mhurhangee/patent-ind-claim-en huggingface dataset:
A PCR reaction vessel comprising: a substrate ; a channel formed on the substrate ; a pair of filters provided at respective ends of the channel ; a pair of air communication ports that communicate with the channel through the respective filters ; a thermal cycle region formed between the pair of filters in the channel ; a first branch point formed between the pair of filters in the channel ; a first branched channel whose one end is connected to the first branch point ; and a first sample introduction port formed at the other end of the first branched channel , characterized in that the pair of filters preventing a contamination are formed so as to fit without any gap in a filter installation space formed in the substrate . a substrate ; a channel formed on the substrate ; a pair of filters provided at respective ends of the channel ; a pair of air communication ports that communicate with the channel through the respective filters ; a thermal cycle region formed between the pair of filters in the channel ; a first branch point formed between the pair of filters in the channel ; a first branched channel whose one end is connected to the first branch point ; and a first sample introduction port formed at the other end of the first branched channel , characterized in that the pair of filters preventing a contamination are formed so as to fit without any gap in a filter installation space formed in the substrate .
An image forming apparatus configured to authenticate a user in first authentication processing and second authentication processing and permit the user who is authenticated to use at least one of a plurality of functions, wherein the second authentication processing is integrated circuit, IC, card authentication, the image forming apparatus comprising: display means; control means , wherein the control means is configured to control the display means to display a second authentication screen to be used in the second authentication processing and, if the user is authenticated by the second authentication processing using the second authentication screen, to display a first authentication screen to be used in the first authentication processing, wherein the control means is configured to perform control, at the time of authentication of the user in the first authentication processing, to prompt the user to select an authentication method, comprising a first authentication method and a second authentication method, to be used in the first authentication processing on the first authentication screen , wherein the first authentication screen includes an area used to execute the first authentication processing by the first authentication method and an area used to execute the first authentication processing by the second authentication method. display means; control means , wherein the control means is configured to control the display means to display a second authentication screen to be used in the second authentication processing and, if the user is authenticated by the second authentication processing using the second authentication screen, to display a first authentication screen to be used in the first authentication processing, wherein the control means is configured to perform control, at the time of authentication of the user in the first authentication processing, to prompt the user to select an authentication method, comprising a first authentication method and a second authentication method, to be used in the first authentication processing on the first authentication screen , wherein the first authentication screen includes an area used to execute the first authentication processing by the first authentication method and an area used to execute the first authentication processing by the second authentication method.
A device for flushing a toilet, comprising: a valve ; a flushing mechanism having a first lifting device for manually initiating a large volume flush, and a second lifting device for manually initiating a small volume flush; the valve being lifted when the first or second lifting device is moved; a sensor means arranged to generate a signal upon registration of input data; and only one motor configured to receive the signal and being coupled to the first lifting device and the second lifting device , said only one motor being operable to initiate either a large volume flush or a small volume flush upon receipt of the signal from the sensor means ; wherein the flushing mechanism effects large flushing by the only one motor performing a first motion sequence and a small flushing by the motor performing a second motion sequence. a valve ; a flushing mechanism having a first lifting device for manually initiating a large volume flush, and a second lifting device for manually initiating a small volume flush; the valve being lifted when the first or second lifting device is moved; a sensor means arranged to generate a signal upon registration of input data; and only one motor configured to receive the signal and being coupled to the first lifting device and the second lifting device , said only one motor being operable to initiate either a large volume flush or a small volume flush upon receipt of the signal from the sensor means ; wherein the flushing mechanism effects large flushing by the only one motor performing a first motion sequence and a small flushing by the motor performing a second motion sequence.
A method of controlling expansion of a balloon , the method comprising: flowing a fluid into the balloon , compressing a proximal region of the balloon by exerting pressure on the proximal region of the balloon with a covering and an implantable cardiovascular device , thereby inflating a distal region of the balloon before the proximal region of the balloon to form a tapering shape with an enlarged distal region , characterized in that a portion of the covering is positioned between an outer surface of the balloon and an inner surface of the cardiovascular device . flowing a fluid into the balloon , compressing a proximal region of the balloon by exerting pressure on the proximal region of the balloon with a covering and an implantable cardiovascular device , thereby inflating a distal region of the balloon before the proximal region of the balloon to form a tapering shape with an enlarged distal region , characterized in that a portion of the covering is positioned between an outer surface of the balloon and an inner surface of the cardiovascular device .
