mhurhangee/ep-ind-claims huggingface dataset:
Laser scanner for 3D measuring an environment according to a laser time-of-flight method, comprising: a stand for placement in the environment, a scanning unit rotatably mounted on the stand and configured to emit a largely planar fan of laser beams fanned out about a scanning axis and to receive laser beams (5*) reflected at targets of the environment, a rotation drive configured to rotate the scanning unit relative to the stand by a predetermined rotation angle (δ) about a rotation axis that is normal to the scanning axis and to a beam direction within the fan, and an evaluation unit connected to the scanning unit and the rotation drive for evaluating the received laser beams (5*), wherein the rotation axis is horizontal when the stand is placed in the environment, characterized by a pivot drive connected to the evaluation unit and configured to pivot the scanning unit relative to the stand by a predetermined pivot angle (δ) about a vertical pivot axis after the scanning unit has been rotated by the rotation angle (δ). a stand for placement in the environment, a scanning unit rotatably mounted on the stand and configured to emit a largely planar fan of laser beams fanned out about a scanning axis and to receive laser beams (5*) reflected at targets of the environment, a rotation drive configured to rotate the scanning unit relative to the stand by a predetermined rotation angle (δ) about a rotation axis that is normal to the scanning axis and to a beam direction within the fan, and an evaluation unit connected to the scanning unit and the rotation drive for evaluating the received laser beams (5*), wherein the rotation axis is horizontal when the stand is placed in the environment, characterized by a pivot drive connected to the evaluation unit and configured to pivot the scanning unit relative to the stand by a predetermined pivot angle (δ) about a vertical pivot axis after the scanning unit has been rotated by the rotation angle (δ).
Drilled injection pile with a pile shaft made of a round steel and with an anchor head which comprises an external thread on which a head plate can be fastened by means of a nut, for the purpose of back anchoring, in particular of sheet pile walls, characterized in that the pile shaft is provided over its entire axial length with a rolled external thread which has a larger pitch than the external thread in the drilling head, preferably a thread pitch (s of 15-25 mm), more preferably of 20 mm.
Base structure for furnishing components, comprising: - a substantially horizontal bottom wall; - a plurality of perimeter walls which rise upward from said bottom wall forming a containing compartment with it; - a support structure, suitable to close on the upper side said containing compartment; - lifting means configured to connect said support structure to one or more of said perimeter walls so that said support structure is liftable with respect to said containing compartment, said lifting means being fastened by fastening means to said one or more perimeter walls; wherein at least one pair of opposite walls of said perimeter walls is in the form of a profiled element which has an internal face and an external face between which a transverse thickness is defined, wherein in said profiled element attachment means are defined, suitable to be engaged at least by said fastening means, characterized in that said attachment means are configured as grooves that extend along at least part of said perimeter walls. - a substantially horizontal bottom wall; - a plurality of perimeter walls which rise upward from said bottom wall forming a containing compartment with it; - a support structure, suitable to close on the upper side said containing compartment; - lifting means configured to connect said support structure to one or more of said perimeter walls so that said support structure is liftable with respect to said containing compartment, said lifting means being fastened by fastening means to said one or more perimeter walls; wherein at least one pair of opposite walls of said perimeter walls is in the form of a profiled element which has an internal face and an external face between which a transverse thickness is defined, wherein in said profiled element attachment means are defined, suitable to be engaged at least by said fastening means, characterized in that said attachment means are configured as grooves that extend along at least part of said perimeter walls.
