mhurhangee/ep-ind-claims huggingface dataset:
A dishwasher basket accessory configured for releasable coupling at two opposite walls of a crockery basket, the accessory comprising at least one support having a longitudinally extended structure with two end portions and an intermediate portion, wherein at the end portions of the structure of the support there are provided members for releasable coupling to the crockery basket at said two opposite walls, the intermediate of the structure being configured for the purposes of supporting items to be washed; the accessory comprising a pair of said supports configured for coupling to said opposite walls of the crockery basket in positions substantially parallel to each other, in such a way that the items to be washed are supported between the respective intermediate portions, the supports of said pair being preferably identical, the accessory being characterized by further comprising a cutlery tray having respective opposite ends configured for releasable coupling to the intermediate portions of the structures of the supports, in order to support said items to be washed, wherein preferably the intermediate portion of the structure of each support is substantially straight and the opposite ends of the cutlery tray have guides for slidable coupling to said intermediate portion.
A method for proximity discovery between a source device and one or more target devices wherein the source device and the one or more target devices are configured to be communicatively connected to a network, the method comprising: receiving in the source device from a server in the network a first data comprising an identifier, wherein the identifier is a temporary broadcast identifier; receiving in the target device from the server a second data comprising a first representation of the identifier; broadcasting by the source device a signal comprising a second representation of the identifier; receiving in the target device the signal; comparing in the target device the first representation of the identifier with the second representation of the identifier to obtain a comparison result for establishing a successful proximity discovery; and transmitting from the target device to the source device an acknowledgement message depending on the comparison result. receiving in the source device from a server in the network a first data comprising an identifier, wherein the identifier is a temporary broadcast identifier; receiving in the target device from the server a second data comprising a first representation of the identifier; broadcasting by the source device a signal comprising a second representation of the identifier; receiving in the target device the signal; comparing in the target device the first representation of the identifier with the second representation of the identifier to obtain a comparison result for establishing a successful proximity discovery; and transmitting from the target device to the source device an acknowledgement message depending on the comparison result.
An electronic device for an aircraft, the electronic device comprising: a memory associated with an operating system; a specialized data key stored within the memory; and a first application and a second application, each of said first and second applications (50, 52) being at least partially operable by way of the electronic device and operable in response to a request for data transmission; wherein one of said first and second applications (50, 52) is required to participate in a pairing process with at least one avionics system of the aircraft, to generate the specialized data key; wherein, once the specialized data key has been thus generated, each of said first and second applications (50, 52) is configured to individually utilize the specialized data key for establishing a respective connection with the at least one avionics system of the aircraft and for respectively receiving data from the at least one avionics system. a memory associated with an operating system; a specialized data key stored within the memory; and a first application and a second application, each of said first and second applications (50, 52) being at least partially operable by way of the electronic device and operable in response to a request for data transmission; wherein one of said first and second applications (50, 52) is required to participate in a pairing process with at least one avionics system of the aircraft, to generate the specialized data key; wherein, once the specialized data key has been thus generated, each of said first and second applications (50, 52) is configured to individually utilize the specialized data key for establishing a respective connection with the at least one avionics system of the aircraft and for respectively receiving data from the at least one avionics system.
Apparatus for determining and/or monitoring at least a physical or chemical process variable of a medium in a container (2, 10) comprising at least a sensor element, at least a housing module and at least a flange, wherein the sensor element and the flange are connected to the housing module, wherein in a first section of the flange that is in contact with the medium the flange is made from a first material, which is selected as an application-specific or customer-specific material, wherein the first material is the material from which the container (2, 10) is made, wherein the first section is made from a metal, characterized in that the flange is at least partially made from a plastic material in a second section, wherein said second section is at least partially in contact with the environment. wherein the sensor element and the flange are connected to the housing module, wherein in a first section of the flange that is in contact with the medium the flange is made from a first material, which is selected as an application-specific or customer-specific material, wherein the first material is the material from which the container (2, 10) is made, wherein the first section is made from a metal, characterized in that the flange is at least partially made from a plastic material in a second section, wherein said second section is at least partially in contact with the environment.
