mhurhangee/ep-ind-claims huggingface dataset:
A structure for an above-ground, semi-inground or inground swimming pool, comprising: suspension struts each extending vertically, vertical outer walls fixed between the suspension struts, an upper coping, a horizontal intermediate support which is mechanically fixed to an upper portion of the suspension struts and which is outside the walls, the structure being such that the coping comprises a chute, comprising: - a bottom, - a first upper rim located towards the inner side (Cint) of the swimming pool and connected to the bottom, and - a second upper rim located towards the outer side (Cext) of the swimming pool and connected to the bottom, the bottom, the first upper rim and the second upper rim delimiting a first upper housing, which has an opening facing upwards and which is able to be filled with a covering material forming the free upper surface of the coping, the structure being characterized in that the chute is fixed to the intermediate support. suspension struts each extending vertically, vertical outer walls fixed between the suspension struts, an upper coping, a horizontal intermediate support which is mechanically fixed to an upper portion of the suspension struts and which is outside the walls, the structure being such that the coping comprises a chute, comprising: - a bottom, - a first upper rim located towards the inner side (Cint) of the swimming pool and connected to the bottom, and - a second upper rim located towards the outer side (Cext) of the swimming pool and connected to the bottom, - a bottom, - a first upper rim located towards the inner side (Cint) of the swimming pool and connected to the bottom, and - a second upper rim located towards the outer side (Cext) of the swimming pool and connected to the bottom, the bottom, the first upper rim and the second upper rim delimiting a first upper housing, which has an opening facing upwards and which is able to be filled with a covering material forming the free upper surface of the coping, the structure being characterized in that the chute is fixed to the intermediate support.
A peptide for use as a biomarker for detection of cognitive impairment, wherein the peptide is Complement C4-derived peptide CO4-2 consisting of amino acid sequence expressed by Sequence No. 22, a peptide consisting of an amino acid sequence derived from Sequence No. 22 by deletion, exchange and/or addition of one to three amino acids, or a glycated form of said peptides; and wherein the glycated form of said peptides is a form where a sugar chain or sugar chains have been added to the peptide.
Flexible power electronic module comprising at least one circuit carrier and at least one power semiconductor, wherein the circuit carrier is provided such that it has a layer-like construction, wherein the base is formed by a flexible plastics carrier substrate, on which the power semiconductor is mounted, wherein the circuit carrier has a flexible heat dissipation substrate arranged in a planar fashion on the plastics carrier substrate, and wherein the circuit carrier has a flexible contacting substrate arranged in a planar fashion on the device composed of plastics carrier substrate and heat dissipation substrate, characterized in that the power semiconductor is held in a clamping fashion between the plastics carrier substrate and the contacting substrate.
A capstan reel for transporting an elongated article (6,6a,6b,39,42,43,45a,47) between a floating vessel and a body of water situated below the vessel, wherein the capstan reel comprises - a rotatable cylindrical body for spooling the elongated article (6,6a,6b,39,42,43,45a,47) around the body's axial axis, said body comprising a cylindrical contacting surface for indirectly supporting at least a portion of the elongated article (6,6a,6b,39,42,43,45a,47), characterized in that the capstan reel further comprises - an endless chain spooled at least partly around the cylindrical body in a helical direction relative to the axial axis of the body, acting as an intermediate layer between the cylindrical contacting surface and the intended elongated article (6,6a,6b,39,42,43,45a,47), and - a chain transfer guide extending across the axial length of the cylindrical body for guiding the endless chain between a chain exit region in a first axial end region of the cylindrical body and a chain entry region in a second axial end region, the second axial end region being situated at the opposite axial end of the cylindrical body, wherein, in use, the endless chain enters and exits the cylindrical body with a non-zero entry angle and a non-zero exit angle, respectively, the entry angle and the exit angle being defined as the angle relative to the overall rotational direction of the cylindrical body. - a rotatable cylindrical body for spooling the elongated article (6,6a,6b,39,42,43,45a,47) around the body's axial axis, - an endless chain spooled at least partly around the cylindrical body in a helical direction relative to the axial axis of the body, acting as an intermediate layer between the cylindrical contacting surface and the intended elongated article (6,6a,6b,39,42,43,45a,47), and - a chain transfer guide extending across the axial length of the cylindrical body for guiding the endless chain between
A composition comprising a compound having the structure: where m and n are the same or different and are integers between 1 and 4; X is H or CH 3; R 1 is H amidino, a glycosylated serine or threonine residue, or one or more arginine residues, R 2 is H or methyl, R 3 is H or methyl, R 4 is H or a β or α sugar, R 5 is H or methyl, R 6 is CH 3, OH, or O- β or α sugar, R 7 is H, a glycosylated serine or threonine residue, or one or more arginine residues.
