mhurhangee/patent-ind-claim-en huggingface dataset:
Device carrier for mounting electrical installation devices next to cable ducts which are in particular realized as a skirting-board duct, said device carrier comprising a carrier base for receiving at least one electrical installation device, a carrier housing for receiving the carrier base and a duct adapter for connecting the carrier housing to the cable duct, the duct adapter being realized independently of the carrier housing, and the carrier housing having at a connection side for the connection to the duct adapter a clearance in a housing wall for receiving a connection element realized at a connection side of the duct adapter, both a longitudinal side and a transverse side of the carrier housing being realized as a connection side, the longitudinal side and the transverse side each having a housing wall insert disposed in the clearance of the housing wall, characterized in that the clearance realized at the connection side of the carrier housing being provided with the housing wall insert which is interchangeable with the connection element realized at the connection side of the duct adapter, and in that both a longitudinal side and a transverse side of the carrier base are provided with a positioning aid which is separably connected to the longitudinal side and the transverse side via a predetermined breaking element, said positioning aid having a parallel stop for coming into contact with the cable duct at a defined distance from the longitudinal side and the transverse side.
An antibody binding to human CSF-1R for use in the treatment of cancer wherein the anti-CSF-1R antibody is administered in combination with an agonistic CD40 antibody.
A beam-steerable phased array antenna comprising: an array of a plurality of radiating elements , the array including at least one column having a plurality of radiating elements , the array being configured to generate a radiation field wherein the phased array antenna is configured to cancel or suppress mutual coupling by utilizing high degrees linearly progressive phases; and a metasurface over the array of radiating elements , the metasurface introducing a phase shift to the radiation field of the array , to cause a beam of the phased array antenna to be angularly offset from the radiation field of the array to an angle suitable for practical use. an array of a plurality of radiating elements , the array including at least one column having a plurality of radiating elements , the array being configured to generate a radiation field wherein the phased array antenna is configured to cancel or suppress mutual coupling by utilizing high degrees linearly progressive phases; and a metasurface over the array of radiating elements , the metasurface introducing a phase shift to the radiation field of the array , to cause a beam of the phased array antenna to be angularly offset from the radiation field of the array to an angle suitable for practical use.
A base station configured to communicate, in a network, with a neighbouring base station in a procedure to exchange information between the base station and the neighbouring base station , the base station comprising: a controller configured to generate network slicing related information for transmission, wherein the network slicing related information for transmission comprises: information identifying at least one slice type for at least one tenant of the network, said at least one slice type being supported by the base station; and a transceiver configured to transmit, to the neighbouring base station , a setup request message, for initiating base station to base station interface setup, which includes the information identifying the at least one slice type for the at least one tenant of the network. information identifying at least one slice type for at least one tenant of the network, said at least one slice type being supported by the base station; and a transceiver configured to transmit, to the neighbouring base station , a setup request message, for initiating base station to base station interface setup, which includes the information identifying the at least one slice type for the at least one tenant of the network.
Building with at least two rooms and a control unit for opening and closing of at least two windows (22, 23; 32, 33) in a building , for example in a school, wherein the control unit ensures the opening and closing of the windows (22, 23; 32, 33) depending on the weather conditions; wherein the control unit, taking into account the geometry of the windows (22, 23; 32, 33) and the size of the rooms , calculates an opening angle of at least one window (22, 23; 32, 33) in each of the at least two rooms, which ensures that a selected air exchange is achieved, characterized in that the rooms and the corridors of the building, respectively, are fluidically connected to each other, such that when the windows (22, 23; 32, 33) are opened, an air transport from one side of the building to another side, in particular to the opposite side of the building is made possible, and that said control unit also takes into account the differential pressure between these sides of the building .
