mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: means for capturing spatial audio data during an image capturing process; means for determining an orientation of the apparatus during the spatial audio data capture; means for generating an audio focus signal from said captured spatial audio data, wherein said audio focus signal is focussed on one or more objects in an image capturing direction of said apparatus; means for generating modified spatial audio data, wherein generating modified spatial audio data comprises excluding the audio focus signal from the captured spatial audio data to obtain spatial audio data corresponding to one or more background objects and modifying the spatial audio data corresponding to the one or more background objects to compensate for one or more changes in orientation of the apparatus during the spatial audio data capture, wherein the means for generating modified spatial audio data is configured to compensate for said one or more changes in orientation of the apparatus by rotating the captured spatial audio data corresponding to the one or more background objects to counter determined changes in the orientation of the apparatus; and means for generating an audio output signal from a combination of the audio focus signal and the modified spatial audio data. means for capturing spatial audio data during an image capturing process; means for determining an orientation of the apparatus during the spatial audio data capture; means for generating an audio focus signal from said captured spatial audio data, wherein said audio focus signal is focussed on one or more objects in an image capturing direction of said apparatus; means for generating modified spatial audio data, wherein generating modified spatial audio data comprises excluding the audio focus signal from the captured spatial audio data to obtain spatial audio data corresponding to one or more background objects and modifying the spatial audio data corresponding to the one or more background objects to compensate for one or more changes in orientation of the apparatus during the spatial audio data capture, wherein the means for generating modified spatial audio data is configured to compensate for said one or more changes in orientation of the apparatus by rotating the captured spatial audio data corresponding to the one or more background objects to counter determined changes in the orientation of the apparatus; and means for generating an audio output signal from a combination of the audio focus signal and the modified spatial audio data.
A device configured to deliver a medicament to a user by injection, comprising: a housing with a contact region arranged to be worn against the skin of the user; a transducer configured to detect a physical input to the housing during an injection and to generate a signal which is indicative of the detected physical input, wherein the transducer comprises a motion sensor configured to detect motion of the device caused by the physical input and to generate the signal as being indicative of the detected motion of the device; a feedback apparatus configured to respond to the signal by recognizing the physical input as being a user request for information regarding the progress of delivery of the medicament such that the user is able to request information regarding the progress of delivery of medicament in a discreet manner by providing a physical input to the housing; and a transmitter configured to respond to the request by outputting information regarding the progress of delivery of the medicament to a separate user device via a wireless communication link. a housing with a contact region arranged to be worn against the skin of the user; a transducer configured to detect a physical input to the housing during an injection and to generate a signal which is indicative of the detected physical input, wherein the transducer comprises a motion sensor configured to detect motion of the device caused by the physical input and to generate the signal as being indicative of the detected motion of the device; a feedback apparatus configured to respond to the signal by recognizing the physical input as being a user request for information regarding the progress of delivery of the medicament such that the user is able to request information regarding the progress of delivery of medicament in a discreet manner by providing a physical input to the housing; and a transmitter configured to respond to the request by outputting information regarding the progress of delivery of the medicament to a separate user device via a wireless communication link.
A formed web, comprising a first surface and a second surface, the first surface being a body-contacting surface and the second surface being a non-body contacting surface, the web comprising discrete three-dimensional elements formed therein, wherein at least some of the discrete three-dimensional elements comprise chads with corresponding apertures, wherein the discrete three-dimensional elements and chads extend from the body-contacting surface, wherein the aperture has a perimeter (P a), wherein the chad has a length, wherein the chads are attached along a portion of the aperture perimeter which forms a connection segment, wherein the connection segment is less than 40% of the entire aperture perimeter, and wherein the web comprises a film; wherein the web comprises land areas surrounding the chads, wherein the chads comprise at least a portion which is thinned at least about 25% relative to the thickness of the land area surrounding the chads, and wherein the chads comprise a length (L c) which is at least twice the diameter (d) of the apertures.
