mhurhangee/ep-ind-claims huggingface dataset:
An extendable rear view mirror assembly comprising: a mirror base configured for attachment to a side of a vehicle; one or more arms that extend outwardly from the mirror base; one or more intermediate members, each of which is configured to slide with respect to a respective arm; and a mirror head comprising a mirror head support that is configured to slidably receive the one or more intermediate members; characterized in that a proximal end of the or each intermediate member comprises snap hooks provided on crenulations projecting from the proximal end of the intermediate member and configured to interlock with lateral grooves (64, 66) spaced along the respective arm and positioned to correspond to defined positions of the mirror head whereby the arm and intermediate member become rigidly joined; and the mirror head support comprises snap hooks provided on crenulations projecting from the mirror head support and configured to interlock with lateral grooves (46, 48) spaced along an outer surface of the or each intermediate member, wherein the position of the lateral grooves on the outer surface of the intermediate member correspond to defined positions of the mirror head, and whereby the mirror head support and intermediate member(s) become rigidly joined. a mirror base configured for attachment to a side of a vehicle; one or more arms that extend outwardly from the mirror base; one or more intermediate members, each of which is configured to slide with respect to a respective arm; and a mirror head comprising a mirror head support that is configured to slidably receive the one or more intermediate members; characterized in that a proximal end of the or each intermediate member comprises snap hooks provided on crenulations projecting from the proximal end of the intermediate member and configured to interlock with lateral grooves (64, 66) spaced along the respective arm and positioned to correspond to defined positions of the mirror head whereby the arm and intermediate member become rigidly joined; and the mirror head support comprises snap hooks provided on crenulations projecting from the mirror head support and configured to interlock with lateral grooves (46, 48) spaced along an outer surface of the or each intermediate member, wherein the position of the lateral grooves on the outer surface of the intermediate member correspond to defined positions of the mirror head, and whereby the mirror head support and intermediate member(s) become rigidly joined.
A retinoic acid receptor gamma (RARy) agonist for use in inducing progenitor stem cells to undergo myogenic differentiation in a subject with damaged muscle tissue, the use comprising administering a therapeutically effective amount of the RARy agonist to said subj ect.
An apparatus, comprising: a coupler adapted to couple to a drip chamber; a support member operatively coupled to the coupler; an image sensor having a field of view and operatively coupled to the support member, wherein the image sensor is positioned to view the drip chamber within the field of view; a valve configured to couple to a fluid tube in fluid communication with the drip chamber, wherein the valve is configured to regulate flow through the fluid tube to thereby regulate the fluid flow through the drip chamber; at least one processor operatively coupled to the image sensor to receive image data therefrom, wherein the at least one processor is configured to: capture a plurality of images of the drip chamber using the image sensor; estimate a volume growth rate of the drop within the drip chamber using the plurality of images; receive a set point corresponding to a fluid flow rate through the fluid tube; adjust a control system in accordance with the estimated volume growth rate of the drop to achieve the set point; and output a control signal from the control system to an actuator of the valve to control actuation of the valve in accordance with the adjusted control system. a coupler adapted to couple to a drip chamber; a support member operatively coupled to the coupler; an image sensor having a field of view and operatively coupled to the support member, wherein the image sensor is positioned to view the drip chamber within the field of view; a valve configured to couple to a fluid tube in fluid communication with the drip chamber, wherein the valve is configured to regulate flow through the fluid tube to thereby regulate the fluid flow through the drip chamber; at least one processor operatively coupled to the image sensor to receive image data therefrom, wherein the at least one processor is configured to: capture a plurality of images of the drip chamber using the image sensor; estimate a volume growth rate of the drop within the drip chamber using the plurality of images; receive a set point corresponding to a fluid flow rate through the fluid tube; adjust a control system in accordance with the estimated volume growth rate of the drop to achieve the set point; and output a control signal from the control system to an actuator of the valve to control actuation of the valve in accordance with the adjusted control system. capture a plurality of images of the drip chamber using the image sensor; estimate a volume growth rate of the drop within the drip chamber using the plurality of images; receive a set point corresponding to a fluid flow rate through the fluid tube; adjust a control system in accordance with the estimated volume growth rate of the drop to achieve the set point; and output a control signal from the control system to an actuator of the valve to control actuation of the valve in accordance with the adjusted control system.
