mhurhangee/ep-ind-claims huggingface dataset:
A spacer tube in the form of a tubular hollow profile for the production of spacer frames for insulating glazing, with a profile wall with a metallic outer profile surface and an inner profile wall, wherein the inner profile wall surrounds an internal profile space, characterised in that the profile wall is designed to be double-walled, in that it consists of an outer wall of metal, in particular high-grade steel or aluminium, and an inner wall of plastics material, which are connected securely together, the outer wall having a wall thickness of 0.04 to 0.1 mm and the inner wall having a wall thickness of 0.15 to 0.5 mm.
A method for implementing a surface code on a system of qubits, the method comprising: operating the system of qubits, wherein the system of qubits is an apparatus comprising: a plurality of data qubits (118, 302, 304, 306, 308, 310, 352, 354, 356, 358, 360), a plurality of measurement qubits (116, 1106), a plurality of qubit couplers defining nearest neighbor interactions between the data qubits and measurement qubits, wherein the system of qubits is arranged as a two dimensional grid and each data qubit is coupled to multiple measurement qubits through respective qubit couplers, characterised in that operating the system of qubits comprises: pairing multiple data qubits with respective neighboring measurement qubits such that each paired data and measurement qubit is neither coupled nor diagonally adjacent to other paired data and measurement qubits; performing an entangling operation on each paired data and measurement qubit in parallel, the entangling operation comprising detuning each measurement qubit in the paired data and measurement qubits in parallel. a plurality of data qubits (118, 302, 304, 306, 308, 310, 352, 354, 356, 358, 360), a plurality of measurement qubits (116, 1106), a plurality of qubit couplers defining nearest neighbor interactions between the data qubits and measurement qubits, wherein the system of qubits is arranged as a two dimensional grid and each data qubit is coupled to multiple measurement qubits through respective qubit couplers, characterised in that operating the system of qubits comprises: pairing multiple data qubits with respective neighboring measurement qubits such that each paired data and measurement qubit is neither coupled nor diagonally adjacent to other paired data and measurement qubits; performing an entangling operation on each paired data and measurement qubit in parallel, the entangling operation comprising detuning each measurement qubit in the paired data and measurement qubits in parallel. pairing multiple data qubits with respective neighboring measurement qubits such that each paired data and measurement qubit is neither coupled nor diagonally adjacent to other paired data and measurement qubits; performing an entangling operation on each paired data and measurement qubit in parallel, the entangling operation comprising detuning each measurement qubit in the paired data and measurement qubits in parallel.
Elastomeric sensor component comprising a component body made of elastomer material and a sensor module embedded within the component body, the sensor module comprising a sensor chip, a radiofrequency transponder chip electrically connected to the sensor chip, and a loop antenna electrically connected to the radiofrequency transponder chip; characterized in that the elastomeric sensor component further comprises a booster antenna comprising a booster antenna loop, wherein the booster antenna loop is deposited on a surface of the component body in order to allow near field data communication and energy transfer with the loop antenna.
Cap for radiator elements, suitable for being hermetically associated to an end of a radiator element, comprising - a bush suitable for being screwed on said end, - closing means associated to the bush and suitable for allowing the tightening of the bush on said end wherein - the closing means comprise a collar suitable for making a stop for the cap introduction into the end, the collar comprising gripping elements suitable for allowing the gripping and screwing of the cap on the end, characterised in that - the cap comprises a cover associable to the collar so as to cover said gripping elements, wherein the gripping elements comprise at least two projections suitable for allowing the rotation of the cap, said projections projecting from the collar parallel to a prevailing direction of the cap and opposite the bush, wherein the projections are arranged on an outer diameter of the collar and have a circle arc pattern relative to a plane perpendicular to the prevailing direction. - a bush suitable for being screwed on said end, - closing means associated to the bush and suitable for allowing the tightening of the bush on said end - the closing means comprise a collar suitable for making a stop for the cap introduction into the end, the collar comprising gripping elements suitable for allowing the gripping and screwing of the cap on the end, - the cap comprises a cover associable to the collar so as to cover said gripping elements, wherein the gripping elements comprise at least two projections suitable for allowing the rotation of the cap, said projections projecting from the collar parallel to a prevailing direction of the cap and opposite the bush,
A sole structure for an article of footwear, the sole structure comprising: a midsole having a plurality of cavities (54a, 56a, 58a, 116) arranged in series, the plurality of cavities including a first cavity (54a, 56a, 116) and a second cavity; a cushioning member including a first quantity of particulate matter contained within a first compartment (100a, 102a, 104a), the first compartment (100a, 102a, 104a) received within the first cavity (54a, 56a, 116); and a second quantity of the particulate matter disposed directly within the second cavity. a midsole having a plurality of cavities (54a, 56a, 58a, 116) arranged in series, the plurality of cavities including a first cavity (54a, 56a, 116) and a second cavity; a cushioning member including a first quantity of particulate matter contained within a first compartment (100a, 102a, 104a), the first compartment (100a, 102a, 104a) received within the first cavity (54a, 56a, 116); and a second quantity of the particulate matter disposed directly within the second cavity.
