mhurhangee/ep-ind-claims huggingface dataset:
A milling blank for producing an abutment attachment, which can be fastened on a dental implant - wherein the milling blank has a fastening section with a screw channel for a fastening screw for fastening the milled abutment attachment on a dental implant, - wherein the screw channel comprises a conical section for insertion of a fastening screw with conical collar, - wherein the conical section is arranged in the fastening section, - wherein the milling blank has a milling section with an angled supply channel compared to the screw channel for supplying the fastening screw to the screw channel, - wherein the supply channel merges into the screw channel in an edgeless manner, - wherein the supply channel has an opening on the upper side of the cylindrical milling section, which is located in the edge region of the circular surface, which is formed by the upper side of the cylindrical milling section, and - wherein the fastening section widens towards the milling section and the fastening section merges continuously by means of a transition section and without corners into the milling section and in this case, the transition section has a concave inwardly curved shape. - wherein the milling blank has a fastening section with a screw channel for a fastening screw for fastening the milled abutment attachment on a dental implant, - wherein the screw channel comprises a conical section for insertion of a fastening screw with conical collar, - wherein the conical section is arranged in the fastening section, - wherein the milling blank has a milling section with an angled supply channel compared to the screw channel for supplying the fastening screw to the screw channel, - wherein the supply channel merges into the screw channel in an edgeless manner, - wherein the supply channel has an opening on the upper side of the cylindrical milling section, which is located in the edge region of the circular surface, which is formed by the upper side of the cylindrical milling section, and - wherein the fastening section widens towards the milling section and the fastening section merges continuously by means of a transition section and without corners into the milling section and in this case, the transition section has a concave inwardly curved shape.
Discharge lamp, suitable for use in automotive headlamps, including - a discharge vessel with electrodes for generating an electrical arc, - where said discharge vessel includes a filling comprising at least a rare gas and metal halides, - a transparent outer envelope provided around said discharge vessel, - where said discharge lamp further comprises a diffusing portion, - where said diffusing portion is provided on the outside of said discharge vessel, or on the inside or outside of said outer envelope, and - where the diffusing portion is arranged such that at least a portion of light emitted below a horizontal, the horizontal defined by the operational position of the discharge lamp in a headlamp, is diffused at said diffusing portion, and that light emitted above said horizontal is not diffused at said diffusing portion. - a discharge vessel with electrodes for generating an electrical arc, - where said discharge vessel includes a filling comprising at least a rare gas and metal halides, - a transparent outer envelope provided around said discharge vessel, - where said discharge lamp further comprises a diffusing portion, - where said diffusing portion is provided on the outside of said discharge vessel, or on the inside or outside of said outer envelope, and - where the diffusing portion is arranged such that at least a portion of light emitted below a horizontal, the horizontal defined by the operational position of the discharge lamp in a headlamp, is diffused at said diffusing portion, and that light emitted above said horizontal is not diffused at said diffusing portion.
Network subscriber device for an electrical power supply network, comprising: - a control unit for controlling the power exchange of the network subscriber device with the power supply network, - a device for determining a voltage zero crossing at a connection point of the Network subscriber device to the power supply network, - a receiving unit for receiving a signal of a reference time, the control unit being adapted to determine a time offset between a time of voltage zero crossing determined by the device and the reference time, characterised in that the control unit is adapted to control the power exchange as a function of the time offset, so that a regional balance is sought between power fed into the power supply network and power taken from it. - a control unit for controlling the power exchange of the network subscriber device with the power supply network, - a device for determining a voltage zero crossing at a connection point of the Network subscriber device to the power supply network, - a receiving unit for receiving a signal of a reference time,
A propylene copolymer composition comprising a propylene-ethylene copolymer, wherein the propylene-ethylene copolymer has a melt flow index in the range of 0.05 to 2.5 dg/min measured according to ISO1133 (2.16 kg/230°C), wherein the propylene-ethylene copolymer is a unimodal propylene-ethylene copolymer and wherein a pipe prepared from the propylene copolymer composition according to ISO 1167-2 has a run time without failure of at least 2500 h measured according to ISO1167-1 at a temperature of 95°C and a hoop stress calculated according to ISO3213 of 4.2 MPa, wherein the ethylene content in the propylene-ethylene copolymer is from 2.5 to 5.0 wt% based on the total propylene-ethylene copolymer and wherein the propylene-ethylene copolymer has a cold xylene soluble content of less than 10 wt%.
