mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal identification method, applied to a network device, wherein the method comprises: receiving (S330) a data packet, wherein an Internet Protocol, IP, packet header of the data packet comprises terminal information and a type identifier indicating a type of the terminal information; determining, based on the type identifier, a correspondence with which the terminal information is to be matched and determining (S340), based on matching the terminal information with the determined correspondence, a terminal type of a terminal corresponding to the terminal information, wherein the terminal information comprises an organizationally unique identifier, OUI, included in a MAC address of the terminal and/or an international mobile equipment identity, IMEI, and the terminal type comprises at least one of a manufacturer and a terminal model of the terminal. receiving (S330) a data packet, wherein an Internet Protocol, IP, packet header of the data packet comprises terminal information and a type identifier indicating a type of the terminal information; determining, based on the type identifier, a correspondence with which the terminal information is to be matched and determining (S340), based on matching the terminal information with the determined correspondence, a terminal type of a terminal corresponding to the terminal information, wherein the terminal information comprises an organizationally unique identifier, OUI, included in a MAC address of the terminal and/or an international mobile equipment identity, IMEI, and the terminal type comprises at least one of a manufacturer and a terminal model of the terminal.
A method of forming holes in a substantially transparent material comprising: focusing a pulsed laser beam and directing the laser beam into the material; translating the material and the laser beam relative to each other, thereby forming a plurality of damage tracks; and characterised in that the step of focusing the pulsed laser beam comprises focusing the pulsed laser beam into a laser beam focal line orientated along the beam propagation direction and directed into the material, the laser beam focal line generating an induced absorption within the material, the induced absorption producing a damage track having a diameter of less than 5 μm along the laser beam focal line within the material; and the method is further characterised by comprising the step of etching the material to enlarge the damage tracks in an acid solution to produce through-holes of a diameter greater than 1 micron by enlarging the damage tracks in the material so that the plurality of through-holes comprise an opening in a first surface of the material and an opening in a second surface of the material. focusing a pulsed laser beam and directing the laser beam into the material; translating the material and the laser beam relative to each other, thereby forming a plurality of damage tracks; and characterised in that the step of focusing the pulsed laser beam comprises focusing the pulsed laser beam into a laser beam focal line orientated along the beam propagation direction and directed into the material, the laser beam focal line generating an induced absorption within the material, the induced absorption producing a damage track having a diameter of less than 5 μm along the laser beam focal line within the material; and the method is further characterised by comprising the step of etching the material to enlarge the damage tracks in an acid solution to produce through-holes of a diameter greater than 1 micron by enlarging the damage tracks in the material so that the plurality of through-holes comprise an opening in a first surface of the material and an opening in a second surface of the material.
A method of calculating a geographical position on the surface of the Earth using at least one celestial object, comprising the steps of: a) directing an optical device at a celestial object to receive electromagnetic radiation therefrom; b) diffracting or refracting the electromagnetic radiation to obtain a spectrum of the celestial object; c) measuring the intensity or relative flux of the spectrum at a resolution high enough to capture absorption and/or emission line data across a broad range of wavelengths; d) identifying the celestial object by comparing, through pattern matching, the absorption and/or emission line data of step (c) with spectra contained in a reference database of celestial objects; e) measuring the angle of elevation and azimuth of the object along with the time at which the spectrum was observed; f) using the information obtained in steps d) and e), along with a pre-compiled table of celestial body positions, to calculate a geographical position of the optical device. a) directing an optical device at a celestial object to receive electromagnetic radiation therefrom; b) diffracting or refracting the electromagnetic radiation to obtain a spectrum of the celestial object; c) measuring the intensity or relative flux of the spectrum at a resolution high enough to capture absorption and/or emission line data across a broad range of wavelengths; d) identifying the celestial object by comparing, through pattern matching, the absorption and/or emission line data of step (c) with spectra contained in a reference database of celestial objects; e) measuring the angle of elevation and azimuth of the object along with the time at which the spectrum was observed; f) using the information obtained in steps d) and e), along with a pre-compiled table of celestial body positions, to calculate a geographical position of the optical device.
A breathing protector for use in a stoma of a laryngectomized or tracheotomised person, said breathing protector having at least one inlet and at least one outlet, such that an air flow in use will pass from the surroundings of said person through said inlet to said outlet, into trachea of said person, said breathing protector comprising a heat-moisture exchanger and a bacteriological filter , such that said air flow will pass through said heat-moisture exchanger and said bacteriological filter when said air flow in use passes through said inlet to said outlet, characterized by a closing member that may be activated to close the communication between said at least one inlet and said at least one outlet, wherein said bacteriological filter is arranged multi planar, such that an antibacteriological effect is obtained in more than one plane.
