mhurhangee/patent-ind-claim-en huggingface dataset:
A human body back-scattering inspection system comprising: a first back-scattering scanning device and a second back-scattering scanning device which are placed in opposite positions relative to each other so that an object to be inspected stands therebetween when it is to be scanned, the first back-scattering scanning device comprising a first X-ray source , a first flying-spot forming unit , and a first detector , the first flying-spot forming unit having a plurality of holes that are distributed spirally on its cylindrical surface and outputting beams of X-rays, the first detector receiving beams of X-rays that are reflected from a body of the inspected object , the second back-scattering scanning device comprising a second X-ray source , a second flying-spot forming unit , and a second detector , the second flying-spot forming unit having a plurality of holes that are distributed spirally on its cylindrical surface and outputting beams of X-rays, the second detector receiving beams of X-rays that are reflected from the body of the inspected object ; said human body back-scattering inspection system being characterized in comprising: a controlling unit coupled to the first and second back-scattering scanning devices , and configured to generate controlling signals to cause the first flying-spot forming unit and the second flying-spot forming unit to emit X-rays and perform scanning at the same time and to output the beams of X-rays with a shift in time of about a half of a cycle of the intensity of beams varying over time, so that beams outputted from the second back-scattering scanning device are at maximum when the beams outputted from the first back-scattering scanning device are at minimum.
Interactive terminal configured to be placed against a planar face, which is said to be vertical, of a transparent wall , such as the interior face of the glazing of a window, said terminal comprising a housing having a back and sidewalls bounding an open cavity with an access aperture formed in a face, called the front face , of the housing opposite the back of the housing , this cavity accommodating, from the back in the direction of the front face via which the housing is intended to be applied against the transparent wall to be equipped, at least one processing unit , a display screen , and a capacitive touch panel separated at least partially from said screen by an air gap and through which said screen is visible, this cavity further containing at least one member for forcing air flow, the access aperture of the cavity being bounded by edges respectively forming vertical edges and upper and lower horizontal edges of said aperture when the housing is in the installed state, in which state the front face of said housing forming the face of application of the housing lies in a vertical plane, at least some of these edges being equipped with a seal , characterized in that the seal with which the upper horizontal edge of said access aperture is equipped, in the installed state of the housing , has, over at least part of its length, a convex/concave segment the convexity of which faces the exterior of the housing and the concavity of which faces the interior of the housing .
A portable transceiver unit comprising: a microphone to receive spoken voice commands from a user; a wireless transceiver to wirelessly communicate with a separate computer remotely located from the portable transceiver unit; and a motion sensor to detect a predetermined motion pattern at the portable transceiver unit; the wireless transceiver, in response to the motion sensor detecting the predetermined motion pattern of the transceiver, arranged to: wirelessly transmit a wake signal to the computer when in a sleeping state; wirelessly transmit a launch command to launch a personal assistant application on the computer in response to receiving a voice command; wirelessly transmit the voice command to the personal assistant application; wirelessly receive a response from the personal assistant application; and the portable transceiver unit comprising a speaker arranged to audibly output data received from the personal assistant application. a microphone to receive spoken voice commands from a user; a wireless transceiver to wirelessly communicate with a separate computer remotely located from the portable transceiver unit; and a motion sensor to detect a predetermined motion pattern at the portable transceiver unit; the wireless transceiver, in response to the motion sensor detecting the predetermined motion pattern of the transceiver, arranged to: wirelessly transmit a wake signal to the computer when in a sleeping state; wirelessly transmit a launch command to launch a personal assistant application on the computer in response to receiving a voice command; wirelessly transmit the voice command to the personal assistant application; wirelessly receive a response from the personal assistant application; and the portable transceiver unit comprising a speaker arranged to audibly output data received from the personal assistant application. wirelessly transmit a wake signal to the computer when in a sleeping state; wirelessly transmit a launch command to launch a personal assistant application on the computer in response to receiving a voice command; wirelessly transmit the voice command to the personal assistant application; wirelessly receive a response from the personal assistant application; and the portable transceiver unit comprising a speaker arranged to audibly output data received from the personal assistant application.
