mhurhangee/patent-ind-claim-en huggingface dataset:
Printing apparatus comprising: - a printing device arranged for printing a document (D) on a strip (S) that advances along a path; - cutting means arranged for separating the document (D) from the strip (S); - a reversible rotor with a forward rotation, for driving said cutting means in case of normal operation, and a backward rotation, to unlock said cutting means, in case of lock of said cutting means , for example due to jamming; - characterised by a mechanism that connects said rotor to said cutting means , said mechanism having at least one first portion connected to said rotor and at least one second portion connected to said cutting means ; in which: - in said forward rotation, said first portion is coupled with said second portion , whereby the motion is transmitted to said cutting means ; - in an initial portion of said backward rotation, said first portion is decoupled from said second portion , whereby said rotor does not drive said second portion and the motion is not transmitted to said cutting means ; - continuing said backward rotation, after said initial portion of backward rotation, said first portion is coupled with said second portion , whereby said rotor also drives said second portion and then the motion is transmitted to said cutting means ; wherein said initial portion of backward rotation extends for an angle of at least 180° such as to determine an impact of said first portion against said second portion that is sufficient to unlock said cutting means . - a printing device arranged for printing a document (D) on a strip (S) that advances along a path; - cutting means arranged for separating the document (D) from the strip (S); - a reversible rotor with a forward rotation, for driving said cutting means in case of normal operation, and a backward rotation, to unlock said cutting means, in case of lock of said cutting means , for example due to jamming; - characterised by a mechanism that connects said rotor to said cutting means , said mechanism having at least one first portion connected to said rotor and at least one second portion connected to said cutting means ; - in said forward rotation, said first portion is coupled with said second portion , whereby the motion is transmitted to said cutting means ; - in an initial portion of said backward rotation, said first portion is decoupled from said second portion , whereby said rotor does not drive said second portion and the motion is not transmitted to said cutting means ; - continuing said backward rotation, after said initial portion of backward rotation, said first portion is coupled with said second portion , whereby said rotor also drives said second portion and then the motion is transmitted to said cutting means ;
A system for providing feature transparency at wireless devices, comprising: a sentry engine for allowing a particular feature to be or preventing the particular feature from being provided at a wireless device that is being transported by a vehicle in a non-terrestrial environment, the particular feature provided by the wireless device in a terrestrial environment, and the sentry engine configured to: determine one or more conditions corresponding to a wireless device providing the particular feature in the non-terrestrial environment; and based on the one or more conditions and on a particular set of rules corresponding to providing the particular feature in the non-terrestrial environment, one of: prevent communications between (i) an application executed by the wireless device and corresponding to providing the particular feature in the non-terrestrial environment, and (ii) a terrestrial communication system supporting the particular feature, wherein the terrestrial communication system is the home system to which the wireless device is homed, or allow communications between the application and the terrestrial communication system, wherein the particular set of rules is different than another set of rules corresponding to providing another feature at the wireless device in the non-terrestrial environment. determine one or more conditions corresponding to a wireless device providing the particular feature in the non-terrestrial environment; and based on the one or more conditions and on a particular set of rules corresponding to providing the particular feature in the non-terrestrial environment, one of: prevent communications between (i) an application executed by the wireless device and corresponding to providing the particular feature in the non-terrestrial environment, and (ii) a terrestrial communication system supporting the particular feature, wherein the terrestrial communication system is the home system to which the wireless device is homed, or allow communications between the application and the terrestrial communication system, wherein the particular set of rules is different than another set of rules corresponding to providing another feature at the wireless device in the non-terrestrial environment. prevent communications between (i) an application executed by the wireless device and corresponding to providing the particular feature in the non-terrestrial environment, and (ii) a terrestrial communication system supporting the particular feature, wherein the terrestrial communication system is the home system to which the wireless device is homed, or allow communications between the application and the terrestrial communication system, wherein the particular set of rules is different than another set of rules corresponding to providing another feature at the wireless device in the non-terrestrial environment.