An apparatus comprising: an implant comprising a bone apposition surface shaped to slide against a corresponding surface of a bone to permit rotation of the implant with respect to the bone about a first axis; and an orthopedic fastener configured to secure the implant to the bone, the orthopedic fastener comprising: a compression member; and an interpositional member configured to cooperate with the compression member to provide an unlocked configuration in which the interpositional member is rotatable along the first axis and two other axes (42, 44) with respect to the compression member, and a locked configuration in which relative rotation between the interpositional member and the compression member is restricted; wherein the orthopedic fastener is configured to move from the unlocked configuration to the locked configuration in response to urging of the compression member toward the bone along a direction nonparallel to the first axis to fix an orientation of the implant with respect to the bone about the first axis. an implant comprising a bone apposition surface shaped to slide against a corresponding surface of a bone to permit rotation of the implant with respect to the bone about a first axis; and an orthopedic fastener configured to secure the implant to the bone, the orthopedic fastener comprising: a compression member; and an interpositional member configured to cooperate with the compression member to provide an unlocked configuration in which the interpositional member is rotatable along the first axis and two other axes (42, 44) with respect to the compression member, and a locked configuration in which relative rotation between the interpositional member and the compression member is restricted; wherein the orthopedic fastener is configured to move from the unlocked configuration to the locked configuration in response to urging of the compression member toward the bone along a direction nonparallel to the first axis to fix an orientation of the implant with respect to the bone about the first axis. a compression member; and an interpositional member configured to cooperate with the compression member to provide an unlocked configuration in which the interpositional member is rotatable along the first axis and two other axes (42, 44) with respect to the compression member, and a locked configuration in which relative rotation between the interpositional member and the compression member is restricted; wherein the orthopedic fastener is configured to move from the unlocked configuration to the locked configuration in response to urging of the compression member toward the bone along a direction nonparallel to the first axis to fix an orientation of the implant with respect to the bone about the first axis.
A communication method comprising: providing, by an interface device, access to a first wireless network and access to a second wireless network; receiving, by the interface device and from a first user device, a request to access the first wireless network, wherein the request comprises address information corresponding to the first user device; determining, by the interface device and based on the address information and on stored information indicative of devices that have previously accessed the second wireless network, that the first user device has previously accessed the second wireless network, wherein the stored information comprises address information of devices and time of connection of devices that have previously accessed the second wireless network; based on determining that the first user device has previously accessed the second wireless network, denying, by the interface device, the request to access the first wireless network; determining, based on the time of connection, in the stored information, of the first user device, whether the first user device has not accessed the second wireless network within a time period; and purging, by the interface device and from the stored information indicative of devices that have previously accessed the second wireless network, information associated with the first user device if it is determined that the first user device has not accessed the second wireless network within the time period. providing, by an interface device, access to a first wireless network and access to a second wireless network; receiving, by the interface device and from a first user device, a request to access the first wireless network, wherein the request comprises address information corresponding to the first user device; determining, by the interface device and based on the address information and on stored information indicative of devices that have previously accessed the second wireless network, that the first user device has previously accessed the second wireless network, wherein the stored information comprises address information of devices and time of connection of devices that have previously accessed the second wireless network; based on determining that the first user device has previously accessed the second wireless network, denying, by the interface device, the request to access the first wireless network; determining, based on the time of connection, in the stored information, of the first user device, whether the first user device has not accessed the second wireless network within a time period; and purging, by the interface device and from the stored information indicative of devices that have previously accessed the second wireless network, information associated with the first user device if it is determined that the first user device has not accessed the second wireless network within the time period.
Sliding bearing element, in particular radial sliding bearing element or thrust washer, in particular for bearing mounting the crankshaft in combustion engines, optionally with a metallic backing layer, in particular of steel, and with a metallic, aluminium-tin-based supporting layer and an overlay applied thereto, the overlay being a polymer layer or a plated layer, characterised in that the top of the metallic supporting layer was blasted prior to application of the overlay in such a way that it has a "reduced valley depth" S VK of 0.5 - 1.5 μm and a "dale void volume" V VV of 0.06 - 0.16 μm 3 /μm 2 (S VK, V VV determined to DIN EN ISO 25178, Part 2, 2012; V VV determined with a material content p of 80 %), and the overlay is applied to the top, treated in this way, of the supporting layer.
