mhurhangee/ep-ind-claims huggingface dataset:
Battery unit for storing electrical energy, comprising: at least two electrodes, whereby one of the electrodes is an anode and one of the electrodes is a cathode; and at least one deformable metamaterial unit, characterized in that: - the at least one deformable metamaterial unit is configured to control and limit an expansion at least of the anode, and/or - the battery unit comprises two, four or more, preferably eight, deformable metamaterial units surrounding the anode and/or the at least one deformable metamaterial unit is formed as a continuous surface configured to surround the anode. at least two electrodes, whereby one of the electrodes is an anode and one of the electrodes is a cathode; and at least one deformable metamaterial unit, - the at least one deformable metamaterial unit is configured to control and limit an expansion at least of the anode, and/or - the battery unit comprises two, four or more, preferably eight, deformable metamaterial units surrounding the anode and/or the at least one deformable metamaterial unit is formed as a continuous surface configured to surround the anode.
A kiosk for processing mobile devices, the kiosk comprising: a processor; an electrical connector, wherein the electrical connector is configured to be electrically connected to a mobile device, wherein the mobile device has an electrical hardware component; and a memory; and wherein the kiosk further comprises a controller, a switch operably coupled to the processor and the controller, wherein the switch has a first switch state and a second switch state, and a non-transitory computer readable medium having instructions stored thereon that are executable by the controller to toggle the switch between the first switch state and the second switch state wherein, in the first switch state, the processor is coupled to the electrical connector and the controller is disconnected from the electrical connector, and wherein in the second switch state, the controller is coupled to the electrical connector and the processor is disconnected from the electrical connector, and to carry out an electrical test of the electrical hardware component of the mobile device over the electrical connector when the switch is in the second switch state. a processor; an electrical connector, wherein the electrical connector is configured to be electrically connected to a mobile device, wherein the mobile device has an electrical hardware component; and a memory; and wherein the kiosk further comprises a controller, a switch operably coupled to the processor and the controller, wherein the switch has a first switch state and a second switch state, and a non-transitory computer readable medium having instructions stored thereon that are executable by the controller to toggle the switch between the first switch state and the second switch state wherein, in the first switch state, the processor is coupled to the electrical connector and the controller is disconnected from the electrical connector, and wherein in the second switch state, the controller is coupled to the electrical connector and the processor is disconnected from the electrical connector, and to carry out an electrical test of the electrical hardware component of the mobile device over the electrical connector when the switch is in the second switch state.
A retractor blade assembly comprising: a pedicle screw having a head portion and a shaft portion configured to engage bone; a retractor blade having a proximal end and a distal end configured to retract soft tissue; and a screw mount having an extension portion with at least one track (645, 646) configured to slidably engage and mate with the retractor blade and defining at least one blade mounting assembly and a head portion defining a screw head receiving chamber, the chamber defined by a concave interior wall of the head portion wherein the screw head may be positioned in the chamber and a moveable retaining member extending from the extension portion with a free end of the retaining member extending within the head portion and defining a concave surface opposed to the concave interior wall; and wherein the concave surface is configured to engage a portion of the screw head such that the screw head is retained between the inner wall surface and the free end surface wherein the blade is configured to slidably engage and mate with the at least one track (645, 646) of the extension portion; characterized in that the extension portion comprises a further track; the retractor blade assembly comprises a slidable locking mechanism slidable along said further track from an unlocked position to a locked position, wherein, in the locked position, the locking mechanism moves into engagement with the free end of the retaining mechanism, thereby locking the free end surface in engagement with the screw head. a pedicle screw having a head portion and a shaft portion configured to engage bone; a retractor blade having a proximal end and a distal end configured to retract soft tissue; and a screw mount having an extension portion with at least one track (645, 646) configured to slidably engage and mate with the retractor blade and defining at least one blade mounting assembly and a head portion defining a screw head receiving chamber, the chamber defined by a concave interior wall of the head portion wherein the screw head may be positioned in the chamber and a moveable retaining member extending from the extension portion with a free end of the retaining member extending within the head portion and defining a concave surface opposed to the concave interior wall; and wherein the concave surface is configured to engage a portion of the screw head such that the screw head is retained between the inner wall surface and the free end surface wherein the blade is configured to slidably engage and mate with the at least one track (645, 646) of the extension portion; characterized in that the extension portion comprises a further track; the retractor blade assembly comprises a slidable locking mechanism slidable along said further track from an unlocked position to a locked position, wherein, in the locked position, the locking mechanism moves into engagement with the free end of the retaining mechanism, thereby locking the free end surface in engagement with the screw head.
