mhurhangee/patent-ind-claim-en huggingface dataset:
A mounting device for mounting electronic components, wherein the mounting device comprises: an electrically conductive structure having a first value of thermal expansion in at least one pre-defined spatial direction; an electrically insulating structure having a second value of thermal expansion in the at least one pre-defined spatial direction and being arranged on the electrically conductive structure , wherein the second value is smaller than the first value; a thermal expansion adjustment structure having a third value of thermal expansion in the at least one pre-defined spatial direction; wherein the third value is selected and the thermal expansion adjustment structure is located so that thermally induced warpage of the mounting device resulting from a difference between the first value and the second value is at least partially compensated by the thermal expansion adjustment structure ; wherein the third value is selected to be smaller than both the first value and the second value; and characterized in that the thermal expansion adjustment structure is embedded symmetrically between different spatially separated sections of the electrically conductive structure . an electrically conductive structure having a first value of thermal expansion in at least one pre-defined spatial direction; an electrically insulating structure having a second value of thermal expansion in the at least one pre-defined spatial direction and being arranged on the electrically conductive structure , wherein the second value is smaller than the first value; a thermal expansion adjustment structure having a third value of thermal expansion in the at least one pre-defined spatial direction; wherein the third value is selected and the thermal expansion adjustment structure is located so that thermally induced warpage of the mounting device resulting from a difference between the first value and the second value is at least partially compensated by the thermal expansion adjustment structure ; wherein the third value is selected to be smaller than both the first value and the second value; and
A fuelling system for an aircraft, the fuelling system comprises - a tank comprising a compartment configured to be filled with fuel, - a discharge conduit extending from the compartment to an outside of the tank , - a sampling arrangement comprising a sample container and a sample conduit extending from the compartment to the sample container , characterised in that the fuelling system further comprises a gas propellant arrangement comprising a pressurized gas source and a first gas connection between the pressurized gas source and the compartment , wherein, in a first mode of operation, the gas propellant arrangement is configured to provide pressurized gas through the first gas connection to the compartment , thereby driving fuel from the compartment of the tank through the discharge conduit and to an outside of the tank or driving fuel from the compartment of the tank through the sample conduit and into the sample container , wherein the gas propellant arrangement further comprises a second gas connection between the pressurized gas source and the sample container , wherein, in a second mode of operation, the gas propellant arrangement is configured to provide pressurized gas through the second gas connection to an inside of the sample container , thereby driving fuel from inside of the sample container through the sample conduit and back into the compartment of the tank . - a tank comprising a compartment configured to be filled with fuel, - a discharge conduit extending from the compartment to an outside of the tank , - a sampling arrangement comprising a sample container and a sample conduit extending from the compartment to the sample container , the fuelling system further comprises a gas propellant arrangement comprising a pressurized gas source and a first gas connection between the pressurized gas source and the compartment , wherein, in a first mode of operation, the gas propellant arrangement is configured to provide pressurized gas through the first gas connection to the compartment , thereby driving fuel from the compartment of the tank through the discharge conduit and to an outside of the tank or driving fuel from the compartment of the tank through the sample conduit and into the sample container , wherein the gas propellant arrangement further comprises a second gas connection between the pressurized gas source and the sample container , wherein, in a second mode of operation, the gas propellant arrangement is configured to provide pressurized gas through the second gas connection to an inside of the sample container , thereby driving fuel from inside of the sample container through the sample conduit and back into the compartment of the tank .
A computer-implemented method comprising: receiving, by a processor, a video comprising a plurality of image frames; detecting, by the processor, an orientation change in the video; determining, by the processor, a standard orientation for the video based on a most common orientation of the image frames detected throughout the video; and adjusting, by the processor, the video to the standard orientation, wherein the adjusting comprises: determining a degree of rotation required to adjust one or more of the plurality of image frames in the video to the standard orientation; rotating said one or more of the plurality of image frames in the video to the standard orientation; and resizing said one or more of the plurality of image frames in the video. receiving, by a processor, a video comprising a plurality of image frames; detecting, by the processor, an orientation change in the video; determining, by the processor, a standard orientation for the video based on a most common orientation of the image frames detected throughout the video; and adjusting, by the processor, the video to the standard orientation, wherein the adjusting comprises: determining a degree of rotation required to adjust one or more of the plurality of image frames in the video to the standard orientation; rotating said one or more of the plurality of image frames in the video to the standard orientation; and resizing said one or more of the plurality of image frames in the video. determining a degree of rotation required to adjust one or more of the plurality of image frames in the video to the standard orientation; rotating said one or more of the plurality of image frames in the video to the standard orientation; and resizing said one or more of the plurality of image frames in the video.
