin, and optionally by means of at least one bolt inserted into a bushing that is concentric to the bolt, and optionally by inserting at least one bushing, each bushing and each pin being mounted without play through the glazing or through the frame, and without play through the structure, at least one of said at least one pin being tapered and solid.
Device for adjusting an edging roll of an edging stand, comprising an edging housing at which at least one balancing cylinder is mounted, a balancing cross member with a drive side opposite the edging housing and a work side ( opposite the drive side, wherein a mounting device for the edging roll is secured, particularly mechanically positively, to the balancing cross member at the work side thereof and at least one articulation by which the balancing cylinder is operatively connected with the balancing cross member, is provided at the drive side thereof, and at least one adjusting cylinder which is mounted on the edging housing and which can be brought into operative connection with the mounting device in the direction of a rolling material so as to adjust the edging roll against the rolling material, characterised in that the pressure force generated by the adjusting cylinder acts on the mounting device along an effective axis which either intersects the at least one articulation by which the balancing cylinder is operatively connected with the balancing cross member or runs directly adjacent to this articulation so that a tilting moment is not exerted on the mounting device and the edging roll mounted therein.
A body comprising or consisting of a ceramic material and a reinforcing in the form of a fabric grid formed therein, characterized in that (a) the fabric grid is formed of fiber rovings, wherein the clear distance between the roving strands closest to one another in the grid is at least equal to the diameter of the involved roving strands in the lattice plane and/or wherein the shape elements of the lattice have clearances being at least equal to the diameter of the involved roving strands in the lattice plane, and (b) the fabric grid is at least partially arranged in parallel to a surface of the body, wherein the distance of the fabric grid to the surface is less than or equal to the smallest distance between two adjacent fiber rovings, and (c) the volume ratio of the fabric grid is less than 20 % by volume based on the volume of the body, wherein the roving strands of the fabric grid have a diameter between 100 and 400 μm and the clear distance between adjacent roving strands is in the range of 100 μm to 4 mm, or wherein the roving strands of the fabric grid have a diameter between 1 and 5 mm and the clear distance between adjacent roving strands is in the range of 1 and 50 mm. (a) the fabric grid is formed of fiber rovings, wherein the clear distance between the roving strands closest to one another in the grid is at least equal to the diameter of the involved roving strands in the lattice plane and/or wherein the shape elements of the lattice have clearances being at least equal to the diameter of the involved roving strands in the lattice plane, and (b) the fabric grid is at least partially arranged in parallel to a surface of the body, wherein the distance of the fabric grid to the surface is less than or equal to the smallest distance between two adjacent fiber rovings, and (c) the volume ratio of the fabric grid is less than 20 % by volume based on the volume of the body,
A luminous cup-shaped body comprising: a light-permissible cup having a base and a ring body extending from the base, wherein a light-guiding structure is formed on a surface of the ring body and the base has a circular plate and a receiving hole formed in the circular plate; and a lighting unit, which is installed on the base, has a lamp body and is electrically connected to a power supply module; characterized in that the power supply module is fixed on the base and includes a circuit board, a plurality of batteries and a proximity switch, wherein a side of the circuit board is disposed with copper foil circuits and the plurality of batteries are fixed on the circuit board and are electrically connected to the copper foil circuits, wherein the center of the circuit board is provided with a passing hole, two contacts are arranged near the passing hole and two through holes are provided at two sides of each of batteries, and wherein the base has a pair of posts extending from the circular plate, an interval is formed between the posts, the receiving hole is formed between the posts and the lamp body passes through the receiving hole, wherein a slot is formed in a top of each of the posts, the proximity switch is connected to the posts and positioned in the slots, and the proximity switch is electrically connected to copper foil circuits of the circuit board through a conductive rod. a light-permissible cup having a base and a ring body extending from the base, wherein a light-guiding structure is formed on a surface of the ring body and the base has a circular plate and a receiving hole formed in the circular plate; and a lighting unit, which is installed on the base, has a lamp body and is electrically connected to a power supply module; characterized in that the power supply module is fixed on the base and includes a circuit board, a plurality of batteries and a proximity switch, wherein a side of the circuit board is disposed with copper foil circuits and the plurality of batteries are fixed on the circuit board and are electrically connected to the copper foil circuits, wherein the center of the circuit board is provided with a passing hole, two contacts are arranged near the passing hole and two through holes are provided at two sides of each of batteries, and wherein the base has a pair of posts extending from the circular plate, an interval is formed between the posts, the receiving hole is formed between the posts and the lamp body passes through the receiving hole, wherein a slot is formed in a top of each of the posts, the proximity switch is connected to the posts and positioned in the slots, and the proximity switch is electrically connected to copper foil circuits of the circuit board through a conductive rod.
