mhurhangee/patent-ind-claim-en huggingface dataset:
TTA implant system comprising a TTA implant comprising an implant body for insertion into a bone gap , a first fastening device formed on a proximal region of the implant body for fastening the implant body to the bone , characterized in that the TTA implant further comprises: a second fastening device in or on a distal region of the implant body for a flexible fastening means ; and the TTA implant system further comprises the flexible fastening means , which can be fastened to the second fastening device of the TTA implant ; and an anchoring device which can be anchored in the bone at a point remote from the TTA implant and which is designed such that the flexible fastening means can be secured thereto. a TTA implant comprising an implant body for insertion into a bone gap , a first fastening device formed on a proximal region of the implant body for fastening the implant body to the bone , characterized in that the TTA implant further comprises: a second fastening device in or on a distal region of the implant body for a flexible fastening means ; and the TTA implant system further comprises the flexible fastening means , which can be fastened to the second fastening device of the TTA implant ; and an anchoring device which can be anchored in the bone at a point remote from the TTA implant and which is designed such that the flexible fastening means can be secured thereto. a second fastening device in or on a distal region of the implant body for a flexible fastening means ; and the TTA implant system further comprises the flexible fastening means , which can be fastened to the second fastening device of the TTA implant ; and an anchoring device which can be anchored in the bone at a point remote from the TTA implant and which is designed such that the flexible fastening means can be secured thereto.
A spray gun air cap comprising a forward end ; a retention end opposite the forward end; a spray axis passing through the retention end and the forward end; a sidewall positioned between the forward end and the retention end; wherein the sidewall comprises a first air cap retention system comprising a reception feature comprising a retainer window opening to the retention end and extending toward the forward end; and an air cap rotation guide intersecting the retainer window and tracing an arc about the spray axis, the air cap rotation guide comprising a retention wall facing the forward end, characterized in that the retainer window extends through the sidewall toward the forward end . a forward end ; a retention end opposite the forward end; a spray axis passing through the retention end and the forward end; a sidewall positioned between the forward end and the retention end; wherein the sidewall comprises a first air cap retention system comprising a reception feature comprising a retainer window opening to the retention end and extending toward the forward end; and an air cap rotation guide intersecting the retainer window and tracing an arc about the spray axis, the air cap rotation guide comprising a retention wall facing the forward end, characterized in that the retainer window extends through the sidewall toward the forward end .
A digital subscriber line device (10, 16-19), configured to operate according to a DSL communication protocol in a normal operation state having a transmit power, and to operate according to the DSL communication protocol in a low power mode having a lower transmit power than the transmit power, wherein in the low power mode fewer subcarriers are turned on relative to the normal operation state or the transmit power per subcarrier is reduced, characterized by being further configured to transmit a flag followed by a certain number of symbols to indicate a start position from which transition to the low power mode is performed.
A pharmaceutical composition for use in the treatment or prevention of vitamin deficiencies and mineral deficiencies in a patient who has been subjected to gastric sleeve surgery comprising: - vitamin B12 or a source thereof; - iron or a source thereof; - a pharmaceutically acceptable carrier; and wherein the patient in need thereof is administered by means of said composition per day between 50 μg and 150 μg of vitamin B12, between 20 mg and 30 mg iron and less than 0,1 μg of vitamin K, and wherein a unit dose of the pharmaceutical composition comprises: - between 50 μg and 150 μg of vitamin B12; - between 20 mg and 30 mg iron; and - a pharmaceutically acceptable carrier; wherein the pharmaceutical composition is devoid of calcium and is devoid of magnesium. - vitamin B12 or a source thereof; - iron or a source thereof; - a pharmaceutically acceptable carrier; and wherein a unit dose of the pharmaceutical composition comprises: - between 50 μg and 150 μg of vitamin B12; - between 20 mg and 30 mg iron; and - a pharmaceutically acceptable carrier; - between 50 μg and 150 μg of vitamin B12; - between 20 mg and 30 mg iron; and - a pharmaceutically acceptable carrier; wherein the pharmaceutical composition is devoid of calcium and is devoid of magnesium.