A density gradient biopolymeric matrix implant, the implant comprising: a first homogeneous matrix layer having a first density, the first homogeneous matrix layer being formed of first biopolymeric fibers and having a first surface and a second surface opposed to the first surface; and a second homogeneous matrix layer having a second density different from the first density, the second homogeneous matrix layer formed of second biopolymeric fibers and having a first surface and a second surface opposed to the first surface, wherein the first biopolymeric fibers at the first surface of the first homogeneous matrix layer are physically in contact with and cross-linked to the second biopolymeric fibers at the first surface of the second homogeneous matrix layer, and the second surface of the first homogeneous matrix layer is not in contact with the second homogeneous matrix, the first homogeneous matrix layer has a pore size less than 3 μm, the second homogeneous matrix layer has a pore size of 50 μm to 500 μm, and the first density is 0.3 g/cm 3 to 1.0 g/cm 3 and the second density is 0.02 g/cm 3 to 0.3 g/cm 3 . a first homogeneous matrix layer having a first density, the first homogeneous matrix layer being formed of first biopolymeric fibers and having a first surface and a second surface opposed to the first surface; and a second homogeneous matrix layer having a second density different from the first density, the second homogeneous matrix layer formed of second biopolymeric fibers and having a first surface and a second surface opposed to the first surface, wherein the first biopolymeric fibers at the first surface of the first homogeneous matrix layer are physically in contact with and cross-linked to the second biopolymeric fibers at the first surface of the second homogeneous matrix layer, and the second surface of the first homogeneous matrix layer is not in contact with the second homogeneous matrix, the first homogeneous matrix layer has a pore size less than 3 μm, the second homogeneous matrix layer has a pore size of 50 μm to 500 μm, and the first density is 0.3 g/cm 3 to 1.0 g/cm 3 and the second density is 0.02 g/cm 3 to 0.3 g/cm 3 .
A vertical-type medicine containing and nebulizing assembly (S), characterized by comprising: a medicine storage module including a medicine storage casing , wherein the medicine storage module has a medicine storage space formed in the medicine storage casing and a first through hole communicated with the medicine storage space ; a nebulizing module including a nebulizing device disposed in the medicine storage module and a first conductive structure electrically connected to the nebulizing device ; and an induction module including at least one metal induction element disposed in the medicine storage module and a second conductive structure electrically connected to the at least one metal induction element ; wherein the medicine storage casing has an inner surrounding area located in the medicine storage space and surrounding the first through hole , and the at least one metal induction element has at least one exposed induction portion exposed on the inner surrounding area for receiving a signal generated by the nebulizing device ; characterized in that the number of the exposed induction portions is multiple, and that the multiple exposed induction portions surround the first through hole and are located on a same horizontal plane. a medicine storage module including a medicine storage casing , wherein the medicine storage module has a medicine storage space formed in the medicine storage casing and a first through hole communicated with the medicine storage space ; a nebulizing module including a nebulizing device disposed in the medicine storage module and a first conductive structure electrically connected to the nebulizing device ; and an induction module including at least one metal induction element disposed in the medicine storage module and a second conductive structure electrically connected to the at least one metal induction element ; wherein the medicine storage casing has an inner surrounding area located in the medicine storage space and surrounding the first through hole , and the at least one metal induction element has at least one exposed induction portion exposed on the inner surrounding area for receiving a signal generated by the nebulizing device ; characterized in that the number of the exposed induction portions is multiple, and that the multiple exposed induction portions surround the first through hole and are located on a same horizontal plane.
