mhurhangee/ep-ind-claims huggingface dataset:
Method for continuously transporting bulk material along a number of conveyor belts (3, 4, 5) which are successively disposed in a transport direction and form a conveying path, characterized in that depending on requirements the bulk material is deflected from the conveying path to a storage medium for intermediate storage and in order for intermediate storage to be terminated in turn is routed back to the conveying path.
Heat exchanger for a motor vehicle, in particular exhaust gas heat exchanger, wherein the heat exchanger has an outer sheath and heat exchanger tubes are arranged in the outer sheath and a medium is introducible into the sheath at a front side and is dischargeable on the other side, wherein a front plate is arranged in the sheath at the end side, wherein the front plate has openings for passage of the medium into the heat exchanger tubes, in particular the heat exchanger tubes reach through the openings at least in sections, wherein the openings in the front plate are configured as circular holes and the holes are arranged offset to each other, wherein even surfaces are formed between the openings at a border of the front plate, characterised in that guide elements are arranged directly or indirectly upstream of the even surfaces in the flow direction, wherein the transverse face area of the guide elements covers in the flow direction at least the even surfaces.
A storage and discharge apparatus for particulate material, said storage and discharge apparatus comprising: a silo; and a dispensing cone adjacent a lower end of the silo, the dispensing cone formed in a partial conical shape and including a fill portion oriented to face the lower end of the silo at a base end of the conical shape and a dispense portion at an apex end of the conical shape, wherein the dispense portion includes extension sections that extend longitudinally outward from the apex end of the conical shape but not further than the bottom end of the conical shape; wherein said extension sections also extend transversely outward from the apex end of the conical shape; wherein said apparatus has a discharge opening at the bottom end of the dispensing cone, said discharge opening being for dispensing particulate material to a truck bed of a truck; wherein the extension sections span a length of the dispense portion to said discharge opening at the bottom end of the dispensing cone; wherein a size of the opening substantially corresponds to a cross-section through the extension sections. a silo; and a dispensing cone adjacent a lower end of the silo, the dispensing cone formed in a partial conical shape and including a fill portion oriented to face the lower end of the silo at a base end of the conical shape and a dispense portion at an apex end of the conical shape, wherein the dispense portion includes extension sections that extend longitudinally outward from the apex end of the conical shape but not further than the bottom end of the conical shape; wherein said extension sections also extend transversely outward from the apex end of the conical shape; wherein said apparatus has a discharge opening at the bottom end of the dispensing cone, said discharge opening being for dispensing particulate material to a truck bed of a truck; wherein the extension sections span a length of the dispense portion to said discharge opening at the bottom end of the dispensing cone; wherein a size of the opening substantially corresponds to a cross-section through the extension sections.
A two-part curable composition comprising: a. a first part comprising a cyanoacrylate component, a cationic catalyst, and a plurality of polyolefin fibres; b. a second part comprising a cationic curable component, and an initiator component; wherein when mixed together the cationic catalyst initiates cure of the cationic curable component. a. a first part comprising a cyanoacrylate component, a cationic catalyst, and a plurality of polyolefin fibres; b. a second part comprising a cationic curable component, and an initiator component;
An oven for the transport of food, installable in particular on motorcycles or the like, comprising at least one container securable to a motorcycle and having at least one inner chamber for the housing of food, at least one heating heat exchanger associated with said container and adapted to heat the air in said inner chamber, in which said heating heat exchanger has at least one inlet duct connectable to a scavenging system of the exhaust gases of said motorcycle and at least one outlet duct of the exhaust gases, characterized by the fact that it comprises at least one dehumidifying heat exchanger associated with said container and adapted to dehumidify the air in said inner chamber, in which said dehumidifying heat exchanger comprises at least one cooling portion adapted to be hit by an air flow external to said container during the transit of the motorcycle, and at least one dehumidification portion positioned internally to said container and adapted to condense the water vapor present in said inner chamber, and in that it comprises conveying and outflow means (11, 12) of the condensate collected on said dehumidification portion of the dehumidifying heat exchanger.