An oven door including at least one door frame and at least one door panel, wherein - the door panel is integrated within the door frame, - the door frame has a U-shaped form and grips directly an outer portion of at least one door panel on three circumferential sides of said door panel with said U-shaped form, - the door frame is formed as a one-piece injection moulded part made of a temperature-resistant material, - the door panel is made of a temperature-resistant material and at least partially of a transparent material, - the door panel is formed as a substantially rectangular sheet, wherein - the door panel can be separated in an easy way the from the door frame by moving the door panel through the open side of the U-shaped door frame at a later time, characterized in, that the door panel comprises at least two holes in the outer portion of the door panel, wherein the holes are penetrated or filled by material of the injection moulded part, and wherein at each end portion of the U-shaped door frame at least one of the holes is arranged in the door panel. - the door panel is integrated within the door frame, - the door frame has a U-shaped form and grips directly an outer portion of at least one door panel on three circumferential sides of said door panel with said U-shaped form, - the door frame is formed as a one-piece injection moulded part made of a temperature-resistant material, - the door panel is made of a temperature-resistant material and at least partially of a transparent material, - the door panel is formed as a substantially rectangular sheet, wherein - the door panel can be separated in an easy way the from the door frame by moving the door panel through the open side of the U-shaped door frame at a later time,
A method of preparing a two-phase carbonated hydroxyapatite composition, said method comprising: providing a hydroxyapatite material comprising an extraneous carbonatable calcium component, said carbonatable calcium component providing said composition a Ca/P ratio greater than 1.67; sintering said composition at temperatures between 800 °C and 1200 °C; and treating said sintered hydroxyapatite material with a carbon dioxide source to convert at least a portion of said carbonatable calcium component to a discontinuous calcium carbonate phase within a hydroxyapatite phase. providing a hydroxyapatite material comprising an extraneous carbonatable calcium component, said carbonatable calcium component providing said composition a Ca/P ratio greater than 1.67; sintering said composition at temperatures between 800 °C and 1200 °C; and treating said sintered hydroxyapatite material with a carbon dioxide source to convert at least a portion of said carbonatable calcium component to a discontinuous calcium carbonate phase within a hydroxyapatite phase.
Method for producing a valve for an internal combustion engine with the steps: hot shaping a valve blank produced from a high-alloyed steel to form a rough valve, adjusting the structure and the hardness of the rough valve and finishing the rough valve with adjusted structure and adjusted hardness characterised in that the structure and hardness of the rough valve are adjusted by the rough value firstly being subjected to a cold treatment at a temperature of ≤ -100°C and then to a heat treatment at a temperature of ≥ 650°C. hot shaping a valve blank produced from a high-alloyed steel to form a rough valve, adjusting the structure and the hardness of the rough valve and finishing the rough valve with adjusted structure and adjusted hardness characterised in that the structure and hardness of the rough valve are adjusted by the rough value firstly being subjected to a cold treatment at a temperature of ≤ -100°C and then to a heat treatment at a temperature of ≥ 650°C.
An arrangement comprising - a drawer side wall having at least one bearing web for a drawer base of a drawer, wherein the bearing web is part of the drawer side wall or part of a carrier device for the drawer side wall, - a drive device, in particular an ejection device, for driving the drawer relative to a furniture carcass, and - at least one holding device for the drive device, wherein - the at least one holding device has at least one securing element, by means of which the at least one holding device can be secured to the bearing web, - the bearing web comprises at least one receiving area for the at least one securing element and at least one bearing region for the drawer base adjacently to the at least one receiving area, and - the at least one securing element comprises a support surface that faces the drawer base in a secured state, in which the at least one holding device is secured to the bearing web, characterized in that the support surface of the at least one securing element together with the at least one bearing region of the bearing web form a substantially flat drawer base bearing surface for the drawer base in the secured state, wherein the drawer base bearing surface can be brought to rest against the drawer base in a flush manner in the secured state, wherein the at least one securing element has a holding surface which is remote from the support surface, wherein in the secured state the holding surface of the securing element rests on a counter holding surface of the receiving area of the bearing web. - a drawer side wall having at least one bearing web for a drawer base of a drawer, wherein the bearing web is part of the drawer side wall or part of a carrier device for the drawer side wall, - a drive device, in particular an ejection device, for driving the drawer relative to a furniture carcass, and - at least one holding device for the drive device, wherein - the at least one holding device has at least one securing element, by means of which the at least one holding device can be secured to the bearing web, - the bearing web comprises at least one receiving area for the at least one securing element and at least one bearing region for the drawer base adjacently to the at least one receiving area, and - the at least one securing element comprises a support surface that faces the drawer base in a secured state, in which the at least one holding device is secured to the bearing web,
A method of providing intensity correction for frames of a video, the method comprising: evaluating a portion of a frame of the video to establish an apparent gain factor used for global intensity correction; determining a difference in intensity of a current block of the frame with a corresponding block of a previous frame; correcting each block of the frame with local intensity correction if a first set of parameters, which is based upon the difference in intensity of a current block of the frame with a corresponding block of a previous frame, is met; and correcting the current block of the frame with both the apparent gain factor for global intensity correction and with local intensity correction if the first set of parameters is not met. evaluating a portion of a frame of the video to establish an apparent gain factor used for global intensity correction; determining a difference in intensity of a current block of the frame with a corresponding block of a previous frame; correcting each block of the frame with local intensity correction if a first set of parameters, which is based upon the difference in intensity of a current block of the frame with a corresponding block of a previous frame, is met; and correcting the current block of the frame with both the apparent gain factor for global intensity correction and with local intensity correction if the first set of parameters is not met.
