mhurhangee/ep-ind-claims huggingface dataset:
Temperature measuring probe, comprising a thermally conductive and/or electrically conductive housing sleeve, at least one temperature sensor which is electrically conductively arranged on a flat printed circuit board, and a contact device, wherein the printed circuit board together with the temperature sensor is arranged in the housing sleeve and the temperature sensor is thermally and/or electrically conductively connected to the housing sleeve, wherein the at least one temperature sensor is thermally and/or electrically conductively biased against the housing sleeve by means of a contact device by spring force, and wherein at least some of the spring force is generated as a result of a resilient design of the housing sleeve.
An electrosurgical system for treating tissue comprising: a microwave signal source capable of providing a microwave frequency output signal; a microwave amplifier unit, wherein the signal source is adapted to provide said output signal to said amplifier unit; a phase-balanced microwave power splitter having an input port and N output ports, where N is an integer greater than 1, the input port being operatively coupled to the amplifier unit; and wherein the system further comprises: a number N of microwave antenna assemblies, each assembly being operatively coupled to the power splitter via a corresponding one of the N output ports, characterised in that each assembly is in the form of a rigid or bendable needle and in that the assemblies are arranged in parallel to each other and adapted to be inserted directly into tissue. a microwave signal source capable of providing a microwave frequency output signal; a microwave amplifier unit, wherein the signal source is adapted to provide said output signal to said amplifier unit; a phase-balanced microwave power splitter having an input port and N output ports, where N is an integer greater than 1, the input port being operatively coupled to the amplifier unit; and wherein the system further comprises: a number N of microwave antenna assemblies, each assembly being operatively coupled to the power splitter via a corresponding one of the N output ports, characterised in that each assembly is in the form of a rigid or bendable needle and in that the assemblies are arranged in parallel to each other and adapted to be inserted directly into tissue. a number N of microwave antenna assemblies, each assembly being operatively coupled to the power splitter via a corresponding one of the N output ports, characterised in that each assembly is in the form of a rigid or bendable needle and in that the assemblies are arranged in parallel to each other and adapted to be inserted directly into tissue.
Cooking appliance (1, 1') for cooking foodstuffs, specifically commercial kitchen appliance of the combination steamer type, comprising two cooking appliance units (5, 7) which are arranged one above the other and each have: a cooking chamber which can be closed by a cooking chamber door (9, 11) and has a plurality of insertion levels for food, a heater for heating the cooking chamber atmosphere, a water connection, a wastewater connection and a cooking appliance controller which is connected to a display and operator control device, in particular to a touchscreen, characterized in that the display and operator control device of the upper cooking appliance unit forms an upper display and operator control device section and the display and operator control device of the lower cooking appliance unit forms a lower display and operator control device section, which display and operator control device sections are arranged one above the other, in that the two display and operator control device sections (17, 19) are combined to form a display and operator control device which is arranged in the region of the upper cooking appliance unit, as a result of which an unambiguous fixed association between the upper and the lower display and operator control device section (17, 19) and the upper and the lower cooking appliance unit (5, 7) is created, so that a changeover is not necessary, wherein the display and operator control device is located in an easily readable and operable position substantially at a height of 1.5 m +/- 0.25 m above the ground, this corresponding to the eye level of an operator of average height.
Method for the automated application of a viscous or liquid medium to components, in particular body components of a motor vehicle, in which a dosing device, which comprises at least one dosing chamber containing the medium, an outlet valve and a displacer connected to a displacer drive for compressing and transporting the medium in the dosing chamber, and the component are moved in relation to one another at an advancing rate in order to apply the medium to the component along a predetermined path and with a defined application pattern, and a controller connected to the dosing device controls the volumetric flow and the outlet pressure of the medium by actuating the outlet valve and the displacer drive, characterized in that the material properties of the medium in the dosing device are recorded and the measurement results are fed to the controller, which evaluates the measurement results and calculates the required volumetric-flow and outlet-pressure values while taking into account stored data records with respect to the intended path and the application pattern of the medium and, in dependence on the values determined and with allowance for a time lead of the control signals, actuates the outlet valve and the displacer drive, which is designed as an electric drive.