A reduction gearbox for a gas turbine engine for reducing the rotational speed of a turbine output shaft and driving an engine output shaft, comprising a first gear reduction stage having an input gear adapted to be driven by the turbine output shaft about a longitudinal input axis; characterised by: the input gear transferring power to drive laterally spaced apart input speed gears about at least one transversely extending gear axis (41A, 41B), each said input speed gear engaging an output speed gear to form a main speed reduction gear set, each main speed reduction gear set being spaced laterally from the longitudinal input axis of the input gear on opposed sides thereof to define a transverse gap therebetween, the engaged input and output speed gears (44,48) of the main speed reduction gear set performing more than 50% of the reduction in the rotational speed of the input gear.
An absorbent article (10a, 10b, 10c) comprising: a chassis having: a length extending longitudinally between opposing front and rear edge portions (18, 22); and a recessed region disposed between opposing first and second longitudinal edge portions (26a, 26b), the chassis comprising an absorbent material within the recessed region; wherein a thickness of the chassis within the recessed region is at least 10% smaller than a thickness (34a, 34b) of the chassis within each of the first and second longitudinal edge portions (26a, 26b) such that the chassis defines a longitudinally-extending recess configured to receive a phallus of a wearer, characterized in that - the absorbent material comprises a fluff core, - the chassis comprises, within the longitudinal front and rear edge portions (26a, 26b) and the recessed region an acquisition- distribution layer layered between a laminate and the fluff core, - the fluff core is shaped to define the recess and is layered above the laminate and the acquisition- distribution layer such that, when the article is worn, the fluff core is closer to the wearer than are the laminate and the acquisition- distribution layer. a chassis having: a length extending longitudinally between opposing front and rear edge portions (18, 22); and a recessed region disposed between opposing first and second longitudinal edge portions (26a, 26b), the chassis comprising an absorbent material within the recessed region; a length extending longitudinally between opposing front and rear edge portions (18, 22); and a recessed region disposed between opposing first and second longitudinal edge portions (26a, 26b), the chassis comprising an absorbent material within the recessed region; wherein a thickness of the chassis within the recessed region is at least 10% smaller than a thickness (34a, 34b) of the chassis within each of the first and second longitudinal edge portions (26a, 26b) such that the chassis defines a longitudinally-extending recess configured to receive a phallus of a wearer, characterized in that - the absorbent material comprises a fluff core, - the chassis comprises, within the longitudinal front and rear edge portions (26a, 26b) and the recessed region an acquisition- distribution layer layered between a laminate and the fluff core, - the fluff core is shaped to define the recess and is layered above the laminate and the acquisition- distribution layer such that, when the article is worn, the fluff core is closer to the wearer than are the laminate and the acquisition- distribution layer. - the absorbent material comprises a fluff core, - the chassis comprises, within the longitudinal front and rear edge portions (26a, 26b) and the recessed region an acquisition- distribution layer layered between a laminate and the fluff core, - the fluff core is shaped to define the recess and is layered above the laminate and the acquisition- distribution layer such that, when the article is worn, the fluff core is closer to the wearer than are the laminate and the acquisition- distribution layer.
An implant (100, 100a, 100b) for partially replacing joint surfaces, consisting of a cylindrical base body (116, 122, 132) for insertion into a region with a joint replacement surface removed from a bone for substituting the joint surface section to be replaced, wherein the base body comprises a first end face (104, 126), a second end face (106, 128) and a peripheral area, and wherein at least one of the end faces comprises a first end surface extending towards the cylindrical axis at an angle not equal to 90°, wherein the first end surface is formed as the joint replacement surface (104a, 104b).
Bicycle component for an at least partially muscle-powered bicycle, comprising a seat post device adjustable between at least two positions (10, 20), comprising at least two support members (12, 22) telescopically movable relative to one another in an axial direction, namely, a first support member and a second support member, and comprising at least one anti-twist protection with at least one clamping element non-rotatably interlinking the support members (12, 22) and displaceably received in a guiding groove, so that rotational movement of the first support member relative to the second support member can be at least partially blocked, and that the anti-twist protection comprises at least one spline device with at least one spline unit that can be urged against the clamping element in the axial direction, characterized in that by pressing the clamping element and the spline unit together, the clamping element and the spline unit or the spline unit can be moved relative to the guiding groove in the peripheral direction. and that the anti-twist protection comprises at least one spline device with at least one spline unit that can be urged against the clamping element in the axial direction, characterized in that by pressing the clamping element and the spline unit together, the clamping element and the spline unit or the spline unit can be moved relative to the guiding groove in the peripheral direction.
