mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigeration cycle apparatus comprising: a refrigerant circuit (RC) configured by connecting a compressor , a flow path switching apparatus , a first heat exchanger , a decompressing apparatus , and a second heat exchanger ; a refrigerant tank circuit connected to the first and second heat exchangers in parallel with the decompressing apparatus ; and a degassing pipe having a first end and a second end , the flow path switching apparatus being configured to switch a flow of refrigerant discharged from the compressor to any of the first and second heat exchangers , the refrigerant tank circuit comprising a refrigerant tank , and the degassing pipe having the first end connected to the refrigerant tank and having the second end connected to at least any of the refrigerant circuit (RC) and the refrigerant tank circuit wherein the degassing pipe has the second end connected to the refrigerant circuit (RC) between the second heat exchanger and the compressor , wherein the refrigerant tank comprises a main body portion and a tubular portion connected to the main body portion, the tubular portion is connected to the first heat exchanger through a connecting pipe, the main body portion is connected to the first heat exchanger with the tubular portion being interposed, and the degassing pipe has the first end connected to the tubular portion, wherein both the degassing pipe and the connecting pipe are connected to the tubular portion . a refrigerant circuit (RC) configured by connecting a compressor , a flow path switching apparatus , a first heat exchanger , a decompressing apparatus , and a second heat exchanger ; a refrigerant tank circuit connected to the first and second heat exchangers in parallel with the decompressing apparatus ; and a degassing pipe having a first end and a second end , the flow path switching apparatus being configured to switch a flow of refrigerant discharged from the compressor to any of the first and second heat exchangers , the refrigerant tank circuit comprising a refrigerant tank , and the degassing pipe having the first end connected to the refrigerant tank and having the second end connected to at least any of the refrigerant circuit (RC) and the refrigerant tank circuit wherein the degassing pipe has the second end connected to the refrigerant circuit (RC) between the second heat exchanger and the compressor , wherein the refrigerant tank comprises a main body portion and a tubular portion connected to the main body portion, the tubular portion is connected to the first heat exchanger through a connecting pipe, the main body portion is connected to the first heat exchanger with the tubular portion being interposed, and the degassing pipe has the first end connected to the tubular portion, wherein both the degassing pipe and the connecting pipe are connected to the tubular portion . a connecting pipe, the main body portion is connected to the first heat exchanger with the tubular portion being interposed, and the degassing pipe has the first end connected to the tubular portion, wherein both the degassing pipe and the connecting pipe are connected to the tubular portion .
An image display device (1; 3) for mounting to a head or a face of a user, comprising: a first display unit that displays an internal image seen from a side of the user; a second display unit that displays an external image seen from outside the image display device; a control unit that controls display of the internal image and the external image; an input operating unit with which the user conducts an input operation, characterized in that the control unit controls display of the internal image and the external image according to the input operation by the user such that, in response to an instruction from the user given via the input operating unit , the external image either is the same as the internal image or differs from the internal image, wherein the control unit changes display of the external image according to an input operation based on a blink operation or eyeball movement of the user. a first display unit that displays an internal image seen from a side of the user; a second display unit that displays an external image seen from outside the image display device; a control unit that controls display of the internal image and the external image; an input operating unit with which the user conducts an input operation, characterized in that the control unit controls display of the internal image and the external image according to the input operation by the user such that, in response to an instruction from the user given via the input operating unit , the external image either is the same as the internal image or differs from the internal image, wherein the control unit changes display of the external image according to an input operation based on a blink operation or eyeball movement of the user.
A method performed by a wireless device for supporting distribution of paging messages within a Radio Access Network Area, RANA, of a wireless network, the method comprising: - collecting RANA related information from network nodes visited by the wireless device , the RANA related information indicating which RANAs are supported by the respective network nodes, - extracting from the collected RANA related information, a list of network nodes that support a RANA, and - sending the extracted list of network nodes to a first network node to enable said distribution of paging messages by the first network node within the RANA. - collecting RANA related information from network nodes visited by the wireless device , the RANA related information indicating which RANAs are supported by the respective network nodes, - extracting from the collected RANA related information, a list of network nodes that support a RANA, and - sending the extracted list of network nodes to a first network node to enable said distribution of paging messages by the first network node within the RANA.