An apparatus, comprising: a catheter assembly including an elongate sheath defining a delivery lumen and a hub at a proximal end portion; a valve holding tube defining an interior region configured to be preloaded with a prosthetic heart valve therein, the valve holding tube having a distal end portion configured to be releasably coupled to the hub of the catheter assembly; and a handle assembly including a housing and a delivery rod , a distal end portion of the housing configured to be releasably coupled to a proximal end portion of the valve holding tube such that a distal end of the delivery rod is disposed within the interior region of the valve holding tube proximally of the prosthetic heart valve, the delivery rod configured to be actuated to move distally relative to the housing to move a prosthetic heart valve disposed within the valve holding tube out of the valve holding tube and distally within the elongate sheath of the catheter assembly, the catheter assembly configured to be actuated to move proximally relative to the housing such that the prosthetic valve is disposed outside of the lumen of the elongate sheath. a catheter assembly including an elongate sheath defining a delivery lumen and a hub at a proximal end portion; a valve holding tube defining an interior region configured to be preloaded with a prosthetic heart valve therein, the valve holding tube having a distal end portion configured to be releasably coupled to the hub of the catheter assembly; and a handle assembly including a housing and a delivery rod , a distal end portion of the housing configured to be releasably coupled to a proximal end portion of the valve holding tube such that a distal end of the delivery rod is disposed within the interior region of the valve holding tube proximally of the prosthetic heart valve, the delivery rod configured to be actuated to move distally relative to the housing to move a prosthetic heart valve disposed within the valve holding tube out of the valve holding tube and distally within the elongate sheath of the catheter assembly, the catheter assembly configured to be actuated to move proximally relative to the housing such that the prosthetic valve is disposed outside of the lumen of the elongate sheath.
An air treatment device, in particular for changing the air in rooms, the device comprising: - a first flat-shaped casing (22; 37) configured to be housed in an insulating cladding of a perimeter wall of a building and comprising a first box-shaped body (23; 41); a first lateral panel (24; 42); and at least one first mouth (25; 43) for the passage of at least one air flow; and - a second flat-shaped casing (9; 36) configured to be housed in the insulating cladding of the perimeter wall and comprising a second box-shaped body (21; 38); a second lateral panel (13; 39), which is selectively removable from the second box-shaped body (21; 38); and at least one second mouth (14; 40) for the passage of at least one air flow; the first casing (22; 37) being configured to be housed in the second casing (9; 36) and selectively inserted and extracted in/from the second box-shaped body (21; 38); the at least first mouth (25; 43) being in communication with the second mouth (14; 40) for the passage of said at least air flow. - a first flat-shaped casing (22; 37) configured to be housed in an insulating cladding of a perimeter wall of a building and comprising a first box-shaped body (23; 41); a first lateral panel (24; 42); and at least one first mouth (25; 43) for the passage of at least one air flow; and - a second flat-shaped casing (9; 36) configured to be housed in the insulating cladding of the perimeter wall and comprising a second box-shaped body (21; 38); a second lateral panel (13; 39), which is selectively removable from the second box-shaped body (21; 38); and at least one second mouth (14; 40) for the passage of at least one air flow; the first casing (22; 37) being configured to be housed in the second casing (9; 36) and selectively inserted and extracted in/from the second box-shaped body (21; 38); the at least first mouth (25; 43) being in communication with the second mouth (14; 40) for the passage of said at least air flow.