A root bushing for a blade root of a wind turbine rotor blade, comprising a cylindrical bushing body and a rectangular-shaped flat contact body, wherein the contact body provides an interface between a pitch bearing of a hub and the root bushing, wherein the bushing body and the contact body are made of one piece or the contact body is provided on a face of the bushing body and the bushing body and the contact body are welded together, wherein a cross-sectional area of the contact body is bigger than a cross-sectional area of the bushing body, wherein the bushing body has a basic portion and an extension portion which is slanted and has a gradually reduced cross-section to a pointed or nearly pointed end, and wherein the root bushing comprises a central bore which protrudes through the bushing body and the contact body for a foam core being at least partly placed in the bore.
A heat shielding member, comprising: a base; and a heat shielding membrane on the base, wherein the heat shielding membrane includes a porous layer including at least a closed pore and a dense layer on a surface side of the porous layer, the porous layer and the dense layer include a resin and a carbon-based filler, and a thermal decomposition temperature of the resin is 350°C or more. a base; and a heat shielding membrane on the base, wherein the heat shielding membrane includes a porous layer including at least a closed pore and a dense layer on a surface side of the porous layer, the porous layer and the dense layer include a resin and a carbon-based filler, and a thermal decomposition temperature of the resin is 350°C or more.
Container, in particular a plastic ampoule or bottle, manufactured in a blow moulding process, filled and sealed in the mould, with a sleeve-like neck portion connecting to a container body as axial extension, which forms a seat for a preformed insert extending along the axis of the neck portion, wherein the insert is part of the container, and is formed in the mould at a peripheral area of the insert, wherein at least one sealing element (42; 68) is provided on the insert, which forms a seal in cooperation with a contact surface formed on the seat of the neck portion in a sealing area surrounding the axis, wherein the sealing element (42; 68) by the edge of a ring (42; 68) formed on the insert, facing the contact surface, on the seat of the neck portion, wherein the sealing element (42; 68), melted by thermal input with the other adjacent plastic material of the contact surface, forms a solid, fluid-impermeable barrier, characterised in that the ring-shaped sealing element has the shape of an axially projecting rib.
A method for driver assistance for determining habits of a driver, comprising: recognizing a vehicle working condition (S 120); recognizing a vehicle status (S 130); and determining the habits of the driver for assisting the driver in driving, based on the vehicle working condition and the vehicle status (S 140), wherein the recognizing a vehicle working condition (S 120) comprises: performing a first vehicle working condition recognition based on vehicle speed information; performing a second vehicle working condition recognition based on a combination of map information and positioning information and/or camera information; and characterized in that the recognizing a vehicle working condition further comprises: correcting a result of the first vehicle working condition recognition based on a result of the second vehicle working condition recognition. recognizing a vehicle working condition (S 120); recognizing a vehicle status (S 130); and determining the habits of the driver for assisting the driver in driving, based on the vehicle working condition and the vehicle status (S 140), wherein the recognizing a vehicle working condition (S 120) comprises: performing a first vehicle working condition recognition based on vehicle speed information; performing a second vehicle working condition recognition based on a combination of map information and positioning information and/or camera information; and characterized in that the recognizing a vehicle working condition further comprises: correcting a result of the first vehicle working condition recognition based on a result of the second vehicle working condition recognition. performing a first vehicle working condition recognition based on vehicle speed information; performing a second vehicle working condition recognition based on a combination of map information and positioning information and/or camera information; and characterized in that the recognizing a vehicle working condition further comprises: correcting a result of the first vehicle working condition recognition based on a result of the second vehicle working condition recognition.