Method for producing an electric contact-connection of a multilayer component comprising the following steps: A) providing a main body of the multilayer component having internal electrode layers (5a, 5b), B) providing an insulating material, an electrically conductive material and a photosensitive material, C) structured arrangement of insulating material and electrically conductive material on an outer side (10a, 10b) of the main body for the alternate contact-connection of the internal electrode layers (5a, 5b), wherein the structured arrangement is produced by the photosensitive material, characterized in that first of all the electrically conductive material is applied, then the photosensitive material is applied and then the insulating material is applied. A) providing a main body of the multilayer component having internal electrode layers (5a, 5b), B) providing an insulating material, an electrically conductive material and a photosensitive material, C) structured arrangement of insulating material and electrically conductive material on an outer side (10a, 10b) of the main body for the alternate contact-connection of the internal electrode layers (5a, 5b), wherein the structured arrangement is produced by the photosensitive material, characterized in that first of all the electrically conductive material is applied, then the photosensitive material is applied and then the insulating material is applied.
A crankshaft, comprising: a first shaft; a second shaft; a first crank arm disposed at an end of the first shaft, the first crank arm being provided with a first oil channel, and the first oil channel penetrating through the first shaft; a second crank arm disposed at an end of the second shaft, the second crank arm being provided with a second oil channel, and the second oil channel penetrating through the second shaft; and a recessed portion disposed on an end surface of the first crank arm facing away from the first shaft or on an end surface of the second crank arm facing away from the second shaft, the second crank arm being configured to be connected to the first crank arm in such a manner the first oil channel and the second oil channel are in communication with each other via the recessed portion, characterized in that, wherein the second shaft is eccentrically arranged relative to an axis of the first shaft in a first direction, and the recessed portion at least partially extends in the first direction. a first shaft; a second shaft; a first crank arm disposed at an end of the first shaft, the first crank arm being provided with a first oil channel, and the first oil channel penetrating through the first shaft; a second crank arm disposed at an end of the second shaft, the second crank arm being provided with a second oil channel, and the second oil channel penetrating through the second shaft; and a recessed portion disposed on an end surface of the first crank arm facing away from the first shaft or on an end surface of the second crank arm facing away from the second shaft, the second crank arm being configured to be connected to the first crank arm in such a manner the first oil channel and the second oil channel are in communication with each other via the recessed portion, characterized in that, wherein the second shaft is eccentrically arranged relative to an axis of the first shaft in a first direction, and the recessed portion at least partially extends in the first direction.
Use of a polymer as a secondary suspending agent in a suspension polymerisation reaction, the polymer comprising (i) residues of at least one ester-containing monomer, the ester-containing monomer(s) comprising one polymerisable carbon-carbon double bond per monomer and an ester group, and (ii) one or more residues of at least one monomer comprising a sulfonate, sulfonic acid, sulfonic ester, sulfonamide or sulfonyl halide group, the monomer(s) comprising a sulfonate, sulfonic acid, sulfonic ester group, sulfonamide or sulfonyl halide group comprising one polymerisable carbon-carbon double bond per monomer and a sulfonate, sulfonic acid, sulfonic ester, sulfonamide or sulfonyl halide group, the polymer optionally being partially hydrolysed such that a proportion of said ester groups form alcohol groups, the degree of hydrolysis of the polymer being no more than 5mol%.
A method for operating a base station in a wireless communication system, the method comprising: receiving, from a mobile station, a signal for measuring a channel impulse response, CIR, to analyze a first component received first and remaining components; measuring the CIR of a communication channel between the mobile station and the base station based on the signal to determine a difference between a strength of the first component of the signal and a strength of a strongest component of the remaining components of the signal; if the difference exceeds a threshold, determining that a line of sight, LOS, path for a beam allocated to the mobile station is secured and assigning a high priority to a neighboring base station located within a threshold range with respect to a direction of the allocated beam, if the difference does not exceed the threshold, determining that the LOS path for the beam is not secured and assigning a low priority to the neighboring base station; and transmitting, to the mobile station, neighboring base station information comprising a priority of the neighboring base station, wherein the priority is a priority for searching a target base station for a handover of the mobile station from the base station. receiving, from a mobile station, a signal for measuring a channel impulse response, CIR, to analyze a first component received first and remaining components; measuring the CIR of a communication channel between the mobile station and the base station based on the signal to determine a difference between a strength of the first component of the signal and a strength of a strongest component of the remaining components of the signal; if the difference exceeds a threshold, determining that a line of sight, LOS, path for a beam allocated to the mobile station is secured and assigning a high priority to a neighboring base station located within a threshold range with respect to a direction of the allocated beam, if the difference does not exceed the threshold, determining that the LOS path for the beam is not secured and assigning a low priority to the neighboring base station; and transmitting, to the mobile station, neighboring base station information comprising a priority of the neighboring base station, wherein the priority is a priority for searching a target base station for a handover of the mobile station from the base station.