A method of manipulating a patient sample, comprising; mixing a portion of a patient sample with a buffer solution comprising a detergent and an enzyme configured to cleave a microbial cell wall protein; and heating the mixture to a temperature greater than 70°C. mixing a portion of a patient sample with a buffer solution comprising a detergent and an enzyme configured to cleave a microbial cell wall protein; and heating the mixture to a temperature greater than 70°C.
An aerosol generating device comprising: a planar heating element comprising a mesh of electrically conductive fibres; a heating rod in contact with a central portion of the planar heating element to provide a central region of high current density, thereby providing a temperature gradient across the planar heating element during use; a liquid store; and a liquid transport element arranged between the liquid store and the planar heating element and configured to transport liquid from the liquid store to the planar heating element under capillary action during use; wherein the liquid transport element is arranged in contact with an edge portion of the mesh. a planar heating element comprising a mesh of electrically conductive fibres; a heating rod in contact with a central portion of the planar heating element to provide a central region of high current density, thereby providing a temperature gradient across the planar heating element during use; a liquid store; and a liquid transport element arranged between the liquid store and the planar heating element and configured to transport liquid from the liquid store to the planar heating element under capillary action during use; wherein the liquid transport element is arranged in contact with an edge portion of the mesh.
A wireless communication device with a wireless router function mountable on a vehicle, the wireless communication device including: a mobile communication unit that is able to connect to a mobile communication network; and a wireless network connection unit that provides a wireless network connection service based on the mobile communication network connected by the mobile communication unit, the wireless communication comprising: a satellite positioning unit configured to acquire position information on the wireless communication device based on a satellite positioning system; and a control unit configured to control a connection state of the wireless network connection service based on the position information acquired by the satellite positioning unit, characterized in that the wireless communication device is further configured so that, if it is determined that the wireless communication device is taken out for use outside the vehicle based on the position information acquired by the satellite positioning unit, the control unit reduces the connection state of the wireless network connection service as compared to a case in which it is not determined that the wireless communication device is taken out for use outside the vehicle. a satellite positioning unit configured to acquire position information on the wireless communication device based on a satellite positioning system; and a control unit configured to control a connection state of the wireless network connection service based on the position information acquired by the satellite positioning unit, characterized in that the wireless communication device is further configured so that, if it is determined that the wireless communication device is taken out for use outside the vehicle based on the position information acquired by the satellite positioning unit, the control unit reduces the connection state of the wireless network connection service as compared to a case in which it is not determined that the wireless communication device is taken out for use outside the vehicle.
Dimiracetam, or a pharmaceutically acceptable solvate thereof, for use in the treatment and/or prevention of chronic pain induced by an antitumor or antiviral drug, wherein dimiracetam is administered alone or in association with said antitumor or antiviral drug.
