mhurhangee/patent-ind-claim-en huggingface dataset:
A frame, in particular a side frame , for a drawer , having the following features: a) an outer shell ; b) an inner shell ; c) at least one or more functional device(s) fastened to the outer shell and/or the inner shell ; d) the outer shell is movable relative to the inner shell ; e) the outer shell forms the upper side of the side frame; f) the outer shell and the inner shell form a connection in the upper region of the side frame; g) at least one of the functional devices comprises at least one energy storage device which generates at least one preferably vertical force component (F) which presses the outer shell and the inner shell against one another in the region of the connection, wherein h) the outer shell is detachably fixable to the inner shell at least in one position relative to the inner shell by a securing element , so that the displacement is blocked in a securing position, and the relative movement, in particular the relative displacement, is released in a release position, characterized in that i) the at least one securing element is a screw or a resilient pressure piece which comprises at least one spring which is a coil spring . a) an outer shell ; b) an inner shell ; c) at least one or more functional device(s) fastened to the outer shell and/or the inner shell ; d) the outer shell is movable relative to the inner shell ; e) the outer shell forms the upper side of the side frame; f) the outer shell and the inner shell form a connection in the upper region of the side frame; g) at least one of the functional devices comprises at least one energy storage device which generates at least one preferably vertical force component (F) which presses the outer shell and the inner shell against one another in the region of the connection, wherein h) the outer shell is detachably fixable to the inner shell at least in one position relative to the inner shell by a securing element , so that the displacement is blocked in a securing position, and the relative movement, in particular the relative displacement, is released in a release position, characterized in that i) the at least one securing element is a screw or a resilient pressure piece which comprises at least one spring which is a coil spring .
An endovascular prosthesis comprising: a stent, graft or stent-graft; and a multi-layer lattice resistant to dilation and creep; each layer of the lattice defines a plurality of openings; wherein when the prosthesis expands radially into an enlarged first diametrical dimension, wherein at least one layer of the lattice is resistant to further expansion; and wherein the prosthesis can be adjusted to a further enlarged second diametrical dimension when distensive force is applied thereto and the layer resistant to further expansion is compromised. a stent, graft or stent-graft; and a multi-layer lattice resistant to dilation and creep; each layer of the lattice defines a plurality of openings; wherein when the prosthesis expands radially into an enlarged first diametrical dimension, wherein at least one layer of the lattice is resistant to further expansion; and wherein the prosthesis can be adjusted to a further enlarged second diametrical dimension when distensive force is applied thereto and the layer resistant to further expansion is compromised.
A method for amplification of nucleic acid comprising the steps: i) incubating a solution containing nucleic acid with a lyophilized reagent composition comprising, a sequestering reagent wherein said sequestering agent is a cyclodextrin, a polymerase and a deoxyribonucleotide triphosphate (dNTP); and, ii) amplifying said nucleic acid; wherein said nucleic acid is immobilised on a solid support and wherein a lysis reagent is embedded onto said solid support; and wherein said solid support is a cellulose based matrix in the form of a pre punched disc or an FTA pre punched disc. i) incubating a solution containing nucleic acid with a lyophilized reagent composition comprising, a sequestering reagent wherein said sequestering agent is a cyclodextrin, a polymerase and a deoxyribonucleotide triphosphate (dNTP); and, ii) amplifying said nucleic acid;
A mobile station which performs communication using a same bearer over component carriers belonging to different base stations (MeNB, SeNB), wherein one of the different base stations is a base station of a secondary cell, the mobile station comprising: a reception unit configured to receive a message indicating the base station to which uplink data are to be transmitted; a determination unit configured to determine which of the different base stations in which the same bearer is configured is a base station to which the uplink data are to be transmitted according to the received message; and a transmission unit configured to transmit the uplink data to the determined base station; wherein the message is an RRC Connection Reconfiguration message including a PDCP-Config Information Element field indicating the base station to which the uplink data are to be transmitted and the reception unit receives the RRC Connection Reconfiguration message upon addition of a component carrier of the secondary cell, wherein the RRC Connection Reconfiguration message is used to configure the bearer that is to be used to transmit the uplink data to the determined base station. a reception unit configured to receive a message indicating the base station to which uplink data are to be transmitted; a determination unit configured to determine which of the different base stations in which the same bearer is configured is a base station to which the uplink data are to be transmitted according to the received message; and a transmission unit configured to transmit the uplink data to the determined base station; wherein the message is an RRC Connection Reconfiguration message including a PDCP-Config Information Element field indicating the base station to which the uplink data are to be transmitted and the reception unit receives the RRC Connection Reconfiguration message upon addition of a component carrier of the secondary cell, wherein the RRC Connection Reconfiguration message is used to configure the bearer that is to be used to transmit the uplink data to the determined base station.
