mhurhangee/ep-ind-claims huggingface dataset:
A fiber-reinforced expanded particle molded article having a reinforcing material fused and integrated with at least one surface of an expanded molded article formed of a resin expanded particle, wherein the reinforcing material is a fabric product produced by weaving a linear composite material produced by melting and integrating a thermoplastic fiber comprising a low-temperature melting component fiber as a matrix component and a high-temperature melting component fiber as a fiber reinforcement, as two or more threads selected from the group consisting of a warp, a weft and a slant thread, wherein the reinforcing material is in the form of a sheet produced by fusing and integrating intersecting points where two or more threads intersect with each other after weaving the linear composite material satisfying the following requirements (i) to (iv); the reinforcing material has a thickness of 0.1 mm or more and 5 mm or less; and the matrix component of the reinforcing material and the surface of the expanded molded article are fused and integrated during in-mold molding: (i) the linear composite material comprises one or more high-temperature melting component fibers; (ii) the high-temperature melting component fiber of the linear composite material has a crystallinity of 60% or more as measured at a temperature increasing rate of 30°C/min with a differential scanning calorimeter according to melting calorimetry; (iii) the linear composite material has a Young's modulus in tension at 120°C of 7 cN/dtex or more; and (iv) the linear composite material has a shrinkage of 8.5% or less after dry heat treatment at 140°C for 30 minutes. (i) the linear composite material comprises one or more high-temperature melting component fibers; (ii) the high-temperature melting component fiber of the linear composite material has a crystallinity of 60% or more as measured at a temperature increasing rate of 30°C/min with a differential scanning calorimeter according to melting calorimetry; (iii) the linear composite material has a Young's modulus in tension at 120°C of 7 cN/dtex or more; and (iv) the linear composite material has a shrinkage of 8.5% or less after dry heat treatment at 140°C for 30 minutes.
Belt buckle for a safety belt system with a latching mechanism for locking a belt tongue into a buckle housing being spring-loaded and comprising a locking pin, and with a pushbutton which is supported with a frame so as to be displaceable on the buckle housing under the effect of the spring for applying the force necessary for unlocking the belt buckle to the latching mechanism, wherein a seating having at least one contact area is formed in the frame for supporting and/or retaining the locking pin which comes into contact with the contact area when the belt buckle is actuated, characterized in that the at least one contact area of the seating formed on the pushbutton comprises a sound damping element (10, 11).
A method (1800a, 1800b) of managing a re-usable ultrasonic medical device, the method (1800a, 1800b) comprising: receiving, by an ultrasonic medical device control module, an electrical connection from an ultrasonic medical device reassembled by a user; prompting, by the ultrasonic medical device control module, the user to operate a jaw control component configured to close a jaw of an end effector of the re-assembled ultrasonic medical device; receiving, by the ultrasonic medical device control module, closure data from a closure sensor disposed within the ultrasonic medical device indicating that the jaw of the end effector is in a closed configuration; receiving, by the ultrasonic medical device control module, functional data from the ultrasonic medical device referencing a functional state of at least one component of the re-assembled ultrasonic medical device; comparing, by the ultrasonic medical device control module, a value of the functional data with one or more predetermined acceptance reference values; and providing, by the ultrasonic medical device control module, to the user an acceptability indication based on the comparison of the value of the functional data and the one or more predetermined acceptance reference values. receiving, by an ultrasonic medical device control module, an electrical connection from an ultrasonic medical device reassembled by a user; prompting, by the ultrasonic medical device control module, the user to operate a jaw control component configured to close a jaw of an end effector of the re-assembled ultrasonic medical device; receiving, by the ultrasonic medical device control module, closure data from a closure sensor disposed within the ultrasonic medical device indicating that the jaw of the end effector is in a closed configuration; receiving, by the ultrasonic medical device control module, functional data from the ultrasonic medical device referencing a functional state of at least one component of the re-assembled ultrasonic medical device; comparing, by the ultrasonic medical device control module, a value of the functional data with one or more predetermined acceptance reference values; and providing, by the ultrasonic medical device control module, to the user an acceptability indication based on the comparison of the value of the functional data and the one or more predetermined acceptance reference values.
A glass melter batch inlet and cleaning device, comprising: an outer tubular housing including a side inlet; an inner tubular chopper including a side inlet relief in registration with the side inlet of the outer tubular housing; and at least one actuator (34, 36) extending alongside the outer tubular housing and coupled to the inner tubular chopper to move the chopper with respect to the outer tubular housing. an outer tubular housing including a side inlet; an inner tubular chopper including a side inlet relief in registration with the side inlet of the outer tubular housing; and at least one actuator (34, 36) extending alongside the outer tubular housing and coupled to the inner tubular chopper to move the chopper with respect to the outer tubular housing.
