mhurhangee/ep-ind-claims huggingface dataset:
A locking device between a first structure and a second structure, comprising at least one locking means adapted to lock said first and second structures to each other, said locking means including at least one bolt attached to the first structure and adapted to be engaged with at least one means for engagement with the corresponding bolt, attached to the second structure, said locking device further comprising: - an indicator of the locking/unlocking of the means for locking the structures to each other, mounted on the same structure as the means for engagement with the bolt, said indicator having at least one locked state and one unlocked state, - a connection system connecting the means for engagement with the bolt to said indicator, the means for engagement with the bolt being movably mounted between a first position in which it is engaged with the bolt and it authorizes the locking of said indicator and a second position in which it is released from the bolt and it authorizes the unlocking of said indicator, characterized in that the connection system comprises means for controlling the change of a state of said indicator, these control means being monitored by the position adopted by the means for engagement with the bolt. - an indicator of the locking/unlocking of the means for locking the structures to each other, mounted on the same structure as the means for engagement with the bolt, said indicator having at least one locked state and one unlocked state, - a connection system connecting the means for engagement with the bolt to said indicator,
A lithium metal secondary battery comprising: an electrode assembly comprising a positive electrode, a negative electrode, a separator interposed between the positive electrode and the negative electrode, and a protective layer interposed between the negative electrode and the separator; a non-aqueous electrolyte impregnating the electrode assembly, wherein the negative electrode comprises lithium metal, wherein the protective layer comprises a polymer having a sulfur chain group; characterized in that the surface of the negative electrode is coated with said protective layer comprising a polymer having a sulfur chain group, and the polymer comprising the sulfur chain group is a product of a nucleophilic substitution reaction between a sulfate group-containing polymer and lithium polysulfide, wherein the lithium polysulfide has the formula Li 2 S n, wherein 0 < n < 10. an electrode assembly comprising a positive electrode, a negative electrode, a separator interposed between the positive electrode and the negative electrode, and a protective layer interposed between the negative electrode and the separator; a non-aqueous electrolyte impregnating the electrode assembly, wherein the negative electrode comprises lithium metal, wherein the protective layer comprises a polymer having a sulfur chain group; characterized in that the surface of the negative electrode is coated with said protective layer comprising a polymer having a sulfur chain group, and the polymer comprising the sulfur chain group is a product of a nucleophilic substitution reaction between a sulfate group-containing polymer and lithium polysulfide, wherein the lithium polysulfide has the formula Li 2 S n, wherein 0 < n < 10.
A multiband power amplification apparatus, comprising a first digital predistortion module, a first digital-to-analog converter, a first filtering and modulation module connected to the first digital-to-analog converter, a peak power amplifier connected to the first filtering and modulation module, a second digital predistortion module, a second digital-to-analog converter, a second filtering and modulation module connected to the second digital-to-analog converter, and a main power amplifier connected to the second filtering and modulation module, wherein the apparatus further comprises: a first input terminal, a second input terminal, a first adjustment module, a second adjustment module, a first adder, and a second adder; the first input terminal is connected to the first digital predistortion module and configured to receive a signal in a frequency band f 1 and output the signal in the frequency band f 1 to the first digital predistortion module; the first digital predistortion module is configured to divide the signal in the frequency band f 1 into a first channel signal and a second channel signal; the second input terminal is connected to the second digital predistortion module and configured to receive a signal in a frequency band f 2 and output the signal in the frequency band f 2 to the second digital predistortion module; the second digital predistortion module is configured to divide the signal in the frequency band f 2 into a third channel signal and a fourth channel signal; the first adjustment module is connected to the first digital predistortion module and configured to adjust the first channel signal that is divided by the first digital predistortion module and output an adjusted first channel signal to the first adder; the second adjustment module is connected to the second digital predistortion module and configured to adjust the third channel signal that is divided by the second digital predistortion module and output an adjusted third channel signal to the first adder; the first adder is configured to add the signal adjusted by the second adjustment module and the signal output by the first adjustment module and output a first sum signal to the first digital-to-analog converter; and the second adder is configured to add the second channel signal that is divided by the first digital predistortion module and the fourth channel signal that is divided by the second digital predistortion module and output a second sum signal to the second digital-to-analog converter.