A node of a security monitoring system, the node having a node radio frequency transceiver , characterised in that the radio frequency transceiver is configured to provide a first RF communication mode, for direct communication with a central unit of the security monitoring system, and an alternative long-range communication mode for direct communication with the central unit , the first communication mode supporting a higher maximum bitrate than the long-range mode, and the long-range mode supporting a greater transmission range than the first mode, wherein the long-range communication mode is provided in a long-range communication channel that is made up of multiple different radio frequency sub-channels, and wherein the multiple different radio frequency sub-channels are contiguous virtual sub-channels within a long-range communications channel that is defined by a pair of guard bands; a controller of the node being configured to: attempt to establish communication with the central unit using the long-range communication mode by: transmitting a message comprising a preamble followed by a synch word on a frequency within one of the virtual sub-channels of a long-range communications channel, and listening for an acknowledgement from the central unit on a frequency within the long-range communications channel; and, in the event that an acknowledgement is received from the central unit on one of the multiple different frequency sub-channels, to communicate with the central unit using a frequency within one of the virtual sub-channels of the long-range communication channel. transmitting a message comprising a preamble followed by a synch word on a frequency within one of the virtual sub-channels of a long-range communications channel, and listening for an acknowledgement from the central unit on a frequency within the long-range communications channel; and, in the event that an acknowledgement is received from the central unit on one of the multiple different frequency sub-channels, to communicate with the central unit using a frequency within one of the virtual sub-channels of the long-range communication channel.
A hand-held surface cleaning device comprising: a handle portion at a first end of the device, the handle portion configured to receive at least one battery ; a nozzle at a second end of the device, the nozzle defining a nozzle dirty air inlet; a motor section adjacent the handle portion and comprising a motor configured to be powered by the at least one battery for generating suction and drawing air into the nozzle dirty air inlet; a dust cup adjacent the motor section, the dust cup being removable from the device and comprising a collection area and a door , the dust cup being coupled to the nozzle and in fluid communication with the nozzle dirty air inlet for receiving debris through the nozzle dirty air inlet and storing the debris in the collection area , the door being disposed at a first end of the dust cup and having a closed position for retaining the debris in the collection area and an open position for emptying the debris from the collection area , the door being disposed at the first end of the dust cup in both the closed position and the open position, the device having a substantially continuous width from the motor section to the second end of the device; and a removable filter. a handle portion at a first end of the device, the handle portion configured to receive at least one battery ; a nozzle at a second end of the device, the nozzle defining a nozzle dirty air inlet; a motor section adjacent the handle portion and comprising a motor configured to be powered by the at least one battery for generating suction and drawing air into the nozzle dirty air inlet; a dust cup adjacent the motor section, the dust cup being removable from the device and comprising a collection area and a door , the dust cup being coupled to the nozzle and in fluid communication with the nozzle dirty air inlet for receiving debris through the nozzle dirty air inlet and storing the debris in the collection area , the door being disposed at a first end of the dust cup and having a closed position for retaining the debris in the collection area and an open position for emptying the debris from the collection area , the door being disposed at the first end of the dust cup in both the closed position and the open position, the device having a substantially continuous width from the motor section to the second end of the device; and a removable filter.
A printing system comprising: a printer head configured to deposit ink on a substrate ; a first pair of light sources configured to emit electromagnetic radiation of subtype C (UVC), the first pair of light sources being disposed opposite one another directly adjacent to opposing sides of the printer head ; a second pair of light sources configured to emit electromagnetic radiation of subtype A (UVA), subtype B (UVB), subtype V (UW), or a combination thereof, the second pair of light sources being disposed opposite one another directly adjacent to the first pair of light sources , wherein the ink deposited by the printer head on the substrate is predominantly exposed to either of the first pair of light sources prior to exposure to either of the second pair of light sources . a printer head configured to deposit ink on a substrate ; a first pair of light sources configured to emit electromagnetic radiation of subtype C (UVC), the first pair of light sources being disposed opposite one another directly adjacent to opposing sides of the printer head ; a second pair of light sources configured to emit electromagnetic radiation of subtype A (UVA), subtype B (UVB), subtype V (UW), or a combination thereof, the second pair of light sources being disposed opposite one another directly adjacent to the first pair of light sources , wherein the ink deposited by the printer head on the substrate is predominantly exposed to either of the first pair of light sources prior to exposure to either of the second pair of light sources .