A method for producing a hydroxyalkyl (meth)acrylate, comprising the step of reacting (meth)acrylic acid with an alkylene oxide in the presence of a catalyst, wherein a water content in a whole reaction mixture is adjusted to be not more than 0.05 mass%.
A digital slit-lamp microscope system comprising a digital slit-lamp microscope side, a communication unit and a client side; the digital slit-lamp microscope side comprises a built-in slit-lamp microscope; the digital slit-lamp microscope side, the communication unit and the client side are connected in sequence; wherein the digital slit-lamp microscope side further comprises an optical splitter, zooming lens and an imaging sensor; the zooming lens is coupled to the digital slit-lamp microscope via the optical splitter and configured to image in the imaging sensor, the imaging sensor is configured to convert optical information of the eyes of the patient received by the zooming lens into an electrical signal and is coupled to the communication unit, the imaging sensor is coupled to a communication processing port of the digital slit-lamp microscope side via an image preprocessing unit, and the communication processing port of the digital slit-lamp microscope side is connected to the communication unit; and characterised in that: the image preprocessing unit is coupled to the zooming lens via a zooming processing unit, a motor controller and a motor in sequence, the zooming lens is coupled to the zooming processing unit via a position sensor, the communication processing port of the digital slit-lamp microscope side is connected to the zooming processing unit; the zooming processing unit is configured to control action of the zooming lens according to control information of the client side transferred from the communication unit and according to the electrical signal transferred from the imaging sensor; and wherein the electrical signal is collected and preprocessed by the image preprocessing unit and transferred to the zooming processing unit and the communication processing port of the digital slit-lamp microscope side simultaneously. the image preprocessing unit is coupled to the zooming lens via a zooming processing unit, a motor controller and a motor in sequence, the zooming lens is coupled to the zooming processing unit via a position sensor, the communication processing port of the digital slit-lamp microscope side is connected to the zooming processing unit; the zooming processing unit is configured to control action of the zooming lens according to control information of the client side transferred from the communication unit and according to the electrical signal transferred from the imaging sensor; and wherein the electrical signal is collected and preprocessed by the image preprocessing unit and transferred to the zooming processing unit and the communication processing port of the digital slit-lamp microscope side simultaneously.
Pneumatic brake device for motor vehicles, comprising a brake signal transducer, a supply pressure accumulator and one pneumatically actuable wheel brake per wheel (3, 4), and at least one axle of the motor vehicle with in each case one electrically actuable wheel brake module (12, 13) per wheel (3, 4) for setting a setpoint brake pressure of the respective wheel brake, and with an electronic control unit for determining standard values of the setpoint brake pressures of the wheel brakes with consideration of the brake signal transducer, which standard values can be specified for the wheel brake modules (12, 13), each wheel brake module (12, 13) comprising: - at least one aeration valve and one deaeration valve, - an electrically actuable activation means for the activation of the aeration valve and/or of the deaeration valve, - a control logic means with means for the generation of an actuating signal for the activation means in accordance with the standard value for the setpoint brake pressure, characterized in that the aeration valve and its activation means are configured in such a way that the pneumatic pressure from the supply pressure accumulator can be passed through directly to the respective wheel brake in the actuated state of the aeration valve, and/or the deaeration valve ventilates the brake pressure at the wheel brake directly to atmosphere in the actuated state. - at least one aeration valve and one deaeration valve, - an electrically actuable activation means for the activation of the aeration valve and/or of the deaeration valve, - a control logic means with means for the generation of an actuating signal for the activation means in accordance with the standard value for the setpoint brake pressure, characterized in that the aeration valve and its activation means are configured in such a way that the pneumatic pressure from the supply pressure accumulator can be passed through directly to the respective wheel brake in the actuated state of the aeration valve, and/or the deaeration valve ventilates the brake pressure at the wheel brake directly to atmosphere in the actuated state.
