mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a mobile device, which is a deformable mobile terminal ), comprising the steps of: detecting a first action of a user; outputting a folding indicator on a screen according to the detected first action of the user, wherein the folding indicator indicates a folding area in which a folding can be performed by the user, the folding indicator comprising at least one of one or more foldable lines, along which a folding can be performed, and data on a function corresponding to the one or more foldable lines on the screen, to be performed in case the folding area is folded, subsequently, detecting a second action of the user, wherein the second action comprises folding of the display performed in the folding area , executing a function corresponding to the detected second action and outputting data resulted from executing the function on the screen; and controlling the device based on the outputted data, characterized in that the data resulted from executing the function is outputted in a first area and a second area which are divided according to the second action of the user on the screen, wherein a first content of the data, which used to be output on the second area before folding, is output on the first area, and a second content of the data, which used to be output on the first area before folding, is output on the second area. detecting a first action of a user; outputting a folding indicator on a screen according to the detected first action of the user, wherein the folding indicator indicates a folding area in which a folding can be performed by the user, the folding indicator comprising at least one of one or more foldable lines, along which a folding can be performed, and data on a function corresponding to the one or more foldable lines on the screen, to be performed in case the folding area is folded, subsequently, detecting a second action of the user, wherein the second action comprises folding of the display performed in the folding area , executing a function corresponding to the detected second action and outputting data resulted from executing the function on the screen; and controlling the device based on the outputted data, characterized in that the data resulted from executing the function is outputted in a first area and a second area which are divided according to the second action of the user on the screen, wherein a first content of the data, which used to be output on the second area before folding, is output on the first area, and a second content of the data, which used to be output on the first area before folding, is output on the second area.
A dielectric thin film comprising MgO as a main component, wherein the dielectric thin film is composed of a columnar structure group containing at least one columnar structure A constructed by single crystal and at least one columnar structure B constructed by polycrystal, respectively, and in the cross section of the direction perpendicular to the dielectric thin film, when the area occupied by the columnar structure A is set as C A and the area occupied by the columnar structure B is set as C B , the relationship between C A and C B satisfies 0.4≤C B /C A ≤1.1.
A water supply apparatus, wherein - a mixing apparatus is provided for mixing, in a mixing container , water carried in the mixing apparatus ; - relative to the mixing container , a base apparatus is arranged which has a base chamber that is hydraulically connected to a water conduit of the water supply apparatus and which has an opening to the surroundings; - a sealing device is installed in the base chamber for closing off the opening of the base chamber from the surroundings; - the sealing device has a wall area with predetermined breaking point which has a compressive strength that is lower than the compressive strength of wall areas of other components of the water supply apparatus which, in the operating state, enclose cavities that can be filled with water, and which separate these cavities that can be filled with water from the surroundings; characterized in that - the mixing container encloses a mixing chamber ; in that - an opening is provided in the bottom area of the mixing chamber , which connects the mixing chamber to the base chamber ; and in that - when the sealing device is installed, the opening to the base chamber is closed. - a mixing apparatus is provided for mixing, in a mixing container , water carried in the mixing apparatus ; - relative to the mixing container , a base apparatus is arranged which has a base chamber that is hydraulically connected to a water conduit of the water supply apparatus and which has an opening to the surroundings; - a sealing device is installed in the base chamber for closing off the opening of the base chamber from the surroundings; - the sealing device has a wall area with predetermined breaking point which has a compressive strength that is lower than the compressive strength of wall areas of other components of the water supply apparatus which, in the operating state, enclose cavities that can be filled with water, and which separate these cavities that can be filled with water from the surroundings; characterized in that - the mixing container encloses a mixing chamber ; in that - an opening is provided in the bottom area of the mixing chamber , which connects the mixing chamber to the base chamber ; and in that - when the sealing device is installed, the opening to the base chamber is closed.