An integrated engine, electric generator, Rankine cycle power system for producing a power output, comprising a closed organic Rankine cycle power generating unit utilising a condensable organic working fluid, an engine, and an electric generator, said closed organic Rankine cycle power generating unit including: a waste heat boiler for vaporizing said working fluid by means of exhaust gases discharged from said engine, an expander for expanding the vaporized working fluid to perform work to drive the electric generator, an external lubrication system in fluid communication with the expander, a common controller in electrical communication with both components of the closed organic Rankine cycle power generating unit and with components of the engine, a feed pump for delivering working fluid condensate to the waste heat boiler, wherein either: a) said electric generator is coupled to said expander and to said engine by means of a connection; said electrical generator being powered by both said engine and said expander, or b) said power system further comprises an asynchronous motor/ generator coupled to said expander and connected to an electric grid, and wherein the engine drives said electric generator which is also connected to the electric grid characterised by a recuperator connected to receive expanded working fluid vapour from said expander and to heat condensate extracted from a discharge of the feed pump, and a condenser for condensing heat depleted expanded working fluid vapour exiting said recuperator, wherein the controller is adapted to transmit a signal to the external lubrication system in fluid communication with the expander simultaneously with, or immediately after, transmission of a signal from a component of the engine. a waste heat boiler for vaporizing said working fluid by means of exhaust gases discharged from said engine, an expander for expanding the vaporized working fluid to perform work to drive the electric generator, an external lubrication system in fluid communication with the expander, a common controller in electrical communication with both components of the closed organic Rankine cycle power generating unit and with components of the engine, a feed pump for delivering working fluid condensate to the waste heat boiler, a) said electric generator is coupled to said expander and to said engine by means of a connection; said electrical generator being powered by both said engine and said expander, or b) said power system further comprises an asynchronous motor/ generator coupled to said expander and connected to an electric grid, and wherein the engine drives said electric generator which is also connected to the electric grid characterised by a recuperator connected to receive expanded working fluid vapour from said expander and to heat condensate extracted from a discharge of the feed pump, and a condenser for condensing heat depleted expanded working fluid vapour exiting said recuperator,
A communication system, comprising: a first medical device including a first antenna having at least two electrodes (312, 314); and a second medical device (320, 600, 700) including a second antenna having at least three electrodes (322, 324, 326, 610, 620, 630, 710, 720, 730, 740), wherein the second medical device (320, 600, 700) includes a skin patch associated with the at least three electrodes (322, 324, 326, 610, 620, 630, 710, 720, 730, 740) of the second medical device (320, 600, 700) for securing the at least three electrodes (322, 324, 326, 610, 620, 630, 710, 720, 730, 740) of the second medical device (320, 600, 700) on the skin of a patient; wherein at least one of the first medical device and the second medical device (320, 600, 700) is configured to: test communication vectors between the at least two electrodes (312, 314) of the first antenna and at least two pairs of the at least three electrodes (322, 324, 326, 610, 620, 630, 710, 720, 730, 740) of the second antenna; select a communication vector from the tested communication vectors; and at least one of send and receive a conducted communication along the selected communication vector, wherein the communication vectors represents different combinations of electrodes for communication between the first medical device and second medical device (320, 600, 700). a first medical device including a first antenna having at least two electrodes (312, 314); and a second medical device (320, 600, 700) including a second antenna having at least three electrodes (322, 324, 326, 610, 620, 630, 710, 720, 730, 740), wherein the second medical device (320, 600, 700) includes a skin patch associated with the at least three electrodes (322, 324, 326, 610, 620, 630, 710, 720, 730, 740) of the second medical device (320, 600, 700) for securing the at least three electrodes (322, 324, 326, 610, 620, 630, 710, 720, 730, 740) of the second medical device (320, 600, 700) on the skin of a patient; wherein at least one of the first medical device and the second medical device (320, 600, 700) is configured to: test communication vectors between the at least two electrodes (312, 314) of the first antenna and at least two pairs of the at least three electrodes (322, 324, 326, 610, 620, 630, 710, 720, 730, 740) of the second antenna; select a communication vector from the tested communication vectors; and at least one of send and receive a conducted communication along the selected communication vector, test communication vectors between the at least two electrodes (312, 314) of the first antenna and at least two pairs of the at least three electrodes (322, 324, 326, 610, 620, 630, 710, 720, 730, 740) of the second antenna; select a communication vector from the tested communication vectors; and at least one of send and receive a conducted communication along the selected communication vector, wherein the communication vectors represents different combinations of electrodes for communication between the first medical device and second medical device (320, 600, 700).
A method for adapting a mobile network, wherein a terminal (802, 1002) is connected to a first access node (804, 1104) of the mobile network via a first connection and to a second access node (808, 1208) of the mobile network via a second connection, wherein the first access node (804, 1104) controls a data transmission for the terminal (802, 1002) and wherein the second access node (808, 1208) assists in the data transmission for the terminal (802, 1002), the method being performed by the first access node (804, 1104) and comprising: - acquiring quality degradation information about a degradation of a quality of the second connection, wherein the step of acquiring comprises receiving the quality degradation information from the terminal (802, 1002), wherein the quality degradation information comprises a failure notification indication, and - adapting (782, 8, 898, 10, 11) the mobile network based on the step of acquiring. - acquiring quality degradation information about a degradation of a quality of the second connection, wherein the step of acquiring comprises receiving the quality degradation information from the terminal (802, 1002), wherein the quality degradation information comprises a failure notification indication, and - adapting (782, 8, 898, 10, 11) the mobile network based on the step of acquiring.