mhurhangee/ep-ind-claims huggingface dataset:
A thermally conductive material, comprising: (a) a non-polar elastomer; (b) a polar elastomer; and (c) a thermally conductive filler, wherein said non-polar elastomer and said polar elastomer are sufficiently immiscible to be present as a multi-phase system having a non-polar elastomer phase and a polar elastomer phase, wherein said immiscibility between the non-polar elastomer and polar elastomer is observed up to a temperature of at least 200 °C, wherein at least 60 volume percent ("vol%") of said thermally conductive filler is located in one of said non-polar elastomer phase or said polar elastomer phase, wherein said thermally conductive material has a tensile modulus of less than 200 megapascals ("MPa"). (a) a non-polar elastomer; (b) a polar elastomer; and (c) a thermally conductive filler,
A system for processing one or more substrates, the system comprising: a process chamber; a substrate support disposed in the process chamber to hold one or more substrates; and at least one electrical resistance heater comprising a sinusoidal heating element having a plurality of peaks disposed to delineate an outer radius and a plurality of troughs disposed to delineate an inner radius; the cross-section width of the heating element being a first function of radial position and the cross-section thickness of the heating element being a second function of radial position so that the heating element provides a substantially constant heat flux at each radial position and forms a substantially constant spacing between facing side surfaces of the heating element, the at least one electrical resistance heater being disposed so as to heat the substrate support and/or the one or more substrates, and at least one Coanda effect gas injector disposed proximate a peripheral edge of the substrate support so as to provide a Coanda effect gas flow over the surface of the substrate support and/or the one or more substrates. a process chamber; a substrate support disposed in the process chamber to hold one or more substrates; and at least one electrical resistance heater comprising a sinusoidal heating element having a plurality of peaks disposed to delineate an outer radius and a plurality of troughs disposed to delineate an inner radius; the cross-section width of the heating element being a first function of radial position and the cross-section thickness of the heating element being a second function of radial position so that the heating element provides a substantially constant heat flux at each radial position and forms a substantially constant spacing between facing side surfaces of the heating element, the at least one electrical resistance heater being disposed so as to heat the substrate support and/or the one or more substrates, and
A portable storage device comprising: an interface; and one or more storage elements that store one or more executable files that can be executed by a host computer to which the portable storage device is coupled, wherein the one or more executable files include instructions to access environment settings on the host computer, and wherein the one or more executable files include an intermediary to receive requests to access environment settings on the host computer, characterized in that, in response to the requests, the one or more executable files access settings in the one or more storage elements rather than the environment settings on the host computer. an interface; and one or more storage elements that store one or more executable files that can be executed by a host computer to which the portable storage device is coupled, wherein the one or more executable files include instructions to access environment settings on the host computer, and wherein the one or more executable files include an intermediary to receive requests to access environment settings on the host computer, characterized in that, in response to the requests, the one or more executable files access settings in the one or more storage elements rather than the environment settings on the host computer.
Locking system suitable for the end of a cord comprising a hollow tube (1, 1', 1") and an insert, wherein the insert is fastened positioned in an opening of an end (3, 3') of the hollow tube (1, 1', 1") within which the cord is passed, wherein the insert comprises a flat ring and a plurality of ridges which securely retain the cord within the hollow tube (1, 1', 1"); said locking system being characterized in that the opening is a recess made between an outer wall and an inner wall of the hollow tube (1,1', 1') and in that - inside the opening - said flat ring rests on a surface made between said outer wall and said inner wall, and the ridges are positioned inside the tube remaining spaced apart from each other.
A computer-implemented method comprising: determining, by one or more computing devices, a first set of network devices, from among a plurality of network devices, that are associated with a service membership that allows for sharing of synchronization data for time synchronization generating, by the one or more computing devices, time offset data that provisions a time displacement from a universal time setting, wherein the generating further comprises: generating a seed value; and transmitting, by the one or more computing devices to each device in the first set of network devices associated with the service membership, the synchronization data, the seed value, instructions to utilize the seed value as an input to a random number generator and instructions for each device in the first set of network devices to offset the universal time setting at the device according to the generated time offset data. determining, by one or more computing devices, a first set of network devices, from among a plurality of network devices, that are associated with a service membership that allows for sharing of synchronization data for time synchronization generating, by the one or more computing devices, time offset data that provisions a time displacement from a universal time setting, wherein the generating further comprises: generating a seed value; and transmitting, by the one or more computing devices to each device in the first set of network devices associated with the service membership, the synchronization data, the seed value, instructions to utilize the seed value as an input to a random number generator and instructions for each device in the first set of network devices to offset the universal time setting at the device according to the generated time offset data. generating a seed value; and transmitting, by the one or more computing devices to each device in the first set of network devices associated with the service membership, the synchronization data, the seed value, instructions to utilize the seed value as an input to a random number generator and instructions for each device in the first set of network devices to offset the universal time setting at the device according to the generated time offset data.