A retaining mechanism for an inlet guide vane disposed between an intermediate case and a compressor rotor in a gas turbine engine, the retaining mechanism comprising: the inlet guide vane having an inner diameter end; the intermediate case; the compressor case; an inner air seal carrier comprising a body secured to the inner diameter end of the inlet guide vane; a protrusion positioned on a radially inward face of the inner air seal carrier; a surge retainer having: a first end connected to the intermediate case; a second end (96, 98) engaged with the protrusion for stabilizing the inner diameter end of the inlet guide vane; an axial retention hook at the second end; a radial extension arm at the first end; and an axial extension arm between the radial extension arm and the axial retention hook; and a stationary sealing element disposed on the radially inward face of the inner air seal carrier aft of the protrusion and for engaging with a rotatable sealing element of the compressor rotor, and characterised in that the inner air seal carrier provides the protrusion. the inlet guide vane having an inner diameter end; the intermediate case; the compressor case; an inner air seal carrier comprising a body secured to the inner diameter end of the inlet guide vane; a protrusion positioned on a radially inward face of the inner air seal carrier; a surge retainer having: a first end connected to the intermediate case; a second end (96, 98) engaged with the protrusion for stabilizing the inner diameter end of the inlet guide vane; an axial retention hook at the second end; a radial extension arm at the first end; and an axial extension arm between the radial extension arm and the axial retention hook; and a first end connected to the intermediate case; a second end (96, 98) engaged with the protrusion for stabilizing the inner diameter end of the inlet guide vane; an axial retention hook at the second end; a radial extension arm at the first end; and an axial extension arm between the radial extension arm and the axial retention hook; and a stationary sealing element disposed on the radially inward face of the inner air seal carrier aft of the protrusion and for engaging with a rotatable sealing element of the compressor rotor,
A surgical console, comprising: a valve (205, 210); at least a first port and a second port coupled to the valve, wherein the valve is configured to provide pressurized gas alternately to each of the first port and the second port to drive a pneumatic tool coupled to the surgical console; at least one pressure sensor adapted to measure operating pressure data of the first and second port; a controller coupled to the valve, wherein the controller is operable to control the valve open and close times, wherein a valve open time corresponds to a time to open a first port and wherein a valve close time corresponds to a time for closing the first port, wherein closing the first port coincides with opening a second port such that pressurized air is being directed by the valve either through the first port or the second port; wherein the controller is configured to adjust the valve open/close times according to a valve duty cycle; characterized in that the valve duty cycle adjustment is determined by analyzing the operating pressure data for the open and closed valve positions, such that the valve duty cycle with the adjustment centers a pressure differential, between the first port and the second port, around zero. a valve (205, 210); at least a first port and a second port coupled to the valve, wherein the valve is configured to provide pressurized gas alternately to each of the first port and the second port to drive a pneumatic tool coupled to the surgical console; at least one pressure sensor adapted to measure operating pressure data of the first and second port; a controller coupled to the valve, wherein the controller is operable to control the valve open and close times, wherein a valve open time corresponds to a time to open a first port and wherein a valve close time corresponds to a time for closing the first port, wherein closing the first port coincides with opening a second port such that pressurized air is being directed by the valve either through the first port or the second port; wherein the controller is configured to adjust the valve open/close times according to a valve duty cycle; characterized in that the valve duty cycle adjustment is determined by analyzing the operating pressure data for the open and closed valve positions, such that the valve duty cycle with the adjustment centers a pressure differential, between the first port and the second port, around zero.
A compound comprising the structure wherein R is -CH3, -F, -Cl, or -Br, for use in the treatment of a bacterial infection, preferably a Streptococcus pneumoniae infection.
A method for managing one or more voice mails by a telephony server, TS, in a home network, the method comprising: receiving, by the TS, one or more voice mails from a voice mail sever; sending, by the TS, a notification indicating receipt of the one or more voice mails to one or more telephony control points, TelCPs, (110A-N) through the home network; receiving, by the TS, a request for retrieving the one or more voice mails from the one or more TelCPs (110A-N) in response to the notification; providing, by the TS, the one or more voice mails to the one or more TelCPs (110A-N) based on the request through the home network; receiving, at the TS, a request for listing the one or more voice mails from the one or more TelCPs (110A-N); verifying, by the TS, information associated with the request to identify the one or more voice mails; and providing, by the TS, a list including the one or more voice mails to the one or more TelCPs (110A-N), and wherein the information associated with the request includes an emotion indication. receiving, by the TS, one or more voice mails from a voice mail sever; sending, by the TS, a notification indicating receipt of the one or more voice mails to one or more telephony control points, TelCPs, (110A-N) through the home network; receiving, by the TS, a request for retrieving the one or more voice mails from the one or more TelCPs (110A-N) in response to the notification; providing, by the TS, the one or more voice mails to the one or more TelCPs (110A-N) based on the request through the home network; receiving, at the TS, a request for listing the one or more voice mails from the one or more TelCPs (110A-N); verifying, by the TS, information associated with the request to identify the one or more voice mails; and providing, by the TS, a list including the one or more voice mails to the one or more TelCPs (110A-N), and wherein the information associated with the request includes an emotion indication.
