mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in treating and/or preventing lymphedema, wherein said composition comprises: i) Aranea diadematus D6 dilution; ii) Calcium phosphoricum D 12 dilution; iii) Equisetum hiemale D4 ex herba re dilution; iv) Ferrum jodatum D12 dilution; v) Fumaria officinalis D4 dilution; vi) Gentiana lutea D5 dilution; vii) Geranium robertianum D4 dilution; viii) Levothyroxinum D 12 dilution; ix) Myosotis arvensis D3 dilution; x) Nasturtium officinale D4 dilution; xi) Natrium sulfuricum D4 dilution; xii) Pinus silvestris D4 dilution; xiii) Sarsaparillae radix D6 dilution; xiv) Scrophularia nodosa D3 dilution; xv) Teucrium scorodonia D3 dilution; and xvi) Veronica officinalis D3 dilution, and wherein said composition is administered in an amount of 0.25 ml per kg body weight of the subject to be treated every other day. i) Aranea diadematus D6 dilution; ii) Calcium phosphoricum D 12 dilution; iii) Equisetum hiemale D4 ex herba re dilution; iv) Ferrum jodatum D12 dilution; v) Fumaria officinalis D4 dilution; vi) Gentiana lutea D5 dilution; vii) Geranium robertianum D4 dilution; viii) Levothyroxinum D 12 dilution; ix) Myosotis arvensis D3 dilution; x) Nasturtium officinale D4 dilution; xi) Natrium sulfuricum D4 dilution; xii) Pinus silvestris D4 dilution; xiii) Sarsaparillae radix D6 dilution; xiv) Scrophularia nodosa D3 dilution; xv) Teucrium scorodonia D3 dilution; and xvi) Veronica officinalis D3 dilution,
Device for manufacturing container bodies from metal sheet, particularly from tinned metal sheet, comprising a rounding apparatus, a conveying arrangement for the rounded bodies, particularly with a Z-rail and a head part, a calibration tool with a plurality of calibration rollers, a welding apparatus with adjustable welding current, particularly with intermediary wire electrodes as welding electrodes, characterized in that a collection arrangement is provided for collecting at least one disturbance variable influencing the welding seam quality during the manufacturing process, and in that a compensation arrangement for compensating the influence of the disturbance variable on the welding seam quality by means of at least a control variable is provided, wherein the collection arrangement is adapted for collecting the disturbance variable from at least one characteristic of the body material, and that the collection arrangement is adapted to collect the geometry of the metal sheet cutting and/or the presence of brows at the metal sheet cutting as a characteristic of the body material, and that the compensation arrangement is set up for changing one or more of the following control variables: horizontal and/or vertical displacement of the Z-rail influencing the overlapping or of its head part pointing to the calibration tool, by means of a displacement actuator; horizontal and/or vertical displacement of the calibration tool by means of a displacement actuator; radial displacement of calibration rollers by means of a displacement actuator and/or variation of the roller force acting upon the body; variation of the welding force; variation of the welding current and/or of the distance between the welding spots. horizontal and/or vertical displacement of the Z-rail influencing the overlapping or of its head part pointing to the calibration tool, by means of a displacement actuator; horizontal and/or vertical displacement of the calibration tool by means of a displacement actuator; radial displacement of calibration rollers by means of a displacement actuator and/or variation of the roller force acting upon the body; variation of the welding force; variation of the welding current and/or of the distance between the welding spots.
A method for producing a polarizing plate, comprising: heat-treating a polymer film; and attaching the heat-treated polymer film to a polarizing film having a light absorption axis formed in one direction, characterized in that a ratio (S1/S2) of the shrinkage force of the polymer film before the heat treatment in a first direction relative to a shrinkage force in a second direction perpendicular to the first direction is 10 or more, the polymer film is attached to the polarizing film so that a ratio (S P /S V) of a shrinkage force (S P) of the polarizing plate in the light absorption axis direction to a shrinkage force (Sv) of the polarizing plate in a direction perpendicular to the light absorption axis direction is in a range of 0.78 to 1.5, and wherein the shrinkage force is measured by the measurement method described in the description. heat-treating a polymer film; and attaching the heat-treated polymer film to a polarizing film having a light absorption axis formed in one direction, a ratio (S1/S2) of the shrinkage force of the polymer film before the heat treatment in a first direction relative to a shrinkage force in a second direction perpendicular to the first direction is 10 or more, the polymer film is attached to the polarizing film so that a ratio (S P /S V) of a shrinkage force (S P) of the polarizing plate in the light absorption axis direction to a shrinkage force (Sv) of the polarizing plate in a direction perpendicular to the light absorption axis direction is in a range of 0.78 to 1.5, and wherein the shrinkage force is measured by the measurement method described in the description.