A process for heat sealing a water soluble film to a water soluble member, wherein an aqueous composition is applied by printing or painting the composition to at least one of the surfaces of said film and said member before said surfaces are heat sealed together, wherein the water soluble member is in the form of a film or sheet having a pocket therein, and the pocket is produced by injection moulding or blow moulding.
Human procollagen for use in promoting wound healing, wherein said procollagen comprises: (i) two collagen type I α1 chains each having a sequence as set forth in SEQ ID NO: 1; and (ii) one collagen type I α2 chain which has a sequence as set forth in SEQ ID NO: 2. (i) two collagen type I α1 chains each having a sequence as set forth in SEQ ID NO: 1; and (ii) one collagen type I α2 chain which has a sequence as set forth in SEQ ID NO: 2.
Light module for a vehicle, comprising a lighting source and a reflector, and comprising: - a support frame for supporting a lens which bears attachment means for attachment of said lens, - a lens bearing fastening means for fastening to the support frame, the attachment means being disposed on only a part of the periphery of the frame, wherein the attachment means for the lens are formed, on the lower part of the support frame, by an opening, and, on the upper part of the support frame, by an attachment rib, wherein the fastening means of the lens are formed, on the lower part of the lens, by a lug that is able to be inserted into the opening in the support frame, and, on the upper part of the lens, by a tab provided with a slot that is able to cooperate with the attachment rib, and wherein the light module comprises a support for the reflector that cooperates with the support frame for the lens so as to hold the lens in position, the reflector support comprising, on its lower part, a stop bearing against the lug of the lens, and, on its upper part, a cover bearing against the tab of the lens. - a support frame for supporting a lens which bears attachment means for attachment of said lens, - a lens bearing fastening means for fastening to the support frame, the attachment means being disposed on only a part of the periphery of the frame, wherein the attachment means for the lens are formed, on the lower part of the support frame, by an opening, and, on the upper part of the support frame, by an attachment rib, wherein the fastening means of the lens are formed, on the lower part of the lens, by a lug that is able to be inserted into the opening in the support frame, and, on the upper part of the lens, by a tab provided with a slot that is able to cooperate with the attachment rib, and wherein the light module comprises a support for the reflector that cooperates with the support frame for the lens so as to hold the lens in position, the reflector support comprising, on its lower part, a stop bearing against the lug of the lens, and, on its upper part, a cover bearing against the tab of the lens.
A light source device having a plurality of laser modules, in each of which a semiconductor laser is arranged on one side of a stem and electricity-receiving terminals, which receive electricity for driving the semiconductor laser, are arranged on the other side of the stem, and configured to concentrate laser beams emitted from the laser modules and emit the concentrated laser beams, the light source device comprising a module fixing body (1, 20; 50) into which the laser modules are fitted and accommodated, respectively; wherein, the module fixing body (1, 20) comprises a plurality of cylindrical holders having mounting holes (20m, 201), and a plate-like base having a plurality of through holes (1a, 1b, 1c, 1d, 1e, 1f, 1g) through which laser beams from the laser modules fixed to the holders pass, the holders being fixed to the base such that the through holes (1a, 1b, 1c, 1d, 1e, 1f, 1g) and the mounting holes (20m, 20l) are connected to each other, an electricity-supplying member is provided with electricity-supplying terminals, which are connected to the electricity-receiving terminals of the laser modules accommodated in respective mounting holes (20m, 20l; 50m, 50l), the electricity-supplying member being a flexible printed board which includes mounting portions on which the laser modules are mounted; and a cooling member (34, 36a; 46) is fixed to the base of the module fixing body (1, 20) that cools each of the laser modules, wherein each holder includes a cutout portion forming a stepped portion (20g; 50g) provided in a lower surface thereof, through which the electricity-supplying member passes to be soldered to the electricity-receiving terminals of the respective laser module.