An error retransmission method for transmitting a visible light signal, comprising the following steps: during transmission of a visible light signal encoded with light levels, each time when an emitter executes signal transmission on a light level, reading an execution duration of the light level; comparing the execution duration with a signal duration range; determining whether the light level is an error sensitive level, wherein error sensitive levels refer to those levels having abnormal duration that may cause an identification error at a receive end; when the execution duration does not fall within the signal duration range, performing signal retransmission; and when the execution duration falls within the signal duration range, continuing signal transmission; wherein before transmitting the visible light signal, the method further comprises: encoding to-be-transmitted information into an electrical signal according to an encoding mode. during transmission of a visible light signal encoded with light levels, each time when an emitter executes signal transmission on a light level, reading an execution duration of the light level; comparing the execution duration with a signal duration range; determining whether the light level is an error sensitive level, wherein error sensitive levels refer to those levels having abnormal duration that may cause an identification error at a receive end; when the execution duration does not fall within the signal duration range, performing signal retransmission; and when the execution duration falls within the signal duration range, continuing signal transmission; wherein before transmitting the visible light signal, the method further comprises: encoding to-be-transmitted information into an electrical signal according to an encoding mode.
A processing apparatus comprising: an acquisition unit configured to acquire a plurality of pieces of frame data captured simultaneously from a plurality of pieces of video data captured while parts of capturing regions overlap in an overlapping region; a specification unit configured to specify a blend region in the overlapping region, which includes a pixel forming a seam line connecting the plurality of pieces of frame data and is provided in a direction in which the plurality of pieces of frame data overlap; and an output unit configured to output connected frame data in which each pixel of the blend region has a pixel value obtained by blending pixel values of the plurality of pieces of frame data and the plurality of pieces of frame data are connected by the seam line, characterized in that the specification unit is configured to specify for each pixel forming the seam line, as the blend region, consecutive pixels in the direction in which the plurality of pieces of frame data overlap that include the pixel forming the seam line and pixels in which a luminance difference between corresponding pixels of the plurality of pieces of frame data is within a predetermined value. an acquisition unit configured to acquire a plurality of pieces of frame data captured simultaneously from a plurality of pieces of video data captured while parts of capturing regions overlap in an overlapping region; a specification unit configured to specify a blend region in the overlapping region, which includes a pixel forming a seam line connecting the plurality of pieces of frame data and is provided in a direction in which the plurality of pieces of frame data overlap; and an output unit configured to output connected frame data in which each pixel of the blend region has a pixel value obtained by blending pixel values of the plurality of pieces of frame data and the plurality of pieces of frame data are connected by the seam line,
A home appliance for outputting a signal sound for diagnosing the home appliance, the home appliance comprising: a selection unit for receiving a diagnosis command on the home appliance from a user; a memory for storing diagnosis data on the home appliance; a control unit for processing the diagnosis data stored in the memory in order to generate a packet according to a diagnosis command input through the selection unit; a conversion unit for generating a frame including a combination of symbols, wherein the combination of symbols respectively correspond to four different carrier frequencies, on the basis of data constituting the packet, according to a Quadrature Frequency Shift Keying, QFSK, method, the four different carrier frequencies have values of less than 2 kHz, an output length of a carrier frequency outputted in correspondence to one symbol is between 40 ms and 45 ms, and a total output time of a signal sound corresponding to the frame does not exceed 3 sec. a selection unit for receiving a diagnosis command on the home appliance from a user; a memory for storing diagnosis data on the home appliance; a control unit for processing the diagnosis data stored in the memory in order to generate a packet according to a diagnosis command input through the selection unit; a conversion unit for generating a frame including a combination of symbols, wherein the combination of symbols respectively correspond to four different carrier frequencies, on the basis of data constituting the packet, according to a Quadrature Frequency Shift Keying, QFSK, method, the four different carrier frequencies have values of less than 2 kHz, an output length of a carrier frequency outputted in correspondence to one symbol is between 40 ms and 45 ms, and a total output time of a signal sound corresponding to the frame does not exceed 3 sec.
