mhurhangee/ep-ind-claims huggingface dataset:
An installation for immersion treating objects, in particular vehicle bodies, having a) at least one immersion tank, which can be filled to a certain level with a treatment fluid; b) a transport system, which moves the objects towards the immersion tank and away from this; c) at least one stationary rotary station (5, 6), which is provided on the immersion tank and has a rotary platform on which at least one object can be fastened in each case and which can be rotated from a first position, in which the object is located above the level of the treatment fluid, into a second position, in which the object is located below the level of the treatment fluid, and/or in the opposite direction between these two positions; wherein d) each object can be fastened to a skid, which cooperates with the transport system and can be fixed on the rotary platform of the rotary station (5, 6), wherein the skid has a base structure and a fastening device for the object; characterised in that e) the fastening device has a holding structure for the object and at least two rockers, which are in the shape of a U or a V and are fastened in pivotable manner to the holding structure at their vertex; wherein f) both limbs of the U or V have a slot in which a guide pin (16, 17) which is fastened to the skid engages in each case and slides in the corresponding slot upon a rotation of the skid. a) at least one immersion tank, which can be filled to a certain level with a treatment fluid; b) a transport system, which moves the objects towards the immersion tank and away from this; c) at least one stationary rotary station (5, 6), which is provided on the immersion tank and has a rotary platform on which at least one object can be fastened in each case and which can be rotated from a first position, in which the object is located above the level of the treatment fluid, into a second position, in which the object is located below the level of the treatment fluid, and/or in the opposite direction between these two positions; wherein d) each object can be fastened to a skid, which cooperates with the transport system and can be fixed on the rotary platform of the rotary station (5, 6), wherein the skid has a base structure and a fastening device for the object; e) the fastening device has a holding structure for the object and at least two rockers, which are in the shape of a U or a V and are fastened in pivotable manner to the holding structure at their vertex; wherein f) both limbs of the U or V have a slot in which a guide pin (16, 17) which is fastened to the skid engages in each case and slides in the corresponding slot upon a rotation of the skid.
Truss for glazing a building, comprising posts and beams, the ends of which are fastened to the posts, the beams having a receiving portion for a retaining element, which is fixed in the receiving portion of the beam so as not to pivot, protrudes from one end of the beam, engages in a receiving opening for the retaining element in a post and is retained in the post so as not to pivot, characterised in that the truss comprises glass holders which are inserted in fixing openings (9, 10) in the retaining element and in one end of the beams in a direction perpendicular to the longitudinal direction of the beam and of the post, the retaining element being held immovably in the beam by means of this insertion.
A seismic transducer apparatus for inducing energy waves in an elastic medium comprising: a frame; a baseplate attached to the frame; an elastomeric external dampener secured to a lower surface of the baseplate or to an upper surface of the baseplate to reduce undesirable baseplate harmonics and ringing, wherein the elastomer of the elastomeric external dampener has a density of at least 0.8g/cm3 (50 lbs/ft3); a reaction mass supported by the frame; and a driver configured to actuate the reaction mass in a reciprocating motion so as to impart vibratory energy to the baseplate. a frame; a baseplate attached to the frame; an elastomeric external dampener secured to a lower surface of the baseplate or to an upper surface of the baseplate to reduce undesirable baseplate harmonics and ringing, wherein the elastomer of the elastomeric external dampener has a density of at least 0.8g/cm3 (50 lbs/ft3); a reaction mass supported by the frame; and a driver configured to actuate the reaction mass in a reciprocating motion so as to impart vibratory energy to the baseplate.
A system for forming a structure around a shipping container, the system comprising: a plurality of uprights positioned on the ground at a distance from the side of said shipping container; and a plurality of trusses, each truss having top and bottom members extending between proximate and distal ends, said proximate end of each of said top and bottom members (107, 109) having a bore therethrough engageable by a pin connection supported by said shipping container, said distal ends of said top and bottom members (107, 109) being engageable with and supported by one of said uprights; wherein each of said plurality of trusses comprises a center truss and a pair of end truss members, wherein said pair of end truss members is secured lengthwise to said center truss; wherein said center truss is securable to a top of said shipping container with a plurality of coupling units; further comprising at least one upper covering member connected to said plurality of trusses to form an upper covering for said shipping container, wherein said at least one upper covering member is slidably supported by the top members of said trusses, wherein said upper covering member includes at least one flexible elongate bead extending therealong receivable within a track formed in said top members of said trusses. a plurality of uprights positioned on the ground at a distance from the side of said shipping container; and a plurality of trusses, each truss having top and bottom members extending between proximate and distal ends, said proximate end of each of said top and bottom members (107, 109) having a bore therethrough engageable by a pin connection supported by said shipping container, said distal ends of said top and bottom members (107, 109) being engageable with and supported by one of said uprights; wherein each of said plurality of trusses comprises a center truss and a pair of end truss members, wherein said pair of end truss members is secured lengthwise to said center truss; wherein said center truss is securable to a top of said shipping container with a plurality of coupling units; further comprising at least one upper covering member connected to said plurality of trusses to form an upper covering for said shipping container, wherein said at least one upper covering member is slidably supported by the top members of said trusses, wherein said upper covering member includes at least one flexible elongate bead extending therealong receivable within a track formed in said top members of said trusses.