A tool set for plug-in holding of surgical tools, comprising an expander holder for plug-in holding of surgical tools, comprising a number of circumferentially spaced, elastically deformable clamping arms and a catching base, wherein the clamping arms form an insertion opening for the insertion of a tool on an open front side of the expander holder and have radially inward projecting engagement portions for the force-fitting and/or form-fitting contacting of the tool for holding the tool, the catching base being formed at an end portion of the expander holder opposite to the insertion opening and the clamping arms extend from the catching base in the axial direction toward the open front side, and the catching base is formed by a preferably flat, chamfer-free plate from which exclusively the clamping arms extend axially and the plate forms a welding, soldering or gluing portion in a central region on its one or both flat sides, and a retaining device having a first perforated plate with first preferably round holes separated by first crosspieces for insertion of a tool and a second perforated plate spaced parallel thereto and connected to the first perforated plate and having second holes separated from each other by second crosspieces, characterized in that the second crosspieces intersect at junction points arranged in alignment with the first holes, and the catching base of the expander holder is firmly bonded or bondable, in particular welded or weldable, to the junction points of the second crosspieces. an expander holder for plug-in holding of surgical tools, comprising a number of circumferentially spaced, elastically deformable clamping arms and a catching base, wherein the clamping arms form an insertion opening for the insertion of a tool on an open front side of the expander holder and have radially inward projecting engagement portions for the force-fitting and/or form-fitting contacting of the tool for holding the tool, the catching base being formed at an end portion of the expander holder opposite to the insertion opening and the clamping arms extend from the catching base in the axial direction toward the open front side, and the catching base is formed by a preferably flat, chamfer-free plate from which exclusively the clamping arms extend axially and the plate forms a welding, soldering or gluing portion in a central region on its one or both flat sides, and a retaining device having a first perforated plate with first preferably round holes separated by first crosspieces for insertion of a tool and a second perforated plate spaced parallel thereto and connected to the first perforated plate and having second holes separated from each other by second crosspieces, characterized in that the second crosspieces intersect at junction points arranged in alignment with the first holes, and the catching base of the expander holder is firmly bonded or bondable, in particular welded or weldable, to the junction points of the second crosspieces.
A vehicle peripheral display device comprising: an image acquisition unit for acquiring a peripheral image of a vehicle, the peripheral image being captured by an image pickup device provided to the vehicle; a display device for displaying the peripheral image, the display device being provided inside a vehicle cabin; and an indicator line output unit for causing an indicator line serving as a guide for a driver during a driving operation to be displayed superimposed on the peripheral image, a side surface portion on the side of the indicator line close to the image pickup device being added to the indicator line, characterized in that the indicator line output unit is adapted to display the side surface portion so that the indicator line appears to float over a road surface in the peripheral image, and the side surface portion has a smaller width than the indicator line. an image acquisition unit for acquiring a peripheral image of a vehicle, the peripheral image being captured by an image pickup device provided to the vehicle; a display device for displaying the peripheral image, the display device being provided inside a vehicle cabin; and an indicator line output unit for causing an indicator line serving as a guide for a driver during a driving operation to be displayed superimposed on the peripheral image, a side surface portion on the side of the indicator line close to the image pickup device being added to the indicator line, characterized in that the indicator line output unit is adapted to display the side surface portion so that the indicator line appears to float over a road surface in the peripheral image, and the side surface portion has a smaller width than the indicator line.
A method performed by a wireless device in a wireless communication system, the method comprising: detecting that data is available in a sidelink traffic channel, STCH; identifying a carrier associated with the STCH; and performing a transmission, TX, carrier selection procedure in which the carrier is considered as one or more candidate carriers for the TX carrier selection procedure based on that: it is not possible to transmit the data in the STCH using at least one currently selected carrier; and a channel busy ratio, CBR, of the carrier is below a CBR threshold associated with a priority of the STCH, wherein the CBR of the carrier comprises: a CBR value measured by the wireless device based on that a CBR measurement result is available for the carrier; and a value configured by a network for the carrier based on that the CBR measurement result is not available for the carrier. detecting that data is available in a sidelink traffic channel, STCH; identifying a carrier associated with the STCH; and performing a transmission, TX, carrier selection procedure in which the carrier is considered as one or more candidate carriers for the TX carrier selection procedure based on that: it is not possible to transmit the data in the STCH using at least one currently selected carrier; and a channel busy ratio, CBR, of the carrier is below a CBR threshold associated with a priority of the STCH, wherein the CBR of the carrier comprises: a CBR value measured by the wireless device based on that a CBR measurement result is available for the carrier; and a value configured by a network for the carrier based on that the CBR measurement result is not available for the carrier. it is not possible to transmit the data in the STCH using at least one currently selected carrier; and a channel busy ratio, CBR, of the carrier is below a CBR threshold associated with a priority of the STCH, wherein the CBR of the carrier comprises: a CBR value measured by the wireless device based on that a CBR measurement result is available for the carrier; and a value configured by a network for the carrier based on that the CBR measurement result is not available for the carrier. a CBR value measured by the wireless device based on that a CBR measurement result is available for the carrier; and a value configured by a network for the carrier based on that the CBR measurement result is not available for the carrier.