A heat exchanger including a laminate body constituted by a plurality of alternately laminated tubes and fins, the laminated tubes having an opening end to which a tank is connected, wherein the laminate body includes a pressing portion provided in the vicinity of the opening end of each tube, the laminate body being held by the pressing portion when the tank is connected to the opening end of the tubes, and the pressing portion is provided on the laminate body at two portions apart from each other in a longitudinal direction of the tube, and characterized in that the pressing portion includes a pressed mark to be formed on a surface of the tube, wherein the pressed mark is a concave portion recessed on the surface of the tube.
An infusion pump system comprising: an infusion channel; a display associated with said infusion channel, wherein said display is for rendering a scannable barcode; and a barcode generator for dynamically generating in real-time a first scannable barcode and a second scannable barcode in response to dynamically changing input information, wherein said second scannable barcode replaces said first scannable barcode on said display, wherein at least one of said first scannable barcode and said second scannable barcode comprises a Uniform Resource Locator; wherein the URL is directed to a resource location, which when accessed by a mobile device scanning said barcode containing the URL, causes context-sensitive instruction material or information associated with an alarm for the infusion pump system or information associated with a malfunction for the infusion pump system to be displayed on a screen of the mobile device. an infusion channel; a display associated with said infusion channel, wherein said display is for rendering a scannable barcode; and a barcode generator for dynamically generating in real-time a first scannable barcode and a second scannable barcode in response to dynamically changing input information, wherein said second scannable barcode replaces said first scannable barcode on said display, wherein at least one of said first scannable barcode and said second scannable barcode comprises a Uniform Resource Locator; wherein the URL is directed to a resource location, which when accessed by a mobile device scanning said barcode containing the URL, causes context-sensitive instruction material or information associated with an alarm for the infusion pump system or information associated with a malfunction for the infusion pump system to be displayed on a screen of the mobile device.
Shoe, in particular sports shoe, having a sole and a shoe upper connected to the sole, wherein at least one hollow space is formed in the sole, wherein the hollow space is filled with a number plastic bodies, wherein the plastic bodies are arranged in the hollow space without any connection to one another, and wherein the hollow space is closed by means of a closure element, characterized in that the plastic bodies are designed as spheres or ellipsoids which dimensions are between 1 mm and 13 mm in the three spatial directions, wherein the plastic bodies consist of expanded thermoplastic polyurethane (E-TPU), of expanded thermoplastic elastomere (E-TPE) and/or of expanded polypropylene.
An acoustic transmission member having a predetermined acoustic frequency band as a transmission frequency band, the acoustic transmission member comprising: a core layer layered between two skin layers (102A, 102B), wherein the skin layers (102A, 102B) are formed of a material having a higher elastic modulus than a material of the core layer; the skin layer (102A, 102B) is formed of a material having the elastic modulus from 100 MPa to 350 GPa; the skin layer (102A, 102B) is formed by including any one of fiber reinforced plastic, plastic, and metal; and the core layer is formed of a viscoelastic member or plastic; characterized in that a thickness ds of the skin layers (102A, 102B) satisfies Equation, where f is a center frequency of the transmission frequency band, cw is an acoustic velocity in a medium surrounding the acoustic transmission member, the medium being water, λ is a wavelength corresponding to the center frequency in the medium, cds is a longitudinal wave acoustic velocity in the skin layers (102A, 102B), and n is a discretionary natural number; and a thickness dc of the core layer and the wavelength λ satisfy 0.0675 ≤ dc/λ ≤ 5.4; ds = n 2 Cds cw λ = n 2 Cds f
An antenna arrangement comprising an electrically conductive radiating element having first and second ends, an electrically conductive groundplane or ground member, and an input terminal; wherein the radiating element has a plurality of separate feed points (22, 23) at different locations between its first and second ends, wherein the input terminal is provided with a switch, and wherein each feed point (22, 23) is electrically connected to the switch by way of a separate electrical pathway (24, 25), the switch being configured to allow the separate feed points (22, 23) to be connected individually or in predetermined combinations to the input terminal by selecting between a plurality of selectable contacts, and wherein at least one of the electrical pathways includes a capacitive circuit component connected in series and wherein at least one other of the electrical pathways includes an inductive circuit component connected in series; characterized in that: at least one resistive circuit component is connected in series within the radiating element between at least one pair of feed points (22, 23). at least one resistive circuit component is connected in series within the radiating element between at least one pair of feed points (22, 23).
