mhurhangee/ep-ind-claims huggingface dataset:
A reamer, with - a main body and - at least one cutting tip arranged on the main body, wherein - the cutting tip comprises a reamer section, wherein - the cutting tip comprises, at a distance from the reamer section, a roughening section with at least one roughening blade, wherein the at least one roughening blade protrudes beyond the reamer section by a particular projection, wherein - a plurality of cutting tips is arranged on the main body, characterized in that - the different cutting tips differ in the distance at which the roughening section is offset from the reamer section. - a main body and - at least one cutting tip arranged on the main body, wherein - the cutting tip comprises a reamer section, wherein - the cutting tip comprises, at a distance from the reamer section, a roughening section with at least one roughening blade, wherein the at least one roughening blade protrudes beyond the reamer section by a particular projection, wherein - a plurality of cutting tips is arranged on the main body, characterized in that - the different cutting tips differ in the distance at which the roughening section is offset from the reamer section.
A method comprising: transmitting, by a communications controller to a user equipment, UE, a first data block on a first carrier; transmitting, by the communications controller to the UE, a first downlink control information, DCI, to initiate a hybrid automatic repeat request, HARQ, process associated with the first data block; retransmitting, by the communications controller to the UE, the first data block; and transmitting, by the communications controller to the UE, a second DCI, wherein the second DCI comprises a first transmission indicator and an indicator of the first carrier, and wherein the second DCI continues the HARQ process; wherein the first transmission indicator of the second DCI is different than a first transmission indicator of the first DCI; and wherein the second DCI comprises a codeword indicator instead of a New Data Indicator, NDI. transmitting, by a communications controller to a user equipment, UE, a first data block on a first carrier; transmitting, by the communications controller to the UE, a first downlink control information, DCI, to initiate a hybrid automatic repeat request, HARQ, process associated with the first data block; retransmitting, by the communications controller to the UE, the first data block; and transmitting, by the communications controller to the UE, a second DCI, wherein the second DCI comprises a first transmission indicator and an indicator of the first carrier, and wherein the second DCI continues the HARQ process; wherein the first transmission indicator of the second DCI is different than a first transmission indicator of the first DCI; and wherein the second DCI comprises a codeword indicator instead of a New Data Indicator, NDI.
A flexible tactile actuator comprising: a tactile transmitter configured to be flexible and including magnetic particles capable of being polarized in response to an external magnetic field and a matrix layer including the magnetic particles; a magnetic field generator disposed below the tactile transmitter and configured to generate a magnetic field in the tactile transmitter; and an elastic member provided in a shape of a film, having at least a portion in surface contact with the magnetic field generator, and attached to be in surface contact with one of a top surface and a bottom surface of the tactile transmitter, wherein at least a portion of the tactile transmitter is spaced upwardly apart from the magnetic field generator at a height ranging between 0.1 millimeters (mm) and 3 mm, and a modulus of elasticity of the elastic member is less than a modulus of elasticity of the tactile transmitter. a magnetic field generator disposed below the tactile transmitter and configured to generate a magnetic field in the tactile transmitter; and an elastic member provided in a shape of a film, having at least a portion in surface contact with the magnetic field generator, and attached to be in surface contact with one of a top surface and a bottom surface of the tactile transmitter,
Conveying system for bulk material, preferably for pasty and/or lumpy and/or fibrous materials, such as in particular silo contents, preferably from a material container, having at least one linearly movable conveying rail, wherein at least one alternating drive of the at least one conveying rail is provided with an advance movement for conveying and a retracting movement for material pick-up, wherein scrapers for gripping and conveying the material are arranged on the conveyor rail, wherein scraper elements (18, 41) are pivotally mounted on the scrapers, wherein the pivot axes of the are aligned vertically or almost vertically, wherein the slide elements (18, 41) can be pivoted between an advanced position in which they project during an advance movement and a retracted position in which they are contiguous during a return movement, wherein wedge-shaped or ramp-like regions are configured as ramp sections on the scrapers, characterised in that the ramp sections run upwards from the front edge near the base to the top of the scrapers and end shortly before the pivot axes of the scraper elements.