Cannula intended to traverse the conjunctiva and the sclera of the eye in order to enable the passage of at least one tool intended to have an action in the intraocular volume, such as a suction instrument, an instrument for cutting - for example at high speed - the vitreous gel contained in the intraocular volume, a light-guide intended to transmit light in order to see what is happening in the intraocular volume or similar, the cannula including a tubular part defining a passage channel for the tool, which extends between a proximal opening intended to be outside the intraocular volume and a distal opening intended to be inside the intraocular volume, means being provided for locking the cannula in position in a position in which it traverses the sclera and the conjunctiva, the locking opposing the displacement of the cannula towards the outside and towards the inside of the intraocular volume, the locking means having the form of an annular groove formed on the outside of the cannula so that, once the cannula has been inserted through the two walls of the conjunctiva and of the sclera, these latter are sandwiched between two upper and lower annular shoulders along respective plane contacts, said annular groove being defined between the lower and upper annular shoulders , said lower annular shoulder having an upper face and a lower face, and in longitudinal cross section, the upper face of lower annular shoulder and the lower face of upper annular shoulder making a substantially perpendicular angle relative to the tubular part, said tubular part having a distal part extending from said lower face of said lower annular shoulder towards said distal opening of the passage channel formed inside said tubular part, said lower annular shoulder being fixed relative to said tubular part, characterised in that said tubular part has a cross section which is constant from said upper annular shoulder towards said distal opening.
A method for wireless communication, performed by a user equipment, UE, (115, 215, 215-a, 215-b, 215-c), the method comprising: winning a contention for access to an unlicensed radio frequency spectrum band; transmitting an uplink -UL- channel usage beacon signal over a plurality of interleaved resource blocks of the unlicensed radio frequency spectrum band; receiving , in a system information block - SIB -, a mapping of resource sets of an enhanced physical random access channel - ePRACH - to frequency-interlaced resource blocks; selecting , from among the resource sets of the ePRACH, a resource set for transmitting a request message, transmitting , on the selected resource set, the request message upon winning the contention for access to the unlicensed radio frequency spectrum band and after transmitting an uplink channel usage beacon signal, the request message being transmitted by the user equipment -UE- (115, 215, 215-a, 215-b, 215-c) on the enhanced physical random access channel -ePRACH- to access a cell that operates in the unlicensed radio frequency spectrum band; and receiving a downlink -DL- channel usage beacon signal over a plurality of interleaved resource blocks of the unlicensed radio frequency spectrum band; and receiving , in response to transmitting the request message, a response message over the unlicensed radio frequency spectrum band. winning a contention for access to an unlicensed radio frequency spectrum band; transmitting an uplink -UL- channel usage beacon signal over a plurality of interleaved resource blocks of the unlicensed radio frequency spectrum band; receiving , in a system information block - SIB -, a mapping of resource sets of an enhanced physical random access channel - ePRACH - to frequency-interlaced resource blocks; selecting , from among the resource sets of the ePRACH, a resource set for transmitting a request message, transmitting , on the selected resource set, the request message upon winning the contention for access to the unlicensed radio frequency spectrum band and after transmitting an uplink channel usage beacon signal, the request message being transmitted by the user equipment -UE- (115, 215, 215-a, 215-b, 215-c) on the enhanced physical random access channel -ePRACH- to access a cell that operates in the unlicensed radio frequency spectrum band; and receiving a downlink -DL- channel usage beacon signal over a plurality of interleaved resource blocks of the unlicensed radio frequency spectrum band; and receiving , in response to transmitting the request message, a response message over the unlicensed radio frequency spectrum band.