A method of operating a pressure control installation, in particular for vehicles, with a multi-stage compressor, wherein a pressure medium compressed several times is provided (St1.1, St2.5) by the multi-stage compressor for filling a pressure medium reservoir or pressure medium chambers (3.i; i=1,... 4) of the pressure control installation, wherein, to this end - a pre-compressed pressure medium is provided by a first compression stage, which pressure medium is further compressed (St1.4, St2.3, St2.4) at least via a second compression stage, and an already pre-compressed supercharging pressure medium is introduced into an intermediate volume between the first compression stage and the second compression stage of the multi-stage compressor and the supercharging pression medium is again compressed (St1.1) at least by the second compression stage or - an already pre-compressed supercharging pression medium is introduced into an intermediate volume between the first compression stage and the second compression stage of the multi-stage compressor and the supercharging pression medium is again compressed (St1.1), at least by the second compression stage, characterized in that the supercharging pressure medium arrives simultaneously via a control line (26.2) to a control input (26.1) of a shutoff valve which cooperates (St1.2) with the first compression stage, so that a supercharging pressure (pA) of the supercharging pressure medium predefines a control pressure (pS) of the shutoff valve, wherein one pressure limitation (pG) and/or one volumetric flow rate limitation of the pressure medium pre-compressed and routed by the first compression stage until the intermediate volume, depending on the control pressure (pS), is set (St1.3) via the shutoff valve for the automatic adaptation of the compression power of the first compression stage by the supercharging pressure medium which is located in the control line (26.2), wherein at least a proportion of a pression medium to be pre-compressed and supplied to the first compression stage is reduced via the shutoff valve for the formation of the pressure limitation (pG) and/or of the volumetric flow rate limitation of the pressure medium pre-compressed and routed by the first compression stage. - a pre-compressed pressure medium is provided by a first compression stage, which pressure medium is further compressed (St1.4, St2.3, St2.4) at least via a second compression stage, and an already pre-compressed supercharging pressure medium is introduced into an intermediate volume between the first compression stage and the second compression stage of the multi-stage compressor and the supercharging pression medium is again compressed (St1.1) at least by the second compression stage or - an already pre-compressed supercharging pression medium is introduced into an intermediate volume between the first compression stage and the second compression stage of the multi-stage compressor and the supercharging pression medium is again compressed (St1.1), at least by the second compression stage,
A vehicle for a tracked transport system with an eddy current brake, which contains a multiplicity of magnetic poles and means for activation of the magnetic poles in the event of braking, wherein the magnetic poles are formed by permanent magnets (25, 26) mounted such that they can rotate, and the means of activation are fitted so as to rotate the permanent magnets (25, 26) from an inactive position to an active position, characterised in that, the eddy current brake contains at least two permanent magnets (25, 26) with pole surfaces located in a common plane and having different polarities, which are assigned to specific magnetic bridges (27, 28) for purposes of closing magnetic circuits, and which in the active position are arranged one behind another in the direction of travel, and in the inactive position are arranged one above another transverse to the direction of travel.
A method implemented by a base station of a macro cell, comprising: obtaining a time period for transmission of a discovery reference signal, the time period comprising a plurality of consecutive subframes; configuring at least one first subframe of the time period for transmission of a discovery reference signal from an activated small cell; configuring at least one second subframe of the time period for transmission of a discovery reference signal from a deactivated small cell, the at least one second subframe being different from the at least one first subframe to reduce interference in the transmission of the discovery reference signal; and informing the configuration to a plurality of other devices such that the other devices may use the configuration for the transmission and/or reception of the discovery reference signals. obtaining a time period for transmission of a discovery reference signal, the time period comprising a plurality of consecutive subframes; configuring at least one first subframe of the time period for transmission of a discovery reference signal from an activated small cell; configuring at least one second subframe of the time period for transmission of a discovery reference signal from a deactivated small cell, the at least one second subframe being different from the at least one first subframe to reduce interference in the transmission of the discovery reference signal; and informing the configuration to a plurality of other devices such that the other devices may use the configuration for the transmission and/or reception of the discovery reference signals.