A transmission apparatus comprising: a transmission section configured to transmit a data signal to a first reception apparatus in the same network; a reception section configured to receive: a first response signal from the first reception apparatus by which the data signal is received when the data signal is transmitted; and characterised by: a second response signal from a second reception apparatus in another network, wherein the transmission apparatus can communicate signals with the second reception apparatus; and a control section configured to adjust a transmission parameter for controlling the transmission of the transmission section on a basis of the first response signal and the second response signal, wherein the transmission section is controlled with the transmission parameter adjusted by the control section to transmit the data signal to the first reception apparatus; wherein the control section decides on the basis of the second response signal whether or not it is necessary to adjust the transmission parameter for controlling the transmission of the transmission section so as to suppress an influence by interference with the second reception apparatus. a transmission section configured to transmit a data signal to a first reception apparatus in the same network; a reception section configured to receive: a first response signal from the first reception apparatus by which the data signal is received when the data signal is transmitted; and characterised by: a second response signal from a second reception apparatus in another network, wherein the transmission apparatus can communicate signals with the second reception apparatus; and a control section configured to adjust a transmission parameter for controlling the transmission of the transmission section on a basis of the first response signal and the second response signal, wherein the transmission section is controlled with the transmission parameter adjusted by the control section to transmit the data signal to the first reception apparatus; wherein the control section decides on the basis of the second response signal whether or not it is necessary to adjust the transmission parameter for controlling the transmission of the transmission section so as to suppress an influence by interference with the second reception apparatus.
A data processing device, comprising: address obtaining means for obtaining an address of the data processing device from a dynamic host configuration protocol, DHCP, server; request means for requesting the DHCP server to transmit identification information including a host name of the data processing device and the address obtained by the address obtaining means to a domain name system, DNS, server to register the identification information and the address; and transmission means for transmitting, to register the identification information and the address, the identification information including the host name of the data processing device and the address obtained by the address obtaining means to the DNS server, without intermediation of the DHCP server, characterized in that the data processing device further comprises: result obtaining means for obtaining a registration result of the identification information including the host name of the data processing device and the address obtained by the address obtaining means from the DHCP server, wherein the transmission means is configured to transmit the identification information and the address to the DNS server without intermediation of the DHCP server if the registration result obtained by the result obtaining means indicates failure. address obtaining means for obtaining an address of the data processing device from a dynamic host configuration protocol, DHCP, server; request means for requesting the DHCP server to transmit identification information including a host name of the data processing device and the address obtained by the address obtaining means to a domain name system, DNS, server to register the identification information and the address; and transmission means for transmitting, to register the identification information and the address, the identification information including the host name of the data processing device and the address obtained by the address obtaining means to the DNS server, without intermediation of the DHCP server, characterized in that the data processing device further comprises: result obtaining means for obtaining a registration result of the identification information including the host name of the data processing device and the address obtained by the address obtaining means from the DHCP server, wherein the transmission means is configured to transmit the identification information and the address to the DNS server without intermediation of the DHCP server if the registration result obtained by the result obtaining means indicates failure. result obtaining means for obtaining a registration result of the identification information including the host name of the data processing device and the address obtained by the address obtaining means from the DHCP server, wherein the transmission means is configured to transmit the identification information and the address to the DNS server without intermediation of the DHCP server if the registration result obtained by the result obtaining means indicates failure.
Process for producing a formaldehyde-free resin in which a hydroxymonoaldehyde is reacted with an amine, an amide or an aromatic hydroxyl compound, wherein the hydroxymonoaldehyde is glycolaldehyde or glycerolaldehyde or a mixture of these aldehydes.
Cabin air filter element for the driver's cab of agricultural and work machines with spraying and atomizing devices for pesticides or fertilizers, comprising a. an adsorption filter layer comprising activated carbon, wherein the adsorption filter layer features a layer structure of 4 to 20 fixed beds, the fixed beds each comprising a carrier layer on which a bed layer of activated carbon particles is fixed, b. a fine filter layer designed for separating aerosols, c. a circumferential seal for separating the raw side from the clean side during installation into a filter housing, the seal being made of a circumferential sealing profile of a polymer, in particular of a foamed, closed-pore foam for example of polyurethane foam. a. an adsorption filter layer comprising activated carbon, wherein the adsorption filter layer features a layer structure of 4 to 20 fixed beds, the fixed beds each comprising a carrier layer on which a bed layer of activated carbon particles is fixed, b. a fine filter layer designed for separating aerosols, c. a circumferential seal for separating the raw side from the clean side during installation into a filter housing, the seal being made of a circumferential sealing profile of a polymer, in particular of a foamed, closed-pore foam for example of polyurethane foam.