Fluid connection device , in particular for a fluid circuit of a motor vehicle, comprising a body formed of one single part and comprising: - a first tubular nozzle comprising a male part configured to be engaged in a female part of a second nozzle by an axial translation movement along an axis (X), - at least two elastically-deformable tabs that are diametrically opposed with respect to said axis, these tabs extending outwards from the first nozzle, substantially parallel with said axis, and comprising first axial ends comprising retaining members configured to engage with said female part in order to lock it axially with respect to the male part, and second opposite axial ends comprising handling members provided for the purpose of elastically deforming the tabs and unlocking the male and female parts, characterised in that it further comprises a lock mounted on the body and mobile in translation on said body in a plane (U) substantially perpendicular to said axis, from a first position wherein the tabs are released, allowing their elastic deformation, to a second position wherein the tabs are blocked, preventing their elastic deformation. - a first tubular nozzle comprising a male part configured to be engaged in a female part of a second nozzle by an axial translation movement along an axis (X), - at least two elastically-deformable tabs that are diametrically opposed with respect to said axis, these tabs extending outwards from the first nozzle, substantially parallel with said axis, and comprising first axial ends comprising retaining members configured to engage with said female part in order to lock it axially with respect to the male part, and second opposite axial ends comprising handling members provided for the purpose of elastically deforming the tabs and unlocking the male and female parts,
A compound which is a N-(4-pyridyl)nicotinamide compound of formula (I) or a salt thereof: wherein R 1 is halogen, alkyl, haloalkyl, alkoxy, haloalkoxy, aryloxy or haloalkylaryl; R 2 is halogen, alkyl, haloalkyl, alkoxy, amino, cyano, alkylthio, alkylsulfanyl or alkylsulfonyl; R 3 is H, alkyl, cycloalkyl, alkoxy or alkoxycarbonyl; R 4 is nitro, alkyl, alkenyl, haloalkyl, alkoxy, alkylthio, alkylcarbonyl, alkoxycarbonyl, (alkylthio)carbonyl or pyrazolyl; and m is 0 or 1. R 1 is halogen, alkyl, haloalkyl, alkoxy, haloalkoxy, aryloxy or haloalkylaryl; R 2 is halogen, alkyl, haloalkyl, alkoxy, amino, cyano, alkylthio, alkylsulfanyl or alkylsulfonyl; R 3 is H, alkyl, cycloalkyl, alkoxy or alkoxycarbonyl; R 4 is nitro, alkyl, alkenyl, haloalkyl, alkoxy, alkylthio, alkylcarbonyl, alkoxycarbonyl, (alkylthio)carbonyl or pyrazolyl; and m is 0 or 1.
A travoprost sustained release biodegradable intracameral implant comprising: - a biodegradable hydrogel, wherein the hydrogel comprises a polymer network comprising one or more units of polyalkylene glycol, and travoprost particles, - the travoprost particles being in the form of travoprost intermixed with a biodegradable polymer comprising a polylactide, and - the travoprost particles being dispersed within the hydrogel, wherein the polymer network is formed by reacting an electrophilic group-containing multi-arm-polymer precursor with a nucleophilic group-containing cross-linking agent, the electrophilic group is selected from the group consisting of a succinimidylglutarate (SG) group and a succinimidylazelate (SAZ) group, and the multi-arm polymer precursor is selected from the group consisting of 8-arm-15K-SG polyethylene glycol or 8-arm-15K-SAZ polyethylene glycol, the nucleophilic group-containing cross-linking agent is a trilysine, and the polyalkylene glycol units are crosslinked via a hydrolyzable linker having the formula wherein m is 2 or 6, wherein the implant has a length of about 1.00 mm to about 2.50 mm and a diameter of not more than 0.30 mm in its dried state, wherein the travoprost particles have an average diameter ranging from 1 to 75 μm determined by laser diffraction, and wherein the implant contains a dose of about 2 μg to about 30 μg of travoprost. - a biodegradable hydrogel, wherein the hydrogel comprises a polymer network comprising one or more units of polyalkylene glycol, and travoprost particles, - the travoprost particles being in the form of travoprost intermixed with a biodegradable polymer comprising a polylactide, and - the travoprost particles being dispersed within the hydrogel, wherein the polymer network is formed by reacting an electrophilic group-containing multi-arm-polymer precursor with a nucleophilic group-containing cross-linking agent, the electrophilic group is selected from the group consisting of a succinimidylglutarate (SG) group and a succinimidylazelate (SAZ) group, and the multi-arm polymer precursor is selected from the group consisting of 8-arm-15K-SG polyethylene glycol or 8-arm-15K-SAZ polyethylene glycol, the nucleophilic group-containing cross-linking agent is a trilysine, and the polyalkylene glycol units are crosslinked via a hydrolyzable linker having the formula wherein m is 2 or 6, wherein the implant has a length of about 1.00 mm to about 2.50 mm and a diameter of not more than 0.30 mm in its dried state, wherein the travoprost particles have an average diameter ranging from 1 to 75 μm determined by laser diffraction, and wherein the implant contains a dose of about 2 μg to about 30 μg of travoprost.