A mouth guard, comprising: a tray configured to encompass at least anterior teeth of a maxillary arch; wherein the tray includes a pair of protrusions extending away from the tray , each protrusion configured to generally overlie a portion of at least two anterior teeth of the maxillary arch; whereby the protrusions are configured to engage at least one tooth of a mandibular arch; whereby damage to the at least anterior teeth of the maxillary arch is reduced or prevented; characterized in that the protrusions have a length from 5 mm to 20 mm, wherein the length is defined, in use, as the longitudinal length from the tip of one of the user's teeth on the maxillary arch to a distal tip of the respective protrusion , and the protrusions have a fang-like appearance with a sharp fang-like bottom portion. a tray configured to encompass at least anterior teeth of a maxillary arch; wherein the tray includes a pair of protrusions extending away from the tray , each protrusion configured to generally overlie a portion of at least two anterior teeth of the maxillary arch; whereby the protrusions are configured to engage at least one tooth of a mandibular arch; whereby damage to the at least anterior teeth of the maxillary arch is reduced or prevented; characterized in that the protrusions have a length from 5 mm to 20 mm, wherein the length is defined, in use, as the longitudinal length from the tip of one of the user's teeth on the maxillary arch to a distal tip of the respective protrusion , and the protrusions have a fang-like appearance with a sharp fang-like bottom portion.
A method for piloting a simple flow ventilation system , characterized in that it comprises the following steps: - Step A: Measurement of pollution in at least one main room of the residential building by means of at least one main room pollution sensor , - Step B: Measurement of pollution in at least one technical room of the residential building by means of at least one technical room pollution sensor , - Step C: Comparison of the measurements performed at step A and at step B by means of a calculator of a central control unit , - Step D: Identification of the air extraction needs for each technical room and/or each main room by means of the calculator of the central control unit , - Step E: Control of the air distribution according to the needs identified at step D from the central control unit towards at last one regulator , the air distribution being carried out from a self-learning mode of the central control unit , - Step F: Actuation of at least one regulator 8 associated to an extraction branch according to the distribution control of Step E, - Step G: Piloting of the speed of the motor fan . - Step A: Measurement of pollution in at least one main room of the residential building by means of at least one main room pollution sensor , - Step B: Measurement of pollution in at least one technical room of the residential building by means of at least one technical room pollution sensor , - Step C: Comparison of the measurements performed at step A and at step B by means of a calculator of a central control unit , - Step D: Identification of the air extraction needs for each technical room and/or each main room by means of the calculator of the central control unit , - Step E: Control of the air distribution according to the needs identified at step D from the central control unit towards at last one regulator , the air distribution being carried out from a self-learning mode of the central control unit , - Step F: Actuation of at least one regulator 8 associated to an extraction branch according to the distribution control of Step E, - Step G: Piloting of the speed of the motor fan .
A blood brain barrier shuttle module comprising a molecule that is to be transported to the brain across the blood-brain barrier, optionally a linker and exactly one monovalent anti-blood brain barrier receptor antibody or blood brain barrier receptor binding fragment thereof, wherein the linker if present couples the molecule that is to be transported to the brain across the blood-brain barrier to the monovalent anti-blood brain barrier receptor antibody or blood brain barrier receptor binding fragment thereof, wherein the anti-blood brain barrier receptor antibody or blood brain barrier receptor binding fragment thereof comprises (a) a HVR-H1 comprising the amino acid sequence of SEQ ID NO: 116; (b) a HVR-H2 comprising the amino acid sequence of SEQ ID NO: 117; (c) a HVR-H3 comprising the amino acid sequence of SEQ ID NO: 119; (d) a HVR-L1 comprising the amino acid sequence of SEQ ID NO: 120; (e) a HVR-L2 comprising the amino acid sequence of SEQ ID NO: 121; and (f) a HVR-L3 comprising the amino acid sequence of SEQ ID NO: 122.
An ultrasonic surgical instrument comprising: a shaft having a longitudinal axis ; and a probe head disposed at a distal end of said shaft , said probe head having a distal end face oriented transversely to said axis , said probe head having a plurality of teeth , wherein said probe head has two major lateral faces ; said teeth extend in a linear array at and along an edge of said end face in part laterally from said end face and away from a respective one of said major lateral faces ; and said shaft is provided with a lumen or channel having an opening or port in said end face . a shaft having a longitudinal axis ; and a probe head disposed at a distal end of said shaft , said probe head having a distal end face oriented transversely to said axis , said probe head having a plurality of teeth , wherein said probe head has two major lateral faces ; said teeth extend in a linear array at and along an edge of said end face in part laterally from said end face and away from a respective one of said major lateral faces ; and said shaft is provided with a lumen or channel having an opening or port in said end face .