An occipital surgical plate comprising: a first portion including: a body including a posterior surface, the body defining a first bore defining an acute angle (α) with respect to a first axis (O-O) that is orthogonal to the posterior surface; and a mount on each lateral side of the body having an engaging surface; connector assemblies (130, 330) disposed on opposing lateral sides of the body, each connector assembly selectively rotatable relative to the body; and a second portion including a base extending in a cephalad direction from the first portion, and an extension extending in the cephalad direction from the base, the base defining second bores configured to receive respective bone screws, the extension defining a third bore, the first bore of the body and the third bore of the extension defining a second axis (Y-Y), the second bores defined along a third axis (X-X) orthogonal to the second axis; the occipital surgical plate characterized in that each connector assembly (130, 330) includes a support slidably adjustable on the engaging surface of the mount to enable poly-axial movement. a first portion including: a body including a posterior surface, the body defining a first bore defining an acute angle (α) with respect to a first axis (O-O) that is orthogonal to the posterior surface; and a mount on each lateral side of the body having an engaging surface; a body including a posterior surface, the body defining a first bore defining an acute angle (α) with respect to a first axis (O-O) that is orthogonal to the posterior surface; and a mount on each lateral side of the body having an engaging surface; connector assemblies (130, 330) disposed on opposing lateral sides of the body, each connector assembly selectively rotatable relative to the body; and a second portion including a base extending in a cephalad direction from the first portion, and an extension extending in the cephalad direction from the base, the base defining second bores configured to receive respective bone screws, the extension defining a third bore, the first bore of the body and the third bore of the extension defining a second axis (Y-Y), the second bores defined along a third axis (X-X) orthogonal to the second axis; the occipital surgical plate characterized in that each connector assembly (130, 330) includes a support slidably adjustable on the engaging surface of the mount to enable poly-axial movement.
A dispensing system comprising: a plurality of dispensers each configured to be located in a same washroom and dispense a respective consumable hygiene product, wherein each of the plurality of dispensers has an identifier; and a controller configured to be located in the washroom, remote to the plurality of dispensers and having a service mode and an operation mode different than the service mode, the controller configured to receive a request to enter into the service mode and to enter into the service mode in response to receiving the request, wherein the controller has a speaker, wherein, when in the service mode, the controller is configured cause an audible indication of a servicing need of at least one of the plurality of dispensers, and wherein the servicing need is one of the at least one of the plurality of dispensers having: low or no consumable hygiene product remaining, an electrical or mechanical malfunction, and a low battery condition, characterized in that: when in the service mode, the controller is configured to verbally speak both the servicing need of the at least one of the plurality of dispensers and its identifier. a plurality of dispensers each configured to be located in a same washroom and dispense a respective consumable hygiene product, wherein each of the plurality of dispensers has an identifier; and a controller configured to be located in the washroom, remote to the plurality of dispensers and having a service mode and an operation mode different than the service mode, the controller configured to receive a request to enter into the service mode and to enter into the service mode in response to receiving the request, wherein the controller has a speaker, wherein, when in the service mode, the controller is configured cause an audible indication of a servicing need of at least one of the plurality of dispensers, and wherein the servicing need is one of the at least one of the plurality of dispensers having: low or no consumable hygiene product remaining, an electrical or mechanical malfunction, and a low battery condition, low or no consumable hygiene product remaining, an electrical or mechanical malfunction, and a low battery condition,
A display system, which comprises at least one audio output and at least one external input which is capable of receiving an external audio/video signal from an external audio/video device characterized in that said display system further comprises; - means for processing at least one video frame received from said external audio/video device and detecting a mute symbol, which is shown on said display system as on screen display when said external audio/video device is muted, comprised by said video frame; - means for muting the audio output of display system in case of detection of said mute symbol. - means for processing at least one video frame received from said external audio/video device and detecting a mute symbol, which is shown on said display system as on screen display when said external audio/video device is muted, comprised by said video frame; - means for muting the audio output of display system in case of detection of said mute symbol.