An expandable safe room, subsequently referred to as an ESR, defining in its deployed position a protected space therein, the expandable safe room comprising: a main upright frame , a pair of side walls hingedly connected to the main upright frame , a rear wall parallel to and fixedly connected within the main upright frame , a front wall parallel to the main upright frame and hingedly connected to the side walls , wherein deploying the ESR in an expanding direction moves the front wall in a forward direction and away from the main upright frame , characterized in that the main upright frame has an inverted "U" shape and is vertically connected to lower rails , said main upright frame containing therein the expandable parts of the ESR in folded position, the ESR having a thickness in the range of 15 to 30 cm and is self-standing when in a folded position. therein, the expandable safe room comprising: a main upright frame , a pair of side walls hingedly connected to the main upright frame , a rear wall parallel to and fixedly connected within the main upright frame , a front wall parallel to the main upright frame and hingedly connected to the side walls , a main upright frame , a pair of side walls hingedly connected to the main upright frame , a rear wall parallel to and fixedly connected within the main upright frame , a front wall parallel to the main upright frame and hingedly connected to the side walls , wherein deploying the ESR in an expanding direction moves the front wall in a forward direction and away from the main upright frame , characterized in that the main upright frame has an inverted "U" shape and is vertically connected to lower rails , said main upright frame containing therein the expandable parts of the ESR in folded position, the ESR having a thickness in the range of 15 to 30 cm and is self-standing when in a folded position.
Shoe , especially sports shoe, with a shoe upper and a sole connected with the shoe upper , wherein the shoe comprises a central fastener for lacing the shoe at the foot of a wearer, wherein the central fastener comprises - at least one tensioning element which is arranged on or in a region of the shoe upper by which a lacing force can be exerted onto the region of the shoe upper and - at least one gear element driven by at least one electric motor , wherein a section of the tensioning element can be pulled against a fixed location of the shoe by means of the gear element to create a tensioning force for lacing the shoe at the foot of the wearer, wherein the section of the tensioning element is a strap which comprises a gearing or a profile, wherein the gear element comprises a worm which engages into the gearing or profile to pull the strap in a translational direction (T) at the rotation of the worm by the electric motor , characterized in that the tensioning element comprises at least one laminar part which is arranged in the plane of the surface of the shoe upper , wherein the laminar part has a thickness (t) measured perpendicular to the surface of the shoe upper and a width (w) measured in the plane of the surface of the shoe upper , wherein the width (w) is at least 10 times as big as the thickness (t), wherein the laminar part comprises a central section which is arranged in the instep region of the shoe , wherein a switch for controlling the central fastener is arranged in the central section and wherein the switch is made of unitary design with the tensioning element . - at least one tensioning element which is arranged on or in a region of the shoe upper by which a lacing force can be exerted onto the region of the shoe upper and - at least one gear element driven by at least one electric motor , wherein a section of the tensioning element can be pulled against a fixed location of the shoe by means of the gear element to create a tensioning force for lacing the shoe at the foot of the wearer, the tensioning element comprises at least one laminar part which is arranged in the plane of the surface of the shoe upper , wherein the laminar part has a thickness (t) measured perpendicular to the surface of the shoe upper and a width (w) measured in the plane of the surface of the shoe upper , wherein the width (w) is at least 10 times as big as the thickness (t), wherein the laminar part comprises a central section which is arranged in the instep region of the shoe , wherein a switch for controlling the central fastener is arranged in the central section and wherein the switch is made of unitary design with the tensioning element .
An aerosol provision system comprising: a heating system ; a power system for providing power to the heating system; and, control circuitry for controlling a heating profile provided by the heating system, the control circuitry comprising: a first sensor , for measuring an output of the power system; and, a second sensor , for measuring an electrical property of the heating system, wherein the control circuitry controls the heating profile provided by the heating system based on measurements from the first sensor and the second sensor, and wherein the first sensor and second sensor are arranged to take measurements during periods of non-smoking. a heating system ; a power system for providing power to the heating system; and, control circuitry for controlling a heating profile provided by the heating system, the control circuitry comprising: a first sensor , for measuring an output of the power system; and, a second sensor , for measuring an electrical property of the heating system, a first sensor , for measuring an output of the power system; and, a second sensor , for measuring an electrical property of the heating system, wherein the control circuitry controls the heating profile provided by the heating system based on measurements from the first sensor and the second sensor, and
Method for producing a paper machine clothing, comprising the following steps: a) providing a film-like substrate having an upper side and a lower side opposite the upper side; b) introducing a pattern of holes into the substrate by drilling a multiplicity of holes (1-8) connecting the upper side to the lower side into the substrate by means of at least one laser light source ; characterized in that a drilling hole strategy is applied which ensures that, chronologically between the introduction of a first hole and a second hole immediately adjacent to the first hole in the pattern of holes, at least one further hole (2-4), which is not immediately adjacent to the first hole or the second hole in the pattern of holes, of the pattern of holes is introduced into the substrate . a) providing a film-like substrate having an upper side and a lower side opposite the upper side; b) introducing a pattern of holes into the substrate by drilling a multiplicity of holes (1-8) connecting the upper side to the lower side into the substrate by means of at least one laser light source ;
A temperature sensor, in particular a high temperature sensor, comprising a substrate , at least two terminal contacts and at least one resistive structure , the terminal contacts and at least one of the resistive structures being disposed on a first side of the substrate , and at least one resistive structure being electrically contacted by the terminal contacts , characterized in that at least one electrode is disposed on each of the two terminal contacts next to the resistive structure on the first side of the substrate , the electrodes being electrically connected to the respective terminal contact .