A glass stopper (1, 10, 100, 200, 300, 410) for a bottle designed for commercial bottling of a beverage or liquid food, preferably a wine bottle, comprising: a stopper part (2, 412) for introduction into a mouth of the bottle, and a head part (3, 413) for remaining outside the mouth, the head part (3, 413) having a diameter that is larger than that of the stopper part (2, 412), wherein the stopper part (2, 412) comprises an interlocking mechanism for engaging with a counterpart interlocking mechanism of a sealing element (4, 440) which is separate from the bottle, wherein the sealing element (4, 440) is configured to be forced against an inner wall of the mouth, thereby being brought into a sealed position, upon introducing the stopper part (2, 412) into the mouth, and wherein the interlocking mechanisms are configured to permit bringing the sealing element into an unsealed position by an unsealing action which comprises rotating the stopper with respect to the bottle, so that the stopper does not press the sealing element towards the inner wall of the mouth, and a storage cavity is formed in the head part of the stopper and a recess is provided on the top surface of the head part to accommodate a cover for covering the said storage cavity.
A handover method, comprising the following steps: sending, by a network node, a first resource and a second resource configured by the network node to a terminal device, wherein the second resource is sent by the network node while sending the first resource, and the network node is a target node; and receiving, by the network node, uplink traffic data via the first resource and a handover response via the second resource in response to that the terminal device is handed over to the target node. sending, by a network node, a first resource and a second resource configured by the network node to a terminal device, wherein the second resource is sent by the network node while sending the first resource, and the network node is a target node; and receiving, by the network node, uplink traffic data via the first resource and a handover response via the second resource in response to that the terminal device is handed over to the target node.
Method for determining the internal resistance of battery cells, arranged in battery modules (220, 230), of a battery, wherein the battery modules (220, 230) are arranged in at least one battery bank and the battery is connected to an electric motor, and wherein the battery modules (220, 230), in order to generate an adjustable output voltage of the battery, are designed such that they can each be connected in series to the battery bank of the battery and decoupled again, characterized in that, during the operation of the electric motor, at least one first battery module decoupled from the battery bank is connected to the battery bank, the internal resistance of battery cells of the at least one first connected battery module is determined, and, at the same time as the connection of the first battery module, a suitable number of second battery modules, which on the whole generate a voltage which is the same as the voltage generated by the at least one first battery module within predetermined tolerance limits, are decoupled from the battery bank.
An energy harvesting system comprising: - one or more sensitive elements comprising at least one layer made of a piezoelectrical material; - a mass; - an anchoring system, which is configured to cooperate, in use, with said mass so as to at least partially deform said sensitive element; wherein each sensitive element comprises: - a substrate; - a first electrode; - a piezoelectrical material layer; - a second electrode; wherein the substrate is at least partially made of a material having an elastic modulus greater than 90 GPa, preferably smaller than 120 GPa; characterized in that, said anchoring system is a tubular body having a longitudinal axis (X') and an inner sliding channel; wherein said mass is mounted so as to move inside said inner sliding channel; wherein the harvesting system (101; 201; 301; 401) comprises a plurality of sensitive elements interposed between said mass and the anchoring system so as to be deformed, in use, by the relative movement between said mass and said anchoring system. - one or more sensitive elements comprising at least one layer made of a piezoelectrical material; - a mass; - an anchoring system, which is configured to cooperate, in use, with said mass so as to at least partially deform said sensitive element; - a substrate; - a first electrode; - a piezoelectrical material layer; - a second electrode; wherein the substrate is at least partially made of a material having an elastic modulus greater than 90 GPa, preferably smaller than 120 GPa; characterized in that, said anchoring system is a tubular body having a longitudinal axis (X') and an inner sliding channel; wherein said mass is mounted so as to move inside said inner sliding channel; wherein the harvesting system (101; 201; 301; 401) comprises a plurality of sensitive elements interposed between said mass and the anchoring system so as to be deformed, in use, by the relative movement between said mass and said anchoring system.
A system for cultivating plants with aerial roots comprising a cultivating tray and at least two vases having a height between 5-15 cm and a diameter of between 2 and 7 cm, said tray comprising two or more openings for said vases, wherein each vase comprises an inner surface which is essentially continuous and one or more ridges extending circumferentially along at least part of said inner surface, whereby each ridge is a discrete structure extending inwardly towards the center of said vase and forming an angle with the inner surface under the ridge, characterized in that the one or more ridges have a lower surface, the angle between the lower surface of the one or more ridges and the vase surface, is between 70° and 110°, preferably between 70° and 95°, most preferably between 80 and 90°, such as 85-90°, and the angle under the one or more ridges allows for the aerial roots to be guided within said vase horizontally.