A semiconductor apparatus comprising: a semiconductor chip comprising: a modular region comprising a plurality of modular areas each comprising a memory cell array with redundant bit lines and a peripheral memory area storing at least redundant addresses; a test circuit retrieving the redundant addresses intrinsic to the semiconductor chip, wherein a distribution of the redundant addresses is randomly formed related to a part or a whole of the modular areas of the modular region, wherein the test circuit outputs a random number generated from physical properties intrinsic to the semiconductor chip according to a specification code {a} received from a physical-chip-identification measuring device not included in the semiconductor chip, wherein the specification code {a} is configured to specify a reading area of the redundant addresses, wherein the random number is generated based on the distribution of the redundant addresses, and a digital code generation circuit (modf, modv) generating an output identification code {D(i,a), D(a)} using the random number, wherein the semiconductor apparatus is characterized in that : the test circuit combines the random number with the specification code {a} in order for the digital code generation circuit (modf, modv) to generate the output identification code {D(i,a), D(a)}, and the specification code {a} is received by the physical-chip-identification measuring device. a modular region comprising a plurality of modular areas each comprising a memory cell array with redundant bit lines and a peripheral memory area storing at least redundant addresses; a test circuit retrieving the redundant addresses intrinsic to the semiconductor chip, wherein a distribution of the redundant addresses is randomly formed related to a part or a whole of the modular areas of the modular region, wherein the test circuit outputs a random number generated from physical properties intrinsic to the semiconductor chip according to a specification code {a} received from a physical-chip-identification measuring device not included in the semiconductor chip, wherein the specification code {a} is configured to specify a reading area of the redundant addresses, wherein the random number is generated based on the distribution of the redundant addresses, and a digital code generation circuit (modf, modv) generating an output identification code {D(i,a), D(a)} using the random number, wherein the semiconductor apparatus is characterized in that : the test circuit combines the random number with the specification code {a} in order for the digital code generation circuit (modf, modv) to generate the output identification code {D(i,a), D(a)}, and the specification code {a} is received by the physical-chip-identification measuring device.
Capillary stabilizer for a liquid sample designed for registering spectroscopic spectra of volatile liquids by the Attenuated Total Reflectance Infrared (ATR-FTIR) technique, that consists of a capillary and a holder, characterized in that the capillary is made of borosilicate glass and it has a length in the range of from 35.0 to 60.0 mm, an outer diameter in the range of from 6.5 to 10.0 mm and an inner diameter in the range of from 1.2 to 1.8 mm, wherein a widening is located in the upper portion of the capillary , which the widening in its inlet portion has a diameter in the range of from 4.0 to 8.0 mm, and a height in the range of from 5.0 to 10.0 mm, while in the lower portion of the capillary there is a widening having with a diameter of its base in the range of from 3.0 to 3.5 mm and a height in the range of from 0.7 to 1.0 mm, and whereas a chamfer is made on the outer perimeter of the upper outlet of the capillary which chamfer having a depth in the range of from 0.3 to 0.5 mm, simultaneously the capillary is placed in the holder .
A data transmission method, comprising: obtaining , by a transmission device, configuration information sent by a base station, wherein the configuration information comprises a second destination address, and the second destination address is an address of a receiving device performing D2D communication; receiving , by the transmission device, scheduling assignment SA signaling sent by at least one sending device, wherein the SA signaling is used to indicate data sent by the sending device, the SA signaling comprises a first destination address, and the first destination address is a destination address to which the data is sent, matching, by the transmission device, the first destination address with the second destination address, and if the first destination address is the same as the second destination address, performing the following steps; receiving , by the transmission device, first data, wherein the first data is the data indicated by the SA signaling that is received by the transmission device from the at least one sending device; and sending , by the transmission device, relay data, wherein the relay data is one or more pieces of data of the first data. obtaining , by a transmission device, configuration information sent by a base station, wherein the configuration information comprises a second destination address, and the second destination address is an address of a receiving device performing D2D communication; receiving , by the transmission device, scheduling assignment SA signaling sent by at least one sending device, wherein the SA signaling is used to indicate data sent by the sending device, the SA signaling comprises a first destination address, and the first destination address is a destination address to which the data is sent, matching, by the transmission device, the first destination address with the second destination address, and if the first destination address is the same as the second destination address, performing the following steps; receiving , by the transmission device, first data, wherein the first data is the data indicated by the SA signaling that is received by the transmission device from the at least one sending device; and sending , by the transmission device, relay data, wherein the relay data is one or more pieces of data of the first data.
A marked wheel rim , including: a rim body , including an outer surface ; a mark , embedded on the outer surface and including an outer peripheral edge abutting against the rim body , and the outer peripheral edge being non-protrusive beyond the outer surface . a rim body , including an outer surface ; a mark , embedded on the outer surface and including an outer peripheral edge abutting against the rim body , and the outer peripheral edge being non-protrusive beyond the outer surface .