A program development support device for supporting development of a safety program to be executed in a safety controller , comprising: development means configured to develop the safety program in response to user operation, the safety program including first logic as a functional safety portion; calculation means configured to calculate an identification value according to data of the developed safety program, by implementing a function for calculating a random value with respect to an input; transfer means configured to transfer the safety program to the safety controller for the safety controller to calculate a second the identification value from the safety program executed on the safety controller; comparison means configured to compare the identification value calculated from the safety program on the program development support device and the second identification value calculated from the safety program on the safety controller; and output means configured to output a document related to the safety program under a condition that the identification value is identical to the second identification value, wherein: the output means is configured to provide the identification value calculated by the calculation means to all pages of the document which are related to the first logic in the safety program. development means configured to develop the safety program in response to user operation, the safety program including first logic as a functional safety portion; calculation means configured to calculate an identification value according to data of the developed safety program, by implementing a function for calculating a random value with respect to an input; transfer means configured to transfer the safety program to the safety controller for the safety controller to calculate a second the identification value from the safety program executed on the safety controller; comparison means configured to compare the identification value calculated from the safety program on the program development support device and the second identification value calculated from the safety program on the safety controller; and output means configured to output a document related to the safety program under a condition that the identification value is identical to the second identification value, wherein: the output means is configured to provide the identification value calculated by the calculation means to all pages of the document which are related to the first logic in the safety program.
A door furniture assembly comprises an internal, service-side, door plate , an external, non-service-side, door plate and at least one fixing (120a,b) to secure the two door plates on service and non-service faces of a door respectively, wherein the at least one fixing (120a,b) is securable at the non-service side door plate by at least one fixing seat ; wherein the at least one fixing seat is adapted to accommodate relative movement of at least a part of the fixing seat and the remainder of the non-service side door plate as the non-service side door plate is levered by an intruder; characterised in that the at least one fixing seat is a ball joint.
A method for quarantining an Internet Protocol, IP, address corresponding to a computing device , the method comprising, receiving, at a Domain Name Server, DNS, , a request from the computing device, quarantining, by the DNS , the IP address corresponding to the computing device by analyzing the request based on a pre-defined set of rules, to trigger a quarantine mode, wherein restricted services are provided to the computing device in the quarantine mode, providing, by the DNS , in the quarantine mode, a response corresponding to the request, if the response is available in a cache , wherein the response is one of an expired response and an unexpired response based on a Time to Live, TTL, of the response; and abstaining, by the DNS , in the quarantine mode, from providing the response corresponding to the request, if the response is not available in the cache , wherein the abstaining comprises not performing a recursive search for accessing the response corresponding to the request. receiving, at a Domain Name Server, DNS, , a request from the computing device, quarantining, by the DNS , the IP address corresponding to the computing device by analyzing the request based on a pre-defined set of rules, to trigger a quarantine mode, wherein restricted services are provided to the computing device in the quarantine mode, providing, by the DNS , in the quarantine mode, a response corresponding to the request, if the response is available in a cache , wherein the response is one of an expired response and an unexpired response based on a Time to Live, TTL, of the response; and abstaining, by the DNS , in the quarantine mode, from providing the response corresponding to the request, if the response is not available in the cache , wherein the abstaining comprises not performing a recursive search for accessing the response corresponding to the request.