A traffic control method, wherein the method comprises: receiving, by a slave device, a notification message sent by a master device, wherein the notification message carries a type of a network used by the master device, and the type of the network comprises a cellular network type or a wireless local area network type; and restricting, by the slave device, use of network traffic in an application on the slave device if the type of the network used by the master device is the cellular network type, wherein the slave device accesses the Internet by using the master device as an access point. receiving, by a slave device, a notification message sent by a master device, wherein the notification message carries a type of a network used by the master device, and the type of the network comprises a cellular network type or a wireless local area network type; and restricting, by the slave device, use of network traffic in an application on the slave device if the type of the network used by the master device is the cellular network type, wherein the slave device accesses the Internet by using the master device as an access point.
A support structure comprising: a first rail; a first support bracket having a first side portion and a first end board which is bent from the first side portion, the first side portion having a first connection section and a first extension section, the first connection section connected to the first rail, the first extension section having two support portions between which a path is defined, the first end board having at least one front installation member; a second rail slidably connected to the first rail, the second rail having two second sidewalls and a second lateral wall, the second lateral wall connected between the two second sidewalls, and a support member connected to one of the support portions of the first support bracket, characterized in that there are two support members which are respectively connected to the support portions of the first support bracket, and the support members have a curved support face facing the second sidewalls of the second rail so as to be engaged with the second sidewall of the second rail, whereby when the second rail is pulled relative to the first rail to a position in the path of the first support bracket, the curved support face of the support member contacts and supports the second rail, and wherein the support members (50a, 50b, 50c) and the first support bracket are individual parts. a first rail; a first support bracket having a first side portion and a first end board which is bent from the first side portion, the first side portion having a first connection section and a first extension section, the first connection section connected to the first rail, the first extension section having two support portions between which a path is defined, the first end board having at least one front installation member; a second rail slidably connected to the first rail, the second rail having two second sidewalls and a second lateral wall, the second lateral wall connected between the two second sidewalls, and a support member connected to one of the support portions of the first support bracket, characterized in that there are two support members which are respectively connected to the support portions of the first support bracket, and the support members have a curved support face facing the second sidewalls of the second rail so as to be engaged with the second sidewall of the second rail, whereby when the second rail is pulled relative to the first rail to a position in the path of the first support bracket, the curved support face of the support member contacts and supports the second rail, and wherein the support members (50a, 50b, 50c) and the first support bracket are individual parts.
An antibody which comprises a heavy chain variable region comprising complementarity-determining regions of SEQ ID NOs: 1, 2, and 3 and a light chain variable region comprising complementarity-determining regions of SEQ ID NOs: 4, 5, and 6, and has immunological reactivity with a CAPRIN-1 protein, or a fragment thereof.
An armrest device comprising: a connecting mechanism including two connecting rods and at least one fixing member, each of said connecting rods having an armrest mounting portion and an overlapping portion connected to said armrest mounting portion, said overlapping portions of said connecting rods being overlapped with each other, the overlapping length of said overlapping portions being adjustable, said at least one fixing member detachably interconnecting said overlapping portions of said connecting rods; and two armrest units mounted pivotably and respectively to said armrest mounting portions of said connecting rods, characterized in that said overlapping portion of each of said connecting rods has a plurality of fixing holes spaced apart from each other along the length of said overlapping portion, and said at least one fixing member includes two said fixing members extending through two of said fixing holes in one of said connecting rods and selectively engaging two of said fixing holes in the other one of said connecting rods. a connecting mechanism including two connecting rods and at least one fixing member, each of said connecting rods having an armrest mounting portion and an overlapping portion connected to said armrest mounting portion, said overlapping portions of said connecting rods being overlapped with each other, the overlapping length of said overlapping portions being adjustable, said at least one fixing member detachably interconnecting said overlapping portions of said connecting rods; and two armrest units mounted pivotably and respectively to said armrest mounting portions of said connecting rods, characterized in that said overlapping portion of each of said connecting rods has a plurality of fixing holes spaced apart from each other along the length of said overlapping portion, and said at least one fixing member includes two said fixing members extending through two of said fixing holes in one of said connecting rods and selectively engaging two of said fixing holes in the other one of said connecting rods.