Heat exchanger with a number of heating or cooling tubes, each fixed in a tube sheet and protruding beyond the tube sheet, wherein at least one of the heating or cooling tubes is stabilized by an inserted stabilizer, the heating or cooling tube comprising a first tube section fixed within the tube sheet and a second tube section protruding beyond the tube sheet, the stabilizer comprising a lengthy body with a clamping section fixed inside the first tube section and a supporting section resting against the second tube section, wherein the stabilizer is designed to permit a fluid flow through and/or around its body, wherein the stabilizer comprises a rear-end section, a front-end section and a middle section in between, wherein the clamping section is arranged within the rear-end section, and the supporting section is arranged within the front-end section; wherein the rear-end section comprises a central cavity accessible through a rear-end opening, and wherein the cavity is enclosed by a ring-like wall, characterized in that a radial bore reaches through the wall from the cavity to a circular gap between the body and the heating or cooling tube, forming a fluid bypass. the stabilizer comprising a lengthy body with a clamping section fixed inside the first tube section and a supporting section resting against the second tube section, wherein the stabilizer is designed to permit a fluid flow through and/or around its body, wherein the stabilizer comprises a rear-end section, a front-end section and a middle section in between, wherein the clamping section is arranged within the rear-end section, and the supporting section is arranged within the front-end section; wherein the rear-end section comprises a central cavity accessible through a rear-end opening, and wherein the cavity is enclosed by a ring-like wall, characterized in that a radial bore reaches through the wall from the cavity to a circular gap between the body and the heating or cooling tube, forming a fluid bypass.
Transparent adhesive having a refractive index in the range of from 1.7 to 1.73 (633 nm) based on thioacrylates of general formula 1 R 1 = H, CH 3 R 2 = C 6,H 5, and a polymerization initiator. R 1 = H, CH 3 R 2 = C 6,H 5,
A control apparatus of an EGR control valve comprising: an EGR control valve for being provided in an exhaust gas recirculation passage to circulate exhaust gas of an combustion engine from an exhaust gas passage to an intake air passage; measurement means for measuring a flow rate of EGR gas flowing in the exhaust gas recirculation passage; intake flow rate measurement means for measuring an intake flow rate; and control means for receiving an input from said measurement means and closing said EGR control valve if the EGR-gas flow rate is smaller than a predetermined threshold value in a forward flow condition where the EGR gas is flowing from the exhaust side to the intake side of the internal combustion engine characterized in that, the exhaust gas recirculation passage is provided with a first passage and a second passage having a larger pipe length than the first passage; and wherein, in a forward flow condition where the EGR gas is flowing from the exhaust side to the intake side of the internal combustion engine, said control means selects the first passage if a pulsation interval of a measured intake flow rate is larger than a predetermined threshold value and selects the second passage if the pulsation interval of the measured intake flow rate is equal to or smaller than the predetermined threshold value. an EGR control valve for being provided in an exhaust gas recirculation passage to circulate exhaust gas of an combustion engine from an exhaust gas passage to an intake air passage; measurement means for measuring a flow rate of EGR gas flowing in the exhaust gas recirculation passage; intake flow rate measurement means for measuring an intake flow rate; and control means for receiving an input from said measurement means and closing said EGR control valve if the EGR-gas flow rate is smaller than a predetermined threshold value in a forward flow condition where the EGR gas is flowing from the exhaust side to the intake side of the internal combustion engine characterized in that, the exhaust gas recirculation passage is provided with a first passage and a second passage having a larger pipe length than the first passage; and wherein, in a forward flow condition where the EGR gas is flowing from the exhaust side to the intake side of the internal combustion engine, said control means selects the first passage if a pulsation interval of a measured intake flow rate is larger than a predetermined threshold value and selects the second passage if the pulsation interval of the measured intake flow rate is equal to or smaller than the predetermined threshold value.
A training manikin for practising cardiopulmonary resuscitation, said manikin being collapsible into a storage position and expandable into a training position, said manikin comprising an inflatable body portion substantially shaped as at least an upper part of a human body, the inflatable body portion being adapted to be filled with air or gas to obtain the training position and being adapted to releasably retain said air or gas to maintain the training position, characterized in that the body portion comprises an elastically compressible self-expandable foam so that the inflatable body portion is adapted to self-inflate from the storage position to the training position when air or gas is allowed to flow from outside of the inflatable body portion into the self-expandable foam via a vent element. an inflatable body portion substantially shaped as at least an upper part of a human body, the inflatable body portion being adapted to be filled with air or gas to obtain the training position and being adapted to releasably retain said air or gas to maintain the training position, characterized in that the body portion comprises an elastically compressible self-expandable foam so that the inflatable body portion is adapted to self-inflate from the storage position to the training position when air or gas is allowed to flow from outside of the inflatable body portion into the self-expandable foam via a vent element.