Process for producing a chemically activated carbon, which process comprises the steps of: providing a starting material in the form of a mixture of wood particles, comminuted carbonaceous vegetable materials selected from kernel, fruit stone or shell material and optionally binders, wherein the weight ratio of wood particles to comminuted carbonaceous vegetable material in said mixture is between 10-90 and 90-10; mixing said starting material with a chemical activating agent selected from phosphoric acid and zinc chloride, to impregnate the particles with said chemical activating agent; shaping said mixture; subjecting said shaped mixture to a heat treatment, comprising heating the shaped mixture to remove water and other volatile constituents present to consolidate the granular nature; and carbonising the treated particles, preferably at a temperature from 350 °C to 700 °C.
Household appliance, comprising a rotatable user interface element for selections regarding the machine state or program/options for treatment routines, which during a rotation by one full round engages in a discrete number of defined rotational positions, whereby at least one group of light elements is provided, whereby said appliance is configured such that said light elements are illuminated and/or can be activated depending on the rotational state and/or movement of said rotatable user interface element, characterized in that said number of rotational position is larger than the number of light elements in said group, whereby when said rotatable user interface element is turned to an adjacent rotational position, the illumination state of said group of light elements is changed.
A method comprising: identifying, by a computing device, an object (410A, 410B, 410C, 410D, 412) on or proximate to a road on which a vehicle is travelling; estimating, based on characteristics of the vehicle and respective characteristics of the object, an interval of time during which the vehicle will be laterally adjacent to the object, wherein the characteristics of the vehicle include a speed and a direction of motion of the vehicle, and wherein the respective characteristics of the object include a respective speed and a respective direction of motion of the object; based on the said characteristics of the vehicle, estimating one or more longitudinal positions of the vehicle on the road during the interval of time; determining, based on the respective characteristics of the object, a lateral distance for the vehicle to maintain between the vehicle and the object during the interval of time at the one or more longitudinal positions of the vehicle; and providing, using the computing device, instructions to control the vehicle based on the lateral distance. identifying, by a computing device, an object (410A, 410B, 410C, 410D, 412) on or proximate to a road on which a vehicle is travelling; estimating, based on characteristics of the vehicle and respective characteristics of the object, an interval of time during which the vehicle will be laterally adjacent to the object, wherein the characteristics of the vehicle include a speed and a direction of motion of the vehicle, and wherein the respective characteristics of the object include a respective speed and a respective direction of motion of the object; based on the said characteristics of the vehicle, estimating one or more longitudinal positions of the vehicle on the road during the interval of time; determining, based on the respective characteristics of the object, a lateral distance for the vehicle to maintain between the vehicle and the object during the interval of time at the one or more longitudinal positions of the vehicle; and providing, using the computing device, instructions to control the vehicle based on the lateral distance.
A scintillator material comprising a host lattice activated by Ce 3+, wherein the host lattice is selected from the group consisting of: A(Y 1-x-y Lu x La y)F 4, A(Y 1-x-y Lu x La y) 3 F 10, BaCa(Y 1-x-y Lu x La y) 2 F 10, and Ba(Y 1-x-y Lu x La y) 2 F 8, and further wherein A is selected from the group consisting of Li, Na, K, Rb, Cs, and a solid solution comprising a mixture of two or more of those elements, and wherein 0 < x < 1 and 0 < y < 1. A(Y 1-x-y Lu x La y)F 4, A(Y 1-x-y Lu x La y) 3 F 10, BaCa(Y 1-x-y Lu x La y) 2 F 10, and Ba(Y 1-x-y Lu x La y) 2 F 8,
A content server device comprising: a request unit adapted to request a keyserver to transmit key data for decrypting encrypted content data to a client side in response to receiving a content delivery request given from the client side to the content server; and a control unit adapted to inhibit the transmission of the encrypted content data in response to the content delivery request when a reception count is larger than a transmission count, the reception count being the number of notifications received from the client side, the notifications indicating that the key data has been received from the keyserver, and the transmission count being the number of times the keyserver has sent the key data to the client side, and adapted to transmit the encrypted content data in response to the content delivery request when the reception count is equal to or smaller than the transmission count. a request unit adapted to request a keyserver to transmit key data for decrypting encrypted content data to a client side in response to receiving a content delivery request given from the client side to the content server; and a control unit adapted to inhibit the transmission of the encrypted content data in response to the content delivery request when a reception count is larger than a transmission count, the reception count being the number of notifications received from the client side, the notifications indicating that the key data has been received from the keyserver, and the transmission count being the number of times the keyserver has sent the key data to the client side, and adapted to transmit the encrypted content data in response to the content delivery request when the reception count is equal to or smaller than the transmission count.