Minoxidil for use in treating or preventing alopecia areata in a subject by administering to a subject an oral dose of minoxidil of about 5 mg, or about 3 mg, or about 2.5 mg, or about 2 mg, or about 1.5 mg, or about 1 mg, or about 0.75 mg, or about 0.5 mg, or about 0.49 mg, or about 0.48 mg, or about 0.25 mg, or about 0.24 mg, or about 0.1 mg daily, or from about 0.1 mg to 0.49 mg, or from about 0.1 mg to 0.4 mg, or from about 0.1 mg to 0.25 mg daily, or from about 0.15 mg to 0.3 mg, or from about 0.2 mg to 0.28 mg, or is about 0.25 mg, or is about 0.24 mg, or is about 0.1 mg daily.
Rim electrode of a winding arrangement of a transducer , the rim electrode comprising - a hollow-cylindrical electrode middle section - and two annular shielding collars which form opposite ends of the rim electrode , - wherein each shielding collar adjoins the electrode middle section and is designed to be bent to the outside in relation to the electrode middle section , characterized in that the rim electrode consists of two electrode halves (43.1, 43.2) which each form one half of the electrode middle section and of each shielding collar . - a hollow-cylindrical electrode middle section - and two annular shielding collars which form opposite ends of the rim electrode , - wherein each shielding collar adjoins the electrode middle section and is designed to be bent to the outside in relation to the electrode middle section , characterized in that the rim electrode consists of two electrode halves (43.1, 43.2) which each form one half of the electrode middle section and of each shielding collar .
Method for in vitro investigating the interaction of blood with a test object , comprising the steps of - providing the test object and the blood in a container device , wherein the test object is fixed in the container device and the blood is arranged as a blood column along a longitudinal direction of the container device , - generating a blood flow in the container device for a predetermined exposure time by means of a pressure generating device , the blood flow passing the test object and/or passing through an opening of the test object , and - investigating the blood to determine at least one blood parameter which is dependent on an interaction of the blood with the test object , wherein - an external, variable pressure is exerted on the blood column with the pressure generating device at at least one end of the container device , so that the blood flow is generated with an alternating flow direction along the longitudinal direction of the container device , characterized in that - the pressure is exerted by the pressure generating device at at least one of the ends of the container device by an application of a pressurized gas acting directly on the blood and not interacting with the blood and/or a liquid fluid acting directly on the blood and not interacting with the blood, the density of which is lower than the density of the blood. - providing the test object and the blood in a container device , wherein the test object is fixed in the container device and the blood is arranged as a blood column along a longitudinal direction of the container device , - generating a blood flow in the container device for a predetermined exposure time by means of a pressure generating device , the blood flow passing the test object and/or passing through an opening of the test object , and - investigating the blood to determine at least one blood parameter which is dependent on an interaction of the blood with the test object , wherein - an external, variable pressure is exerted on the blood column with the pressure generating device at at least one end of the container device , so that the blood flow is generated with an alternating flow direction along the longitudinal direction of the container device , characterized in that - the pressure is exerted by the pressure generating device at at least one of the ends of the container device by an application of a pressurized gas acting directly on the blood and not interacting with the blood and/or a liquid fluid acting directly on the blood and not interacting with the blood, the density of which is lower than the density of the blood.