A specimen preparation device that prepares a cross section of a specimen by applying an ion beam, the specimen preparation device comprising: an ion beam generator that generates the ion beam; a specimen holder that holds the specimen ; and a shield plate that shields part of the specimen from the ion beam, wherein the specimen holder further comprises a tilted plate that is placed to intersect a path of the ion beam on a downstream side of the specimen , and has an incidence surface that is tilted relative to a direction in which the ion beam is incident, characterized in that a through-hole is formed in the specimen holder , and the tilted plate and the through-hole overlap each other when viewed in travel direction of the ion beam. an ion beam generator that generates the ion beam; a specimen holder that holds the specimen ; and a shield plate that shields part of the specimen from the ion beam, wherein the specimen holder further comprises a tilted plate that is placed to intersect a path of the ion beam on a downstream side of the specimen , and has an incidence surface that is tilted relative to a direction in which the ion beam is incident, characterized in that a through-hole is formed in the specimen holder , and the tilted plate and the through-hole overlap each other when viewed in travel direction of the ion beam.
A method for wireless communications by a user equipment, UE, comprising: receiving a random access response message from a wireless node, wherein the random access response message comprises an inquiry on whether beam correspondence between the UE and the wireless node applies at the UE; determining whether beam correspondence between the UE and the wireless node applies at the UE, wherein determining whether beam correspondence applies comprises determining whether the LTE can determine at least one of: a beam to use for uplink transmission based on a downlink reception beam or a beam to use for downlink reception based on an uplink transmission beam; and transmitting a radio resource control, RRC, connection request message to the wireless node, wherein the RRC connection request message comprises both a payload and at least one of: a synchronization sequence or a demodulation reference signal, wherein the RRC connection request message is configured to further include an indication of whether the beam correspondence applies, based on the determining and in response to the inquiry. receiving a random access response message from a wireless node, wherein the random access response message comprises an inquiry on whether beam correspondence between the UE and the wireless node applies at the UE; determining whether beam correspondence between the UE and the wireless node applies at the UE, wherein determining whether beam correspondence applies comprises determining whether the LTE can determine at least one of: a beam to use for uplink transmission based on a downlink reception beam or a beam to use for downlink reception based on an uplink transmission beam; and transmitting a radio resource control, RRC, connection request message to the wireless node, wherein the RRC connection request message comprises both a payload and at least one of: a synchronization sequence or a demodulation reference signal, wherein the RRC connection request message is configured to further include an indication of whether the beam correspondence applies, based on the determining and in response to the inquiry.
A method of installing a retrofit brick tie , comprising: obtaining a retrofit brick tie comprising an elongate member having a first end and a second end , creating a bore in an interior surface of a brick structure; filling the bore with an adhesive ; allowing the adhesive to cure; and positioning a stud proximate the interior surface; characterised in that : the first end including a first aperture and a second aperture , each of the first and second apertures configured and arranged to receive a fastener , the second end including a first elongated opening and a second elongated opening , each of the first and second elongated openings configured and arranged to receive an adhesive ; and the method comprising inserting the second end into the bore so that the adhesive fills in the elongated openings and the first end extends outward from the interior surface; inserting a fastener through each of the first and second apertures and into the stud thereby securing the stud to the brick structure. obtaining a retrofit brick tie comprising an elongate member having a first end and a second end , creating a bore in an interior surface of a brick structure; filling the bore with an adhesive ; allowing the adhesive to cure; and positioning a stud proximate the interior surface; inserting the second end into the bore so that the adhesive fills in the elongated openings and the first end extends outward from the interior surface; inserting a fastener through each of the first and second apertures and into the stud thereby securing the stud to the brick structure.