A transceiver device comprising: a housing ; at least one battery housed within the housing ; an antenna housed within the housing ; a metal surface , wherein the metal surface is below the antenna ; and a sensor electrically coupled with the at least one battery and configured with the antenna ; wherein the housing is provided with a spacer means such that the antenna and the metal surface are disposed at a predefined distance relative to each other; characterized in that: the spacer means is a part of the housing in the form of an indent or protrusion of the housing to cater for the predefined distance. a housing ; at least one battery housed within the housing ; an antenna housed within the housing ; a metal surface , wherein the metal surface is below the antenna ; and a sensor electrically coupled with the at least one battery and configured with the antenna ; wherein the housing is provided with a spacer means such that the antenna and the metal surface are disposed at a predefined distance relative to each other; characterized in that: the spacer means is a part of the housing in the form of an indent or protrusion of the housing to cater for the predefined distance.
A method for estimating and correcting phase errors in received ultrasonic signals in an ultrasonic flow meter, said method comprising the steps of: • measuring one or more signals in the ultrasonic flow meter, which one or more signals depend on characteristics of one or more ultrasonic transducers in the ultrasonic flow meter, • using the one or more measured signals for calculating an estimated phase error value, and • using the estimated phase error value for correcting transmission times measured by the ultrasonic flow meter. • measuring one or more signals in the ultrasonic flow meter, which one or more signals depend on characteristics of one or more ultrasonic transducers in the ultrasonic flow meter, • using the one or more measured signals for calculating an estimated phase error value, and • using the estimated phase error value for correcting transmission times measured by the ultrasonic flow meter.
A high strength hot-dip galvanized steel sheet having excellent deep drawability, characterized by having a chemical composition consisting of C: 0.010% or more and 0.035% or less, Si: more than 1.0% and 1.5% or less, Mn: 1.0% or more and 3.0% or less, P: 0.005% or more and less than 0.035%, S: 0.01% or less, sol. Al: 0.005% or more and 0.5% or less, N: 0.01% or less, Nb: 0.010% or more and less than 0.05%, Ti: 0.015% or more and 0.120% or less, and optionally further one or more of 0.5% or less of at least one of Mo, Cr, and V in total, Cu: 0.3% or less, Ni: 0.3% or less, Sn: 0.20% or less, Sb: 0.20% or less, and Ta: 0.01% to 0.10%, the remainder comprising Fe and incidental impurities, on a percent by mass basis, while contents (percent by mass) of Nb and C in a steel satisfy the relationship of (Nb/93)/(C/12) < 0.20 and further satisfy 0.005 < C* ≤ 0.0185, wherein a steel sheet microstructure consists of 80% or more of ferrite, 3% or more of martensite and 5% or less of microstructures other than ferrite and martensite, such as pearlite, bainite, retained austenite and incidental carbides on an area ratio basis, the tensile strength is 440 MPa or more, and the average r value is 1.35 or more, and the absolute value of the planar anisotropy of the r value (Δr) is 0.20 or less, where C* = C - (12/93)Nb - (12/181)Ta - (12/48) {Ti - (48/14)N - (48/32)S} is defined and C, Nb, Ta, Ti, N, and S represent the contents (percent by mass) of their respective elements in the steel.
A method comprising: receiving a connectivity request from a client of a provider network for connectivity from a client network of the client to a resource collection of the provider network via a dedicated physical connection between the client network and the provider network, wherein the request comprises location information for the client network; in response to the connectivity request, identifying, by a connectivity coordinator , two or more connectivity providers for providing the dedicated physical connection between the client network and the provider network; and generating a response to the connectivity request comprising an identification of the two or more connectivity providers; receiving, using the connectivity coordinator, a selection from the client selecting a particular one of the two or more connectivity providers to provide the dedicated physical connection between the client network and the provider network; transmitting physical link configuration instructions for establishing the dedicated physical connection between the client network and the provider network at a router co-location facility of the particular connectivity provider selected by the client; and enabling network traffic to flow between the client network and the resource collection of the provider network via the dedicated physical connection between the client network and the provider network. receiving a connectivity request from a client of a provider network for connectivity from a client network of the client to a resource collection of the provider network via a dedicated physical connection between the client network and the provider network, wherein the request comprises location information for the client network; in response to the connectivity request, identifying, by a connectivity coordinator , two or more connectivity providers for providing the dedicated physical connection between the client network and the provider network; and generating a response to the connectivity request comprising an identification of the two or more connectivity providers; identifying, by a connectivity coordinator , two or more connectivity providers for providing the dedicated physical connection between the client network and the provider network; and generating a response to the connectivity request comprising an identification of the two or more connectivity providers; receiving, using the connectivity coordinator, a selection from the client selecting a particular one of the two or more connectivity providers to provide the dedicated physical connection between the client network and the provider network; transmitting physical link configuration instructions for establishing the dedicated physical connection between the client network and the provider network at a router co-location facility of the particular connectivity provider selected by the client; and enabling network traffic to flow between the client network and the resource collection of the provider network via the dedicated physical connection between the client network and the provider network.