An electrical facial brush (61,71) which designed as a hand held device, for the care of skin portions of the face by means of a care brush (63, 73) and for carrying out at least one electrically operated facial care function, containing a grip body (62, 72) for holding the facial brush (61, 71), moreover comprising an electronics part for the control of the at least one electrically operated facial care function, characterised in that the electronics part comprises a data transmission module for the wireless, bidirectional data transmission with an electronic mobile device by means of near field communication, and the data transmission module comprises: - a microcontroller, - at least one memory for storing data and - an antenna arranged in the grip part, wherein the data transmission module is designed so as to obtain at least a part of the electrical energy necessary for its operation, in a contact-free manner via electromagnetic waves which are produced by the mobile device and in the influence region of which the associated antenna lies. - a microcontroller, - at least one memory for storing data and - an antenna arranged in the grip part,
An easel, comprising: a main bracket; front supports rotatably installed on both sides of the front of the main bracket, the front supports being contractible and stretchable; a rear support rotatably installed in the rear of the main bracket, the rear support being contractible and stretchable; a prop detachably coupled to the front supports on both sides thereof; a lift installed in the center of the front of the main bracket such that the lift ascends and descends and having a lower end portion supported by the prop;and a tilting unit (600, 660) including a first rotational piece having one end portion rotatably coupled to a first auxiliary bracket coupled to the rear support, a second rotational piece having one end portion rotatably coupled to a second auxiliary bracket coupled to the prop, and a pivot assembly (630, 640, 650, 670) connecting the other end portions of the first and second rotational pieces (621, 622) and rotating the other end portions of the first and second rotatable pieces (621, 622) in order to adjust a tilt angle, wherein a tilt angle of the rear support with respect to the front supports is adjusted. a main bracket; front supports rotatably installed on both sides of the front of the main bracket, the front supports being contractible and stretchable; a rear support rotatably installed in the rear of the main bracket, the rear support being contractible and stretchable; a prop detachably coupled to the front supports on both sides thereof; a lift installed in the center of the front of the main bracket such that the lift ascends and descends and having a lower end portion supported by the prop;and a tilting unit (600, 660) including a first rotational piece having one end portion rotatably coupled to a first auxiliary bracket coupled to the rear support, a second rotational piece having one end portion rotatably coupled to a second auxiliary bracket coupled to the prop, and a pivot assembly (630, 640, 650, 670) connecting the other end portions of the first and second rotational pieces (621, 622) and rotating the other end portions of the first and second rotatable pieces (621, 622) in order to adjust a tilt angle, wherein a tilt angle of the rear support with respect to the front supports is adjusted.
A method of detecting antineoplastic drug contamination of a surface, comprising: providing a wetting solution compatible with the antineoplastic drug and formulated to promote release of the drug from the surface to be assayed, wherein the wetting solution comprises a biologically compatible buffer, 0.01 - 10% v/v of a non-ionic surfactant and/or 0.01 - 10% v/v of an organic polar protic solvent; providing a solid matrix for reversible absorption of the antineoplastic drug; contacting the solid matrix with the wetting solution, generating an assay matrix; contacting the assay matrix and the surface, generating a surface sample; contacting the surface sample with a volume of wetting solution, generating a fluid test sample; assaying the antineoplastic drug in the fluid test sample by lateral flow assay to produce an assay result; and detecting the assay result, thereby detecting antineoplastic drug contamination of the surface. providing a wetting solution compatible with the antineoplastic drug and formulated to promote release of the drug from the surface to be assayed, wherein the wetting solution comprises a biologically compatible buffer, 0.01 - 10% v/v of a non-ionic surfactant and/or 0.01 - 10% v/v of an organic polar protic solvent; providing a solid matrix for reversible absorption of the antineoplastic drug; contacting the solid matrix with the wetting solution, generating an assay matrix; contacting the assay matrix and the surface, generating a surface sample; contacting the surface sample with a volume of wetting solution, generating a fluid test sample; assaying the antineoplastic drug in the fluid test sample by lateral flow assay to produce an assay result; and detecting the assay result, thereby detecting antineoplastic drug contamination of the surface.