A method for storing an iso(thio)cyanate compound, comprising storing, for 24 h or more, a composition for an optical component, comprising: - an iso(thio)cyanate compound, the iso(thio)cyanate compound being at least one selected from bis(isocyanatomethyl)benzene, bis(isocyanatomethyl) cyclohexane, bis(4-isocyanatocyclohexyl)methane, isophorone diisocyanate, norbornanediylbis(methylene) diisocyanate, and bis(isocyanatomethyl) dithiane; - a phosphoric acid ester compound of formula , wherein R 1 is C 4-12 -alkyl, R 2 is C 1-4 -alkylene, and a is an integer of 0-2: and - a phosphoric acid ester compound of formula , wherein R 3 is C 4-12 -alkyl, R 4 is C 1-4 -alkylene, and b is an integer of 0-2: wherein the total amount of the phosphoric acid ester compounds is 1-25,000 ppm, based on the mass of the iso(thio)cyanate compound. - an iso(thio)cyanate compound, the iso(thio)cyanate compound being at least one selected from bis(isocyanatomethyl)benzene, bis(isocyanatomethyl) cyclohexane, bis(4-isocyanatocyclohexyl)methane, isophorone diisocyanate, norbornanediylbis(methylene) diisocyanate, and bis(isocyanatomethyl) dithiane; - a phosphoric acid ester compound of formula , wherein R 1 is C 4-12 -alkyl, R 2 is C 1-4 -alkylene, and a is an integer of 0-2: and - a phosphoric acid ester compound of formula , wherein R 3 is C 4-12 -alkyl, R 4 is C 1-4 -alkylene, and b is an integer of 0-2:
A circuit for Universal Serial Bus, USB, interface sharing, comprising: a host device module , a slave device module , a switch module and a USB interface , wherein a detection end of the host device module is connected to a signal detection end of the USB interface , a first control output end of the host device module is connected to a first control input end of the switch module , a data end of the host device module is connected to a first data end of the switch module , a data end of the slave device module is connected to a second data end of the switch module , and a third data end of the switch module is connected to a data end of the USB interface , characterised in that the host device module is arranged to detect a USB signal and judge a type of a peripheral device currently accessing the USB interface ; and in that when the type of the peripheral device is USB host device, the host device module is arranged to control the switch module to switch on a path between the slave device module and the USB interface ; when the type of the peripheral device is USB slave device, the host device module is arranged to control the switch module to switch on a path between the host device module and the USB interface .
A semiconductor device package (HLG), comprising a device (BA) disposed in a package, wherein - the device (BA) has at least two electrical feed-through connections (PI) which pass through the package, - the package comprises a first package part (G1) and a second package part (G2), and the first package part (G1) surrounds the second package part (G2) completely or almost completely, except for the feedthrough of the electrical connections (PI), and the first package part (G1) comprises a different material than the second package part (G2), and the second package part (G2) comprises a filling material, and the filling material surrounds the device (BA), - the semiconductor device (BA) is disposed on a substrate (TR) and the semiconductor device (BA) and the substrate (TR) are enclosed by the filling material, - the substrate (TR) comprises a metallic lead strip or consists of a metallic lead strip and - the three main stresses of the stress tensor, which stresses act on the device (BA) along the main stress directions formed orthogonally to one another are of the same magnitude due to the filling material, so that there is a hydrostatic stress state for the device (BA) characterized in that - the package (HLG) comprises a third package part (G3) and the second package part (G2) completely surrounds the third package part (G3), and - the first package part (G1) and the third package part (G3) have the same materials, wherein the material of the first and third package part is a molding or potting compound. - the device (BA) has at least two electrical feed-through connections (PI) which pass through the package, - the package comprises a first package part (G1) and a second package part (G2), and the first package part (G1) surrounds the second package part (G2) completely or almost completely, except for the feedthrough of the electrical connections (PI), and the first package part (G1) comprises a different material than the second package part (G2), and the second package part (G2) comprises a filling material, and the filling material surrounds the device (BA), - the semiconductor device (BA) is disposed on a substrate (TR) and the semiconductor device (BA) and the substrate (TR) are enclosed by the filling material, - the substrate (TR) comprises a metallic lead strip or consists of a metallic lead strip and - the three main stresses of the stress tensor, which stresses act on the device (BA) along the main stress directions formed orthogonally to one another are of the same magnitude due to the filling material, so that there is a hydrostatic stress state for the device (BA) - the package (HLG) comprises a third package part (G3) and the second package part (G2) completely surrounds the third package part (G3), and - the first package part (G1) and the third package part (G3) have the same materials, wherein the material of the first and third package part is a molding or potting compound.