A buffer unit configured to store and transfer adhesive particulate to an adhesive melter, the buffer unit comprising: a buffer bin defined by a housing including a bottom wall and a sidewall extending from said bottom wall to form an interior space; characterized by an agitator plate positioned within said buffer bin so as to be angled from a horizontal orientation, said agitator plate including an upper end operatively coupled to said sidewall and a bottom end operatively coupled to said bottom wall, said agitator plate dividing said interior space into a lower chamber portion and an upper chamber portion configured to receive a bulk supply of adhesive particulate; a vibration generating mechanism operatively coupled to said agitator plate and configured to selectively vibrate said agitator plate to produce a relative motion between said agitator plate and the bulk supply of adhesive particulate, the relative motion configured to agitate the bulk supply to generate a flow offluidized adhesive particulate which moves towards said bottom end of said agitator plate; and at least one pump inlet located in said buffer bin proximate to said bottom end of said agitator plate, each pump inlet configured to receive the flow of fluidized adhesive particulate moving towards said bottom end to be transferred to the adhesive melter. a buffer bin defined by a housing including a bottom wall and a sidewall extending from said bottom wall to form an interior space; characterized by an agitator plate positioned within said buffer bin so as to be angled from a horizontal orientation, said agitator plate including an upper end operatively coupled to said sidewall and a bottom end operatively coupled to said bottom wall, said agitator plate dividing said interior space into a lower chamber portion and an upper chamber portion configured to receive a bulk supply of adhesive particulate; a vibration generating mechanism operatively coupled to said agitator plate and configured to selectively vibrate said agitator plate to produce a relative motion between said agitator plate and the bulk supply of adhesive particulate, the relative motion configured to agitate the bulk supply to generate a flow offluidized adhesive particulate which moves towards said bottom end of said agitator plate; and at least one pump inlet located in said buffer bin proximate to said bottom end of said agitator plate, each pump inlet configured to receive the flow of fluidized adhesive particulate moving towards said bottom end to be transferred to the adhesive melter.
Method for monitoring a block chain by means of an apparatus, wherein the method comprises the following steps: - assessing a characteristic of a physical infrastructure on which the block chain is based; wherein a quantitatively comparable value is assigned to a particular item of information indicating the characteristic; - wherein the infrastructure comprises a plurality of nodes which are coupled to one another by means of a network; - comparing the value with a predetermined parameter; and - outputting a signal via an interface if the value is less than the predetermined parameter, characterized in that - the characteristic relates to a physical or topological parameter of the infrastructure. - assessing a characteristic of a physical infrastructure on which the block chain is based; wherein a quantitatively comparable value is assigned to a particular item of information indicating the characteristic; - wherein the infrastructure comprises a plurality of nodes which are coupled to one another by means of a network; - comparing the value with a predetermined parameter; and - outputting a signal via an interface if the value is less than the predetermined parameter, characterized in that - the characteristic relates to a physical or topological parameter of the infrastructure.
A method for operating a local authentication device to grant a guest device access to a rights domain, the guest device previously having had access to the domain and storing corresponding domain access data comprising a domain key; the method including: receiving a rejoin message from the guest device, the rejoin message including data indicating the domain to which access is requested; and provided the authentication device has extension rights with respect to the indicated domain, transmitting an enabling message to the guest device, the enabling message including data that allows the guest device to confirm that the authentication device has suitable extension rights, thereby allowing the guest device to rejoin the domain in accordance with the extension rights and facilitating access by the guest device to content belonging to the domain; in which the domain key stored by the guest device is operational for a limited predetermined time. previously having had access to the domain and storing corresponding domain access data comprising a domain key; the method including: receiving a rejoin message from the guest device, the rejoin message including data indicating the domain to which access is requested; and provided the authentication device has extension rights with respect to the indicated domain, transmitting an enabling message to the guest device, the enabling message including data that allows the guest device to confirm that the authentication device has suitable extension rights, thereby allowing the guest device to rejoin the domain in accordance with the extension rights and facilitating access by the guest device to content belonging to the domain; in which the domain key stored by the guest device is operational for a limited predetermined time. receiving a rejoin message from the guest device, the rejoin message including data indicating the domain to which access is requested; and provided the authentication device has extension rights with respect to the indicated domain, transmitting an enabling message to the guest device, the enabling message including data that allows the guest device to confirm that the authentication device has suitable extension rights, thereby allowing the guest device to rejoin the domain in accordance with the extension rights and facilitating access by the guest device to content belonging to the domain; in which the domain key stored by the guest device is operational for a limited predetermined time.