An ultrasonic transducer device (100; 200), comprising: a bottom electrode layer of a transducer cavity disposed over a substrate, wherein a first portion of the bottom electrode layer comprises a transducer bottom electrode and a second portion of the bottom electrode layer comprises a bypass metal structure that is electrically isolated from the transducer bottom electrode; a plurality of vias that electrically connect the bottom electrode layer with the substrate, wherein a first portion of the plurality of vias connect to the bypass metal structure and are disposed in locations directly beneath a footprint of the transducer cavity; a bottom cavity layer disposed over the bottom electrode layer; and one or more openings formed in the bottom cavity layer so as to expose the bypass metal structure of the bottom electrode layer to the transducer cavity, characterized in that locations of the one or more openings correspond to locations where a majority of the first portion of the plurality of vias are not disposed directly beneath. a bottom electrode layer of a transducer cavity disposed over a substrate, wherein a first portion of the bottom electrode layer comprises a transducer bottom electrode and a second portion of the bottom electrode layer comprises a bypass metal structure that is electrically isolated from the transducer bottom electrode; a plurality of vias that electrically connect the bottom electrode layer with the substrate, wherein a first portion of the plurality of vias connect to the bypass metal structure and are disposed in locations directly beneath a footprint of the transducer cavity; a bottom cavity layer disposed over the bottom electrode layer; and one or more openings formed in the bottom cavity layer so as to expose the bypass metal structure of the bottom electrode layer to the transducer cavity, characterized in that locations of the one or more openings correspond to locations where a majority of the first portion of the plurality of vias are not disposed directly beneath.
A process for producing a roasted coffee bean extract, comprising adjusting a raw-material roasted coffee bean extract so as to have a Brix degree of from 10 to 40 and a pH of from 5.5 to 6.5, and subjecting the extract to a heat treatment at from 115°C to 125°C, wherein the raw-material roasted coffee bean extract is obtained from roasted coffee beans having an L value of from 19 to 29.
A method for detecting wheel units (10-1 to 10-4) each mounted at one of a plurality of wheels (W1-W4) of a vehicle and each having a wheel unit communication means suitable for sending an RF signal (R1-R4) including a wheel information of the respective wheel (W1-W4) and an identification (ID2, ID1, ID3, ID5) of the respective wheel unit, wherein each wheel (W1-W4) is mounted at one of a plurality of predetermined wheel mounting positions (FL, FR, RL, RR) of the vehicle, and for detecting wheel mounting positions (FL, FR, RL, RR) belonging to each of the wheel units (10-1 to 10-4), wherein the method comprises the steps of: a) positioning a mobile communication device suitable for receiving the RF signals (R1-R4) from the wheel units (10-1 to 10-4) and for measuring an RF signal strength (RSSI) of the received RF signals (R1-R4), at a predetermined start position with respect to the vehicle, b) moving the mobile communication device from the start position along a path around the vehicle, c) receiving the RF signals (R1-R4) from the wheel units (10-1 to 10-4) and measuring the RF signal strengths (RSSI) of the received RF signals by the mobile communication device when moving along the path around the vehicle, d) performing an analysis of variations of the measured RF signal strengths (RSSI) of the received RF signals (R1-R4) depending on the position of the mobile communication device along the path, e) identifying the wheel units (10-1 to 10-4) mounted at the wheels (W1-W4) of the vehicle and identifying the wheel mounting positions (FL, FR, RL, RR) belonging to these wheel units (10-1 to 10-4) based on a result of the analysis, characterized in that the analysis in step d) comprises an evaluation of a shape and/or a sharpness and/or peak positions of peaks of the path-dependent measured signal strengths (RSSI). a) positioning a mobile communication device suitable for receiving the RF signals (R1-R4) from the wheel units (10-1 to 10-4) and for measuring an RF signal strength (RSSI) of the received RF signals (R1-R4), at a predetermined start position with respect to the vehicle, b) moving the mobile communication device from the start position along a path around the vehicle, c) receiving the RF signals (R1-R4) from the wheel units (10-1 to 10-4) and measuring the RF signal strengths (RSSI) of the received RF signals by the mobile communication device when moving along the path around the vehicle, d) performing an analysis of variations of the measured RF signal strengths (RSSI) of the received RF signals (R1-R4) depending on the position of the mobile communication device along the path, e) identifying the wheel units (10-1 to 10-4) mounted at the wheels (W1-W4) of the vehicle and identifying the wheel mounting positions (FL, FR, RL, RR) belonging to these wheel units (10-1 to 10-4) based on a result of the analysis,