A terminal comprising: a transmission section configured to transmit channel state information periodically; and a control section configured to control transmission of the channel state information, wherein the control section is configured to control transmission, using a Physical Uplink Control Channel, PUCCH, format, of a plurality of channel state information, and of at least one amongst a scheduling request and transmission acknowledgement information, the PUCCH format being able to use a plurality of resource blocks and/or that has a smaller spreading factor than a spreading factor of PUCCH format 3, and characterised in that the control section is configured to select at least one of the plurality of channel state information based on a total amount of bits of the plurality of channel state information, and the transmission acknowledgment information and/or the scheduling request, and on a number of bits that is smaller than a maximum number of bits of the PUCCH format and is determined based on a ratio of the number of bits with respect to the maximum number of bits of the PUCCH format. a transmission section configured to transmit channel state information periodically; and a control section configured to control transmission of the channel state information, wherein the control section is configured to control transmission, using a Physical Uplink Control Channel, PUCCH, format, of a plurality of channel state information, and of at least one amongst a scheduling request and transmission acknowledgement information, the PUCCH format being able to use a plurality of resource blocks and/or that has a smaller spreading factor than a spreading factor of PUCCH format 3, and characterised in that the control section is configured to select at least one of the plurality of channel state information based on a total amount of bits of the plurality of channel state information, and the transmission acknowledgment information and/or the scheduling request, and on a number of bits that is smaller than a maximum number of bits of the PUCCH format and is determined based on a ratio of the number of bits with respect to the maximum number of bits of the PUCCH format. on a total amount of bits of the plurality of channel state information, and the transmission acknowledgment information and/or the scheduling request, and on a number of bits that is smaller than a maximum number of bits of the PUCCH format and is determined based on a ratio of the number of bits with respect to the maximum number of bits of the PUCCH format.
Method for managing an incoming call (A) in a communication terminal , the incoming call (A) having an associated call identifier, said call identifier making it possible to identify a communication terminal making the incoming call in a communications network, said management method being implemented by a management device and being characterized in that it comprises: - checking the routing (E20) of an outgoing call (B) to the call identifier associated with the incoming call (A), said checking comprising making an outgoing call to said call identifier, and - classifying (E30) the incoming call (A) on the basis of the result of the checking of the routing (E20), the incoming call (A) being classified as a malicious incoming call if the checking of the routing (E20) reveals that the outgoing call (B) made to said call identifier is not able to be routed. - checking the routing (E20) of an outgoing call (B) to the call identifier associated with the incoming call (A), said checking comprising making an outgoing call to said call identifier, and - classifying (E30) the incoming call (A) on the basis of the result of the checking of the routing (E20), the incoming call (A) being classified as a malicious incoming call if the checking of the routing (E20) reveals that the outgoing call (B) made to said call identifier is not able to be routed.
Method for optically measuring at least the stability and the aggregation of particles in a liquid sample , which is in a sample container , wherein the method comprises the following steps: irradiating the sample with light of at least a first wavelength , to fluorescently excite the particles, irradiating the sample with light of at least a second wavelength to examine the scattering of the particles, measuring the fluorescence light emitted by the sample ; and measuring the extinction light at the second wavelength, wherein the irradiated light of the second wavelength runs through the sample container , is reflected back, runs again through the sample container in opposite direction and exits as extinction light, wherein the stability is measured on the basis of the measured fluorescence light and the aggregation on the basis of the measured extinction light. irradiating the sample with light of at least a first wavelength , to fluorescently excite the particles, irradiating the sample with light of at least a second wavelength to examine the scattering of the particles, measuring the fluorescence light emitted by the sample ; and measuring the extinction light at the second wavelength, wherein the irradiated light of the second wavelength runs through the sample container , is reflected back, runs again through the sample container in opposite direction and exits as extinction light, wherein the stability is measured on the basis of the measured fluorescence light and the aggregation on the basis of the measured extinction light.