A method for detecting a network device on a LAN, the method comprising: issuing, by a controller, a first command to a first network device , the first network device in wired electrical communication with a second network device , the first command causing the first network device to generate CRC error codes and send the generated CRC error codes to the second network device ; listening, by the controller, to the second network device for receipt of the generated packets having CRC error codes ; receiving, by the controller a number of CRC error codes from the second network device ; determining, by the controller a presence of a third network device when the number of CRC error codes received from the second network device equals zero, the third network device in wired electrical communication between the first network device and the second network device and being a device configured to detect and drop CRC error codes between the first network device and the second network device, communication between the first and second network devices passing through the third network device ; and determining, by the controller an absence of the third network device when the number of CRC error codes of the second network device equals a number of generated CRC error codes generated by the first network device . issuing, by a controller, a first command to a first network device , the first network device in wired electrical communication with a second network device , the first command causing the first network device to generate CRC error codes and send the generated CRC error codes to the second network device ; listening, by the controller, to the second network device for receipt of the generated packets having CRC error codes ; receiving, by the controller a number of CRC error codes from the second network device ; determining, by the controller a presence of a third network device when the number of CRC error codes received from the second network device equals zero, the third network device in wired electrical communication between the first network device and the second network device and being a device configured to detect and drop CRC error codes between the first network device and the second network device, communication between the first and second network devices passing through the third network device ; and determining, by the controller an absence of the third network device when the number of CRC error codes of the second network device equals a number of generated CRC error codes generated by the first network device .
A piece of furniture for sitting on comprising a backrest support , a backrest structure , and a backrest displacement device; wherein the backrest displacement device comprises, in turn, a first plate attached to the backrest support and a second plate attached to the backrest structure , as well as two pairs of braces , which attach the first plate to the second plate in an articulated manner at their ends; and wherein each pair of braces comprises an upper brace and a lower brace in such a way that the upper braces of each pair of braces are attached to the inner or outer face of an orthogonal section , of a width equal to that of the braces ; which originates from each of the ends of the plates ; while the lower braces of each pair of braces are attached to the inner or outer face of the orthogonal sections that is the inverse of that of the upper braces, in such a way that the backrest structure can be moved simultaneously horizontally and vertically, from a first front and lower position, in which the braces are extended, to a second back and raised position in which the pairs of braces are folded, in parallel and facing each other in two different parallel planes.
An intramedullary guide system for use in implanting an ankle prosthesis, comprising: a guide pin to form a passage between a tibia and a talus, an intramedullary reamer to create an intramedullary canal in a distal end of said tibia, at least two modular tibial rod components sized and configured to be connected to each other in said intramedullary canal so as to form a tibial rod, an alignment guide having two engaging members, the alignment guide defining a plurality of holes each suitable for receiving a fixation pin; a base modular component on a distal end of said tibial rod having a circumferential groove, the engaging members of the alignment guide configured to engage the circumferential groove, and a cut guide having apertures for receiving fixation pins, the cut guide being configured to be secured to the base modular component and to aid in making a bony cut in the tibia, said alignment guide configured to translate coronal, transverse, and sagittal adjustments from the alignment guide to the cut guide. a guide pin to form a passage between a tibia and a talus, an intramedullary reamer to create an intramedullary canal in a distal end of said tibia, at least two modular tibial rod components sized and configured to be connected to each other in said intramedullary canal so as to form a tibial rod, an alignment guide having two engaging members, the alignment guide defining a plurality of holes each suitable for receiving a fixation pin; a base modular component on a distal end of said tibial rod having a circumferential groove, the engaging members of the alignment guide configured to engage the circumferential groove, and a cut guide having apertures for receiving fixation pins, the cut guide being configured to be secured to the base modular component and to aid in making a bony cut in the tibia, said alignment guide configured to translate coronal, transverse, and sagittal adjustments from the alignment guide to the cut guide.