Apparatus for handling value documents, having a central voltage supply unit which is connected in an electrically conductive manner to a first module using a first end of a first electrical line for transmitting electrical energy, wherein the second end of the first electrical line which is opposite the first end is connected to a first plug connector, wherein the first module is a separating and/or stacking module for supplying value documents to a cashbox and/or for removing value documents from the cashbox, having at least one second module which is connected in an electrically conductive manner to a first end of a second electrical line for transmitting electrical signals between the first module and the second module, wherein the second end of the second electrical line which is opposite the first end is connected to a second plug connector, wherein, in an operating state, the first module is arranged in an operating position inside the apparatus and is connected in an electrically conductive manner to the first electrical line and to the second electrical line, and wherein, in a maintenance state, the first module is moved from its operating position and is not connected in an electrically conductive manner either to the first electrical line or to the second electrical line, characterized in that an adapter is provided and comprises a third plug connector complementary to the first plug connector, a fourth plug connector complementary to the second plug connector and at least one fifth plug connector, in that the fifth plug connector is connected in an electrically conductive manner to the third plug connector and is connected in an electrically conductive manner to the fourth plug connector, in that the first module comprises a sixth plug connector complementary to the fifth plug connector, in that, in the operating state, the fifth plug connector is connected in an electrically conductive manner to the sixth plug connector, and in that both the electrical energy which can be transmitted via the first electrical line and the electrical signals which can be transmitted via the second electrical line can be transmitted via this plug connection formed between the fifth plug connector and the sixth plug connector; wherein the cashbox is connected to a first end of a third electrical line for transmitting electrical energy and/or control signals, wherein the second end of the third electrical line which is opposite the first end is connected to a seventh plug connector, wherein the adapter comprises an eighth plug connector which is connected in an electrically conductive manner to the fifth plug connector and is complementary to the seventh plug connector, and wherein electrical energy and/or control signals which can be transmitted via the third electrical line can be transmitted via the plug connection between the fifth plug connector and the sixth plug connector.
A device comprising a graphene layer located on a flexible or stretchable substrate, the graphene layer comprising two graphene electrodes (17, 18) and a porous graphene layer, comprising a multiplicity of pores, between the electrodes (17, 18), the porous graphene layer comprising a multiplicity of graphene nanoribbons having a width of between 0.1nm and 20nm resulting in the porous graphene layer being a semiconductor, and wherein the porous graphene layer covers an area on the substrate between 1μm 2 and 10 cm 2.
Universal bracket for lighting appliances, connectable to a structural and/or plant element of a vehicle tunnel, an underpass, or the like, said element comprising a substantially "U" shaped profile comprising, in turn, a bottom from which two opposite lateral sides rise, said lateral sides ending with respective edges, said bracket comprising a support, a first hooking element and a second hooking element, associated with said support in a sliding way so as to be translatable, with respect to said support, along the same first translation direction, each of said first hooking element and second hooking element comprising a respective terminal portion configured so as to be constrained to the respective edge of the element, said support further comprising connecting means to one or more lighting appliances, or to supporting means for one or more lighting appliances, said support comprising first, second selective locking members (16a, 16b), respectively, of said first hooking element and of said second hooking element, configured to lock each of said first hooking element and second hooking element, with respect to said support and along said first translation direction, in a plurality of positions between a position of minimum opening and maximum opening, so as to obtain different configurations of the bracket to adapt to elements of different sizes and geometries, characterized in that it comprises a pressure element, associated with said support, configured so as to abut against the lower face, in use, of the bottom of the structural and/or plant element, wherein said pressure element is movable, with respect to said support, along a second translation direction perpendicular to said first translation direction, wherein said pressure element comprises an operating portion, suitable to abut against the lower face, in use, of the bottom of the structural and/or plant element, and a stem, to which said operating portion is connected, said stem being engaged, in a sliding manner, inside a seat provided in said support.