A clamp assembly comprising: an annular band having an inner face, a tensioner adapted to apply a tensioning force to the band , and an annular spring liner comprising: a pair of flat circumferential shoulders , each of them adapted to abut the inner face of the band near an axial outer edge of said spring liner , and an axially central cylindrical contact portion having a flat surface of smaller inner circumference than the pair of shoulders in the absence of the tensioning force. an annular band having an inner face, a tensioner adapted to apply a tensioning force to the band , and an annular spring liner comprising: a pair of flat circumferential shoulders , each of them adapted to abut the inner face of the band near an axial outer edge of said spring liner , and an axially central cylindrical contact portion having a flat surface of smaller inner circumference than the pair of shoulders in the absence of the tensioning force. a pair of flat circumferential shoulders , each of them adapted to abut the inner face of the band near an axial outer edge of said spring liner , and an axially central cylindrical contact portion having a flat surface of smaller inner circumference than the pair of shoulders in the absence of the tensioning force.
Method for producing a three-dimensional shaped object by means of layer-by-layer material application, wherein geometric data for the shaped object , a carrier part having a base surface for holding the three-dimensional shaped object , and at least one flowable first material and at least one flowable second material that is different therefrom are provided, wherein material portions of the at least one flowable first material are applied in accordance with the geometric data to the base surface and/or to a solidified material layer of the three-dimensional shaped object located thereon using at least one nozzle in order to generate at least one material layer of the three-dimensional shaped object , and wherein the at least one material layer consisting of the at least one flowable first material and at least one further material layer consisting of the at least one flowable second material are solidified, wherein at least one transfer body is provided, wherein a surface region of the transfer body is coated with a layer of the flowable second material and this layer is brought into contact with the surface of the uppermost solidified material layer of the three-dimensional shaped object that is remote from the base surface such that the flowable second material is transferred from the transfer body to the surface of the uppermost solidified material layer of the three-dimensional shaped object consisting of the at least one first material and generates thereon the further material layer , the structure of which corresponds at least in some regions to that of the uppermost solidified material layer of the three-dimensional shaped object consisting of the at least one first material , wherein the surface of the further material layer is arranged at a constant distance from the base surface , and wherein the further material layer is solidified. the surface of the further material layer is arranged at a constant distance from the base surface , and wherein the further material layer is solidified.
An anti-intrusion detecting system , to be applied to a door or a window for generating an alarm condition as said door or window is moved away from a preset closed position thereof, to said door or window being applied magnetic field generating means (M) and magnetic field sensing means (S), said magnetic field generating means and said magnetic field sensing means constituting a pair of a magnetic field generator part and a magnetic field sensor part, said system comprising an electronic microcontroller card (S') mounted in said sensor part and at least a magnet mounted in said magnet part, said card including moreover said magnetic field sensing or sensor means, said magnetic field sensing means including at least a magnetic contactless potentiometric position sensor adapted to detect a North/South orientation of said magnetic field, thereby a variation of said orientation of said magnetic field compared to a rest condition is adapted to generate an alarm, and said electronic card comprising a microcontroller which continuously reads the values recorded instant by instant by the magnetic rotary position sensor, thereby, if a variation of the magnetic field orientation compared to the rest condition is recorded, the microcontroller will generate an alarm which, being sent to a central unit, will provide a possibility of performing proper anti-intrusion measures, said magnetic field sensing means further comprising a HALL effect sensor adapted to record the magnetic field strength, thereby at least one of said magnetic field orientation variation and/or said variation compared to a rest condition of the magnetic field strength compared to said rest condition will generate an alarm.