A device (20, 120, 220, 420) for reducing the amount of leaves drawn into a wheel-rail contact (18, 84, 86), the device (20, 120, 220, 420) being configured so as to be arranged on a rail vehicle and having at least one guide device (74, 76, 174, 176, 274, 276, 410, 412, 414, 416) that is configured to carry leaves away from the wheel-rail contact (18, 84, 86), this guide device (74, 76, 410, 412, 414, 416) having a flow guidance face (60, 62, 64, 66) that is configured to form an under-pressure in an inflowing air flow and arranged at a distance from a wheel (10, 24, 26, 424, 426), and the guide device (74, 76, 410, 412, 414, 416) having a further flow guidance face (60, 62, 64, 66), characterised in that one of the flow guidance faces (60, 62, 64, 66) is arranged on an inner side of the wheel (10, 24, 26, 424, 426) and one of the flow guidance faces (60, 62, 64, 66) is arranged on an outer side of the wheel (10. 24. 26 424, 426). the device (20, 120, 220, 420) being configured so as to be arranged on a rail vehicle and having at least one guide device (74, 76, 174, 176, 274, 276, 410, 412, 414, 416) that is configured to carry leaves away from the wheel-rail contact (18, 84, 86), this guide device (74, 76, 410, 412, 414, 416) having a flow guidance face (60, 62, 64, 66) that is configured to form an under-pressure in an inflowing air flow and arranged at a distance from a wheel (10, 24, 26, 424, 426), and the guide device (74, 76, 410, 412, 414, 416) having a further flow guidance face (60, 62, 64, 66), characterised in that one of the flow guidance faces (60, 62, 64, 66) is arranged on an inner side of the wheel (10, 24, 26, 424, 426) and one of the flow guidance faces (60, 62, 64, 66) is arranged on an outer side of the wheel (10. 24. 26 424, 426).
A size-adaptable arm sling for supporting an arm from an elbow to a hand thereof comprising a pouch with a closed bottom and aft end and an open top and front end for placing the arm therein so that the elbow engages the closed aft end and the hand is at the open front end of the pouch, a strap having a first end attached to the pouch proximate the aft end thereof and a second end, characterized in that it further comprises a hand loop attached to the pouch proximate the front end and defining at least one opening through which at least a portion of the hand can be extended, means for attaching the second end of the strap to the pouch proximate the open front end, the pouch having a length from the closed aft end to the opening and being constructed of a mat formed of non-woven fibers, and a multiplicity of substantially parallel elastic strands secured to the mat and extending over substantially the full length of the mat from the closed aft end to the open front end, the strands having a length in their relaxed state which is less than the length of the pouch so that, when the strands are in their relaxed state, a distance between the closed aft end and the opening is less than the length of the pouch.
Method for detecting a work vehicle mission through a neural network, wherein the vehicle is provided with an arm including at least two elements wherein one first element is connected to a vehicle frame and one second element is connected to the first element and means to detect a reciprocal degree of freedom between the first element and the frame and between the second element and first element such to assume a plurality of operation configurations, the method including, within an observation time interval, the monitoring of the arm in order detect frequency and time duration for each operation configurations and detecting the vehicle mission as a function of the balance of said frequencies and time durations.
Control device for a motor vehicle having - an electronic control unit which has a circuit board which is equipped with electronic components, and a housing cover, and - an apparatus for cooling the electronic control unit, with a first component which has a first section and a second section, wherein the second section is mounted, as a fixed end of the component, on the control unit in such a way that it is secured in a positionally fixed fashion to the control unit, and the first section contains a freely oscillating end of the first component, wherein the first component is constructed and dimensioned in such a way that, by excitation by means of mechanical vibrations of the control device which are transmitted to the control device while the motor vehicle is operating, the first section is excited to oscillate mechanically relative to the control unit, by means of which oscillations the first component generates an airstream to cool the control unit by convection. - an electronic control unit which has a circuit board which is equipped with electronic components, and a housing cover, and - an apparatus for cooling the electronic control unit, with a first component which has a first section and a second section, wherein the second section is mounted, as a fixed end of the component, on the control unit in such a way that it is secured in a positionally fixed fashion to the control unit, and the first section contains a freely oscillating end of the first component, wherein the first component is constructed and dimensioned in such a way that, by excitation by means of mechanical vibrations of the control device which are transmitted to the control device while the motor vehicle is operating, the first section is excited to oscillate mechanically relative to the control unit, by means of which oscillations the first component generates an airstream to cool the control unit by convection.