A connector pin assembly comprising: a body having a passage longitudinally extending through an outer surface and having a polygonally shaped side surface section; extending completely around a longitudinal portion of said passage; a lock member received in said passage and circumscribed by said polygonally shaped side surface section, said lock member being rotatable relative to said body between locking and unlocking positions; and a resilient detent structure (28, 50) carried by said lock member for rotation therewith relative to said body and being circumscribed by said polygonally shaped side surface section, said resilient detent structure (28, 50) being operative to releasably retain said lock member in either of said locking and unlocking positions and being slidingly engageable with and deformable by said polygonally shaped side surface section, during rotation of said lock member relative to said body, in a manner yieldingly resisting rotation of said lock member relative to said body from said locking position to said unlocking position. a body having a passage longitudinally extending through an outer surface and having a polygonally shaped side surface section; extending completely around a longitudinal portion of said passage; a lock member received in said passage and circumscribed by said polygonally shaped side surface section, said lock member being rotatable relative to said body between locking and unlocking positions; and a resilient detent structure (28, 50) carried by said lock member for rotation therewith relative to said body and being circumscribed by said polygonally shaped side surface section, said resilient detent structure (28, 50) being operative to releasably retain said lock member in either of said locking and unlocking positions and being slidingly engageable with and deformable by said polygonally shaped side surface section, during rotation of said lock member relative to said body, in a manner yieldingly resisting rotation of said lock member relative to said body from said locking position to said unlocking position.
A method for the production and transformation of minced meat, characterized in that it implements, from previously minced meat, for continuously obtaining salted, dried and pasteurized minced meat reconstituted into thin plates, the steps consisting in: - ensuring a continuous supply of said minced meat in the form of a tube or a continuous flattened strip; - depositing the tube or the continuous flattened meat strip between two sheets (8a, 9a) of film having a controlled permeability; - evening out the thickness and spreading the minced meat disposed between the two sheets (8a, 9a) of film, in a strip configuration, as a thin layer, in a state compacting and texture not showing the meat parts themselves; - continuously unwinding the stretched minced meat strip in a bath of dehydration-salting solution; the method being characterized in that it then implements the steps consisting in: - continuously unwinding the dried stretched minced meat strip in a bath of pasteurisation solution; - continuously unwinding the pasteurized dried stretched minced meat strip in a rinsing tank; - removing the sheets (8a, 9a) of film having a controlled permeability, at the outlet of the rinsing tank; - conveying the thin strip of rinsed, pasteurized, rolled and dried minced meat towards an output conveyor. - ensuring a continuous supply of said minced meat in the form of a tube or a continuous flattened strip; - depositing the tube or the continuous flattened meat strip between two sheets (8a, 9a) of film having a controlled permeability; - evening out the thickness and spreading the minced meat disposed between the two sheets (8a, 9a) of film, in a strip configuration, as a thin layer, in a state compacting and texture not showing the meat parts themselves; - continuously unwinding the stretched minced meat strip in a bath of dehydration-salting solution; - continuously unwinding the dried stretched minced meat strip in a bath of pasteurisation solution; - continuously unwinding the pasteurized dried stretched minced meat strip in a rinsing tank; - removing the sheets (8a, 9a) of film having a controlled permeability, at the outlet of the rinsing tank; - conveying the thin strip of rinsed, pasteurized, rolled and dried minced meat towards an output conveyor.