An MMP-9 or a functionally equivalent fragment thereof for use in a method for treating a condition in a patient selected from neurodegenerative disease, amyotrophic lateral sclerosis, multiple sclerosis, stroke, traumatic brain injury, brain cancer, lysosomal storage disorders, a mental disorder, epilepsy and neuroAIDS, the method comprising the steps of: (a) treating the patient intranasally with the MMP-9 or a functionally equivalent fragment thereof, and (b) treating the patient intranasally with an active compound, wherein the MMP-9 or a functionally equivalent fragment thereof enhances intranasal delivery of the active compound into the brain. (a) treating the patient intranasally with the MMP-9 or a functionally equivalent fragment thereof, and (b) treating the patient intranasally with an active compound, wherein the MMP-9 or a functionally equivalent fragment thereof enhances intranasal delivery of the active compound into the brain.
Copper-nickel-zinc alloy having the following composition [in % by wt.]: Cu 47.0 to 49.0 %, Ni 8.0 to 10.0 %, Mn 0.2 to 0.6 %, Si 0.05 to 0.4 %, Pb 1.0 to 1.5 %, Fe and/or Co up to 0.8 %, remainder Zn and unavoidable impurities, wherein the total Fe content and twice the Co content is at least 0.1 % and wherein in a structure comprising α and β phases, mixed silicides containing nickel, iron and manganese and/or nickel, cobalt and manganese are embedded as spherical or ellipsoidal particles.
Circuitry for a base station for use in a wireless telecommunications system in which downlink communications are made by the base station using a radio interface that spans a system frequency bandwidth and supports at least some communications with at least some terminal devices within a plurality of restricted frequency bands which are narrower than and within the system frequency bandwidth, the circuitry comprising a processor unit and a transceiver unit, and wherein the processor unit is configured to select a restricted frequency band to be used for downlink communications with a terminal device from among the plurality of restricted frequency bands based on an identifier for the terminal device; and to configure the transceiver unit to transmit downlink communications to the terminal device within the selected restricted frequency band; wherein the circuitry is configured such that downlink communications transmitted to the terminal device within the selected restricted frequency band comprise user-plane data and control-plane data, and wherein the control-plane data comprise an indication of resources within the selected restricted frequency band to be used for communicating the user-plane data; and wherein all the control-plane data and all the user-plane data which is addressed to the terminal device is made within the selected restricted frequency band.
A rotary clamp comprising: a piston which is inserted in a housing so that the piston is movable in an axial direction; a housing hole which is provided in the axial direction in the piston; an output rod which is inserted in the housing hole so that the output rod is movable in the axial direction; a biasing means which is disposed between the piston and the output rod and which biases the piston and the output rod so that the piston and the output rod are separated from each other; an operation chamber which is provided on a base end side of the piston and to/from which a pressurized fluid is supplied and discharged; a lock spring which is provided on a top end side of the piston in the housing so that the lock spring biases the piston toward the base end side in the axial direction; a converting mechanism which converts axial movement of the piston into rotary movement of the output rod; characterised by a guide groove which is provided in a circumferential direction on one of an inner circumferential wall of the housing hole and an outer circumferential wall of the output rod and which has a stopping part provided at an end part, in the circumferential direction, of the guide groove; and an engaging member which is provided on the other one of the inner circumferential wall of the housing hole and the outer circumferential wall of the output rod and which is inserted in the guide groove and is caused to face the stopping part at a given distance in the circumferential direction from the stopping part so that the engaging member can be in contact with the stopping part. a piston which is inserted in a housing so that the piston is movable in an axial direction; a housing hole which is provided in the axial direction in the piston; an output rod which is inserted in the housing hole so that the output rod is movable in the axial direction; a biasing means which is disposed between the piston and the output rod and which biases the piston and the output rod so that the piston and the output rod are separated from each other; an operation chamber which is provided on a base end side of the piston and to/from which a pressurized fluid is supplied and discharged; a lock spring which is provided on a top end side of the piston in the housing so that the lock spring biases the piston toward the base end side in the axial direction; a converting mechanism which converts axial movement of the piston into rotary movement of the output rod; characterised by a guide groove which is provided in a circumferential direction on one of an inner circumferential wall of the housing hole and an outer circumferential wall of the output rod and which has a stopping part provided at an end part, in the circumferential direction, of the guide groove; and an engaging member which is provided on the other one of the inner circumferential wall of the housing hole and the outer circumferential wall of the output rod and which is inserted in the guide groove and is caused to face the stopping part at a given distance in the circumferential direction from the stopping part so that the engaging member can be in contact with the stopping part.
