mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor for detecting objects in a monitoring area, having at least one housing for receiving sensor components, means being provided for setting the operating mode, which means comprise an actuator having a shaft , which actuator is mounted in a sealed manner in a housing wall by means of sealing means and can be actuated on the outside of the housing , switching means being provided in the housing , which switching means assume predetermined switching states by actuating the actuator , which switching states determine operating modes, wherein switching means are provided in the housing which, by actuating the actuator , assume predetermined switching states by which operating modes are determined, wherein display means are provided for displaying a set operating mode, and wherein a control and evaluation unit is provided for controlling sensor components and/or for evaluating sensor signals, wherein the control and evaluation unit is designed to operate the sensor in the set operating mode, characterised in that each switching means comprises two switches which are assigned to the actuator and which form a redundant structure for setting the operating mode, wherein the control and evaluation unit is designed to check that the two switches generate an identical signal, for error control of the switching means.
A crystal form B of the compound of formula (IV), wherein the X-ray powder diffraction pattern thereof has characteristic diffraction peaks at the following 2Θ angles: 11.27±0.2°, 21.44±0.2°, 22.32±0.2°;
Device for free flow over a drainage object in accordance with DIN EN 1717:2011-08, comprising a housing with a housing inlet opening connectable to an outlet opening of a drinking water system, a housing outlet opening connectable to an inlet opening of a drainage pipe arranged below the outlet opening of the drinking water system, and at least one ventilation opening with a minimum diameter of at least 4 mm for air to pass through, wherein the relationships S1 + S2 + ... ≥ (20 mm x 2πG)/3 and G ≥ E are satisfied, where S1 + S2 + ... is the sum of all air passage areas defined by the ventilation openings , G is the diameter of the drainage pipe , and E is the diameter of an outlet pipe forming the outlet opening of the drinking water system, and a jet-regulating control component with a jet regulator , wherein the regulating component is arranged in the housing in such a way that it regulates a jet of water flowing between the housing inlet opening and the housing outlet opening , wherein the regulating component is detachably connected to the housing and can be inserted into the housing through one of the ventilation openings , characterized in that the regulating component comprises a flow rate limiter for limiting the flow rate, and in that the device has an overflow monitor which is assigned to an overflow edge (K) formed by an edge of the housing corresponding to a lower boundary of the at least one ventilation opening and over which the water from the drainage pipe can overflow when pushed back or sucked back, thus leaving the housing . a housing with a housing inlet opening connectable to an outlet opening of a drinking water system, a housing outlet opening connectable to an inlet opening of a drainage pipe arranged below the outlet opening of the drinking water system, and at least one ventilation opening with a minimum diameter of at least 4 mm for air to pass through, wherein the relationships S1 + S2 + ... ≥ (20 mm x 2πG)/3 and G ≥ E are satisfied, where S1 + S2 + ... is the sum of all air passage areas defined by the ventilation openings , G is the diameter of the drainage pipe , and E is the diameter of an outlet pipe forming the outlet opening of the drinking water system, and a jet-regulating control component with a jet regulator , wherein the regulating component is arranged in the housing in such a way that it regulates a jet of water flowing between the housing inlet opening and the housing outlet opening , wherein the regulating component is detachably connected to the housing and can be inserted into the housing through one of the ventilation openings , characterized in that the regulating component comprises a flow rate limiter for limiting the flow rate, and in that the device has an overflow monitor which is assigned to an overflow edge (K) formed by an edge of the housing corresponding to a lower boundary of the at least one ventilation opening and over which the water from the drainage pipe can overflow when pushed back or sucked back, thus leaving the housing .
An immunomodulatory composition for use in treating a metabolic disease, disorder or condition in an individual, wherein the metabolic disease, disorder or condition is selected from obesity, diabetes mellitus, insulin resistance, glucose metabolism disorders, hypoinsulinemia, atherosclerosis, hypercholesterolemia, hypertriglyceridemia, metabolic syndrome, hypertension, non-alcoholic fatty liver disease and glucose-intolerance; and the immunomodulatory composition comprises: a) live non-pathogenic Caulobacter crescentus; and b) a pharmaceutically acceptable excipient. a) live non-pathogenic Caulobacter crescentus; and b) a pharmaceutically acceptable excipient.