Furniture item to be laid on ground (T), comprising - a parallelepiped compartment comprising two side walls , a bottom , a ceiling and a back wall which together delimit the compartment ; - a platform which can be lowered through rotation about a horizontal axis (X) passing inside the compartment , so that the platform can be either horizontal and parallel to said bottom , to sleep thereon, or vertical, concealed inside the compartment ; - a first panel integral with the platform and adapted to overlap the perimeter of the compartment to partially close the compartment when the platform is vertical; - a second panel that - in use - is placed inferiorly to the first panel and movably connected to the bottom of the compartment for (i) overlapping the perimeter of the compartment and close it partially when the platform is vertical and (ii) lowering as the platform becomes horizontal; and - a mechanism (M) for coupling the platform and the second panel , so that the displacement of the platform from vertical to horizontal causes the second panel to sweep an acute angle (β), characterized in that the mechanism (M) is adapted to tilt the second panel by the acute angle (β) such that the first panel , when it is horizontal, touches the free end of the second panel . - a parallelepiped compartment comprising two side walls , a bottom , a ceiling and a back wall which together delimit the compartment ; - a platform which can be lowered through rotation about a horizontal axis (X) passing inside the compartment , so that the platform can be either horizontal and parallel to said bottom , to sleep thereon, or vertical, concealed inside the compartment ; - a first panel integral with the platform and adapted to overlap the perimeter of the compartment to partially close the compartment when the platform is vertical; - a second panel that - in use - is placed inferiorly to the first panel and movably connected to the bottom of the compartment for (i) overlapping the perimeter of the compartment and close it partially when the platform is vertical and (ii) lowering as the platform becomes horizontal; and - a mechanism (M) for coupling the platform and the second panel , so that the displacement of the platform from vertical to horizontal causes the second panel to sweep an acute angle (β),
A radiator assembly for heat transfer by means of a combination of radiation and convection, comprising - a housing which comprises a front wall for the static heat emission by radiation, - at least one pipe system in the form of a pipe register for making a heating/cooling medium flow, - at least one distributor plate made of graphite for homogenizing the temperature distribution. - at least one additional heat exchanger element as well as - at least one ventilator , by means of which ventilator the heat transfer realised by convection can be adapted as required, characterized in that the heat exchanger element is formed by an essentially tubular body , in which channels are formed by providing ribs or fins , wherein the ventilator is arranged in the area of an upper opening of the body and an air filter is arranged in the area of a lower opening of the body . - a housing which comprises a front wall for the static heat emission by radiation, - at least one pipe system in the form of a pipe register for making a heating/cooling medium flow, - at least one distributor plate made of graphite for homogenizing the temperature distribution. - at least one additional heat exchanger element as well as - at least one ventilator , by means of which ventilator the heat transfer realised by convection can be adapted as required,
A pharmaceutical composition for use in preventing or treating skin infections comprising: terbinafine hydrochloride 0.1 to 2.0 parts by weight; chlorhexidine gluconate 0.1 to 4.0 parts by weight, ciclopirox olamine 0.1 to 6.0 parts by weight, malic acid 0.5 to 2.0 parts by weight; and sodium borate 0.3 to 0.5 parts by weight, based on the pharmaceutical composition, wherein the composition has a pH value in the range of 5.3 to 5.7. terbinafine hydrochloride 0.1 to 2.0 parts by weight; chlorhexidine gluconate 0.1 to 4.0 parts by weight, ciclopirox olamine 0.1 to 6.0 parts by weight, malic acid 0.5 to 2.0 parts by weight; and sodium borate 0.3 to 0.5 parts by weight, based on the pharmaceutical composition, wherein the composition has a pH value in the range of 5.3 to 5.7.
Adjustment unit for a fastening device , the adjustment unit comprising: a. a main body comprising a first locking channel and a therefrom separated second locking channel , wherein the first locking channel and the second locking channel can each be switched between a locking configuration and an open configuration and wherein each locking channel is biased into the locking configuration; b. an adjustment unit hook element protruding from the main body and being configured to engage with a fastening cord. a. a main body comprising a first locking channel and a therefrom separated second locking channel , wherein the first locking channel and the second locking channel can each be switched between a locking configuration and an open configuration and wherein each locking channel is biased into the locking configuration; b. an adjustment unit hook element protruding from the main body and being configured to engage with a fastening cord.