A device for monitoring the operation of a dosage dispenser of a liquid additive in a main liquid which actuates the dosage dispenser according to suction and delivery stages, which dosage dispenser includes a suction pipe suitable for plunging into the liquid additive contained in a container, the monitoring device including means (D) for detecting the suction of liquid additive and means (A) for displaying operating parameters of the dosage dispenser which are suitable for transmitting, using data provided by the detecting means, a piece of information at least when the level of liquid additive in the container reaches a lower limit, and when an untimely increase in the level occurs in the container, characterized in that the means for detecting the suction of liquid additive comprise: - a tube , separate from the suction pipe , one end of which is provided for plunging into the container of liquid additive, and the other end of which is designed to be held fixed relative to the suction pipe in order to be located outside the container, this other end being closed and provided with a sensor for the air pressure in the tube , which sensor outputs an electrical signal, - and means (E) for utilizing the signal from the sensor , which means are connected to the output of the sensor, in order to provide the operational information. - a tube , separate from the suction pipe , one end of which is provided for plunging into the container of liquid additive, and the other end of which is designed to be held fixed relative to the suction pipe in order to be located outside the container, this other end being closed and provided with a sensor for the air pressure in the tube , which sensor outputs an electrical signal, - and means (E) for utilizing the signal from the sensor , which means are connected to the output of the sensor, in order to provide the operational information.
A lower structure for a seat unit comprising: a hollow structure integrally formed using a composite member characterized in that : the lower structure includes attachment points to an aircraft at three places on its bottom; a block is embedded in the composite member at each of the attachment points; the lower structure of the seat unit further comprises a bracket coupled to the block; a thickness of the composite member around a bracket coupled to the block is less than a thickness at other locations; an outer surface of the composite member around the bracket has a recess ; and an inner surface of the composite member around the bracket is flat. the lower structure includes attachment points to an aircraft at three places on its bottom; a block is embedded in the composite member at each of the attachment points; the lower structure of the seat unit further comprises a bracket coupled to the block; a thickness of the composite member around a bracket coupled to the block is less than a thickness at other locations; an outer surface of the composite member around the bracket has a recess ; and an inner surface of the composite member around the bracket is flat.
Method to operate an apparatus for feeding liquid metal to an evaporator device in a vacuum chamber, wherein the feed tube runs from a container adapted to contain a liquid metal to the evaporator device and wherein an electromagnetic pump is provided in the feed tube and a valve in the feed tube between the electromagnetic pump and the evaporator device, characterised in that the method comprises: - providing an electromagnetic pump which is at least partially gas permeable, - enclosing the electromagnetic pump in a pressure controlled enclosure, - lowering the pressure and/or maintaining a vacuum in the pressure controlled enclosure before and/or when filling the electromagnetic pump with liquid metal, - maintaining a vacuum in the pressure controlled enclosure during operation, and - increasing the pressure and/or maintaining an increased pressure in the pressure controlled enclosure before and/or when draining liquid metal from the electromagnetic pump. - providing an electromagnetic pump which is at least partially gas permeable, - enclosing the electromagnetic pump in a pressure controlled enclosure, - lowering the pressure and/or maintaining a vacuum in the pressure controlled enclosure before and/or when filling the electromagnetic pump with liquid metal, - maintaining a vacuum in the pressure controlled enclosure during operation, and - increasing the pressure and/or maintaining an increased pressure in the pressure controlled enclosure before and/or when draining liquid metal from the electromagnetic pump.
A breast implant comprising a three-dimensional scaffold structure, wherein said three-dimensional scaffold structure comprises holes and/or pores, which upon implantation can be colonized by cells, and in addition comprises voids, and wherein said voids are filled with space-occupying structures that are removably attached to said three-dimensional scaffold structure and that are configured to prevent invasion of tissue and/or of individual cells into said voids.
Rotating blade for a gas turbine, comprising an airfoil extending in a longitudinal direction and having a leading edge and a trailing edge , whereby said airfoil is bordered at its outer end by a tip shroud , whereby said airfoil comprises two or more internal passages (15a, 15b and 15c), which run in longitudinal direction and are separated by solid webs (23 and 24), and whereby a plurality of shroud fins (18a, 18b and 18c) are arranged on top of said tip shroud to improve gas sealing against a corresponding stator heat shield, the position of each of said shroud fins (18a, 18b and 18c) is selected to be exclusively above, along the longitudinal direction, one of said webs and/or a leading edge wall; the rotating blade being characterized in that on a longitudinally outer surface of said tip shroud and behind, along a direction towards the trailing edge , the shroud fin provided at the leading edge of said blade one or more small fins are provided to increase the heat transfer to a colder surrounding medium for increased cooling of a floor of said tip shroud ; wherein said small fins are aligned with the rotating direction of the blade to minimise a breaking effect and improve the mechanical stability of tip shroud against bending upwards due to the centrifugal force.