Method of transmitting a multicarrier signal by a transmitter implementing at least two transmit antennas, destined for at least one receiver implementing at least one receive antenna, comprising a step of obtaining an estimation CSI_DL by means of pilots transmitted by the transmitter of at least one downlink transmission channel, where a downlink channel is defined between one of said transmit antennas and said or one of said receive antennas; and a transmission phase implementing at least one iteration of the following steps, for at least one downlink channel: - transmitting of useful data on said downlink channel, taking account of said estimation of the downlink channel; - updating of said estimation of the downlink channel comprising the following sub steps: - reception of an information item of acknowledgement of receipt of said useful data, transmitted by the receiver associated with said downlink channel, - estimation of the uplink channel corresponding to said downlink channel, on the basis of said acknowledgement information item, - revising of said estimation of the downlink channel on the basis of said estimation of the uplink channel, the step of estimating the uplink channel delivering an estimation of a first portion of the frequency response of said uplink channel and the method comprising a step of frequency interpolation making it possible to estimate a second portion of said frequency response on the basis of said first portion. - transmitting of useful data on said downlink channel, taking account of said estimation of the downlink channel; - updating of said estimation of the downlink channel comprising the following sub steps: - reception of an information item of acknowledgement of receipt of said useful data, transmitted by the receiver associated with said downlink channel, - estimation of the uplink channel corresponding to said downlink channel, on the basis of said acknowledgement information item, - revising of said estimation of the downlink channel on the basis of said estimation of the uplink channel, - reception of an information item of acknowledgement of receipt of said useful data, transmitted by the receiver associated with said downlink channel, - estimation of the uplink channel corresponding to said downlink channel, on the basis of said acknowledgement information item, - revising of said estimation of the downlink channel on the basis of said estimation of the uplink channel,
Portable hair-styling appliance comprising a handle , a blowing module embedded to generate an airflow, and an accessory which is connected to the handle and which is provided with a first air outlet and a second air outlet distinct from one another, said accessory being rotatably mounted relative to the handle to develop between at least one first angular configuration, wherein the airflow is blown through the accessory by way of the first air outlet and a second angular configuration, wherein the airflow is blown through the accessory by way of the second air outlet , said appliance further comprising a means for locking the accessory relative to the handle in at least one of said first and second angular configurations to prohibit the accessory from leaving the first or second angular configuration wherein it is located, and a control member to enable a user of the appliance to control the locking and/or the unlocking of the accessory by the locking means.
A method for viscosity measurement of non Newtonian fluid being a shear-thinning fluid, for in-line measurement and process control comprising the steps of: adding one or more additives to a base fluid to form the non-Newtonian fluid; feeding the non-Newtonian fluid to an in-line viscosity measurement device, wherein said in-line viscosity measurement device is a Coriolis flowmeter, in which the torsional oscillation frequency is altered between 1Hz and 10,000Hz and the shear rate in the viscosity measurement device is maintained at a rate of 150 - 600s -1 , wherein by altering the torsional frequency the shear rate of the fluid is changed; measuring the viscosity of the non-Newtonian fluid to obtain a rheological measurement and a measured effluent, wherein at least two data points are measured at two different frequencies; adjusting the addition of the one or more additives to the base fluid based on the rheological measurement. adding one or more additives to a base fluid to form the non-Newtonian fluid; feeding the non-Newtonian fluid to an in-line viscosity measurement device, wherein said in-line viscosity measurement device is a Coriolis flowmeter, in which the torsional oscillation frequency is altered between 1Hz and 10,000Hz and the shear rate in the viscosity measurement device is maintained at a rate of 150 - 600s -1 , wherein by altering the torsional frequency the shear rate of the fluid is changed; measuring the viscosity of the non-Newtonian fluid to obtain a rheological measurement and a measured effluent, wherein at least two data points are measured at two different frequencies; adjusting the addition of the one or more additives to the base fluid based on the rheological measurement.
Securing element for a shoe of a boot with a disc-shaped one-piece or multi-piece base body , comprising - a base side for fastening to the boot , - a cover side opposite the base side , and - two notches formed in the shell between the base side and the cover side for respectively receiving and guiding one end of a shoelace , wherein the ends of the shoelace , guided in the notches , can be pulled in a pulling direction for lacing the boot , wherein the notches , as seen in the pulling direction , each have a portion which, as seen in the pulling direction , run close to one another in such a way that the ends of the lace enter the notches at an entry angle which is equal to or greater than an exit angle at which the ends of the lace emerge from the two notch sections again, and the notches being set up frictionally holding the ends of the lace in these sections against the corresponding guiding direction , wherein the notches in the sections comprise teeth projecting into an inner space of the corresponding notch , and wherein at least a part of the teeth is inclined in the corresponding guiding direction , wherein the teeth are arranged parallel to each other and angularly to the pulling direction at least one of the teeth being formed larger than the rest of the teeth , the larger tooth extending over a part of the inner space of the corresponding notch on the outside, the larger tooth being arranged in one of the notches after the smaller teeth as seen in the corresponding guiding direction , and being interrupted in the interior of the notch. - a base side for fastening to the boot , - a cover side opposite the base side , and - two notches formed in the shell between the base side and the cover side for respectively receiving and guiding one end of a shoelace , wherein the ends of the shoelace , guided in the notches , can be pulled in a pulling direction for lacing the boot , wherein the notches , as seen in the pulling direction , each have a portion which, as seen in the pulling direction , run close to one another in such a way that the ends of the lace enter the notches at an entry angle which is equal to or greater than an exit angle at which the ends of the lace emerge from the two notch sections again, and the notches being set up frictionally holding the ends of the lace in these sections against the corresponding guiding direction , wherein the notches in the sections comprise teeth projecting into an inner space of the corresponding notch , and wherein at least a part of the teeth is inclined in the corresponding guiding direction , wherein the teeth are arranged parallel to each other and angularly to the pulling direction at least one of the teeth being formed larger than the rest of the teeth , the larger tooth extending over a part of the inner space of the corresponding notch on the outside, the larger tooth being arranged in one of the notches after the smaller teeth as seen in the corresponding guiding direction , and being interrupted in the interior of the notch.