An implant system for a tightly fitting prosthesis, said implant system comprising: an externally threaded implant body intended to be screwed into bone using an insertion tool and a spacer element having an axially-extending passage being fastenable at one end to the coronal front edge of the implant body, the implant body being provided with an internal open ended axial bore and an indexing region at the open end of the bore, the indexing region being provided with a connection to support said spacer element and having means for co-operating with the spacer element to prevent twisting between the spacer element, the implant body and the insertion tool characterised in that the connection to support a spacer element and/or the spacer element comprises a zone adapted to undergo metal deformation, by the spacer element being fitted to the screwed-in implant body, to minimise rotational movements between the implant body and the spacer element. an externally threaded implant body intended to be screwed into bone using an insertion tool and a spacer element having an axially-extending passage being fastenable at one end to the coronal front edge of the implant body, the implant body being provided with an internal open ended axial bore and an indexing region at the open end of the bore, the indexing region being provided with a connection to support said spacer element and having means for co-operating with the spacer element to prevent twisting between the spacer element, the implant body and the insertion tool characterised in that the connection to support a spacer element and/or the spacer element comprises a zone adapted to undergo metal deformation, by the spacer element being fitted to the screwed-in implant body, to minimise rotational movements between the implant body and the spacer element.
Method of conversion of a C=O bond to a C-H bond, comprising the steps of: i. Providing an alcohol and converting the alcohol to a compound comprising a C=O bond, wherein the compound comprising a C=O is selected from an aldehyde and a ketone, wherein the conversion of the alcohol to a compound comprising a C=O bond comprises the step of: - Oxidation with an oxidant and catalyst, wherein the oxidant is selected from H 2 O 2, O 2 and NaOCl, and wherein the catalyst is selected from heterogeneous supported metal catalyst, homogeneous organometallic complex, metal-free catalyst (mediator), and enzyme (EC 1:10:3:2) and ii. Providing the compound comprising a C=O bond from the previous step, and iii. Reducing said compound comprising a C=O bond in a solvent comprising reducing agent and a catalyst, wherein the reducing agent is selected from ammonium formate, formic acid and H 2 gas, and wherein the catalyst is selected from a heterogeneous metal catalyst wherein the heterogeneous metal catalyst is a Pd -nanocatalyst which is heterogeneously supported on silica containing material selected from Pd -amino functionalized silica support. i. Providing an alcohol and converting the alcohol to a compound comprising a C=O bond, wherein the compound comprising a C=O is selected from an aldehyde and a ketone, wherein the conversion of the alcohol to a compound comprising a C=O bond comprises the step of: - Oxidation with an oxidant and catalyst, wherein the oxidant is selected from H 2 O 2, O 2 and NaOCl, and wherein the catalyst is selected from heterogeneous supported metal catalyst, homogeneous organometallic complex, metal-free catalyst (mediator), and enzyme (EC 1:10:3:2) and - Oxidation with an oxidant and catalyst, wherein the oxidant is selected from H 2 O 2, O 2 and NaOCl, and wherein the catalyst is selected from heterogeneous supported metal catalyst, homogeneous organometallic complex, metal-free catalyst (mediator), and enzyme (EC 1:10:3:2) and ii. Providing the compound comprising a C=O bond from the previous step, and iii. Reducing said compound comprising a C=O bond in a solvent comprising reducing agent and a catalyst, wherein the reducing agent is selected from ammonium formate, formic acid and H 2 gas, and wherein the catalyst is selected from a heterogeneous metal catalyst wherein the heterogeneous metal catalyst is a Pd -nanocatalyst which is heterogeneously supported on silica containing material selected from Pd -amino functionalized silica support.
A fusion protein consisting of N-terminal domain of KIF5B protein at N-terminal and C-terminal domain of RET protein at C-terminal, wherein the N-terminal domain of KIF5B protein consists of an amino acid sequence encoded by a polynucleotide from the first exon to 16 th exon of NM_004521 and the C-terminal domain of RET protein consists of consecutive at least 300 amino acids starting from an amino acid corresponding to the start position of 12 th exon of NM_020630 or NM_020975 toward C-terminus of the RET protein encoded by the polynucleotide of NM_020630 or NM_020975.