An electronic device, comprising: a memory (130, 830) configured to store at least one instruction; and a processor (120, 810) configured to operatively connect with the memory and execute the at least one instruction, wherein the at least one instruction executed by the processor is set to output guide information corresponding to a sensor signal generated in response to a state in which a receiving coil of the electronic device is arranged with an external device which supports wireless charging, and characterized in that the at least one instruction executed by the processor (120, 810) is set to detect a capacitance level corresponding to the state and to output guide information corresponding to the detected capacitance level between the electronic device and a transmission coil of the external device. a memory (130, 830) configured to store at least one instruction; and a processor (120, 810) configured to operatively connect with the memory and execute the at least one instruction, wherein the at least one instruction executed by the processor is set to output guide information corresponding to a sensor signal generated in response to a state in which a receiving coil of the electronic device is arranged with an external device which supports wireless charging, and characterized in that the at least one instruction executed by the processor (120, 810) is set to detect a capacitance level corresponding to the state and to output guide information corresponding to the detected capacitance level between the electronic device and a transmission coil of the external device.
Method for checking the consistency of control software of a control computer of a self-service machine, having a trusted domain that is arranged within the self-service machine, comprising the steps of: - checking the control software in terms of its consistency by way of the trusted domain; - in the event of an inconsistency, a blocking signal is generated for a peripheral component of the self-service machine by the trusted domain, which blocking signal is used to restrict the functionality of the self-service machine, wherein the peripheral component is a keypad that permits a plain text input and an encrypted keypad input, and the keypad furthermore has a sequence controller that restricts the functionality of the keypad when the blocking signal is present by not permitting the plain text input; - in the event of a consistency, an enable signal is generated for the keypad by the trusted domain in order to activate the full functionality thereof, wherein the sequence controller permits a plain text input only when the enable signal is present. - checking the control software in terms of its consistency by way of the trusted domain; - in the event of an inconsistency, a blocking signal is generated for a peripheral component of the self-service machine by the trusted domain, which blocking signal is used to restrict the functionality of the self-service machine, wherein the peripheral component is a keypad that permits a plain text input and an encrypted keypad input, and the keypad furthermore has a sequence controller that restricts the functionality of the keypad when the blocking signal is present by not permitting the plain text input; - in the event of a consistency, an enable signal is generated for the keypad by the trusted domain in order to activate the full functionality thereof, wherein the sequence controller permits a plain text input only when the enable signal is present.
A method of data transmission in a wireless communication network using a radio channel divided into subframes (20, 21, 22) in the time domain, the method comprising: a network system assigning resource elements in a first subframe and at least one subsequent subframe (21, 22) to a user equipment; by downlink control information transmitted in the first subframe, the network system sending a multi-subframe assignment indicating the assigned resource elements to the user equipment; and in at least a part of the assigned resource elements in the first subframe and at least a part of the assigned resource elements in the at least one subsequent subframe (21, 22), the network system transmitting precoded reference symbols to the user equipment; and the network system sending to the user equipment an indication that the user equipment is allowed to assume that precoding of the reference symbols is static over the first subframe and the at least one subsequent subframe (21, 22). a network system assigning resource elements in a first subframe and at least one subsequent subframe (21, 22) to a user equipment; by downlink control information transmitted in the first subframe, the network system sending a multi-subframe assignment indicating the assigned resource elements to the user equipment; and in at least a part of the assigned resource elements in the first subframe and at least a part of the assigned resource elements in the at least one subsequent subframe (21, 22), the network system transmitting precoded reference symbols to the user equipment; and the network system sending to the user equipment an indication that the user equipment is allowed to assume that precoding of the reference symbols is static over the first subframe and the at least one subsequent subframe (21, 22).
A device for collecting blood from an anatomical feature of a mammalian subject, the device comprising: a rigid vibrating plate assembly structured and arranged to push against the anatomical feature from which blood is collected; a housing portion releasably connectable to the vibrating plate assembly; a first biasing device attached to the housing portion and releasably attachable to the vibrating plate assembly, wherein the first biasing device is structured and arranged to constrict blood flow in the anatomical feature; and a plurality of vibrating motors (56a, 56b) located beneath the vibrating plate assembly, wherein vibrations generated by the vibrating motors are configured to enhance blood flow in and to the anatomical feature. a rigid vibrating plate assembly structured and arranged to push against the anatomical feature from which blood is collected; a housing portion releasably connectable to the vibrating plate assembly; a first biasing device attached to the housing portion and releasably attachable to the vibrating plate assembly, wherein the first biasing device is structured and arranged to constrict blood flow in the anatomical feature; and a plurality of vibrating motors (56a, 56b) located beneath the vibrating plate assembly, wherein vibrations generated by the vibrating motors are configured to enhance blood flow in and to the anatomical feature.