A bracket that has an opening (A) for mounting an anti-vibration member connected to one of a vibration generating side and a vibration receiving side, and that can be connected to the other of the vibration generating side and the vibration receiving side, the bracket comprising: a bracket body and a reinforcement portion , wherein the bracket body is made of resin, the bracket body includes a pair of column portions that are spaced apart and a pair of connecting portions arranged between the pair of column portions and connecting the pair of column portions, the bracket body further includes at least one plate portion , on at least one column portion in the pair of column portions, extending in an extending direction of the column portion and protruding in an extending direction of the connecting portions more than the column portion, characterised in that a rib extending from a side of the opening to a bracket outer peripheral side and protruding in a penetration direction of the opening is provided on the plate portion, the reinforcement portion includes a bracket outer peripheral side reinforcement portion , the bracket outer peripheral side reinforcement portion forms an outer peripheral face (f1) of the bracket, and the bracket outer peripheral side reinforcement portion is arranged so as to overlap the rib when viewed in the penetration direction of the opening. a bracket body and a reinforcement portion , wherein the bracket body is made of resin, the bracket body includes a pair of column portions that are spaced apart and a pair of connecting portions arranged between the pair of column portions and connecting the pair of column portions, the bracket body further includes at least one plate portion , on at least one column portion in the pair of column portions, extending in an extending direction of the column portion and protruding in an extending direction of the connecting portions more than the column portion, characterised in that a rib extending from a side of the opening to a bracket outer peripheral side and protruding in a penetration direction of the opening is provided on the plate portion, the reinforcement portion includes a bracket outer peripheral side reinforcement portion , the bracket outer peripheral side reinforcement portion forms an outer peripheral face (f1) of the bracket, and the bracket outer peripheral side reinforcement portion is arranged so as to overlap the rib when viewed in the penetration direction of the opening.
A method of selecting an immune checkpoint inhibitor in vivo, comprising (a) in vitro co-culturing adherent tumor cells and suspension immune cells within lumens of microtube array membrane (MTAM), wherein the MTAM comprises electrospun fiber assembly having highly aligned and closely packed hollow fibers with nano-size; (b) transplanting the membrane into a non-human animal; and (c) administering an immune checkpoint inhibitor to the non-human animal; (d) separating the tumor cells and the immune cells; and (e) determining a cell viability of the tumor cells or the activity of the immune cells or determining immune checkpoint protein expression in the tumor or immune cells; wherein the immune checkpoint inhibitor has an anti-tumor effect if the cell viability of the tumor cells is significantly lower than that of the control or the activity of the immune cells is significantly higher than that of the control; or if the immune checkpoint protein expression in the tumor or immune cells is changed relative to the control.
Apparatus for separating materials of different flowability which are mixed together, comprising a frame structure , a hollow drum which is rotationally driven and mounted on the frame structure and has a perforated lateral surface, a pressing element which is located from outside in the region of the lateral surface of the hollow drum in such a manner that the hollow drum and the pressing element form a product intake wedge for guiding a product stream consisting of pressed material between the hollow drum and the pressing element , and at least one stripping element for stripping the pressed material from the hollow drum , wherein the stripping element is configured and adapted to strip off material residues attached to the outside of the hollow drum , wherein the stripping element comprises a plate-like and rectangular main body with two long sides (L 1 , L 2 ) and two narrow sides (S 1 , S 2 ) which are shorter than the long sides (L 1 , L 2 ), wherein a stripping edge is configured on at least one long side (L 1 , L 2 ), characterised in that at least one of the two narrow sides (S 1 , S 2 ) is at least partially concave.