A heavy duty tire, comprising a tread, the tread comprising an isoprene-based rubber, a polybutadiene rubber, and a resin, the tread showing a tan δ versus temperature curve with a tan δ peak in the temperature range of -70°C to - 20°C, wherein a tan δ at the peak and a half-width of the peak satisfy the relationship below, the tread having a surface roughness after abrasion of 5.5 or more, the tan δ at the peak in the temperature range of − 70 ° C to − 20 ° C / the half − width of the peak ≥ 0.021 the tread comprising an isoprene-based rubber, a polybutadiene rubber, and a resin, the tread showing a tan δ versus temperature curve with a tan δ peak in the temperature range of -70°C to - 20°C, wherein a tan δ at the peak and a half-width of the peak satisfy the relationship below, the tread having a surface roughness after abrasion of 5.5 or more, the tan δ at the peak in the temperature range of − 70 ° C to − 20 ° C / the half − width of the peak ≥ 0.021
A kit for treating a treatment area in a vasculature of a patient, said kit comprising: a guidewire including a first distal portion adapted for positioning at the treatment area (A) and a first proximal portion including a first ruler thereon, said first ruler being perceptible by the clinician external to the vasculature without the use of fluoroscopy, said first ruler adapted for measuring a distance from a first predetermined starting point (S) on the guidewire; and a catheter having a shaft including a second distal portion adapted for positioning at the treatment area (A) and a second proximal portion including a second ruler thereon, said second ruler being perceptible by the clinician external to the vasculature without the use of fluoroscopy, said second ruler adapted for measuring a distance from a second predetermined starting point (S) on the catheter, characterized in that the catheter comprises a balloon adjacent a distal end of the catheter, and wherein the second predetermined point (S) is an end of the balloon (15a, b). a guidewire including a first distal portion adapted for positioning at the treatment area (A) and a first proximal portion including a first ruler thereon, said first ruler being perceptible by the clinician external to the vasculature without the use of fluoroscopy, said first ruler adapted for measuring a distance from a first predetermined starting point (S) on the guidewire; and a catheter having a shaft including a second distal portion adapted for positioning at the treatment area (A) and a second proximal portion including a second ruler thereon, said second ruler being perceptible by the clinician external to the vasculature without the use of fluoroscopy, said second ruler adapted for measuring a distance from a second predetermined starting point (S) on the catheter, characterized in that the catheter comprises a balloon adjacent a distal end of the catheter, and wherein the second predetermined point (S) is an end of the balloon (15a, b).
Gravimetric measuring device system, comprising a balance base body, a weighing system, and a plurality of different top units for alternatively constructing different gravimetric measuring devices which each comprise the balance base body , the weighing system and one of the top units , wherein this top unit (14, 14', 14", 14′′′) is reversibly fixed on a balance base body wall of the balance base body , and the weighing system has a load receptor which passes through the balance base body wall and the top unit , and wherein a plurality of optical, magnetic, tactile, radio, thermal, electrical and/or electronic interfaces coupled to a balance electronics are arranged on the balance base body wall , at least one of which interfaces is connected to a corresponding interface of the top unit to form an optical, magnetic, tactile, radio, thermal, electrical and/or electronic connection between the top unit (14, 14', 14", 14′′′) and the balance electronics, while other interfaces are not contacted by corresponding interfaces of the top unit .
A solid electrolyte material comprising a crystal structure including a structure framework and an ion-conductive species, wherein the structure framework has a one-dimensional chain in which a plurality of polyhedrons are linearly connected to each other while sharing a corner, each of the plurality of polyhedrons contains at least one type of cation and at least one type of anion, and wherein the polyhedron is composed of at least one cation selected from the group consisting of Nb, Ta, and P and at least one anion selected from the group consisting of O, F, CI, Br, and I. wherein the structure framework has a one-dimensional chain in which a plurality of polyhedrons are linearly connected to each other while sharing a corner, each of the plurality of polyhedrons contains at least one type of cation and at least one type of anion, and wherein the polyhedron is composed of at least one cation selected from the group consisting of Nb, Ta, and P and at least one anion selected from the group consisting of O, F, CI, Br, and I.