A method of operating an MRI apparatus comprising a magnet , which method comprises the steps of - exciting the body coil (BC) of the MRI apparatus to emit a radio-frequency signal (f BC ); - detecting a reflected radio-frequency signal (f BC '), that is reflected by the body coil (BC); - determining the centre frequency (f c ) of a resonance curve of the body coil (BC) from the reflected radio-frequency signal (f BC ') by measuring the reflection coefficients of the body coil (BC) as a function of frequency; - identifying a magnet target frequency (f T ) on the basis of the determined centre frequency (f c ); and - ramping the magnet to the magnet target frequency (f T ). - exciting the body coil (BC) of the MRI apparatus to emit a radio-frequency signal (f BC ); - detecting a reflected radio-frequency signal (f BC '), that is reflected by the body coil (BC); - determining the centre frequency (f c ) of a resonance curve of the body coil (BC) from the reflected radio-frequency signal (f BC ') by measuring the reflection coefficients of the body coil (BC) as a function of frequency; - identifying a magnet target frequency (f T ) on the basis of the determined centre frequency (f c ); and - ramping the magnet to the magnet target frequency (f T ).
A method for identifying an impending outlet blockage of a sanitary bowl with a bowl inlet and a bowl outlet , comprising at least the following steps: a) detecting a measure for the fluid flow through the bowl inlet by means of at least one first sensor which is arranged in the region of the bowl inlet , b) detecting a measure for the fluid flow through the bowl outlet by means of at least one second sensor which is arranged in the region of the bowl outlet , c) identifying an impending outlet blockage if the time which elapses between a first significant increase over the temporal progression of the measure for the fluid flow through the bowl inlet and a first significant increase over the temporal progression of the measure for the fluid flow through the bowl outlet exceeds a certain duration. a) detecting a measure for the fluid flow through the bowl inlet by means of at least one first sensor which is arranged in the region of the bowl inlet , b) detecting a measure for the fluid flow through the bowl outlet by means of at least one second sensor which is arranged in the region of the bowl outlet , c) identifying an impending outlet blockage if the time which elapses between a first significant increase over the temporal progression of the measure for the fluid flow through the bowl inlet and a first significant increase over the temporal progression of the measure for the fluid flow through the bowl outlet exceeds a certain duration.
A fish counting system, comprising: a first fish tank ; a second fish tank ; a path , wherein the path is formed by connecting an opening of the first fish tank with an opening of the second fish tank directly or through a tunnel; and a fish counting device , the fish counting device comprising: an ultrasonic transducer arranged to transmit an ultrasonic beam underwater in the first fish tank and to receive a reflection wave, the ultrasonic transducer being provided with a transducer element arranged in a single channel, the transducer element being disposable at a position where the ultrasonic beam does not intersect the path ; and a processor arranged to output to the ultrasonic transducer a transmission signal to drive the ultrasonic transducer, and to receive an echo signal from the ultrasonic transducer that received the reflection wave, wherein the processor is arranged to track an echo moving deeper as time passes, to count tracked echoes moving deeper as time passes, and to acquire a number of fish passing through the ultrasonic beam and moving from the path to the first fish tank based on the counted tracked echoes. a first fish tank ; a second fish tank ; a path , wherein the path is formed by connecting an opening of the first fish tank with an opening of the second fish tank directly or through a tunnel; and a fish counting device , the fish counting device comprising: an ultrasonic transducer arranged to transmit an ultrasonic beam underwater in the first fish tank and to receive a reflection wave, the ultrasonic transducer being provided with a transducer element arranged in a single channel, the transducer element being disposable at a position where the ultrasonic beam does not intersect the path ; and a processor arranged to output to the ultrasonic transducer a transmission signal to drive the ultrasonic transducer, and to receive an echo signal from the ultrasonic transducer that received the reflection wave, wherein the processor is arranged to track an echo moving deeper as time passes, to count tracked echoes moving deeper as time passes, and to acquire a number of fish passing through the ultrasonic beam and moving from the path to the first fish tank based on the counted tracked echoes. an ultrasonic transducer arranged to transmit an ultrasonic beam underwater in the first fish tank and to receive a reflection wave, the ultrasonic transducer being provided with a transducer element arranged in a single channel, the transducer element being disposable at a position where the ultrasonic beam does not intersect the path ; and a processor arranged to output to the ultrasonic transducer a transmission signal to drive the ultrasonic transducer, and to receive an echo signal from the ultrasonic transducer that received the reflection wave, wherein the processor is arranged to track an echo moving deeper as time passes, to count tracked echoes moving deeper as time passes, and to acquire a number of fish passing through the ultrasonic beam and moving from the path to the first fish tank based on the counted tracked echoes.