A fastener unit adapted to secure at least one board to a support, the fastener unit comprising: a spacer block defining a first fastener hole configured to receive a fastener having a longitudinal axis therein, the spacer block including a front surface, an opposing rear surface, a first side surface and a second side surface opposite the first side surface, the spacer block having a thickness extending from the front surface to the rear surface, the thickness corresponding to a preselected gap between a first board and a second adjacent board; a grip element extending from the spacer block, the grip element configured to fit in a first groove defined by the first board; the fastener unit characterised by a first resilient compression element and a second resilient compression element extending away from the spacer block, and adapted to fit within the first groove and to thereby secure the spacer block adjacent the first groove and establish a gap between the first board and the second adjacent board, wherein the first resilient compression element and the second resilient compression element are in use each vertically compressible toward a reference plane orthogonal to the longitudinal axis, and configured to fit in the first groove and resiliently deform back towards their uncompressed configuration within the first groove, thereby forcibly engaging the first groove and securing the spacer block in a position adjacent the first groove defined by the first board. a spacer block defining a first fastener hole configured to receive a fastener having a longitudinal axis therein, the spacer block including a front surface, an opposing rear surface, a first side surface and a second side surface opposite the first side surface, the spacer block having a thickness extending from the front surface to the rear surface, the thickness corresponding to a preselected gap between a first board and a second adjacent board; a grip element extending from the spacer block, the grip element configured to fit in a first groove defined by the first board; the fastener unit characterised by a first resilient compression element and a second resilient compression element extending away from the spacer block, and adapted to fit within the first groove and to thereby secure the spacer block adjacent the first groove and establish a gap between the first board and the second adjacent board, wherein the first resilient compression element and the second resilient compression element are in use each vertically compressible toward a reference plane orthogonal to the longitudinal axis, and configured to fit in the first groove and resiliently deform back towards their uncompressed configuration within the first groove, thereby forcibly engaging the first groove and securing the spacer block in a position adjacent the first groove defined by the first board.
A syringe shield comprising: a first shield panel having a syringe bore designed and configured to correspond to the shape of a syringe; and a second shield panel having a syringe bore designed and configured to correspond to the shape of a syringe; wherein reversible coupling of the first shield panel and the second shield panel provides a continuous syringe bore configured to encase a syringe and provide a plunger access bore configured to allow access to a plunger associated with the syringe; wherein the first shield panel has an aft portion and a separate forward portion configured to encase at least a portion of the syringe and tubing or other extensions connectable to the syringe, in that the separate forward portion is openable independent of the aft portion to allow access to at least a portion of the continuous syringe bore; characterised in that the aft portion and the separate forward portion are hingedly attached to the second shield panel in a clam shell configuration such that the separate forward portion is separately hinged from the aft portion on a common hinge axis. a first shield panel having a syringe bore designed and configured to correspond to the shape of a syringe; and a second shield panel having a syringe bore designed and configured to correspond to the shape of a syringe; wherein reversible coupling of the first shield panel and the second shield panel provides a continuous syringe bore configured to encase a syringe and provide a plunger access bore configured to allow access to a plunger associated with the syringe; wherein the first shield panel has an aft portion and a separate forward portion configured to encase at least a portion of the syringe and tubing or other extensions connectable to the syringe, in that the separate forward portion is openable independent of the aft portion to allow access to at least a portion of the continuous syringe bore; characterised in that the aft portion and the separate forward portion are hingedly attached to the second shield panel in a clam shell configuration such that the separate forward portion is separately hinged from the aft portion on a common hinge axis.
Fluid filter, having a filter element which is insertable into a filter housing, wherein the filter element features at least one mounting aid element to which a corresponding housing-sided mounting aid element is allocated in such a way that the housing-sided mounting aid element and the filter-sided mounting aid element engage in installation position, wherein a radially protruding blocking part is disposed at the filter element, characterized in that the filter element has a disk-shaped design, wherein the mounting aid element is designed as separately designed blocking part which is disposed at the filter element, wherein the blocking part is insertable in a recess at the filter element and the filter element is surrounded by a frame and the blocking part is disposed at the frame.