A vial adapter comprising: a proximal side having a needle configured to couple with a vial ; a cavity extending into the vial adapter and configured to receive a portion of a syringe therein; a gas passage extending between the cavity and the needle , wherein the gas passage is configured to fluidly couple with a gas passage of a syringe coupled to the cavity ; and a liquid passage , wherein the liquid passage is configured to fluidly couple with a liquid passage of the syringe coupled to the cavity , characterized in that the cavity comprises a recess extending around an inner surface of the cavity and that the liquid passage extends between the recess of the cavity and the needle . a proximal side having a needle configured to couple with a vial ; a cavity extending into the vial adapter and configured to receive a portion of a syringe therein; a gas passage extending between the cavity and the needle , wherein the gas passage is configured to fluidly couple with a gas passage of a syringe coupled to the cavity ; and a liquid passage , wherein the liquid passage is configured to fluidly couple with a liquid passage of the syringe coupled to the cavity , characterized in that the cavity comprises a recess extending around an inner surface of the cavity and that the liquid passage extends between the recess of the cavity and the needle .
Spray nozzle for a sanitary article , in particular for a urinal, said spray nozzle comprising a nozzle head which comprises a nozzle channel which extends along a centre axis (M) and has a nozzle inlet and a nozzle outlet , and a pipe section which comprises an interior with an inlet , to which a water pipe is connectable, and an outlet , wherein the nozzle head is mounted in the interior , wherein the nozzle inlet is accessible from the interior such that flushing water is able to enter into the nozzle channel from the interior and the nozzle outlet projects out of the interior , and wherein the nozzle head is secured with reference to the interior of the pipe section by means of a securing element , wherein the securing element is a groove and tongue connection between the nozzle head and the interior , and that said groove and tongue connection comprises at least one part portion which, with reference to the centre axis (M), is formed at least in part circumferential and extending along the centre axis (M) in such a manner that a rotation of the nozzle head in the fixed interior results in an axial displacement (A) along the centre axis (M), characterized in that the nozzle head and the pipe section include alignment elements such that, in its installation position, the nozzle head is mounted in the interior so as to be non-rotatable with reference to a movement about the centre axis (M) and that the groove and tongue connection provides the alignment element.
Motorized bicycle with a collision protection device with a catching element , which is arranged fixedly on a frame of the bicycle and has a receptacle , which is delimited by two guide portions and is open in the direction of a front wheel of the bicycle , wherein the free ends , which point in the direction of travel (R), of the guide portions are arranged so as to always be spaced apart from the front wheel during normal riding operation, but in the event of a frontal collision in which the front wheel strikes an obstacle , the front wheel is pushed beyond the free ends in the direction of the frame of the bicycle into the receptacle , characterized in that the guide portions are formed in each case by a rod-like component.
Filter device for an energy grid, the filter device comprising - a filter stage with an inductive component (L1), a capacitive component (C11) connected in series therewith, and a control component (C12); wherein the control component (C12) comprises at least one further capacitive component or at least one further inductive component or at least one resistance component; and - a control unit (S) configured - to activate the filter stage; - to connect the control component (C12) to the filter stage before activation of the filter stage; and - to disconnect the control component (C12) from the filter stage after activation of the filter stage; characterized in that the control unit (S) is configured, - after disconnection of the control component (C12) from the filter stage, - to capture the grid voltage, UN, and a filter current, IF, - to determine a capacitance of the filter stage from the grid voltage, UN, and the filter current, IF, and - to connect the control component (C12) to the filter stage depending on the capacitance of the filter stage. - a filter stage with an inductive component (L1), a capacitive component (C11) connected in series therewith, and a control component (C12); wherein the control component (C12) comprises at least one further capacitive component or at least one further inductive component or at least one resistance component; and - a control unit (S) configured - to activate the filter stage; - to connect the control component (C12) to the filter stage before activation of the filter stage; and - to disconnect the control component (C12) from the filter stage after activation of the filter stage; - to activate the filter stage; - to connect the control component (C12) to the filter stage before activation of the filter stage; and - to disconnect the control component (C12) from the filter stage after activation of the filter stage; - after disconnection of the control component (C12) from the filter stage, - to capture the grid voltage, UN, and a filter current, IF, - to determine a capacitance of the filter stage from the grid voltage, UN, and the filter current, IF, and - to connect the control component (C12) to the filter stage depending on the capacitance of the filter stage. - to capture the grid voltage, UN, and a filter current, IF, - to determine a capacitance of the filter stage from the grid voltage, UN, and the filter current, IF, and - to connect the control component (C12) to the filter stage depending on the capacitance of the filter stage.