An element housing package comprising: a base plate comprising, on a top surface thereof, a mounting region for mounting an element; a frame body disposed on the top surface of the base plate so as to surround the mounting region, the frame body comprising a through-hole; a connector disposed so as to pass through the through-hole of the frame body and to extend from an inside to an outside of the frame body; a pedestal member disposed on the top surface of the base plate so as to be positioned in the frame body; and a wiring base plate bonded to a top surface of the pedestal member with a first bonding member placed between the wiring base plate and the top surface of the pedestal member and connected to the connector; a thickness of the frame body along a through direction of the through-hole being greater than a thickness of the base plate in a longitudinal section along the through direction; a width of the pedestal member being greater than a height of the pedestal member in the longitudinal section along the through direction of the through-hole; and a side surface of the pedestal member being bonded to an inner surface of the frame body with a second bonding material placed between the side surface of the pedestal member and the inner surface of the frame body, and there is no bonding material interposed between a bottom surface of the pedestal member and the top surface of the base plate. a base plate comprising, on a top surface thereof, a mounting region for mounting an element; a frame body disposed on the top surface of the base plate so as to surround the mounting region, the frame body comprising a through-hole; a connector disposed so as to pass through the through-hole of the frame body and to extend from an inside to an outside of the frame body; a pedestal member disposed on the top surface of the base plate so as to be positioned in the frame body; and a wiring base plate bonded to a top surface of the pedestal member with a first bonding member placed between the wiring base plate and the top surface of the pedestal member and connected to the connector; a thickness of the frame body along a through direction of the through-hole being greater than a thickness of the base plate in a longitudinal section along the through direction; a width of the pedestal member being greater than a height of the pedestal member in the longitudinal section along the through direction of the through-hole; and a side surface of the pedestal member being bonded to an inner surface of the frame body with a second bonding material placed between the side surface of the pedestal member and the inner surface of the frame body, and there is no bonding material interposed between a bottom surface of the pedestal member and the top surface of the base plate.
A method for manufacturing a chip constituted by a functional device formed on a silicon substrate from a silicon object, the method comprising: a functional device forming step of forming the functional device on one main face of a silicon object; a first modified region forming step of converging a laser light at the silicon object so as to form a first continuous modified region (7a, 7a') along the one main face of and within the silicon object at a predetermined depth, said predetermined depth corresponding to the thickness of the silicon substrate from the one main face; characterized by a second modified region forming step of converging the laser light at the silicon object so as to form a second modified region (7b, 7b') extending along a side edge of the silicon substrate as seen from the one main face on the one main face side in the silicon object such that the second modified region (7b, 7b') joins with the first modified region (7a, 7a') along the thickness direction of the silicon object; and an etching step of selectively advancing etching along the first and second modified regions after the first and second modified region forming steps so as to cut out a part of the silicon object as the silicon substrate of the chip, thereby manufacturing the chip constituted by the functional device formed on the silicon substrate. a functional device forming step of forming the functional device on one main face of a silicon object; a first modified region forming step of converging a laser light at the silicon object so as to form a first continuous modified region (7a, 7a') along the one main face of and within the silicon object at a predetermined depth, said predetermined depth corresponding to the thickness of the silicon substrate from the one main face; characterized by a second modified region forming step of converging the laser light at the silicon object so as to form a second modified region (7b, 7b') extending along a side edge of the silicon substrate as seen from the one main face on the one main face side in the silicon object such that the second modified region (7b, 7b') joins with the first modified region (7a, 7a') along the thickness direction of the silicon object; and an etching step of selectively advancing etching along the first and second modified regions after the first and second modified region forming steps so as to cut out a part of the silicon object as the silicon substrate of the chip, thereby manufacturing the chip constituted by the functional device formed on the silicon substrate.