A method of wireless communication of a first-served user equipment, UE, served by a serving cell , comprising: receiving a physical downlink control channel that informs that an upcoming physical downlink shared channel, PDSCH, contains scheduling information for at least one second-served UE; receiving the PDSCH containing the scheduling information for at least one second-served UE served by the serving cell ; receiving a signal, the received signal comprising a first signal intended for the first served UE and a second signal intended for the at least one second-served UE ; and suppressing interference by the second signal prior to or during a channel estimation of a neighboring cell procedure, the interference suppression being based on the received scheduling information. receiving a physical downlink control channel that informs that an upcoming physical downlink shared channel, PDSCH, contains scheduling information for at least one second-served UE; receiving the PDSCH containing the scheduling information for at least one second-served UE served by the serving cell ; receiving a signal, the received signal comprising a first signal intended for the first served UE and a second signal intended for the at least one second-served UE ; and suppressing interference by the second signal prior to or during a channel estimation of a neighboring cell procedure, the interference suppression being based on the received scheduling information.
A device for improving environmental perception for blind or visually-impaired users, the device comprising: - at least one set of mechanical actuators intended to be in contact with the skin of a user, - at least one digital camera arranged for acquiring a current digital image of an environment facing the user, - a processing circuit connected to the camera for receiving signals from pixels of the acquired digital image and converting at least a part of the pixel signals into control signals each supplying a mechanical actuator of the set of actuators, characterized in that the device furthermore comprises at least one eye-tracking module for at least one eye of the user for identifying a direction of gaze of the user, and in that the processing circuit is arranged for selecting in the environment filmed by the camera an area of acquired current image which depends on the direction of gaze, and converting the signals from pixels of said area into control signals each supplying an actuator of the set for stimulating the skin of the user. - at least one set of mechanical actuators intended to be in contact with the skin of a user, - at least one digital camera arranged for acquiring a current digital image of an environment facing the user, - a processing circuit connected to the camera for receiving signals from pixels of the acquired digital image and converting at least a part of the pixel signals into control signals each supplying a mechanical actuator of the set of actuators, characterized in that the device furthermore comprises at least one eye-tracking module for at least one eye of the user for identifying a direction of gaze of the user, and in that the processing circuit is arranged for selecting in the environment filmed by the camera an area of acquired current image which depends on the direction of gaze, and converting the signals from pixels of said area into control signals each supplying an actuator of the set for stimulating the skin of the user.
A method of analyzing encrypted network traffic on a sensor device located in a network communication path between a client device and a server device, the method comprising: detecting, at the sensor device, a client initiated hello message sent from the client device to the server device; copying first information being a Client Random, CR, from the client initiated hello message to, in part, track a session initiation handshake, wherein the client initiated hello message is a first message of the handshake; sending the client initiated hello message to the server device; detecting, at the sensor device, a response to the client hello in a server hello message sent from the server device to the client device; copying second information being a Server Random, SR, from the server hello message to, in part, track the session initiation handshake; detecting, at the sensor device, a negotiation of encryption key information for the session; storing third information being a session key from the negotiation; and detecting, at the sensor device, encrypted data message information sent from the client device to the server device as part of the session; using the first, second, and third information to analyze the encrypted data message information, a key lookup, a decryption, and an inspection performed on the encrypted data message information prior to passing the encrypted data message information to the server device, the key lookup performed based on the first information and the second information, the decryption performed based on the third information. detecting, at the sensor device, a client initiated hello message sent from the client device to the server device; copying first information being a Client Random, CR, from the client initiated hello message to, in part, track a session initiation handshake, wherein the client initiated hello message is a first message of the handshake; sending the client initiated hello message to the server device; detecting, at the sensor device, a response to the client hello in a server hello message sent from the server device to the client device; copying second information being a Server Random, SR, from the server hello message to, in part, track the session initiation handshake; detecting, at the sensor device, a negotiation of encryption key information for the session; storing third information being a session key from the negotiation; and detecting, at the sensor device, encrypted data message information sent from the client device to the server device as part of the session; using the first, second, and third information to analyze the encrypted data message information, a key lookup, a decryption, and an inspection performed on the encrypted data message information prior to passing the encrypted data message information to the server device, the key lookup performed based on the first information and the second information, the decryption performed based on the third information.