A method for joint 3D imaging and chemical analysis of a sample, the method comprising the following steps: a) obtaining, using imaging means (110, 210) based on secondary electron, SE, detection, a sequence of two-dimensional images of said sample, the images of said sequence being taken from different viewing angles, and combining said two-dimensional images into a three-dimensional representation of the sample using image processing means comprising photogrammetry means; b) obtaining, using secondary ion mass spectrometry, SIMS, means (120, 220) a representation of the chemical composition of said sample; c) mapping, using data processing means, the representation of the chemical composition to said three-dimensional representation of the sample and recording the result in a memory element; wherein steps a) and b) are performed in-situ within the same device. a) obtaining, using imaging means (110, 210) based on secondary electron, SE, detection, a sequence of two-dimensional images of said sample, the images of said sequence being taken from different viewing angles, and combining said two-dimensional images into a three-dimensional representation of the sample using image processing means comprising photogrammetry means; b) obtaining, using secondary ion mass spectrometry, SIMS, means (120, 220) a representation of the chemical composition of said sample; c) mapping, using data processing means, the representation of the chemical composition to said three-dimensional representation of the sample and recording the result in a memory element;
A mammalian beta defensin for use in keeping a subject suffering from an inflammatory bowel disease in remission, said method comprising orally administering a therapeutically effective amount of a mammalian beta-defensin to said subject in remission.
A quick-clamp stand with a stand rod, on one end of which a receiving adapter for receiving an object which is to be held, especially a camera, an optical instrument or a gun holder, is arranged, and with a clamping means coupled with the stand rod, by means of which the stand rod can be fastened to a fixed clamping object by actuating the clamping means, wherein the clamping means is a quick-action clamp which can be actuated by a hand-lever mechanism, and which comprises a rod-shaped traction element guided in linearly displaceable manner in a grip element, on the one end of which is fastened a clamping arm which is fastened to the rod-shaped traction element and movable in displaceable manner therewith, wherein the rod-shaped traction element can be acted on with an advance force by means of a hand-lever mechanism operating in the grip element, which force moves the movable clamping arm towards a holding arm arranged on the grip element, characterised in that a sleeve-like guide with a locking device is received on the quick-action clamp, in which guide the stand rod is guided in displaceable manner and so as to be lockable in different positions, and in that the sleeve-like guide is pivotably received on a flange-like holding element (120, 120a, 120b) connected to the movable clamping arm.
A security element having machine-readable magnetic security features (3, 4) in the form of at least two magnetic materials with different coercivity, which are present as a mixture in at least one printing ink and are applied onto a carrier substrate, the at least one printing ink being provided in at least two areas on the security element in the same and/or different thickness and a defined mixing ratio of the at least two magnetic materials being present in the at least one printing ink, whereby at least two printing inks having respectively different mixing ratios of the magnetic materials (3, 4) being provided in at least two areas on a carrier substrate in the same and/or different thickness.
A device (100; 402; 404; 406), comprising: sampling circuitry configured to sample a signal arriving at the device according to a recovered clock, wherein the signal arriving at the device has a time-varying frequency; frequency information circuitry (75; 135) to record, in memory (140; 155) of the device, three or more distinct digital values, corresponding to frequency offsets, or rates of change of frequency offsets, between the arriving signal and the recovered clock generated by the device, during three or more distinct segments of a modulation period; and clock generation circuitry configured to generate the recovered clock, the clock generation circuitry including circuitry to adjust a frequency or phase of the recovered clock in accordance with the recorded three or more distinct digital values each time a segment of the modulation period is completed. sampling circuitry configured to sample a signal arriving at the device according to a recovered clock, wherein the signal arriving at the device has a time-varying frequency; frequency information circuitry (75; 135) to record, in memory (140; 155) of the device, three or more distinct digital values, corresponding to frequency offsets, or rates of change of frequency offsets, between the arriving signal and the recovered clock generated by the device, during three or more distinct segments of a modulation period; and clock generation circuitry configured to generate the recovered clock, the clock generation circuitry including circuitry to adjust a frequency or phase of the recovered clock in accordance with the recorded three or more distinct digital values each time a segment of the modulation period is completed.
A device for turning rod-shaped articles (101, 102) of the tobacco processing industry, in particular filter rods and/or cigarettes, with a turning drum (20, 22) having a conical frustum and a frustoconical jacket, wherein the turning drum (20, 22) can be rotated about an axis of rotation or is rotatingly driven, wherein the frustoconical jacket of the turning drum (20, 22) has receiving troughs for the rod-shaped articles in the peripheral direction of the frustoconical jacket, characterized in that the receiving troughs are configured and arranged in the frustoconical jacket such that the middle longitudinal axes of the receiving troughs in the turning drum (20, 22) and the rotational axis (38, 48) of the turning drum (20, 22) do not intersect, and/or when rod-shaped articles (101, 102) are arranged in the receiving troughs in the turning drum (20, 22), the middle longitudinal axes of the rod-shaped articles and the rotational axis (38, 48) of the turning drum (20, 22) do not intersect.