Frame assembly for a door or a window , with - at least one circumambient sash frame profile encompassing at least one flat infill element, preferably at least one pane of glass , and - a likewise circumambient door/window frame profile which in the closed state encompasses the sash frame profile , - wherein the frame profiles preferably contain fibre-reinforced plastics material, and - wherein the sash frame profile and the door/window frame profile each comprise at least one circumambient hollow-chamber profile having at least one hollow chamber , which hollow-chamber profiles have an identical cross-sectional profile, characterised in that the door/window frame profile additionally has at least one upright profile which subdivides the plane spanned by the circumambient door/window frame profile , and in that the upright profile likewise has two hollow-chamber profiles with an identical cross-sectional profile which are arranged in a mirror image to each other. - at least one circumambient sash frame profile encompassing at least one flat infill element, preferably at least one pane of glass , and - a likewise circumambient door/window frame profile which in the closed state encompasses the sash frame profile , - wherein the frame profiles preferably contain fibre-reinforced plastics material, and - wherein the sash frame profile and the door/window frame profile each comprise at least one circumambient hollow-chamber profile having at least one hollow chamber , which hollow-chamber profiles have an identical cross-sectional profile,
A method comprising: receiving , by a network device from a first network, one or more fragments of a fragment flow associated with a network packet, wherein the network packet is a first type of network packet; in response to determining that the network device has not yet received a fragment of the fragment flow that includes an indication of a destination port for the network packet, buffering , by the network device, the one or more fragments; receiving , by the network device, the fragment of the fragment flow that includes the indication of the destination port of the network packet; in response to receiving the fragment of the fragment flow that includes the indication of the destination port of the network packet, encapsulating , by the network device, the one or more fragments of the fragment flow and the fragment of the fragment flow within a plurality of network packets based at least in part on the destination port of the network packet without reassembling the network packet from the one or more fragments and the fragment, wherein the plurality of network packets are each a second type of network packet, and wherein the network device encapsulates the one or more fragments of the fragment flow and the fragment of the fragment flow using mapping of address and port with encapsulation "MAP-E"; and dispatching , by the network device to a second network, the plurality of network packets. receiving , by a network device from a first network, one or more fragments of a fragment flow associated with a network packet, wherein the network packet is a first type of network packet; in response to determining that the network device has not yet received a fragment of the fragment flow that includes an indication of a destination port for the network packet, buffering , by the network device, the one or more fragments; receiving , by the network device, the fragment of the fragment flow that includes the indication of the destination port of the network packet; in response to receiving the fragment of the fragment flow that includes the indication of the destination port of the network packet, encapsulating , by the network device, the one or more fragments of the fragment flow and the fragment of the fragment flow within a plurality of network packets based at least in part on the destination port of the network packet without reassembling the network packet from the one or more fragments and the fragment, wherein the plurality of network packets are each a second type of network packet, and wherein the network device encapsulates the one or more fragments of the fragment flow and the fragment of the fragment flow using mapping of address and port with encapsulation "MAP-E"; and dispatching , by the network device to a second network, the plurality of network packets.
Method for manufacturing an insulating glass provided with at least one glass plate and a rigid spacer frame , comprising the manufacture of the rigid spacer frame and the application of said rigid spacer frame to at least one glass plate , wherein the manufacture of the rigid spacer frame comprises the steps of: - providing a template according to the size and shape of the rigid spacer frame , - laying on the template of components making up the rigid spacer frame , - joining these components so as to obtain the finished spacer frame and locking on the template of the spacer frame thus assembled, and wherein the application of said rigid spacer frame to at least one glass plate comprises: - the transfer of the finished spacer template-frame assembly at a station of an insulating glass production line ; - the application of said spacer template-frame assembly to at least one glass plate , - release and removal of the template from the spacer template-frame assembly. - providing a template according to the size and shape of the rigid spacer frame , - laying on the template of components making up the rigid spacer frame , - joining these components so as to obtain the finished spacer frame and locking on the template of the spacer frame thus assembled, - the transfer of the finished spacer template-frame assembly at a station of an insulating glass production line ; - the application of said spacer template-frame assembly to at least one glass plate , - release and removal of the template from the spacer template-frame assembly.
Lid for a preserving jar , said jar being provided at a circular mouth with a thread formed on a side wall thereof, and said lid comprising a circular closing plane and a continuous cylindrical side wall , made of stainless steel sheet piece, said side wall being provided with a plurality of cavities on the outer face of said wall , corresponding to reliefs on the inner face, said lid further being provided with removable sealing means arranged on the inner surface of the closing plane , characterized in that said reliefs are arranged along a helical path corresponding to the pitch of the thread on the side wall of the mouth of the vessel .