An organic light emitting diode display comprising: a substrate; a thin film transistor on the substrate and comprising a gate electrode, a source electrode, and a drain electrode; a planarization layer on the thin film transistor and having a contact hole exposing a portion of one of the drain electrode or the source electrode; a pixel electrode on the planarization layer and coupled to the one of the drain electrode or the source electrode through the contact hole; a colored pixel defining layer on the planarization layer and including an opening exposing at least a portion of the pixel electrode; and a colored layer on the pixel electrode and the pixel defining layer and having a chromatic color different from a chromatic color of the pixel defining layer, wherein there is: an organic emission layer on the pixel electrode; a common electrode on the organic emission layer; and a sealing member on the substrate, wherein the common electrode is between the substrate and the sealing member, characterised in that the colored layer comprises a filling layer between the sealing member and the common electrode and the filling layer has a chromatic color. a substrate; a thin film transistor on the substrate and comprising a gate electrode, a source electrode, and a drain electrode; a planarization layer on the thin film transistor and having a contact hole exposing a portion of one of the drain electrode or the source electrode; a pixel electrode on the planarization layer and coupled to the one of the drain electrode or the source electrode through the contact hole; a colored pixel defining layer on the planarization layer and including an opening exposing at least a portion of the pixel electrode; and a colored layer on the pixel electrode and the pixel defining layer and having a chromatic color different from a chromatic color of the pixel defining layer, wherein there is: an organic emission layer on the pixel electrode; a common electrode on the organic emission layer; and a sealing member on the substrate, wherein the common electrode is between the substrate and the sealing member, characterised in that an organic emission layer on the pixel electrode; a common electrode on the organic emission layer; and a sealing member on the substrate, wherein the common electrode is between the substrate and the sealing member, characterised in that
A method comprising: under control of one or more processing units configured with executable instructions: transmitting a data packet to a destination node, the data packet comprising information of more than one specific nodes that the data packet is to be routed through; and determining a health condition of the more than one specific nodes based at least in part on a result of the transmitting of the data packet; the method further comprising iteratively encapsulating at least a first packet into a second packet, and the second packet into a third packet to form the transmitted data packet. under control of one or more processing units configured with executable instructions: transmitting a data packet to a destination node, the data packet comprising information of more than one specific nodes that the data packet is to be routed through; and determining a health condition of the more than one specific nodes based at least in part on a result of the transmitting of the data packet; transmitting a data packet to a destination node, the data packet comprising information of more than one specific nodes that the data packet is to be routed through; and determining a health condition of the more than one specific nodes based at least in part on a result of the transmitting of the data packet; the method further comprising iteratively encapsulating at least a first packet into a second packet, and the second packet into a third packet to form the transmitted data packet.
A photon counting circuit, comprising: an input terminal intended to be connected to an ionizing radiation detector; an analog pulse signal generation stage, each of the pulses of the pulse signal having an amplitude proportional to the energy released by an interaction of at least one photon in the detector; and a digital stage comprising: at least one first comparator of the amplitude of the pulses with respect to a first threshold (THi); a differentiating circuit for determining the periods when the derivative of the pulse signal has a same sign; at least one first AND-type logic gate for combining the outputs of the first comparator and of the differentiating circuit; and at least one first counter of the number of pulses present at the output of the combination element. an input terminal intended to be connected to an ionizing radiation detector; an analog pulse signal generation stage, each of the pulses of the pulse signal having an amplitude proportional to the energy released by an interaction of at least one photon in the detector; and a digital stage comprising: at least one first comparator of the amplitude of the pulses with respect to a first threshold (THi); a differentiating circuit for determining the periods when the derivative of the pulse signal has a same sign; at least one first AND-type logic gate for combining the outputs of the first comparator and of the differentiating circuit; and at least one first counter of the number of pulses present at the output of the combination element. at least one first comparator of the amplitude of the pulses with respect to a first threshold (THi); a differentiating circuit for determining the periods when the derivative of the pulse signal has a same sign; at least one first AND-type logic gate for combining the outputs of the first comparator and of the differentiating circuit; and at least one first counter of the number of pulses present at the output of the combination element.