A sound reproduction apparatus including a sub-woofer unit and a plurality of wireless speakers, and characterised in that the sub-woofer unit is configured to perform the tasks of both: charging a power source in each of the plurality of wireless speakers; and calibrating each of the plurality of wireless speakers with an audio channel to be reproduced by that speaker, wherein both of the tasks are performed when the plurality of wireless speakers are coupled to the sub-woofer unit by placing each of the wireless speakers onto a surface of the sub-woofer unit. charging a power source in each of the plurality of wireless speakers; and calibrating each of the plurality of wireless speakers with an audio channel to be reproduced by that speaker, wherein both of the tasks are performed when the plurality of wireless speakers are coupled to the sub-woofer unit by placing each of the wireless speakers onto a surface of the sub-woofer unit.
A session establishment method, wherein the method comprises: receiving, by an apparatus from a control plane function entity during establishment of a packet data network, PDN, connection in a 4G network, network-slice single network slice selection assistance information, S-NSSAI, corresponding to the PDN connection and a home public land mobile operator network, PLMN, ID; wherein the home PLMN ID indicates that the S-NSSAI corresponding to the PDN connection received from the control plane function is a home PLMN S-NSSAI; sending, by the apparatus, a registration request to an access and mobility management function in a 5G network when the apparatus moves to a coverage area of the 5G network; wherein the registration request comprises visited S-NSSAI corresponding to the PDN connection; wherein the visited S-NSSAI corresponding to the PDN connection is mapped by the apparatus based on the home S-NSSAI corresponding to the PDN connection; and receiving, by the apparatus, a registration response from the access and mobility management function; wherein the registration response comprises visited S-NSSAI corresponding to a network slice that the apparatus is allowed to access receiving, by an apparatus from a control plane function entity during establishment of a packet data network, PDN, connection in a 4G network, network-slice single network slice selection assistance information, S-NSSAI, corresponding to the PDN connection and a home public land mobile operator network, PLMN, ID; wherein the home PLMN ID indicates that the S-NSSAI corresponding to the PDN connection received from the control plane function is a home PLMN S-NSSAI; sending, by the apparatus, a registration request to an access and mobility management function in a 5G network when the apparatus moves to a coverage area of the 5G network; wherein the registration request comprises visited S-NSSAI corresponding to the PDN connection; wherein the visited S-NSSAI corresponding to the PDN connection is mapped by the apparatus based on the home S-NSSAI corresponding to the PDN connection; and receiving, by the apparatus, a registration response from the access and mobility management function; wherein the registration response comprises visited S-NSSAI corresponding to a network slice that the apparatus is allowed to access
Apparatus suitable for drying vehicles, comprising: - a base structure for positioning the vehicle, - a containment structure of the vehicle which is associated with the base structure, the containment structure comprising at least two side walls opposite to the side surfaces of the vehicle once the vehicle is placed on the base structure and a top wall opposite to the top surface of the vehicle once the vehicle is placed on the base structure, wherein it further comprises drying means of the vehicle supported by the containment structure and suitable for drying the vehicle, said drying means comprising at least one drying air director element, characterised by comprising movement means of said at least one drying air director element which are suitable for moving it according to an oscillating movement with respect to the containment structure of the vehicle. - a base structure for positioning the vehicle, - a containment structure of the vehicle which is associated with the base structure, the containment structure comprising at least two side walls opposite to the side surfaces of the vehicle once the vehicle is placed on the base structure and a top wall opposite to the top surface of the vehicle once the vehicle is placed on the base structure, wherein it further comprises drying means of the vehicle supported by the containment structure and suitable for drying the vehicle, said drying means comprising at least one drying air director element, characterised by comprising movement means of said at least one drying air director element which are suitable for moving it according to an oscillating movement with respect to the containment structure of the vehicle.
A fixed-amount-of-liquid ejecting method for ejecting a liquid supplied from a liquid reservoir through an ejection valve in fixed amount, said method comprising a step of applying a pressure to the liquid beforehand prior to starting ejection of the liquid at a predetermined specific value and/or controlling a movement of a push member disposed to push the liquid stored in the liquid reservoir, characterized by a step of holding a pressure near an ejection orifice at said predetermined specific value when the liquid ejection is ended so that an ejection rate of the liquid through said ejection orifice is kept constant.