A wireless microphone, comprising: a main body having a top end and a bottom end; a printed circuit board, PCB,; a PCB connector coupled to the PCB; and an integrated antenna assembly coupled to the bottom end of the main body, the antenna assembly comprising: a helical antenna configured to transmit and receive wireless signals; an inner core configured to support the helical antenna on an outer surface of the inner core; and an outer shell coupled to the inner core and the helical antenna, characterized in that the helical antenna further comprises: a pair of contact pins coupled to a feed point of the helical antenna, wherein the contact pins extend out from the feed point perpendicular to the helical antenna, and wherein the contact pins are configured to operate as a single pin coupled to the PCB connector when the integrated antenna assembly is coupled to the bottom end of the main body. a main body having a top end and a bottom end; a printed circuit board, PCB,; a PCB connector coupled to the PCB; and an integrated antenna assembly coupled to the bottom end of the main body, the antenna assembly comprising: a helical antenna configured to transmit and receive wireless signals; an inner core configured to support the helical antenna on an outer surface of the inner core; and an outer shell coupled to the inner core and the helical antenna, characterized in that the helical antenna further comprises: a pair of contact pins coupled to a feed point of the helical antenna, wherein the contact pins extend out from the feed point perpendicular to the helical antenna, and wherein the contact pins are configured to operate as a single pin coupled to the PCB connector when the integrated antenna assembly is coupled to the bottom end of the main body. a helical antenna configured to transmit and receive wireless signals; an inner core configured to support the helical antenna on an outer surface of the inner core; and an outer shell coupled to the inner core and the helical antenna, characterized in that the helical antenna further comprises: a pair of contact pins coupled to a feed point of the helical antenna, wherein the contact pins extend out from the feed point perpendicular to the helical antenna, and wherein the contact pins are configured to operate as a single pin coupled to the PCB connector when the integrated antenna assembly is coupled to the bottom end of the main body. a pair of contact pins coupled to a feed point of the helical antenna, wherein the contact pins extend out from the feed point perpendicular to the helical antenna, and wherein the contact pins are configured to operate as a single pin coupled to the PCB connector when the integrated antenna assembly is coupled to the bottom end of the main body.
A patient interface for delivering a flow of air to an entrance of a patient's airways, the patient interface comprising: a plenum chamber configured to receive a flow of air; one or more prongs configured to deliver the flow of air from the plenum chamber to the entrance of a patient's airways; a rigid frame (3310; 3320) configured to engage a cheek of the patient in use; and a headgear (3340; 3350) coupled to the rigid frame and configured to engage with the patient's head to locate the one or more prongs in use, wherein the rigid frame comprises a central portion (3325, 3335) that is disengaged from and extends past the plenum chamber in an anterior-posterior direction; and wherein the central portion extends across the patient's face while recessed from the plenum chamber, and characterized in that locations of engagement between the central portion and the plenum chamber consists of a left end and a right end of the plenum chamber. a plenum chamber configured to receive a flow of air; one or more prongs configured to deliver the flow of air from the plenum chamber to the entrance of a patient's airways; a rigid frame (3310; 3320) configured to engage a cheek of the patient in use; and a headgear (3340; 3350) coupled to the rigid frame and configured to engage with the patient's head to locate the one or more prongs in use, wherein the rigid frame comprises a central portion (3325, 3335) that is disengaged from and extends past the plenum chamber in an anterior-posterior direction; and wherein the central portion extends across the patient's face while recessed from the plenum chamber, and characterized in that locations of engagement between the central portion and the plenum chamber consists of a left end and a right end of the plenum chamber.
A compound of Formula III for use in the treatment of a coronavirus and/or picornavirus infection, or the prevention of a coronavirus or picornavirus infection: or a pharmaceutically acceptable salt thereof, wherein: R 1 is optionally substituted aryl, heteroaryl, aryloxy, heteroaryloxy, arylalkoxy, or heteroarlalkoxy, R 3 is optionally substituted -alkylaryl or -alkylheteroaryl, R 4 is an optionally substituted C 1-6 alkyl, R 5 is -C H, CH=C C NH 2, -C CF 3, -CH CF 3, -C SO 3 - (and an associated cation, such as Na +), or an optionally-substituted epoxide ring, R 2 and R 2 ' are, independently, hydrogen, CF 3, C 1-6 alkyl, C 1-6 haloalkyl, or C 2-6 alkenyl, X is, independently, a bond, O or NH, p is, independently, 0, 1, 2, or 3. R 1 is optionally substituted aryl, heteroaryl, aryloxy, heteroaryloxy, arylalkoxy, or heteroarlalkoxy, R 3 is optionally substituted -alkylaryl or -alkylheteroaryl, R 4 is an optionally substituted C 1-6 alkyl, R 5 is -C H, CH=C C NH 2, -C CF 3, -CH CF 3, -C SO 3 - (and an associated cation, such as Na +), or an optionally-substituted epoxide ring, R 2 and R 2 ' are, independently, hydrogen, CF 3, C 1-6 alkyl, C 1-6 haloalkyl, or C 2-6 alkenyl, X is, independently, a bond, O or NH, p is, independently, 0, 1, 2, or 3.