An effective component generation device comprising: an internal component including a discharger that generates an effective component; a case having a box shape having a discharge port through which the effective component is discharged, the case housing the internal component ; and an air passage member that is housed in the case and surrounds the discharger , wherein the internal component further includes an air blower that generates an air flow for outputting the effective component from the discharge port to an outside of the case , and the air passage member includes an upstream block forming an air supply passage (R1) on an upstream side as viewed from the air blower , and a downstream block forming an air discharge passage (R2) on a downstream side as viewed from the air blower , the upstream block and downstream block are integrally formed, and the air supply passage (R1) and the air discharge passage (R2) are located in the case to form an air passage (R10) through which the air flow passes; characterized in that the air passage member forms a sound attenuating chamber housing the discharger , and the sound attenuating chamber is configured to reduce a discharge sound generated in the discharger by using a resonance phenomenon when the effective component is generated; and a distance D1 between a pair of wall surfaces provided in the sound attenuating chamber so as to face each other with the discharger interposed therebetween is expressed by using a wavelength λ of the discharge sound and an integer n, as D 1 ≈ 1 / 4 + n / 2 × λ . an internal component including a discharger that generates an effective component; a case having a box shape having a discharge port through which the effective component is discharged, the case housing the internal component ; and an air passage member that is housed in the case and surrounds the discharger , wherein the internal component further includes an air blower that generates an air flow for outputting the effective component from the discharge port to an outside of the case , and the air passage member includes an upstream block forming an air supply passage (R1) on an upstream side as viewed from the air blower , and a downstream block forming an air discharge passage (R2) on a downstream side as viewed from the air blower , the upstream block and downstream block are integrally formed, and the air supply passage (R1) and the air discharge passage (R2) are located in the case to form an air passage (R10) through which the air flow passes; characterized in that the air passage member forms a sound attenuating chamber housing the discharger , and the sound attenuating chamber is configured to reduce a discharge sound generated in the discharger by using a resonance phenomenon when the effective component is generated; and a distance D1 between a pair of wall surfaces provided in the sound attenuating chamber so as to face each other with the discharger interposed therebetween is expressed by using a wavelength λ of the discharge sound and an integer n, as D 1 ≈ 1 / 4 + n / 2 × λ .
A boot , particularly for ski-mountaineering or telemark skiing, which comprises a shell and a quarter that are mutually articulated about a rotation axis , said boot comprising at least one fastening device adapted to cause the transition of said boot between a stiffened or closed position and a flexible or open position, said boot defining an insertion and exit opening for the foot of the user and a tongue element associated with said shell for the front closure of said boot , said tongue element comprising a first tongue body that is directed toward the inside of said boot and a second tongue body that is directed toward the outside of the boot and extends at least at the tarsal and metatarsal region of the foot of the user, said second tongue body being arranged facing said first tongue body and being adapted to pass between an active or stiffening position, in which it is kept locked with respect to said first tongue body , and an inactive or flexing position, in which it is kept spaced apart from said first tongue body at least at the tarsal and metatarsal region of the foot of the user, the boot being characterised in that it further comprises elastic means that act between said first tongue body and said second tongue body and which are adapted to keep said second tongue body mutually spaced apart from said first tongue body in said inactive or flexing position at least at the tarsal and metatarsal region, a tightening device being provided which can be activated on command by the user and acts in contrast with said elastic means in order to cause, in said active or stiffening position, said second tongue body to be kept close to said first tongue body at the tarsal and metatarsal region.
A particulate detection system comprising: a particulate sensor which generates a sensor signal corresponding to a result of detection of particulates; a high voltage generation section which includes a transformer having a primary winding and a secondary winding and which supplies to the particulate sensor a high voltage generated from the secondary winding as a result of switching of supply of primary current to the primary winding; a primary current control section which controls the primary current flowing through the primary winding; and a sensor signal processing section which performs signal processing on the sensor signal generated by the particulate sensor, characterized in that : the particulate detection system further comprises: an inner shield which covers the high voltage generation section and which is formed of a material capable of blocking electromagnetic noise; and an outer shield which covers the sensor signal processing section and the inner shield and which is formed of a material capable of blocking electromagnetic noise. a particulate sensor which generates a sensor signal corresponding to a result of detection of particulates; a high voltage generation section which includes a transformer having a primary winding and a secondary winding and which supplies to the particulate sensor a high voltage generated from the secondary winding as a result of switching of supply of primary current to the primary winding; a primary current control section which controls the primary current flowing through the primary winding; and a sensor signal processing section which performs signal processing on the sensor signal generated by the particulate sensor, characterized in that : the particulate detection system further comprises: an inner shield which covers the high voltage generation section and which is formed of a material capable of blocking electromagnetic noise; and an outer shield which covers the sensor signal processing section and the inner shield and which is formed of a material capable of blocking electromagnetic noise. an inner shield which covers the high voltage generation section and which is formed of a material capable of blocking electromagnetic noise; and an outer shield which covers the sensor signal processing section and the inner shield and which is formed of a material capable of blocking electromagnetic noise.