A propeller-type propulsion system for aircraft, having: - a propeller; - a plurality of electric motors , each comprising an output shaft ; - a gearbox having an output shaft onto which the propeller is mechanically coupled, and having an input shaft onto which the plurality of electric motors is mechanically coupled, the input shaft being off-centre with respect to the output shaft ; and in which all of the electric motors are mechanically coupled one after the other along the input shaft in such a way that the electric motors are entirely installed in a space, on the opposite side of the gearbox from the propeller , that is left free owing to the input shaft and the output shaft being off-centre with respect to one another, the electric motors being moreover arranged in such a way that: - their output shafts are parallel to the input shaft , each output shaft comprising a first gearwheel mechanically coupled to a second gearwheel on the input shaft , the first gearwheel and the second gearwheel being coplanar, or - their output shafts are perpendicular to the input shaft , each output shaft comprising a first conical gearwheel mechanically coupled to a second conical gearwheel on the input shaft , the first conical gearwheel and the second conical gearwheel therefore being in perpendicular respective planes. - a propeller; - a plurality of electric motors , each comprising an output shaft ; - a gearbox having an output shaft onto which the propeller is mechanically coupled, and having an input shaft onto which the plurality of electric motors is mechanically coupled, the input shaft being off-centre with respect to the output shaft ; - their output shafts are parallel to the input shaft , each output shaft comprising a first gearwheel mechanically coupled to a second gearwheel on the input shaft , the first gearwheel and the second gearwheel being coplanar, or - their output shafts are perpendicular to the input shaft , each output shaft comprising a first conical gearwheel mechanically coupled to a second conical gearwheel on the input shaft , the first conical gearwheel and the second conical gearwheel therefore being in perpendicular respective planes.
Pane with at least one electrical connection element, at least comprising: - a substrate , - an electrically conductive structure on a region of the substrate , - a bridge-shaped electrical connection element , comprising a bridge region and at least two soldering feet , which are connected via a soldering compound to a region of the electrically conductive structure , and - an electrical connecting element attached to the connection element , wherein the connecting element - is attached to the surface (I) of the bridge region facing the substrate , or - is attached to the surface (II) of the bridge region facing away from the substrate and is routed around the bridge region such that it rests against the surface (I) of the bridge region facing the substrate characterized in, that the difference between the melting temperature of the material of the connection element and the melting temperature of the material of the connecting element is greater than 200 °C, and wherein the connecting element is attached to the connection element by means of a welded connection. - a substrate , - an electrically conductive structure on a region of the substrate , - a bridge-shaped electrical connection element , comprising a bridge region and at least two soldering feet , which are connected via a soldering compound to a region of the electrically conductive structure , and - an electrical connecting element attached to the connection element , - is attached to the surface (I) of the bridge region facing the substrate , or - is attached to the surface (II) of the bridge region facing away from the substrate and is routed around the bridge region such that it rests against the surface (I) of the bridge region facing the substrate
A treatment device for electric arc treatment for aesthetically correct human skin comprising: - power supply means , - control means for controlling said treatment device , - command means for commanding said treatment device , suitable to allow a user to command it, - a treatment electrode , arranged at least partially in contact with the external environment, - a reference electrode electrically connectable to a treated portion, - said power supply means supplying said treatment electrode with alternating electric current having frequencies ranging between 30 kHz and 50 kHz, so as to create an electric potential difference between said treatment electrode and so that said electric potential difference creates an electric arc between said treated portion and said treatment electrode , - said command means being designed to activate and deactivate the supply of electric current to said treatment electrode with a duty cycle ranging between 0.02 and 0.8, and - characterised in that said command means are also designed to activate and deactivate the supply of electric current to said treatment electrode with a period ranging between 0.5 ms and 20 ms. - power supply means , - control means for controlling said treatment device , - command means for commanding said treatment device , suitable to allow a user to command it, - a treatment electrode , arranged at least partially in contact with the external environment, - a reference electrode electrically connectable to a treated portion, - said power supply means supplying said treatment electrode with alternating electric current having frequencies ranging between 30 kHz and 50 kHz, so as to create an electric potential difference between said treatment electrode and so that said electric potential difference creates an electric arc between said treated portion and said treatment electrode , - said command means being designed to activate and deactivate the supply of electric current to said treatment electrode with a duty cycle ranging between 0.02 and 0.8, and - characterised in that said command means are also designed to activate and deactivate the supply of electric current to said treatment electrode with a period ranging between 0.5 ms and 20 ms.