A stator (12a, 17) having a central axis, the stator (12a, 17) comprising: vanes (12b, 20) circumferentially distributed around the central axis, the vanes (12b, 20) extending between a first end and a second end along a span and from a leading edge to a trailing edge along a chord length, the vanes (12b, 20) having a first end portion extending from the first end to about 30% of the span to a first location, a chord ratio of the chord length at the first end to the chord length at the first location greater than or equal to 1.1, a sweep angle difference between a maximum sweep angle (φ) of the leading edge along the first end portion and a minimum sweep angle (φ) of the leading edge along the first end portion is at least 15 degrees; and characterised in that: a throat ratio of a width of a throat between two adjacent vanes (12b, 20) at the first location to a width of the throat at the first end is greater than or equal to 1.3. vanes (12b, 20) circumferentially distributed around the central axis, the vanes (12b, 20) extending between a first end and a second end along a span and from a leading edge to a trailing edge along a chord length, the vanes (12b, 20) having a first end portion extending from the first end to about 30% of the span to a first location, a chord ratio of the chord length at the first end to the chord length at the first location greater than or equal to 1.1, a sweep angle difference between a maximum sweep angle (φ) of the leading edge along the first end portion and a minimum sweep angle (φ) of the leading edge along the first end portion is at least 15 degrees; and characterised in that: a throat ratio of a width of a throat between two adjacent vanes (12b, 20) at the first location to a width of the throat at the first end is greater than or equal to 1.3.
A computer-implemented user notification method, comprising: displaying, in a status area near a perimeter of a graphical interface for a mobile device, a notification of a recent alert event for the mobile device, wherein the alert event corresponds to a change in status of an application operating on the mobile device or of an account associated with the mobile device; receiving a dragging manipulation from the status area across the graphical interface by a user of the mobile device; and in response to the dragging manipulation, displaying, in a central zone of the graphical interface, detail regarding a plurality of alert events for the mobile device, wherein at least some of the plurality of alert events correspond to messages received by the mobile device and the detail includes text from the messages. displaying, in a status area near a perimeter of a graphical interface for a mobile device, a notification of a recent alert event for the mobile device, wherein the alert event corresponds to a change in status of an application operating on the mobile device or of an account associated with the mobile device; receiving a dragging manipulation from the status area across the graphical interface by a user of the mobile device; and in response to the dragging manipulation, displaying, in a central zone of the graphical interface, detail regarding a plurality of alert events for the mobile device, wherein at least some of the plurality of alert events correspond to messages received by the mobile device and the detail includes text from the messages.
Air spring assembly, with a bellow, which is produced from an elastomeric material and reinforcing elements (26, 28) arranged therein and has a torus-like middle portion and, adjoining thereto, an upper bellow end and a lower bellow end, and in the case of which an annular clamping bead is formed at the upper bellow end and an annular supporting bead is formed at the lower bellow end, wherein at least one signalling conductor that runs uninterruptedly from the clamping bead to the supporting bead is arranged in the elastomeric material of the bellow, wherein the two ends of the signalling conductor are connected in a signalling manner to a diagnostic device, and wherein the diagnostic device is designed for generating a warning message when it establishes on the basis of a reduction or interruption of the signal conductivity of the signalling conductor that its destruction is imminent or has already occurred, wherein at least one of the filamentary reinforcing elements in the bellow is used as the signalling conductor connected to the diagnostic device, characterized in that the reinforcing element serving as a signalling conductor is connected at its end remote from the diagnostic device in a signalling manner to a separate sensor.
A process for the preparation of a shaped bulk catalyst comprising metal oxidic particles comprising one or more Group VIII metals and two or more Group VIB metals, which process comprises the steps of i) providing first metal oxidic particles comprising one first Group VIII metal and one first Group VIB metal ii) providing separately prepared second metal oxidic particles comprising one second Group VIII metal and one second Group VIB metal, wherein the one Group VIII metal in both the first and second metal oxidic particles is nickel, and the Group VIB metal in the first oxidic bulk catalyst is molybdenum and in the second oxidic bulk catalyst is tungsten, iii) combining the first and second metal oxidic particles to form a bulk catalyst composition before and/or during shaping, and iv) shaping the combined first and second metal oxide particles to form the shaped bulk catalyst, wherein shaping in step iii) and iv) comprises one of extruding, pilling, pelletising, spray drying and grinding or agglomerating. i) providing first metal oxidic particles comprising one first Group VIII metal and one first Group VIB metal ii) providing separately prepared second metal oxidic particles comprising one second Group VIII metal and one second Group VIB metal, wherein the one Group VIII metal in both the first and second metal oxidic particles is nickel, and the Group VIB metal in the first oxidic bulk catalyst is molybdenum and in the second oxidic bulk catalyst is tungsten, iii) combining the first and second metal oxidic particles to form a bulk catalyst composition before and/or during shaping, and iv) shaping the combined first and second metal oxide particles to form the shaped bulk catalyst,