Housing , in particular for an electrotechnical device, comprising at least two housing parts which each have a connecting surface which, in a closed state of the housing , face each other along a connecting portion , at least one of the at least two housing parts having, along the connecting portion , at least one integrated protective portion , in particular for EMC shielding and/or for mechanical protection, characterized in that, at least partially along the connecting portion , at least one protective portion externally covers a gap between the at least two housing parts . at least one of the at least two housing parts having, along the connecting portion , at least one integrated protective portion , in particular for EMC shielding and/or for mechanical protection, characterized in that, at least partially along the connecting portion , at least one protective portion externally covers a gap between the at least two housing parts .
A polyarylene sulfide resin composition comprising a polyarylene sulfide resin (A), a glass fiber (B), and a silane coupling agent (C) blended as essential components, wherein the glass fiber (B) is a glass fiber having, in the glass fiber, an MgO content of 6 mass% or more, a CaO content of 16 mass% or less, and an R 2 O content (the R 2 O content representing the total content of LiO 2 , Na 2 O, and K 2 O) of 1 mass% or less, and, per 100 parts by mass of the polyarylene sulfide resin (A), the glass fiber (B) is within a range of 10 to 100 parts by mass, and the silane coupling agent (C) is within a range of 0.01 to 10 parts by mass. wherein the glass fiber (B) is a glass fiber having, in the glass fiber, an MgO content of 6 mass% or more, a CaO content of 16 mass% or less, and an R 2 O content (the R 2 O content representing the total content of LiO 2 , Na 2 O, and K 2 O) of 1 mass% or less, and, per 100 parts by mass of the polyarylene sulfide resin (A), the glass fiber (B) is within a range of 10 to 100 parts by mass, and the silane coupling agent (C) is within a range of 0.01 to 10 parts by mass.
An apparatus for adjusting the field of view of an X-ray imaging system comprising: - an input unit ; and - a processing unit ; wherein the input unit is configured to acquire (i) initial patient position image data of a patient in an initial position from a patient position camera based in a first coordinate system of a patient position camera and (ii) to acquire initial X-ray image data of the patient from an X-ray system configured into an initial field of view setting, wherein the initial patient position image data and the initial X-ray image data are acquired substantially simultaneously; wherein the processing unit is configured to detect a portion of an item of patient anatomy in the initial X-ray image data, to predict an improved field of view setting for enhanced imaging of the item of patient anatomy in a second coordinate system of the initial X-ray image data, wherein the prediction is provided using an anatomical model, to obtain subsequent patient position image data from the patient position camera, to generate patient position error data by comparing the subsequent patient position image data with the initial patient position image data, and to provide a subsequent field of view setting based on the patient position error data and the improved field of view setting. - an input unit ; and - a processing unit ;
A computer comprising a plurality of interconnected processing nodes arranged in a configuration with multiple layers, arranged along an axis, comprising first and second endmost layers and at least one intermediate layer between the first and second endmost layers; each layer comprising a plurality of processing nodes connected in a ring by an intralayer respective set of links (L1) between each pair of neighbouring processing nodes , the links in each set adapted to operate simultaneously; wherein processing nodes in each layer are connected to respective corresponding nodes in each adjacent layer by an interlayer link, wherein each processing node in the first endmost layer is connected to a corresponding node in the second endmost layer; the computer being programmed to transmit data around a plurality of embedded one-dimensional logical rings (R1), each logical ring (R1) using all processing nodes of the computer in such a manner that the plurality of embedded one-dimensional logical rings (R1) operate simultaneously, each logical ring (R1) using all processing nodes of the computer; wherein the computer is programmed to transmit the data with an asymmetric bandwidth utilisation. each layer comprising a plurality of processing nodes connected in a ring by an intralayer respective set of links (L1) between each pair of neighbouring processing nodes , the links in each set adapted to operate simultaneously; wherein processing nodes in each layer are connected to respective corresponding nodes in each adjacent layer by an interlayer link, wherein each processing node in the first endmost layer is connected to a corresponding node in the second endmost layer; the computer being programmed to transmit data around a plurality of embedded one-dimensional logical rings (R1), each logical ring (R1) using all processing nodes of the computer in such a manner that the plurality of embedded one-dimensional logical rings (R1) operate simultaneously, each logical ring (R1) using all processing nodes of the computer; wherein the computer is programmed to transmit the data with an asymmetric bandwidth utilisation.