A helmet including an exterior member and an interior member and provided with a head-up display device, wherein a liner and a mouth cover are disposed inside the exterior member and constitute the interior member, the head-up display device includes a projection unit configured to project display light to a projection target, the display light being used for forming a display image capable of being visually recognized as a virtual image by a user wearing the helmet through the projection target, the projection target being disposed in front of an eye of the user and having both light transmittance and light reflection, the projection unit includes a light emitter configured to emit display light, a housing having an opening through which display light emitted from the light emitter passes, and a cover member having transparency to light and disposed to cover the opening of the housing, a cylindrical optical path portion is provided at a side of the housing having the opening, the projection unit is incorporated in a chin portion of the helmet such that display light to be projected to the projection target through the cover member passes through the cylindrical optical path portion provided in the interior member, and the cover member is disposed at an inner side of the interior member rather than on a surface of the interior member at which an end of the cylindrical optical path portion at a light emission side is open such that the cover member is located at a deep position in the interior member and when the user holds a chin portion in using the helmet, fingers of the user do not easily touch the cover member. a liner and a mouth cover are disposed inside the exterior member and constitute the interior member, the head-up display device includes a projection unit configured to project display light to a projection target, the display light being used for forming a display image capable of being visually recognized as a virtual image by a user wearing the helmet through the projection target, the projection target being disposed in front of an eye of the user and having both light transmittance and light reflection, the projection unit includes a light emitter configured to emit display light, a housing having an opening through which display light emitted from the light emitter passes, and a cover member having transparency to light and disposed to cover the opening of the housing, a cylindrical optical path portion is provided at a side of the housing having the opening, the projection unit is incorporated in a chin portion of the helmet such that display light to be projected to the projection target through the cover member passes through the cylindrical optical path portion provided in the interior member, and the cover member is disposed at an inner side of the interior member rather than on a surface of the interior member at which an end of the cylindrical optical path portion at a light emission side is open such that the cover member is located at a deep position in the interior member and when the user holds a chin portion in using the helmet, fingers of the user do not easily touch the cover member.
A foam (10, 30) comprising at least one adhesive material applied in a strip onto a surface of the freshly extruded foam prior to degassing of the foam, the surface in contact with the adhesive material being without irregularities after degassing of the foam, characterised in that the foam (10, 30) comprises incisions on said surface.
Method for producing a fuel cell stack from multiple layer elements, wherein the layer elements are arranged on top of one another, wherein each layer element has an elastically deformable fuel cell layer edged by a sealing beading, wherein the fuel cell layer of each layer element is bent relative to the sealing beading due to an effect of gravity, wherein a lowermost layer element is arranged on a bendable base plate which is bent against gravity, whereby a fuel cell layer of an uppermost layer element of the fuel cell stack is bent against gravity and substantially levelled due to a force generated by the base plate.
A coupling wire guide for coupling to a previously introduced wire guide during intracorporeal procedures, the coupling wire guide comprising a main body having a distal end; and a coupling tip connected to the distal end of the main body and defining a coupling passageway adapted to slidably receive said previously introduced wire guide, the coupling tip being structured to permit the coupling wire guide to be attached at a mid-section of the previously introduced wire guide; characterised by: further comprising a flexible strip portion interposed between a coupling portion of the coupling tip defining said coupling passageway and an attachment portion of the coupling tip connected to the distal end of the main body; there being a slot formed in the coupling tip, the slot in communication with the coupling passageway and extending from the proximal port to the distal port; wherein the strip portion is semi-annular and provides access to the coupling passageway; wherein the main body generally comprises a coiled wire disposed over a mandrel and an end cap forms the distal tip of the main body and is connected to the mandrel through soldering or welding; and wherein the end cap is structured to guide the previously introduced wire guide relative to the coupling tip. further comprising a flexible strip portion interposed between a coupling portion of the coupling tip defining said coupling passageway and an attachment portion of the coupling tip connected to the distal end of the main body; there being a slot formed in the coupling tip, the slot in communication with the coupling passageway and extending from the proximal port to the distal port; wherein the strip portion is semi-annular and provides access to the coupling passageway; wherein the main body generally comprises a coiled wire disposed over a mandrel and an end cap forms the distal tip of the main body and is connected to the mandrel through soldering or welding; and wherein the end cap is structured to guide the previously introduced wire guide relative to the coupling tip.