A direct current, DC, residual current protection device having a controlled current discharge, comprising: a positive (In+) and a negative (In-) input terminal for connection to a DC power line (DC in) and a positive (Out+) and a negative (Out-) output terminal for connection to a load (DC out); a first switch interposed between the positive input terminal and the positive output terminal, the first switch is configured to open/close an electrical connection between the positive input terminal and the positive output terminal; a controller comprising a current imbalance detection (ICM, 10) adapted to detect a current imbalance between the positive and the negative output terminal, wherein the controller is adapted to open the first switch when the current imbalance is detected; and a discharge control circuit having a first end and a second end, the first end is connected between the first switch and the positive output terminal (Out+), the second end is connected to both negative input terminal (In-) and negative output terminal (Out-), wherein the discharge circuit comprises a source of electrical energy adapted to accumulate energy when the first switch is closed and discharge the accumulated energy when the first switch is opened. a positive (In+) and a negative (In-) input terminal for connection to a DC power line (DC in) and a positive (Out+) and a negative (Out-) output terminal for connection to a load (DC out); a first switch interposed between the positive input terminal and the positive output terminal, the first switch is configured to open/close an electrical connection between the positive input terminal and the positive output terminal; a controller comprising a current imbalance detection (ICM, 10) adapted to detect a current imbalance between the positive and the negative output terminal, wherein the controller is adapted to open the first switch when the current imbalance is detected; and a discharge control circuit having a first end and a second end, the first end is connected between the first switch and the positive output terminal (Out+), the second end is connected to both negative input terminal (In-) and negative output terminal (Out-), wherein the discharge circuit comprises a source of electrical energy adapted to accumulate energy when the first switch is closed and discharge the accumulated energy when the first switch is opened.
A gem identification method, comprising the steps of: (a) placing a sample to be detected over a light transmission hole (212, 213) on a carrying surface of an object table and emitting, by an optical probe disposed below the carrying surface, an exciting light onto the sample through the light transmission hole (212, 213) and then collecting a Raman scattered light from the sample by the optical probe, wherein the light transmission hole (212, 213) has a variable diameter; (b) acquiring a Raman spectrogram of the sample from the collected Raman scattered light from the sample; and (c) comparing the Raman spectrogram with a reference Raman spectrogram library for gems to identify the sample. (a) placing a sample to be detected over a light transmission hole (212, 213) on a carrying surface of an object table and emitting, by an optical probe disposed below the carrying surface, an exciting light onto the sample through the light transmission hole (212, 213) and then collecting a Raman scattered light from the sample by the optical probe, wherein the light transmission hole (212, 213) has a variable diameter; (b) acquiring a Raman spectrogram of the sample from the collected Raman scattered light from the sample; and (c) comparing the Raman spectrogram with a reference Raman spectrogram library for gems to identify the sample.
A catheter handle which includes: a handle body characterized in that it further includes a steering control mechanism displaceably carried on the handle body, and to which a steering shaft is releasably connected, and wherein relative displacement between the steering control mechanism and the handle body effects steering of a distal region of the steering shaft, and an electrode sheath carrier, said electrode sheath carrier is carried on the steering control mechanism, said electrode sheath carrier comprising a connector for releasably connecting to electrode sheath thereto, and said electrode sheath carrier being displaceable at least relative to the steering control mechanism, wherein displacement of the electrode sheath carrier moves the electrode sheath. a handle body characterized in that it further includes a steering control mechanism displaceably carried on the handle body, and to which a steering shaft is releasably connected, and wherein relative displacement between the steering control mechanism and the handle body effects steering of a distal region of the steering shaft, and an electrode sheath carrier, said electrode sheath carrier is carried on the steering control mechanism, said electrode sheath carrier comprising a connector for releasably connecting to electrode sheath thereto, and said electrode sheath carrier being displaceable at least relative to the steering control mechanism, wherein displacement of the electrode sheath carrier moves the electrode sheath.
Lance (10, 70), in particular a rotary lance, for deburring and/or cleaning workpieces, having a lance body (12, 72); having at least one nozzle (14, 16, 87) for generating a fluid jet (18, 20); and having an inner space, which is formed in the lance body (12, 72), acts as a fluid channel and through which fluid exposed to high pressure can be fed to the nozzle (14, 16, 87), wherein the at least one nozzle (14, 16, 87, 120, 122) is formed in an insert (38, 76, 110) which extends into the inner space (15, 80) and is fixed in the lance body (12, 72), characterized in that the insert (38, 76, 110) has a body (39, 77, 111) which reaches through the inner space (15, 80), is extended along the axis (41, 90) between two end portions (58, 60, 94, 96) connected fixedly to the lance body (12, 72) and has a hollow space (51, 81, 114) and a lateral recess (42, 78, 112), arranged between the two end portions (58, 60, 94, 96) on the end side, for the passage of fluid from the inner space of the lance body (12, 72) into the hollow space (51, 81, 114).