Mattress with boundary elements bounding a receiving space and with polyhedron-shaped insert elements, which are arranged in the receiving space with mutually adjoining side surfaces, characterised in that each polyhedron-shaped insert element has a planar upper side and a planar lower side extending parallel thereto as well as four planar identical side surfaces, which are arranged parallel thereto and the planes of which are oriented perpendicularly to the planes of the upper side and the lower side, wherein the cross-sectional area of the polyhedron-shaped insert element is constant in the region of the side surfaces, wherein first inclined surfaces adjoin the upper edges of the side surfaces and taper at an inclination towards the upper side so that the cross-sectional area in this region continuously reduces towards the upper side and wherein adjoining symmetrically thereto at the lower edges of the side surfaces are further inclined surfaces which taper towards the lower side.
A method of authentication in an in vivo analyte monitoring system, comprising: receiving a private key by a reader device, wherein the private key is supplied by a packaging for a sensor control device, wherein the sensor control device comprises a sensor and analyte monitoring circuitry and the sensor is adapted to be inserted into the body of a user, wherein receiving the private key by the reader device comprises at least one of: scanning a barcode or other indicia on the packaging for the sensor control device with an optical scanner of the reader device, wherein the barcode or other indicia is representative of the private key; scanning the packaging for the sensor control device with a communication device, wherein the packaging comprises a machine-readable element adapted to provide information representative of the private key in response to the scan; and/or reading, by a human, the private key from the package, and wherein the private key is input manually into the reader device; authenticating the private key using a public key stored within the reader device; and if the private key is authenticated, reading sensed analyte data from the sensor control device by the reader device. receiving a private key by a reader device, wherein the private key is supplied by a packaging for a sensor control device, wherein the sensor control device comprises a sensor and analyte monitoring circuitry and the sensor is adapted to be inserted into the body of a user, wherein receiving the private key by the reader device comprises at least one of: scanning a barcode or other indicia on the packaging for the sensor control device with an optical scanner of the reader device, wherein the barcode or other indicia is representative of the private key; scanning the packaging for the sensor control device with a communication device, wherein the packaging comprises a machine-readable element adapted to provide information representative of the private key in response to the scan; and/or reading, by a human, the private key from the package, and wherein the private key is input manually into the reader device; scanning a barcode or other indicia on the packaging for the sensor control device with an optical scanner of the reader device, wherein the barcode or other indicia is representative of the private key; scanning the packaging for the sensor control device with a communication device, wherein the packaging comprises a machine-readable element adapted to provide information representative of the private key in response to the scan; and/or reading, by a human, the private key from the package, and wherein the private key is input manually into the reader device; authenticating the private key using a public key stored within the reader device; and if the private key is authenticated, reading sensed analyte data from the sensor control device by the reader device.
A method for temporarily stiffening a flexible material, the method comprising: providing a stiffening treatment film, wherein the treatment film comprises at least one thermoplastic material; applying a solvent in vapor form to the treatment film to partially dissolve the treatment film; applying the partially dissolved treatment film to the flexible material to form a stiffened material; and forming at least a portion of a product that includes the stiffened material by coupling the stiffened material to another flexible material to form the portion of the product; and applying one or more solvents to the product to remove to the treatment film from the flexible material. providing a stiffening treatment film, wherein the treatment film comprises at least one thermoplastic material; applying a solvent in vapor form to the treatment film to partially dissolve the treatment film; applying the partially dissolved treatment film to the flexible material to form a stiffened material; and forming at least a portion of a product that includes the stiffened material by coupling the stiffened material to another flexible material to form the portion of the product; and applying one or more solvents to the product to remove to the treatment film from the flexible material.
A method of stemming a blast hole, the method comprising: providing a gel type substance as a gelled length in the blast hole, as a pressure wave reflecting stem, to increase the efficiency of an explosive during blasting with the explosive being located in the blast hole, wherein providing a gel type substance comprises providing a super absorbent polymer gel, and the method includes pumping the super absorbent polymer gel into the blast hole to create a gelled column of water.