A method, performed by a user equipment, UE, device , of transmitting specific sidelink signals in a wireless communication system, the method comprising: sequentially selecting a plurality of specific sidelink signal resources in a predetermined period, wherein the sequentially selecting a plurality of specific sidelink signal resources in a predetermined period comprises: at each particular stage, randomly selecting one resource unit in a resource pool within the predetermined period for a specific sidelink signal; wherein a resource unit includes a portion of the frequency resources in a subframe among the plurality of subframes included in the resource pool; wherein the randomly selecting one resource unit in a resource pool at each stage comprises: excluding subframes included in the resource pool from which a resource unit has already been selected in previous stages; and transmitting the specific sidelink signals using the selected specific sidelink signal resources; wherein the specific sidelink signals are discovery signals. sequentially selecting a plurality of specific sidelink signal resources in a predetermined period, wherein the sequentially selecting a plurality of specific sidelink signal resources in a predetermined period comprises: at each particular stage, randomly selecting one resource unit in a resource pool within the predetermined period for a specific sidelink signal; wherein a resource unit includes a portion of the frequency resources in a subframe among the plurality of subframes included in the resource pool; wherein the randomly selecting one resource unit in a resource pool at each stage comprises: excluding subframes included in the resource pool from which a resource unit has already been selected in previous stages; and transmitting the specific sidelink signals using the selected specific sidelink signal resources; wherein the specific sidelink signals are discovery signals. excluding subframes included in the resource pool from which a resource unit has already been selected in previous stages; and transmitting the specific sidelink signals using the selected specific sidelink signal resources; wherein the specific sidelink signals are discovery signals.
An uninterruptible power supplying method, comprising: switching an uninterruptible power supply to a bypass working mode from a main loop working mode, so as to provide mains power for a load through a bypass ; mains power quality is first checked, and then the uninterruptible power supply is switched to run in the bypass according to a check result; when the mains power quality is good, a control module switches the uninterruptible power supply to the bypass from a main loop; when the mains power quality is not good, that is, when the mains power quality decreases to a certain degree, the control module switches the uninterruptible power supply to the main loop from the bypass, so that an inverter of the uninterruptible power supply provides power for the load; determining the working mode of the uninterruptible power supply ; and characterised in that when the uninterruptible power supply is in the bypass working mode, adjusting a working frequency of at least one switch tube in a main loop of the uninterruptible power supply to a second frequency from a first frequency, wherein the second frequency is less than the first frequency . switching an uninterruptible power supply to a bypass working mode from a main loop working mode, so as to provide mains power for a load through a bypass ; mains power quality is first checked, and then the uninterruptible power supply is switched to run in the bypass according to a check result; when the mains power quality is good, a control module switches the uninterruptible power supply to the bypass from a main loop; when the mains power quality is not good, that is, when the mains power quality decreases to a certain degree, the control module switches the uninterruptible power supply to the main loop from the bypass, so that an inverter of the uninterruptible power supply provides power for the load; determining the working mode of the uninterruptible power supply ; and characterised in that when the uninterruptible power supply is in the bypass working mode, adjusting a working frequency of at least one switch tube in a main loop of the uninterruptible power supply to a second frequency from a first frequency, wherein the second frequency is less than the first frequency .
A tip shroud assembly for use with a turbine engine , comprising: a shroud comprising a first end Z-notch and a second end Z-notch ; a seal rail on the shroud ; and a contoured fillet attaching the seal rail to the shroud , the contoured fillet comprising a Z-notch section about the first end Z-notch and one or more linear sections towards the second end Z-notch , wherein the Z-notch section comprises a plurality of expanding Z-notch radii , characterized in that the Z-notch section comprises a first mass, each of the one or more linear sections comprises a second mass, and the first mass is larger than the second mass. a shroud comprising a first end Z-notch and a second end Z-notch ; a seal rail on the shroud ; and a contoured fillet attaching the seal rail to the shroud , the contoured fillet comprising a Z-notch section about the first end Z-notch and one or more linear sections towards the second end Z-notch , wherein the Z-notch section comprises a plurality of expanding Z-notch radii ,