A method for generating a plurality of chirp pulses for use in a communication channel, the channel being operable over a plurality of frequency bands, the frequency bands including at least one first frequency band having propagation characteristics different from other frequency bands, the method comprising, at a chirp pulse generator: generating (s3004, s3104) an initial chirp pulse having a first value of time bandwidth product, TB product, for frequencies in each of the at least one first frequency band and having a second value of TB product for frequencies in bands other than the at least one first frequency band, the second value being lower than the first value, wherein the at least one first frequency band experiences attenuation at a level higher than the attenuation level in the other frequency bands, or wherein the at least one first frequency band experiences a level of noise higher than the other frequency bands. generating (s3004, s3104) an initial chirp pulse having a first value of time bandwidth product, TB product, for frequencies in each of the at least one first frequency band and having a second value of TB product for frequencies in bands other than the at least one first frequency band, the second value being lower than the first value, wherein the at least one first frequency band experiences attenuation at a level higher than the attenuation level in the other frequency bands, or wherein the at least one first frequency band experiences a level of noise higher than the other frequency bands.
A series of retention index standards for use in liquid chromatography, the series of retention index standards comprising two or more neutrally charged homologous compounds, each compound comprising a different 1-alkylpyridinesulfonic acid of Formula: where n is an integer from 0 to 23, and where each compound in the series has a different value for n, and wherein the liquid chromatography comprises liquid chromatography-mass spectrometry or wherein the liquid chromatography is liquid chromatography with an ultraviolet absorbance detection system.
A system, comprising: sample-and-hold circuitry, configured to sample a plurality of intracardiac electrocardiographic signals acquired by respective electrodes disposed within a heart of a subject; and a processor, configured to: receive, from one or more contact-indicating sensors, contact-indicating signals that indicate respective likelihoods of the electrodes being in contact with tissue of the heart, and in response to the likelihoods being different from each other, cause the ECG signals to be sampled, by the sample-and-hold circuitry, at different respective sampling frequencies. sample-and-hold circuitry, configured to sample a plurality of intracardiac electrocardiographic signals acquired by respective electrodes disposed within a heart of a subject; and a processor, configured to: receive, from one or more contact-indicating sensors, contact-indicating signals that indicate respective likelihoods of the electrodes being in contact with tissue of the heart, and in response to the likelihoods being different from each other, cause the ECG signals to be sampled, by the sample-and-hold circuitry, at different respective sampling frequencies. receive, from one or more contact-indicating sensors, contact-indicating signals that indicate respective likelihoods of the electrodes being in contact with tissue of the heart, and in response to the likelihoods being different from each other, cause the ECG signals to be sampled, by the sample-and-hold circuitry, at different respective sampling frequencies.
A method for producing the titanium oxide fine particles having a BET diameter of 1 to 50 nm, an agglomerated particle of 1 to 200 nm as diameter of an agglomerated particle formed by the titanium oxide fine particles, a value of 1 to 40 as a ratio therebetween, namely, a ratio of the agglomerated particle diameter/the BET diameter, and a crystallite diameter from 20 to 100 Å, wherein the diameter of the agglomerated particle is determined by using a laser diffraction/scattering particle size distribution analyzer, the method comprising the steps of: a first step of adjusting a pH of an aqueous solution including a titanium(oxy)chloride to a range of 1 or less, followed by heating the aqueous solution to a temperature of 50 to 110°C, and thereby conducting a hydrolysis of the titanium(oxy)chloride as a first hydrolysis; and a second step of subsequently mixing a titanium(oxy)chloride and an alkali into the aqueous solution which includes a product from the first hydrolysis and which is adjusted to a temperature of 50 to 110°C, to have a pH of the aqueous solution within a range of 0 to 12, and thereby conducting a hydrolysis of the titanium(oxy)chloride present in the second step as a second hydrolysis. a first step of adjusting a pH of an aqueous solution including a titanium(oxy)chloride to a range of 1 or less, followed by heating the aqueous solution to a temperature of 50 to 110°C, and thereby conducting a hydrolysis of the titanium(oxy)chloride as a first hydrolysis; and a second step of subsequently mixing a titanium(oxy)chloride and an alkali into the aqueous solution which includes a product from the first hydrolysis and which is adjusted to a temperature of 50 to 110°C, to have a pH of the aqueous solution within a range of 0 to 12, and thereby conducting a hydrolysis of the titanium(oxy)chloride present in the second step as a second hydrolysis.
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising a knitted component having a plurality of protruding areas that extend outward and away from a void within the upper for receiving a foot of a wearer, the protruding areas including a tubular structure, the protruding areas further including yarn sections extending across the tubular structure, characterized in that the yarn sections extending across the tubular structure cross each other.