A method for preparing a micropackaged device, said method comprising: providing a substrate for securing the device (110, 205); coating the device (110, 205) with a first thin-film layer (109, 207) to provide a first thin-film layer over the device (110, 205); depositing a surrounding biocompatible metal film (115, 210) over the first thin-film layer (109, 207) to produce a biocompatible metal coat, wherein depositing the surrounding metal film over the first thin-film layer (109, 207) to produce a metal coat is accomplished in a plurality of stages; (i) in a first stage, the device (110, 205) is held at about 45° to a metal deposition source to complete encapsulation of one side of the device (110, 205); (ii) in a second stage, the device (110, 205) is flipped 180° and held at about 45° to the metal deposition source to complete encapsulation of the other side of the device (110, 205); and coating the biocompatible metal coat layer with a second thin-film layer, wherein the first thin-film layer (109, 207), the biocompatible metal coat and the second thin-film layer form a sandwich layer to provide an encapsulated micropackaged device. providing a substrate for securing the device (110, 205); coating the device (110, 205) with a first thin-film layer (109, 207) to provide a first thin-film layer over the device (110, 205); depositing a surrounding biocompatible metal film (115, 210) over the first thin-film layer (109, 207) to produce a biocompatible metal coat, wherein depositing the surrounding metal film over the first thin-film layer (109, 207) to produce a metal coat is accomplished in a plurality of stages; (i) in a first stage, the device (110, 205) is held at about 45° to a metal deposition source to complete encapsulation of one side of the device (110, 205); (ii) in a second stage, the device (110, 205) is flipped 180° and held at about 45° to the metal deposition source to complete encapsulation of the other side of the device (110, 205); and (i) in a first stage, the device (110, 205) is held at about 45° to a metal deposition source to complete encapsulation of one side of the device (110, 205); (ii) in a second stage, the device (110, 205) is flipped 180° and held at about 45° to the metal deposition source to complete encapsulation of the other side of the device (110, 205); and coating the biocompatible metal coat layer with a second thin-film layer, wherein the first thin-film layer (109, 207), the biocompatible metal coat and the second thin-film layer form a sandwich layer to provide an encapsulated micropackaged device.
Device for determining the filling level of a filling product in a filling product reservoir of a filling product filling unit, preferably a beverage reservoir in a beverage filling unit, comprising an immersion body arranged in the filling product reservoir for immersion in the filling product, a load cell connected to the immersion body for determining the weight force acting on the immersion body, and an evaluation apparatus that determines a filling level signal on the basis of the weight force detected by the load cell, characterised in that the immersion body is made entirely of a solid material, a full sensor is provided for detecting the immersion body being fully immersed in the filling product and/or an empty sensor is provided for detecting the immersion body not being immersed in the filling product, and the evaluation apparatus is adapted to calibrate the filling level signal on the basis of the signal of the full sensor or on the basis of the signal of the empty sensor. characterised in that the immersion body is made entirely of a solid material, a full sensor is provided for detecting the immersion body being fully immersed in the filling product and/or an empty sensor is provided for detecting the immersion body not being immersed in the filling product, and the evaluation apparatus is adapted to calibrate the filling level signal on the basis of the signal of the full sensor or on the basis of the signal of the empty sensor.
A method for preparing a metal alloy containing at least two metals, comprising the steps of: • providing a solid of a first metal or a first metal alloy in a crucible, • adding a second metal onto the solid in the crucible, • melting the second metal, characterized in that the melting point of the second metal is higher than the melting point of the first metal or the first metal alloy and that at least the melting of the second metal takes place under vacuum. • providing a solid of a first metal or a first metal alloy in a crucible, • adding a second metal onto the solid in the crucible, • melting the second metal,
Vending machine, for example, ticket machine, travel permit machine, parking ticket machine, goods vending or service machine, wherein the vending machine has a door for maintenance and servicing, comprising: a locking apparatus for locking the door, wherein the locking apparatus has a blocking apparatus for blocking a lock, and a door hinge system having at least a first hinge pin, wherein the first hinge pin can be unhinged, whereby the limitation of the opening angle is cancelled, and/or having at least one strap hinge, wherein the strap hinge can be unhinged, whereby the door can be separated from the vending machine, wherein the vending machine has one or more first hinge pins and one or more second hinge pins, wherein, when the door is opened, the door can first be pivoted about the first hinge pin and, in another step, the door can be pivoted about the second hinge pin, characterized in that the vending machine further has a lever in order to unhinge the first hinge pin and in that the blocking apparatus can be controlled by means of remote control. a locking apparatus for locking the door, wherein the locking apparatus has a blocking apparatus for blocking a lock, and a door hinge system having at least a first hinge pin, wherein the first hinge pin can be unhinged, whereby the limitation of the opening angle is cancelled, and/or having at least one strap hinge, wherein the strap hinge can be unhinged, whereby the door can be separated from the vending machine, wherein the vending machine has one or more first hinge pins and one or more second hinge pins, wherein, when the door is opened, the door can first be pivoted about the first hinge pin and, in another step, the door can be pivoted about the second hinge pin, characterized in that the vending machine further has a lever in order to unhinge the first hinge pin and in that the blocking apparatus can be controlled by means of remote control.
Contact piece for a high-voltage circuit breaker, comprising at least one contact pin which comprises a contact shaft, and comprising a contact carrier, wherein the contact carrier is designed to mechanically fasten the contact pin in the high-voltage circuit breaker, and wherein the contact carrier and the contact shaft are designed as a monolithic contact element, wherein the contact element consists of a cast part, characterized in that the contact shaft is cast in the contact carrier as an insert part.