A chip support comprising: - a support body element, such as a card body, comprising a printed circuit, - a photovoltaic sensor at least partially transparent to visible light, extending at least partially over one face of the support body element and being electrically connected to the printed circuit by an electrical connection; - a layer or sheet of material opaque to visible light, characterised in that the layer or sheet of material opaque to visible light is located between the printed circuit and the photovoltaic sensor and at least partially masking the printed circuit, and in that said electrical connection extends through an opening in the opaque sheet or layer. - a support body element, such as a card body, comprising a printed circuit, - a photovoltaic sensor at least partially transparent to visible light, extending at least partially over one face of the support body element and being electrically connected to the printed circuit by an electrical connection; - a layer or sheet of material opaque to visible light, characterised in that the layer or sheet of material opaque to visible light is located between the printed circuit and the photovoltaic sensor and at least partially masking the printed circuit,
A method of operating a network node in a 3GPP cellular communications network, the method comprising: Obtaining a list of wireless local area network, WLAN, identifiers that are to be considered by terminal devices in the cellular communications network when the terminal devices perform a access network selection and/or traffic steering or routing procedure with respect to the cellular communications network and one or more WLANs; Dividing the list into a plurality of segments that are to be separately broadcast over a broadcast channel to the terminal devices in a broadcast channel; and Broadcasting the plurality of segments separately to the terminal devices over the broadcast channel, wherein for each transmission time the broadcast channel has a systemInfoValueTag tag which is updated when there is a modification of information - other than information of the list of WLAN identifiers - carried by the broadcast channel, and wherein each segment has an associated tag value that indicates that the information in the broadcast channel has not changed from a previous broadcast, except when the content of the list of WLAN identifiers has changed. Obtaining a list of wireless local area network, WLAN, identifiers that are to be considered by terminal devices in the cellular communications network when the terminal devices perform a access network selection and/or traffic steering or routing procedure with respect to the cellular communications network and one or more WLANs; Dividing the list into a plurality of segments that are to be separately broadcast over a broadcast channel to the terminal devices in a broadcast channel; and Broadcasting the plurality of segments separately to the terminal devices over the broadcast channel, wherein for each transmission time the broadcast channel has a systemInfoValueTag tag which is updated when there is a modification of information - other than information of the list of WLAN identifiers - carried by the broadcast channel, and wherein each segment has an associated tag value that indicates that the information in the broadcast channel has not changed from a previous broadcast, except when the content of the list of WLAN identifiers has changed. wherein for each transmission time the broadcast channel has a systemInfoValueTag tag which is updated when there is a modification of information - other than information of the list of WLAN identifiers - carried by the broadcast channel, and wherein each segment has an associated tag value that indicates that the information in the broadcast channel has not changed from a previous broadcast, except when the content of the list of WLAN identifiers has changed.
Optometry device for testing an individual's eye comprising: - an imaging module adapted to produce a first image for the individual's eye; - a beam splitter arranged to combine the first image and a second image for the individual's eye; - a screen; - a mirror arranged in combination with the screen to produce the second image to be visible by the individual's eye via the beam splitter, wherein the screen and the mirror are positioned such that a second light beam corresponding to the second image is transmitted from the screen to the mirror via the beam splitter, reflects on the mirror towards the beam splitter and reflects on the beam splitter towards the individual's eye, characterised in that the screen faces the beam splitter and in that the imaging module is adapted to produce the first image at a variable distance for the individual's eye. - an imaging module adapted to produce a first image for the individual's eye; - a beam splitter arranged to combine the first image and a second image for the individual's eye; - a screen; - a mirror arranged in combination with the screen to produce the second image to be visible by the individual's eye via the beam splitter, wherein the screen and the mirror are positioned such that a second light beam corresponding to the second image is transmitted from the screen to the mirror via the beam splitter, reflects on the mirror towards the beam splitter and reflects on the beam splitter towards the individual's eye,
A GLP-1 analogue composition for a microneedle device comprising: a GLP-1 analogue; water; and a polymeric carrier, wherein the polymeric carrier is pullulan. a GLP-1 analogue; water; and a polymeric carrier, wherein the polymeric carrier is pullulan.