A circuit component arrangement comprising: a base; at least one circuit component mounted to the base; and a bonding agent adhering the at least one circuit component in intimate thermal contact to the base, wherein the bonding agent is disposed in a respective open channel defined in an outward facing surface of the base in contact with each of the at least one circuit component, and characterized by the open channel being in fluid communication with a window opening defined in a surface of the base, wherein the window opening is visible for confirmation that the open channel is filled with bonding agent with a circuit component pressed against the open channel. a base; at least one circuit component mounted to the base; and
A method for adaptively adjusting operation during non-continuous reception of a wireless receiver, where the wireless receiver has a plurality of modes of discontinuous reception, DRX, operation and where each of the plurality of modes is characterized according to at least a power consumption and a reliability, the method comprising the steps of: determining a reception performance with a first mode of the plurality of modes of DRX operation during a first transmission of a first DRX cycle, wherein determining reception performance is performed for a Physical Downlink Control Channel, PDCCH, and/or a Physical Downlink Shared Channel, PDSCH, wherein the plurality of modes of DRX operation includes the first mode and a second mode, wherein the first mode comprises an offline mode, wherein the second mode comprises an online mode, wherein the online mode comprises real-time determination of the reception performance during connected mode operation, and wherein the offline mode comprises storing data relating to performing the determination of the reception performance at a later time after the connected mode operation; when reception performance is insufficient, selecting the second mode of the plurality of modes of DRX operation for a subsequent stage of the first DRX cycle, the second mode having a greater reliability than the first mode. determining a reception performance with a first mode of the plurality of modes of DRX operation during a first transmission of a first DRX cycle, wherein determining reception performance is performed for a Physical Downlink Control Channel, PDCCH, and/or a Physical Downlink Shared Channel, PDSCH, wherein the plurality of modes of DRX operation includes the first mode and a second mode, wherein the first mode comprises an offline mode, wherein the second mode comprises an online mode, wherein the online mode comprises real-time determination of the reception performance during connected mode operation, and wherein the offline mode comprises storing data relating to performing the determination of the reception performance at a later time after the connected mode operation; when reception performance is insufficient, selecting the second mode of the plurality of modes of DRX operation for a subsequent stage of the first DRX cycle, the second mode having a greater reliability than the first mode.
A user equipment, UE, comprising: a physical downlink control channel, PDCCH, receiving unit configured to monitor a first PDCCH with a first downlink control information, DCI, format, the first PDCCH with the first DCI format scheduling a physical uplink shared channel, PUSCH; and a PUSCH transmitting unit configured to transmit the PUSCH, the first DCI format including a PUSCH trigger A field and a Transmitter Power Control, TPC, command field, wherein the PDCCH receiving unit is further configured to, in a case that the PUSCH trigger A field is set to 1, monitor a second PDCCH with a second DCI format in a valid duration, the second DCI format including a PUSCH trigger B field, and in a case that the PUSCH trigger A field is set to 1, the TPC command field applies in a case that the second PDCCH with the second DCI format of which the PUSCH trigger B field set to 1 is detected. a physical downlink control channel, PDCCH, receiving unit configured to monitor a first PDCCH with a first downlink control information, DCI, format, the first PDCCH with the first DCI format scheduling a physical uplink shared channel, PUSCH; and a PUSCH transmitting unit configured to transmit the PUSCH, the first DCI format including a PUSCH trigger A field and a Transmitter Power Control, TPC, command field, wherein the PDCCH receiving unit is further configured to, in a case that the PUSCH trigger A field is set to 1, monitor a second PDCCH with a second DCI format in a valid duration, the second DCI format including a PUSCH trigger B field, and in a case that the PUSCH trigger A field is set to 1, the TPC command field applies in a case that the second PDCCH with the second DCI format of which the PUSCH trigger B field set to 1 is detected.
A brake rotor for a disk brake system and comprising: a body portion having opposing braking surfaces and defining a rotational axis; a mounting portion extending radially from the body portion and including a mounting slot defined by first and second sidewalls (44, 46), the first sidewall defining a first axis, and the second sidewall defining a second axis that is parallel to the first axis; and, a mounting post positioned in the mounting slot to secure the brake rotor to a wheel, characterised in that the first axis intersects the rotational axis. a body portion having opposing braking surfaces and defining a rotational axis; a mounting portion extending radially from the body portion and including a mounting slot defined by first and second sidewalls (44, 46), the first sidewall defining a first axis, and the second sidewall defining a second axis that is parallel to the first axis; and, a mounting post positioned in the mounting slot to secure the brake rotor to a wheel, characterised in that the first axis intersects the rotational axis.