A system comprising: a plurality of first devices , each respective first device configured to transmit a low-frequency, LF, light signal comprising an identifier of the respective first device, and to transmit and/or receive a high-frequency, HF, light signal comprising data content; and a second device configured to receive a respective LF light signal from each of the first devices, and to transmit and/or receive a HF light signal from at least one of the first devices, wherein the second device has an adaptable receiving and/or transmitting direction for respectively receiving and/or transmitting the HF light signal, and wherein the second device comprises a controller configured to: based on the respective identifiers encoded in the respective LF light signals, determine a position of the second device relative to each of the first devices , and select one of the first devices ; and based on said determination, adapt the receiving and/or transmitting direction of at least the HF light signal of the second device toward the selected first device and wherein the second device is configured to receive the LF light signal using a receiver having a wide receiving angle, and to receive the HF light signal using a receiver having a narrow receiving angle. a plurality of first devices , each respective first device configured to transmit a low-frequency, LF, light signal comprising an identifier of the respective first device, and to transmit and/or receive a high-frequency, HF, light signal comprising data content; and a second device configured to receive a respective LF light signal from each of the first devices, and to transmit and/or receive a HF light signal from at least one of the first devices, wherein the second device has an adaptable receiving and/or transmitting direction for respectively receiving and/or transmitting the HF light signal, and wherein the second device comprises a controller configured to: based on the respective identifiers encoded in the respective LF light signals, determine a position of the second device relative to each of the first devices , and select one of the first devices ; and based on said determination, adapt the receiving and/or transmitting direction of at least the HF light signal of the second device toward the selected first device and wherein the second device is configured to receive the LF light signal using a receiver having a wide receiving angle, and to receive the HF light signal using a receiver having a narrow receiving angle. based on the respective identifiers encoded in the respective LF light signals, determine a position of the second device relative to each of the first devices , and select one of the first devices ; and based on said determination, adapt the receiving and/or transmitting direction of at least the HF light signal of the second device toward the selected first device and wherein the second device is configured to receive the LF light signal using a receiver having a wide receiving angle, and to receive the HF light signal using a receiver having a narrow receiving angle.
An integrated circuit that comprises: a memory unit comprising memory cells (5001-5008), an output port , and read circuitry ; and a processing unit; wherein the read circuitry comprises a reduction unit and a first group of in-memory read paths (5011-5018) for outputting up to a first number of bits through the output port ; and wherein the processing unit is configured to send to the memory unit a read request for reading a second number of bits from the memory unit; characterized in that the reduction unit is configured to control the in-memory read paths (5011-5018), during a read operation triggered by the read request, based on the first number of bits and the second number of bits, and the reduction unit is configured to control irrelevant in-memory read paths (5011-5018) when the second number is smaller than the first number, wherein the irrelevant in-memory read paths are associated with irrelevant bits of the first number of bits, and wherein the irrelevant bits are not included in the second number of bits. a memory unit comprising memory cells (5001-5008), an output port , and read circuitry ; and a processing unit; wherein the read circuitry comprises a reduction unit and a first group of in-memory read paths (5011-5018) for outputting up to a first number of bits through the output port ; and wherein the processing unit is configured to send to the memory unit a read request for reading a second number of bits from the memory unit; characterized in that the reduction unit is configured to control the in-memory read paths (5011-5018), during a read operation triggered by the read request, based on the first number of bits and the second number of bits, and the reduction unit is configured to control irrelevant in-memory read paths (5011-5018) when the second number is smaller than the first number, wherein the irrelevant in-memory read paths are associated with irrelevant bits of the first number of bits, and wherein the irrelevant bits are not included in the second number of bits.
A storage container for a storage and dispensing station for pharmaceutical portions, having: a housing , which encloses a receptacle chamber for pharmaceutical portions, comprising a guide section and a bottom face , wherein an inner wall of the guide section defines a circular-cylindrical guide chamber and wherein the bottom face has a dispensing opening , a singulating unit arranged in the guide section of the housing comprising a central axis of rotation (DA), wherein the singulating unit has a main section and a plurality of projections , wherein each projection has two end sections and a middle section and a pharmaceutical duct is formed between each two end sections of adjacent projections, characterized in that the middle sections of the projections are recessed in relation to at least one of the end sections and the at least one end section of each projection is formed such that its lateral surface bears on the wall of the guide section . a housing , which encloses a receptacle chamber for pharmaceutical portions, comprising a guide section and a bottom face , wherein an inner wall of the guide section defines a circular-cylindrical guide chamber and wherein the bottom face has a dispensing opening , a singulating unit arranged in the guide section of the housing comprising a central axis of rotation (DA), wherein the singulating unit has a main section and a plurality of projections , wherein each projection has two end sections and a middle section and a pharmaceutical duct is formed between each two end sections of adjacent projections, characterized in that the middle sections of the projections are recessed in relation to at least one of the end sections and the at least one end section of each projection is formed such that its lateral surface bears on the wall of the guide section .