A closure system for a leaf of a window or door, comprising: - a lock-body applicable to a leaf of a window or door, - a closing bar movable between an extracted configuration from the lock-body and a retracted configuration in the lock-body, and - at least one command member manually activatable by a user and kinematically connected or connectable to the closing bar, said command member being manually subjectable to a thrust or traction force in order to assume at least two operating positions, corresponding to the extracted configuration and the retracted configuration of the closing bar, respectively, the command member acting directly on the closing bar by means of at least one manoeuvring element directly applied to the command member or to the closing bar,wherein said manoeuvring element is defined by a pin applied to said closing bar so as to be integral therewith and directly engaged in a contacting relation with said command member; a lateral plate applicable to the leaf and/or to the lock-body and wherein the command member is mounted on the lateral plate so as to have at least one movement component along the movement direction of the closing bar; and wherein the command member is configured to be arranged substantially flush with the leaf and has an engaging portion configured to intercept said pin so as to draw the closing bar in movement at least from the extracted position to the retracted position. - a lock-body applicable to a leaf of a window or door, - a closing bar movable between an extracted configuration from the lock-body and a retracted configuration in the lock-body, and - at least one command member manually activatable by a user and kinematically connected or connectable to the closing bar, said command member being manually subjectable to a thrust or traction force in order to assume at least two operating positions, corresponding to the extracted configuration and the retracted configuration of the closing bar, respectively, the command member acting directly on the closing bar by means of at least one manoeuvring element directly applied to the command member or to the closing bar,wherein said manoeuvring element is defined by a pin applied to said closing bar so as to be integral therewith and directly engaged in a contacting relation with said command member; a lateral plate applicable to the leaf and/or to the lock-body and wherein the command member is mounted on the lateral plate so as to have at least one movement component along the movement direction of the closing bar; and wherein the command member is configured to be arranged substantially flush with the leaf and has an engaging portion configured to intercept said pin so as to draw the closing bar in movement at least from the extracted position to the retracted position.
A housing having a suction inlet (52, 152) thereon, a suction source (30, 130) associated with the housing, in fluid communication with the suction inlet (52, 152) to produce a working airflow therethrough, and a dirt container (20, 120) in fluid communication with the suction inlet (52, 152) and suction source (30, 130), wherein the housing comprises a body defined by a central portion (48, 148) and a pair of extension arms (53, 153) that extend laterally outwardly from the central portion (48, 148), wherein each extension arm (53, 153) comprises a mount, which receives a rotatable agitator (44, 144) thereon, the agitator (44, 144) on each extension arm (53, 153) having an axis of rotation; and a drive assembly (70, 72, 76, 78, 80, 82, 86, 88, 170, 172, 174, 176, 178, 180, 181, 184) operably interconnected with each of the agitators (44, 144) provided on the pair of extension arms (53, 153), wherein the drive assembly is configured to counter-rotate each agitator (44, 144) with respect to the other agitator (44, 144); wherein the suction inlet (52, 152) is positioned on the housing rearward of, and between, each of the axes of rotation of each agitator (44, 144) located on the pair of extension arms (53, 153), whereby the counter-rotating agitators (44, 144) are operable to cooperate with the suction source (30, 130) to direct dust and debris outside the periphery of the housing along a converging debris path, towards the suction inlet (52,152), characterized in that the aperture of the suction inlet (52, 152) is narrower than the width of the housing. a body defined by a central portion (48, 148) and a pair of extension arms (53, 153) that extend laterally outwardly from the central portion (48, 148), wherein each extension arm (53, 153) comprises a mount, which receives a rotatable agitator (44, 144) thereon, the agitator (44, 144) on each extension arm (53, 153) having an axis of rotation; and a drive assembly (70, 72, 76, 78, 80, 82, 86, 88, 170, 172, 174, 176, 178, 180, 181, 184) operably interconnected with each of the agitators (44, 144) provided on the pair of extension arms (53, 153), wherein the drive assembly is configured to counter-rotate each agitator (44, 144) with respect to the other agitator (44, 144); wherein the suction inlet (52, 152) is positioned on the housing rearward of, and between, each of the axes of rotation of each agitator (44, 144) located on the pair of extension arms (53, 153), whereby the counter-rotating agitators (44, 144) are operable to cooperate with the suction source (30, 130) to direct dust and debris outside the periphery of the housing along a converging debris path, towards the suction inlet (52,152), characterized in that the aperture of the suction inlet (52, 152) is narrower than the width of the housing.