A method for accelerating oxidation of a fat comprising the steps of: a. hydrolyzing the fat to form a hydrolyzed fat composition; b. activating the hydrolyzed fat composition in the presence of a seaweed for a time period from 1 to 6 hours at a temperature from 100°C to 140°C, preferably from 110°C to 130°C, wherein the seaweed is present in an amount of at least 0.5 wt% of the hydrolyzed fat composition. a. hydrolyzing the fat to form a hydrolyzed fat composition; b. activating the hydrolyzed fat composition in the presence of a seaweed for a time period from 1 to 6 hours at a temperature from 100°C to 140°C, preferably from 110°C to 130°C, wherein the seaweed is present in an amount of at least 0.5 wt% of the hydrolyzed fat composition.
A method for discriminating an operationally tolerant kidney recipient subject from a non-operationally tolerant kidney recipient subject, comprising the following steps: i) establishing a composite score of tolerance (cSoT) with the expression levels of six genes in a biological sample that has been obtained from said kidney recipient subject and two clinical parameters; wherein said six genes are ID3, AKR1C3, CD40, CTLA4, TCL1A and MZB1; and wherein said cSoT is established by the following formula: cSoT = ∑ i n = β i × Exprs + β test time × age test time + β trans time × age trans time + intercept − scaling coefficient ii) comparing this cSoT with a predetermined reference value; and iii) concluding that the kidney recipient subject is TOL when the cSoT is higher than the predetermined reference value or concluding that the kidney recipient subject is STA when the cSoT is lower than the predetermined reference value. i) establishing a composite score of tolerance (cSoT) with the expression levels of six genes in a biological sample that has been obtained from said kidney recipient subject and two clinical parameters; wherein said six genes are ID3, AKR1C3, CD40, CTLA4, TCL1A and MZB1; and wherein said cSoT is established by the following formula: cSoT = ∑ i n = β i × Exprs + β test time × age test time + β trans time × age trans time + intercept − scaling coefficient ii) comparing this cSoT with a predetermined reference value; and iii) concluding that the kidney recipient subject is TOL when the cSoT is higher than the predetermined reference value or concluding that the kidney recipient subject is STA when the cSoT is lower than the predetermined reference value.
A method for selectively processing or redirecting signaling connection control part, SCCP messages, the method comprising: receiving from a network switching apparatus using a first protocol, at a signal transfer point, STP, a location request message in the form of an SCCP message addressed to a capability point code of the signal transfer point and sent route-on-point-code-subsystem-number, route-on-PC-SSN, wherein the capability point code is a point code used by the STP to identify SCCP messages that may be processed at the STP or redirected; determining whether the SCCP message can be processed locally by the STP by performing a lookup in a subscriber database to determine that a subscriber identified in the SCCP message has migrated from the first to a second mobile signaling protocol; in response to determining that the SCCP message can be processed locally by the STP, processing the SCCP message locally at the STP and sending a response to the network switching apparatus, wherein the response indicates that the subscriber has migrated from the first to the second mobile signaling protocol; and in response to determining that the SCCP message cannot be processed locally at the STP, sending a response to the network switching apparatus, wherein the response indicates the location of the subscriber which has been obtained by the STP by redirecting the SCCP message from the STP to a location register using the first mobile signaling protocol and receiving a corresponding response. receiving from a network switching apparatus using a first protocol, at a signal transfer point, STP, a location request message in the form of an SCCP message addressed to a capability point code of the signal transfer point and sent route-on-point-code-subsystem-number, route-on-PC-SSN, wherein the capability point code is a point code used by the STP to identify SCCP messages that may be processed at the STP or redirected; determining whether the SCCP message can be processed locally by the STP by performing a lookup in a subscriber database to determine that a subscriber identified in the SCCP message has migrated from the first to a second mobile signaling protocol; in response to determining that the SCCP message can be processed locally by the STP, processing the SCCP message locally at the STP and sending a response to the network switching apparatus, wherein the response indicates that the subscriber has migrated from the first to the second mobile signaling protocol; and in response to determining that the SCCP message cannot be processed locally at the STP, sending a response to the network switching apparatus, wherein the response indicates the location of the subscriber which has been obtained by the STP by redirecting the SCCP message from the STP to a location register using the first mobile signaling protocol and receiving a corresponding response.