High voltage device for a vehicle which at least during driving operation is supplied with electrical energy from a power system providing a high voltage, having at least one high voltage component which is embodied as a voltage conversion device which, starting from the high voltage provided by the power system , provides a voltage different therefrom, and which by means of a main power switching unit can be electrically connected to the power system , and an earthing switching device which has at least one switching means , wherein in an earthing position the switching means earths at least one electrical connection between an active section of the high voltage component and the main power switching unit , characterised in that the high voltage component has at least one receiving region in which the switching means is accommodated - at least in an earthing position that earths at least the active section of the high voltage component .
A composition which is stable upon storage, for the formation of coatings on buildings, comprising at least one organic binder, at least one filler and/or pigment, water for producing a pasty consistency in the composition, a buffer system for setting and maintaining a pH of at least 10, as well as conventional additives if appropriate, characterized by a content of a buffer system based on at least one organic amino compound, wherein the content corresponds to between 0.01 % by weight and 20 % by weight of amino compound, respectively with respect to the total weight of the composition, wherein at least one pK a value for the acid of the buffer system is between 10 and 13.5. comprising at least one organic binder, at least one filler and/or pigment, water for producing a pasty consistency in the composition, a buffer system for setting and maintaining a pH of at least 10, as well as conventional additives if appropriate, characterized by a content of a buffer system based on at least one organic amino compound, wherein the content corresponds to between 0.01 % by weight and 20 % by weight of amino compound, respectively with respect to the total weight of the composition, wherein at least one pK a value for the acid of the buffer system is between 10 and 13.5.
Cleaning template for facilitating interdental cleaning, which can be placed on a dental arch with a horseshoe-shaped row of teeth and on adjacent gums , so that the cleaning template extends over the entire row of teeth, wherein the cleaning template comprises an arc-shaped vestibular edge region and an arc-shaped oral edge region which, when the cleaning template is in place, extend over vestibular and oral gums , respectively, which are adjacent to the dental arch , and the cleaning template comprises at least one cutout located at at least one edge side of a tooth and/or implant crown interspace in the dental arch . which can be placed on a dental arch with a horseshoe-shaped row of teeth and on adjacent gums , so that the cleaning template extends over the entire row of teeth, wherein the cleaning template comprises an arc-shaped vestibular edge region and an arc-shaped oral edge region which, when the cleaning template is in place, extend over vestibular and oral gums , respectively, which are adjacent to the dental arch , and the cleaning template comprises at least one cutout located at at least one edge side of a tooth and/or implant crown interspace in the dental arch .
A method for the production of a luminescent material based on quantum dots , the method comprising: (i) providing luminescent quantum dots with an organic capping agent and providing in an exchange process said luminescent quantum dots with the inorganic capping agent in a first liquid , wherein the capping agent comprises M x O y (OH) z n , wherein M is selected from the group consisting of B, Al, P, S, V, Zn, Ga, Ge, As, Se, Nb, Mo, Cd, In, Sn, Sb, Te, Ta and W, wherein x≥1, y+z≥1, and wherein n indicates a positive or negative charge of the capping agent, wherein the exchange process comprises a phase transfer process; the method further comprising: (ii) precipitating in a co-precipitation process an inorganic salt comprising precipitated material from the first liquid, the precipitated material comprising said quantum dots hosted by the co-precipitated inorganic salt; (iii) separating in a separation process the precipitated material from the first liquid . (i) providing luminescent quantum dots with an organic capping agent and providing in an exchange process said luminescent quantum dots with the inorganic capping agent in a first liquid , wherein the capping agent comprises M x O y (OH) z n , wherein M is selected from the group consisting of B, Al, P, S, V, Zn, Ga, Ge, As, Se, Nb, Mo, Cd, In, Sn, Sb, Te, Ta and W, wherein x≥1, y+z≥1, and wherein n indicates a positive or negative charge of the capping agent, wherein the exchange process comprises a phase transfer process; (ii) precipitating in a co-precipitation process an inorganic salt comprising precipitated material from the first liquid, the precipitated material comprising said quantum dots hosted by the co-precipitated inorganic salt; (iii) separating in a separation process the precipitated material from the first liquid .