Method for determining a position of at least one virtual reality headset in a vehicle moving along a travel section of a fairground ride, - which vehicle receives at least one passenger on whom the virtual reality headset is placed during a ride with the vehicle, - wherein, during an operation of the fairground ride in an actual reality, a virtual reality corresponding to the ride with the vehicle is generated and is represented on the virtual reality headset, - the fairground ride has at least one position sensor from which at least one position signal emanates, - the virtual reality headset is a mobile virtual reality headset, - the virtual reality headset has a detachable and/or a wireless communication interface, via which a data connection takes place between the virtual reality headset and a data processing device of the fairground ride, characterised in that - wherein the virtual reality headset has at least one receiver which evaluates the position signal of the position sensor for determining the position of the virtual reality headset in the vehicle relative to the position sensor. - which vehicle receives at least one passenger on whom the virtual reality headset is placed during a ride with the vehicle, - wherein, during an operation of the fairground ride in an actual reality, a virtual reality corresponding to the ride with the vehicle is generated and is represented on the virtual reality headset, - the fairground ride has at least one position sensor from which at least one position signal emanates, - the virtual reality headset is a mobile virtual reality headset, - the virtual reality headset has a detachable and/or a wireless communication interface, via which a data connection takes place between the virtual reality headset and a data processing device of the fairground ride, characterised in that - wherein the virtual reality headset has at least one receiver which evaluates the position signal of the position sensor for determining the position of the virtual reality headset in the vehicle relative to the position sensor.
A cell culture comprising: Chx 10-positive human retinal progenitor cells in the form of neurospheres; wherein the neurospheres appear phase-bright and golden in colour with a ring-like, outer pseudostratified, laminar structure under bright field microscopy; wherein the Chx 10-positive human retinal progenitor cells are capable of producing neural retinal neurosphere populations and/or retinal pigment epithelium neurospheres; and wherein greater than 90% of the cells in the neurosphere culture are Chx 10-positive human retinal progenitor cells. Chx 10-positive human retinal progenitor cells in the form of neurospheres; wherein the neurospheres appear phase-bright and golden in colour with a ring-like, outer pseudostratified, laminar structure under bright field microscopy; wherein the Chx 10-positive human retinal progenitor cells are capable of producing neural retinal neurosphere populations and/or retinal pigment epithelium neurospheres; and wherein greater than 90% of the cells in the neurosphere culture are Chx 10-positive human retinal progenitor cells.
A process to reclaim monoethylene glycol, the process comprising: contacting a stream comprising MEG, water, and at least one salt with a heat transfer fluid; flash separating the MEG and water from the stream in a flash separator vessel where: the pressure is where the pressure is atmospheric and above; the temperature is in the range of 110°C to 250°C; and the residence time of the MEG and water ranges from 1 second to 10 minutes; and removing the MEG and water in an overhead of the flash separator vessel; and removing the at least one salt from the flash separator vessel. contacting a stream comprising MEG, water, and at least one salt with a heat transfer fluid; flash separating the MEG and water from the stream in a flash separator vessel where: the pressure is where the pressure is atmospheric and above; the temperature is in the range of 110°C to 250°C; and the residence time of the MEG and water ranges from 1 second to 10 minutes; and the pressure is where the pressure is atmospheric and above; the temperature is in the range of 110°C to 250°C; and the residence time of the MEG and water ranges from 1 second to 10 minutes; and removing the MEG and water in an overhead of the flash separator vessel; and removing the at least one salt from the flash separator vessel.
An absorption subcooler comprising a first heat exchanger, an absorption chamber, a pump and a condenser, the first heat exchanger operable to: receive refrigerant from a compressor of a refrigeration system; apply a first cooling stage to the refrigerant; discharge the refrigerant to a gas cooler operable to apply a second cooling stage to the refrigerant; receive a refrigerant-water solution produced in the absorption chamber from the pump; discharge the water from the refrigerant-water solution to the absorption chamber; and discharge the refrigerant from the refrigerant-water solution to the condenser. receive refrigerant from a compressor of a refrigeration system; apply a first cooling stage to the refrigerant; discharge the refrigerant to a gas cooler operable to apply a second cooling stage to the refrigerant; receive a refrigerant-water solution produced in the absorption chamber from the pump; discharge the water from the refrigerant-water solution to the absorption chamber; and discharge the refrigerant from the refrigerant-water solution to the condenser.