A catalyst for oxidizing ammonia, consisting of: (i) 0.57 wt.-% platinum supported on alumina, and, (ii) a second metal supported on a zeolite; characterized in that the zeolite has the CHA crystal structure and the second metal is copper; wherein platinum is present in an amount of 177 g/m 3 (5 g/ft 3), based on total catalyst volume; wherein the copper is supported on the zeolite in an amount of 2.5% by wt. of zeolite, wherein the amount of copper is measured as CuO; wherein the total loading of the 0.57 wt.-% Pt on alumina in the catalyst is 0.031 g/cm 3 (0.5 g/in 3), based on total catalyst volume, wherein the total loading of the copper exchanged zeolite in the catalyst is 0.15 g/cm 3 (2.5 g/in 3), based on total catalyst volume, and wherein the CHA zeolite has mole ratio of silica to alumina in the zeolite of 30. (i) 0.57 wt.-% platinum supported on alumina, and, (ii) a second metal supported on a zeolite;
A method for detecting an underfill condition in an electrochemical biosensor, comprising: applying a pulsed test excitation signal to a sample of a biological fluid, the test excitation signal including at least first and second test pulses separated by a test relaxation where the electrical signal is off; switching the test excitation signal to at least one different amplitude; generating during a first time interval a first test output electrical signal from the first test pulse and during a second time interval a second test output electrical signal from the second test pulse; measuring the first test output signal from the first test pulse; measuring the second test output signal from the second test pulse; subtracting a value of the first test output electrical signal from a value of the second test output electrical signal to determine a value change between the first test output electrical signal and the second test output electrical signal; comparing the value change to a value of at least one underfill threshold; and detecting if the electrochemical biosensor is underfilled based on the comparing between the value change and the at least one underfill threshold. applying a pulsed test excitation signal to a sample of a biological fluid, the test excitation signal including at least first and second test pulses separated by a test relaxation where the electrical signal is off; switching the test excitation signal to at least one different amplitude; generating during a first time interval a first test output electrical signal from the first test pulse and during a second time interval a second test output electrical signal from the second test pulse; measuring the first test output signal from the first test pulse; measuring the second test output signal from the second test pulse; subtracting a value of the first test output electrical signal from a value of the second test output electrical signal to determine a value change between the first test output electrical signal and the second test output electrical signal; comparing the value change to a value of at least one underfill threshold; and detecting if the electrochemical biosensor is underfilled based on the comparing between the value change and the at least one underfill threshold.
Process for modifying the surface of a silica, which comprises the following successive steps: within an aqueous medium, a silica is treated with aluminium cations capable of attaching to the surface of said silica; then introduced into the aqueous medium obtained, containing the silica treated in step, are molecules of at least one phosphonic acid, and these phosphonic acid molecules are left to react with the treated silica obtained in step. within an aqueous medium, a silica is treated with aluminium cations capable of attaching to the surface of said silica; then introduced into the aqueous medium obtained, containing the silica treated in step, are molecules of at least one phosphonic acid, and these phosphonic acid molecules are left to react with the treated silica obtained in step.
A compressor, in particular an oil-free compressor for the compression of a fluid, comprising a compression piston movably disposed in a compression chamber, characterized in that a surface layer is provided on a boundary wall of the compression chamber, said surface layer being applied by thermal spraying, being on an oxide ceramic base and comprising between 40% and 80% by weight of Al 2 O 3 and between 10% and 40% by weight of ZrO 2, wherein the surface layer additionally includes between 5% and 35% by weight Cr 2 O 3 for the simultaneous optimization of the hardness and toughness.