A portable stitcher for the pressure generation in a cold splicing process of polymer-based conveyor belts, comprising two arms (1, 2) connected to each other through a connector, each comprising a stitching part, said stitching parts arranged with their effective surfaces opposing each other, as well as a pressing device, pressing said arms (1, 2), wherein a stitching part for movement of said stitcher over a connection surface of said conveyor belts to be connected may be driven through a drive, and the driven stitching part is a driven reel movably supported on one of said arms (1, 2), and the effective surface of said driven reel being formed as a running surface having a roughened surface profile for increasing friction. two arms (1, 2) connected to each other through a connector, each comprising a stitching part, said stitching parts arranged with their effective surfaces opposing each other, as well as a pressing device, pressing said arms (1, 2), wherein a stitching part for movement of said stitcher over a connection surface of said conveyor belts to be connected may be driven through a drive, and the driven stitching part is a driven reel movably supported on one of said arms (1, 2), and the effective surface of said driven reel being formed as a running surface having a roughened surface profile for increasing friction.
A hydrogen storing alloy, wherein the ratio of the maximal peak intensity present in a range of 2θ=31°-33° to the maximal peak intensity present in a range of 2θ=41°-44° is 0.1 or less and includes 0, as measured by X-ray diffraction in which a Cu-Kα ray is set as an X-ray source, and wherein the hydrogen storing alloy has a chemical composition of La (1-a-b) Y a Mg b Ni c Al d, wherein a satisfies 0.12≤a≤0.15, b satisfies 0.14≤b≤0.16, c satisfies 3.39≤c≤3.53, and d satisfies 0.13≤d≤0.17.
A shaped, decellularized corneal lenticule for intrastromal implantation comprising: a lenticular body derived from donor corneal tissue having an anterior surface and a posterior surface, the lenticule further characterized by: the source of the donor corneal tissue is non-human; the lenticule is treated to degrade immunogenic epitopes; the posterior surface is cut to a desired shape to correct an error in vision upon intrastromal implantation; and the anterior surface preserves at least a portion of Bowman's membrane of the donor corneal tissue. the source of the donor corneal tissue is non-human; the lenticule is treated to degrade immunogenic epitopes; the posterior surface is cut to a desired shape to correct an error in vision upon intrastromal implantation; and the anterior surface preserves at least a portion of Bowman's membrane of the donor corneal tissue.
A pitched cable comprising a flexible core around which a coil is wrapped, comprising a carrier and a stop body, wherein the core protrudes beyond the coil with an end area and passes through a hole of the carrier, which bears against the end of the coil on one end and bears against the stop body, which is fastened to the end of the core of the hole on the other end of the hole, wherein the end area of the coil is provided with a cast metal body, which encloses the coil and the core.
A method for driving a haptic transducer with a driving signal, the method comprising: Estimating, based on a current through the haptic transducer and a terminal voltage across the haptic transducer, a back electromotive force, EMF, voltage representative of a velocity of a mass in the haptic transducer; the method characterized by further comprising comparing a phase of a voltage signal derived from the terminal voltage with a phase of the estimated back EMF voltage; and based on the comparison, adjusting a frequency or a phase of an output signal, wherein the driving signal is derived from the output signal, such that a frequency of the driving signal converges to a resonant frequency of the haptic transducer. Estimating, based on a current through the haptic transducer and a terminal voltage across the haptic transducer, a back electromotive force, EMF, voltage representative of a velocity of a mass in the haptic transducer; the method characterized by further comprising comparing a phase of a voltage signal derived from the terminal voltage with a phase of the estimated back EMF voltage; and based on the comparison, adjusting a frequency or a phase of an output signal, wherein the driving signal is derived from the output signal, such that a frequency of the driving signal converges to a resonant frequency of the haptic transducer.
A key cylinder device, comprising: a key cylinder (3, 4, 5) provided with a rotor, a rotor case and a cylindrical sleeve, the key cylinder (3, 4, 5) being attached inside a cylinder portion of a cylindrical mounting member and locked/unlocked by a mechanical key; and a packing insertion portion that is integrally formed on an outer surface of the key cylinder so as to have a shape without an undercut portion and comprises an opening for insertion of a packing member in a vertical direction along the outer surface, characterized in that the mounting member comprises a packing slip-off preventing recess for preventing the packing member from slipping out of the opening, and wherein the packing insertion portion is formed to protrude from a lock body-facing surface of the rotor case. a key cylinder (3, 4, 5) provided with a rotor, a rotor case and a cylindrical sleeve, the key cylinder (3, 4, 5) being attached inside a cylinder portion of a cylindrical mounting member and locked/unlocked by a mechanical key; and a packing insertion portion that is integrally formed on an outer surface of the key cylinder so as to have a shape without an undercut portion and comprises an opening for insertion of a packing member in a vertical direction along the outer surface, characterized in that the mounting member comprises a packing slip-off preventing recess for preventing the packing member from slipping out of the opening, and wherein the packing insertion portion is formed to protrude from a lock body-facing surface of the rotor case.