Device for feeding a container for an installation for the heat treatment and conditioning of waste, comprising a sleeve having a lower opening to be docked with an upper opening of the container, a first line for feeding the waste to be treated connecting to the sleeve and penetrating therein, the sleeve containing a tool for scraping its inner face, characterised in that the scraping tool is a sheath of axis parallel to the sleeve and forming a terminal section of the first feed line, and the device comprises a support of the sheath, the support being provided with a motorised off-centring mechanism (20; 39) to which the sheath is suspended, the off-centring mechanism moving the sheath in orbits where it is adjacent to the inner face of the sleeve.
Heat source unit for an air conditioner comprising a refrigerant circuit, the heat source unit comprising: an external housing accommodating: a compressor to be connected to the refrigerant circuit; a heat source heat exchanger to be connected to the refrigerant circuit and configured to exchange heat between a refrigerant circulating in the refrigerant circuit and a heat source; an electric box having a top and side walls (32 to 34), the electric box accommodating electrical components configured to control the air conditioner and having an air passage comprising an air inlet and an air outlet, an air flow being induced through the air passage from the air inlet to the air outlet for cooling at least some of the electrical components, characterized by a cooling heat exchanger accommodated in the external housing and to be connected to the refrigerant circuit, wherein the cooling heat exchanger is arranged so as to be flown through by the air flow and exchange heat between the refrigerant and the air flow and is disposed downstream of electrical components and/or a heat sink heat conductively connected to electrical components disposed in the air passage. a compressor to be connected to the refrigerant circuit; a heat source heat exchanger to be connected to the refrigerant circuit and configured to exchange heat between a refrigerant circulating in the refrigerant circuit and a heat source; an electric box having a top and side walls (32 to 34), the electric box accommodating electrical components configured to control the air conditioner and having an air passage comprising an air inlet and an air outlet, an air flow being induced through the air passage from the air inlet to the air outlet for cooling at least some of the electrical components, characterized by a cooling heat exchanger accommodated in the external housing and to be connected to the refrigerant circuit, wherein the cooling heat exchanger is arranged so as to be flown through by the air flow and exchange heat between the refrigerant and the air flow and is disposed downstream of electrical components and/or a heat sink heat conductively connected to electrical components disposed in the air passage.
A method performed by a home electronic device that receives a data over cable service interface specification downlink communication signal, the method comprising: receiving an indication, from the downlink communication signal of a plurality of channels used to transmit upstream communication signals in an upstream communication portion of a frequency range; determining the maximum frequency value among frequencies specified by the plurality of channels based on the indication; and adjusting a filter response in a filter circuit used to separate the upstream communication signals from the downstream communication signals in the home electronic device based on the determined maximum frequency value; wherein adjusting the filter response comprises: determining if the maximum frequency value is greater than a first value, wherein the adjusting includes switching to a first filter arrangement if the maximum frequency value is not greater than the first value; and switching to a second filter arrangement if the maximum frequency value is greater than a first value. receiving an indication, from the downlink communication signal of a plurality of channels used to transmit upstream communication signals in an upstream communication portion of a frequency range; determining the maximum frequency value among frequencies specified by the plurality of channels based on the indication; and adjusting a filter response in a filter circuit used to separate the upstream communication signals from the downstream communication signals in the home electronic device based on the determined maximum frequency value; wherein adjusting the filter response comprises: determining if the maximum frequency value is greater than a first value, wherein the adjusting includes switching to a first filter arrangement if the maximum frequency value is not greater than the first value; and switching to a second filter arrangement if the maximum frequency value is greater than a first value. determining if the maximum frequency value is greater than a first value, wherein the adjusting includes switching to a first filter arrangement if the maximum frequency value is not greater than the first value; and switching to a second filter arrangement if the maximum frequency value is greater than a first value.