Modular transport robot for transporting consignments, with at least one base element for the physical structure of the transport robot , with at least two supplementary modules for technically equipping the transport robot , with at least one consignment box for receiving consignments and with at least one control apparatus for controlling the transport robot , wherein the at least one base element and each of the supplementary modules have corresponding connection elements and are electrically connected to one another in each case via at least one electrical connection comprising the corresponding connection elements , wherein the at least one base element has at least one cable harness for electrically connecting the connection elements of the base element to one another, wherein the at least one base element and the supplementary modules are designed to correspond to one another in such manner that the connection elements of the at least two supplementary modules can each optionally be connected directly to at least two connection elements provided at different points, each forming a common connection with the at least one base element , characterised in that the at least one base element has a plurality of receptacles spaced apart from one another for receiving supplementary modules in a positive-locking manner, wherein the at least two supplementary modules are received in different receptacles in a positive-locking manner, wherein the receptacles have an opening for inserting the supplementary modules and wherein at least one connection element is provided on the sides of the receptacles facing away from the openings .
A covering mount for the releasable attachment, in particular to a roller running track of a sliding door installation , including a basic body , wherein a retaining section for retaining the roller running track is formed at the basic body , wherein furthermore at the basic body are formed a first attachment section for attaching to a first counter-attachment section of a covering in a first attachment direction (B1) and a second attachment section spaced apart from the first attachment section for attaching to a second counter-attachment section of the covering in a second attachment direction (B2), wherein the first attachment direction (B1) and the second attachment direction (B2) together include a correlation angle (α) in a range between 70° and 110°, characterized in that the retaining section for a pivoting and/or rotating attachment to a roller running track includes a plate-shaped extension with a width, which is smaller than the length of said plate-shaped extension, such that the retaining section with the lesser width extension is insertable in an associated retaining groove formed at the roller running track and the attachment of the covering mount to the roller running track can be realized by a rotary attachment movement, whereby the retaining section is retained within the groove , wherein the groove is formed on both sides with an undercut, behind which undercut can engage the corresponding frontal sides of the plate-shaped retaining section , wherein the retaining section includes manoeuvre clearance within the groove such that the retaining section is displaceably supported in the retaining groove .
A turbine speed probe diagnostic system, comprising: a speed lead connected to a speed probe and to a speed reading circuit ; a speed probe diagnostic circuit ; a first isolation switch connected between the speed lead and the speed probe diagnostic circuit ; wherein the speed probe generates a speed signal and transmits the speed signal through the speed lead to the speed reading circuit during normal operation of the turbine, the first isolation switch being open during normal operation to isolate the speed probe diagnostic circuit from the speed lead ; and wherein the first isolation switch closes when no speed signal is sensed by the speed reading circuit and the speed probe diagnostic circuit applies a voltage or a ground to the speed lead through the first isolation switch to test for a condition of the speed probe or the speed lead . a speed lead connected to a speed probe and to a speed reading circuit ; a speed probe diagnostic circuit ; a first isolation switch connected between the speed lead and the speed probe diagnostic circuit ; wherein the speed probe generates a speed signal and transmits the speed signal through the speed lead to the speed reading circuit during normal operation of the turbine, the first isolation switch being open during normal operation to isolate the speed probe diagnostic circuit from the speed lead ; and wherein the first isolation switch closes when no speed signal is sensed by the speed reading circuit and the speed probe diagnostic circuit applies a voltage or a ground to the speed lead through the first isolation switch to test for a condition of the speed probe or the speed lead .