An arrangement for a well cover, the arrangement comprising a lifting and lowering device which is arranged for lifting and unlocking or for lowering and locking, respectively, of a well cover lid in relation to a well opening, the arrangement comprising a housing attached or mountable to an inner side of a well opening, the housing accommodating a stationary and non-rotationally anchored nut having an internally threaded hole for a through-going, externally threaded bolt, a piston (12; 14) supported rotationally on the bolt and slidably received in the housing, wherein an upper end of the piston (12; 14) is arranged for supporting a well cover lid while simultaneously an upper end of the bolt projects above the upper end of the piston (12; 14) and being accessible for engagement with a turning tool via a hole (7; 8; 9) which opens in an upwards facing side of the well cover lid at a location inside of the periphery of the well cover lid when the housing is attached to an inner side of a well opening, whereby the well cover lid will be forced by the piston (12; 14) to follow the axial displacement of the bolt, upwards or downwards, as the bolt is turned under threaded engagement with the nut, characterized in that said hole (7; 8; 9) comprises an opening of a first diameter mouthing in the upwards facing side of the well cover lid, said opening via a radial shoulder continuing in a lead-through of a second diameter which is smaller than the first diameter, wherein a non-threaded length in the upper end of the bolt forms a neck, wherein in the area of the upper end of the neck portion, a clamping ring is inserted under tension in a groove formed in the exterior of the bolt and in mounted position abuts the radial shoulder which connects the first and second diameters of the hole.
An imaging device comprising: a positron emission tomography scanner including radiation detectors and coincidence circuitry for detecting electron-positron annihilation events as 511 keV gamma ray pairs defining lines of response (LORs) with each event having a detection time difference Δ t between the 511 keV gamma rays of the pair; at least one processor programmed to reconstruct a dataset comprising detected electron-positron annihilation events acquired for a region of interest by the PET scanner to form a reconstructed PET image wherein the reconstruction includes TOF localization of the events along respective LORs using a TOF kernel having a location parameter dependent on Δ t and a TOF kernel width or shape that varies over the region of interest; and a display device configured to display the reconstructed PET image. a positron emission tomography scanner including radiation detectors and coincidence circuitry for detecting electron-positron annihilation events as 511 keV gamma ray pairs defining lines of response (LORs) with each event having a detection time difference Δ t between the 511 keV gamma rays of the pair; at least one processor programmed to reconstruct a dataset comprising detected electron-positron annihilation events acquired for a region of interest by the PET scanner to form a reconstructed PET image wherein the reconstruction includes TOF localization of the events along respective LORs using a TOF kernel having a location parameter dependent on Δ t and a TOF kernel width or shape that varies over the region of interest; and a display device configured to display the reconstructed PET image.
A coated silver colored colorant, comprising: a silver colored pigment; a primer polymer at least partially coating the silver colored pigment, the primer polymer having a glass transition temperature that is equal to or less than 40°C; and a passivating polymer attached to the primer polymer, the passivating polymer having a glass transition temperature that is greater than 40°C. a silver colored pigment; a primer polymer at least partially coating the silver colored pigment, the primer polymer having a glass transition temperature that is equal to or less than 40°C; and a passivating polymer attached to the primer polymer, the passivating polymer having a glass transition temperature that is greater than 40°C.
A method for improving a trustworthiness of an electronic device that comprises a security module with device-bound data (30; 31, 32, 33) stored therein, by means of user-bound data (10; 11, 12, 13) of a user of the device, comprising the step of setting up a communication connection between a portable data carrier connected to the device and the device, the user-bound data (10; 11, 12, 13) being stored in said portable data carrier, wherein the setup of the communication connection is effected in such a fashion that the data carrier can actively initiate itself a communication (15a, 15b, 15c, 15d, 15e), and a step of linking the user-bound data (10; 11, 12, 13) and the device-bound data (30; 31, 32, 33) is realized by means of the communication (15a, 15b, 15c, 15d, 15e) initiated by the data carrier, the setup of the communication connection initiated by the data carrier comprises a transmission of an initial message of the communication connection from the data carrier to the device, the communication (15a, 15b, 15c, 15d, 15e) via the communication connection is effected according to the TCP/IP protocol, characterized in that the portable data carrier is a chip card, a secure multimedia card, a mobile communication card or a USB storage medium, and that the user-bound data (10; 11, 12, 13) comprise integrity data which uniquely identify a hardware configuration and/or software configuration of the device.