A method of preparing cholic acid, an ester thereof, or a pharmaceutically or cosmetically acceptable salt thereof, the method comprising: a) reacting a compound of Formula III-1, or a geometric isomer thereof, with formaldehyde or paraformaldehyde in the presence of a Lewis acid to form a compound of Formula III-2 wherein Pg 10, Pg 11 and Pg 12 are each independently a hydroxyl protecting group; b) oxidizing the compound of Formula III-2 to provide an aldehyde of Formula III-3 c) reacting the aldehyde of Formula III-3 with an olefin forming reagent to form a compound of Formula III-4, or a geometric isomer thereof, wherein R 30 is H or an optionally substituted alkyl group; d) hydrogenating the compound of Formula III-4 with H 2 gas in the presence of a metal catalyst and subsequently removing the hydroxyl protecting groups, or removing the hydroxyl protecting groups in Formula III-4 and subsequently hydrogenating the deprotected compound with H 2 gas in the presence of a metal catalyst, to provide a triol of Formula III-5 e) oxidizing the triol of Formula III-5 to provide a compound of Formula III-6, f) contacting the compound of Formula III-6 with a ketone reducing agent to form a compound of Formula III-7 and g) optionally, when R 30 is not H in Formula III-7, hydrolyzing the compound of Formula III-7 to provide cholic acid. a) reacting a compound of Formula III-1, or a geometric isomer thereof, with formaldehyde or paraformaldehyde in the presence of a Lewis acid to form a compound of Formula III-2 wherein Pg 10, Pg 11 and Pg 12 are each independently a hydroxyl protecting group; b) oxidizing the compound of Formula III-2 to provide an aldehyde of Formula III-3 c) reacting the aldehyde of Formula III-3 with an olefin forming reagent to form a compound of Formula III-4, or a geometric isomer thereof, wherein R 30 is H or an optionally substituted alkyl group; d) hydrogenating the compound of Formula III-4 with H 2 gas in the presence of a metal catalyst and subsequently removing the hydroxyl protecting groups, or removing the hydroxyl protecting groups in Formula III-4 and subsequently hydrogenating the deprotected compound with H 2 gas in the presence of a metal catalyst, to provide a triol of Formula III-5 e) oxidizing the triol of Formula III-5 to provide a compound of Formula III-6, f) contacting the compound of Formula III-6 with a ketone reducing agent to form a compound of Formula III-7 and g) optionally, when R 30 is not H in Formula III-7, hydrolyzing the compound of Formula III-7 to provide cholic acid.
An elongate moulded insert adapted for longitudinal insertion along and within an elongate flow conduit of an electromagnetic flow meter, the flow conduit having a generally circular cross-sectional shape, the moulded insert having a conduit therethrough extending along its longitudinal axis and along which fluid can flow along a flow path, the moulded insert comprising: i) an inlet for receiving fluid flowing along said flow conduit, the inlet having a generally circular cross-sectional shape in a direction transverse to the longitudinal axis of the insert, for fitting within the flow conduit into which the insert is adapted to be inserted; ii) an outlet for outputting fluid that flows through said insert, the outlet having a generally circular cross-sectional shape in a direction transverse to the longitudinal axis of the insert, for fitting within the flow conduit into which the insert is adapted to be inserted; and iii) a measuring section positioned between said inlet and said outlet, said measuring section having an inner surface which defines a measuring channel through which fluid from said inlet can flow, characterised in that said inner surface has at least two substantially parallel sides which extend along said flow path so that said measuring channel has a cross-section in a direction transverse to said flow path which is different to that of the flow conduit, and that said cross-section of the measuring channel is in the shape of a hexagon or an octagon, or substantially a square with infilled corners. i) an inlet for receiving fluid flowing along said flow conduit, the inlet having a generally circular cross-sectional shape in a direction transverse to the longitudinal axis of the insert, for fitting within the flow conduit into which the insert is adapted to be inserted; ii) an outlet for outputting fluid that flows through said insert, the outlet having a generally circular cross-sectional shape in a direction transverse to the longitudinal axis of the insert, for fitting within the flow conduit into which the insert is adapted to be inserted; and iii) a measuring section positioned between said inlet and said outlet, said measuring section having an inner surface which defines a measuring channel through which fluid from said inlet can flow,