A communication system comprising: a first communication apparatus and a second communication apparatus; the first communication apparatus including: a first communication part; a first storage part configured to store hopping pattern data denoting a hopping pattern of frequencies for data communication between the first and second communication apparatus; and a first control part configured to switch the frequencies for data communication via the first communication part in accordance with the hopping pattern; the second communication apparatus including: a second communication part; a second storage part configured to store the hopping pattern data; and a second control part configured to switch the frequencies for data communication via the second communication part in accordance with the hopping pattern; characterized in that the first communication part is configured to transmit a signal to the second communication part over a period where data communication is not performed, at frequencies different from those of the hopping pattern; and the second control part is configured to determine a new hopping pattern on the basis of reception quality of the signal received by the second communication part. a first communication part; a first storage part configured to store hopping pattern data denoting a hopping pattern of frequencies for data communication between the first and second communication apparatus; and a first control part configured to switch the frequencies for data communication via the first communication part in accordance with the hopping pattern; the second communication apparatus including: a second communication part; a second storage part configured to store the hopping pattern data; and a second control part configured to switch the frequencies for data communication via the second communication part in accordance with the hopping pattern; characterized in that the first communication part is configured to transmit a signal to the second communication part over a period where data communication is not performed, at frequencies different from those of the hopping pattern; and the second control part is configured to determine a new hopping pattern on the basis of reception quality of the signal received by the second communication part. a second communication part; a second storage part configured to store the hopping pattern data; and a second control part configured to switch the frequencies for data communication via the second communication part in accordance with the hopping pattern; characterized in that the first communication part is configured to transmit a signal to the second communication part over a period where data communication is not performed, at frequencies different from those of the hopping pattern; and the second control part is configured to determine a new hopping pattern on the basis of reception quality of the signal received by the second communication part.
A process for the preparation of a compound corresponding in structure to Formula (III): or a salt thereof, the process comprising: contacting a compound corresponding in structure to Formula (II): or a salt thereof, with a chlorinating agent in an acidic reaction medium to provide the compound or salt of Formula (III); wherein R 1 is hydrogen or C 1-6 -alkyl; and R 2 is hydrogen or C 1-6 -alkyl. contacting a compound corresponding in structure to Formula (II): or a salt thereof, with a chlorinating agent in an acidic reaction medium to provide the compound or salt of Formula (III); wherein R 1 is hydrogen or C 1-6 -alkyl; and R 2 is hydrogen or C 1-6 -alkyl.
An icing simulation system comprising: a wind tunnel ; a nozzle system configured to spray drops of water within the wind tunnel ; characterized in that the icing simulation system additionally comprises: a sensor system configured to detect a size of the drops of the water ; and a controller configured to control a number of properties of the water in the nozzle system based on feedback from the sensor system such that the nozzle system sprays the drops of the water with different sizes for a desired type of icing condition . a wind tunnel ; a nozzle system configured to spray drops of water within the wind tunnel ; characterized in that the icing simulation system additionally comprises: a sensor system configured to detect a size of the drops of the water ; and a controller configured to control a number of properties of the water in the nozzle system based on feedback from the sensor system such that the nozzle system sprays the drops of the water with different sizes for a desired type of icing condition . a sensor system configured to detect a size of the drops of the water ; and a controller configured to control a number of properties of the water in the nozzle system based on feedback from the sensor system such that the nozzle system sprays the drops of the water with different sizes for a desired type of icing condition .
A device for finishing a workpiece , wherein the workpiece comprises a spherical workpiece surface section and a mounting hole , comprising: - a mandrel-type device , onto which the workpiece can be mounted with the mounting hole , and - a processing station, in which the spherical workpiece surface section of the workpiece mounted on the mandrel-type device can be finished, characterised in that the device comprises a gripping device with a plurality of gripping elements for removing the workpiece from the mandrel-type device , wherein the gripping elements are constituted such that the gripping elements come into contact during removal solely with the surfaces of the workpiece which are not finished, wherein at least one gripping element comprises an engagement area which can be fed into the mounting hole - a mandrel-type device , onto which the workpiece can be mounted with the mounting hole , and - a processing station, in which the spherical workpiece surface section of the workpiece mounted on the mandrel-type device can be finished,