mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a seal device at a portion where relative rotation occurs between a first member and a second member that rotates relative to the first member , wherein the seal device comprises a first seal part facing an external fluid and a second seal part arranged in parallel to the first seal part and facing a sealed fluid in an interior of equipment to prevent entry of the external fluid and leakage of the sealed fluid, wherein the seal device further comprises an intermediate seal part arranged in parallel to the first seal part and the second seal part between the first seal part and the second seal part , wherein a gas chamber is formed between the first seal part and the intermediate seal part , to which a gas having a higher pressure than the external fluid is supplied, wherein an intermediate chamber is formed between the intermediate seal part and the second seal part (23 323), and a gas having a lower pressure than the gas supplied to the gas chamber and having a lower pressure than the sealed fluid is supplied to the intermediate chamber . a first seal part facing an external fluid and a second seal part arranged in parallel to the first seal part and facing a sealed fluid in an interior of equipment to prevent entry of the external fluid and leakage of the sealed fluid, wherein the seal device further comprises an intermediate seal part arranged in parallel to the first seal part and the second seal part between the first seal part and the second seal part , wherein a gas chamber is formed between the first seal part and the intermediate seal part , to which a gas having a higher pressure than the external fluid is supplied, wherein an intermediate chamber is formed between the intermediate seal part and the second seal part (23 323), and a gas having a lower pressure than the gas supplied to the gas chamber and having a lower pressure than the sealed fluid is supplied to the intermediate chamber .
A diagnostic system that is configured to diagnose behavior of an elongate body having a distal end and a proximal end in a body that is configured to be inserted into a patient's body, the diagnostic system comprising: an irradiating unit that is configured to irradiate the inside of the patient's body with energy from outside of the patient's body; a detecting unit that is configured to detects the energy that has passed through the patient's body; a control unit that is configured to identify a position of the elongate body in the patient's body by the energy detected in the detecting unit ; and a notifying unit that is configured to carry out notification allowed to be recognized by a visual sense or an auditory sense, characterized in that the control unit is configured to read or calculate an expected position (P1) that is a position of the elongate body in proper behavior and is adapted to perform the step of detecting a specific behavior of the elongate body, wherein in the step of detecting the specific behaviour of the elongate body a tortuosity of the elongate body in an ascending aorta of the patient is detected, wherein to allow the diagnostic system to detect a tortuosity the control unit is adapted to calculate an amount of deviation (D) of the identified position of the elongate body with respect to the expected position (P1) and to cause the notifying unit to output a notification according to the calculated amount of deviation (D). an irradiating unit that is configured to irradiate the inside of the patient's body with energy from outside of the patient's body; a detecting unit that is configured to detects the energy that has passed through the patient's body; a control unit that is configured to identify a position of the elongate body in the patient's body by the energy detected in the detecting unit ; and a notifying unit that is configured to carry out notification allowed to be recognized by a visual sense or an auditory sense, characterized in that the control unit is configured to read or calculate an expected position (P1) that is a position of the elongate body in proper behavior and is adapted to perform the step of detecting a specific behavior of the elongate body, wherein in the step of detecting the specific behaviour of the elongate body a tortuosity of the elongate body in an ascending aorta of the patient is detected, wherein to allow the diagnostic system to detect a tortuosity the control unit is adapted to calculate an amount of deviation (D) of the identified position of the elongate body with respect to the expected position (P1) and to cause the notifying unit to output a notification according to the calculated amount of deviation (D).
A method for controlling the locking and unlocking in a portable terminal having a transparent display , the transparent display having two display surfaces and being capable of double-sided touch input and double-sided display, such that a screen is visible from a front side and a back side of the transparent display, the method comprising: activating (S203) the transparent display according to a lock state or an unlock state of the transparent display, displaying in a preset area of at least one of the display surfaces of the transparent display a lock or unlock area, which notifies whether a display surface of the transparent display is locked, and changing (S204) the lock state or the unlock state of the at least one of the display surfaces of the transparent display and displaying (S205) whether the changed state is the lock state or the unlock state in the lock or unlock area of the at least one display surface of the transparent display, when a touch input is received in the lock or unlock area, characterised in that , the transparent display is controlled so as to have a preset first transparency if the two display surfaces of the transparent display are in the unlock state, the transparent display is controlled so as to have a preset second transparency if one of the two display surfaces of the transparent display is in the unlock state, and the transparent display is controlled so as to have a preset third transparency if the two display surfaces of the transparent display are in the lock state. activating (S203) the transparent display according to a lock state or an unlock state of the transparent display, displaying in a preset area of at least one of the display surfaces of the transparent display a lock or unlock area, which notifies whether a display surface of the transparent display is locked, and changing (S204) the lock state or the unlock state of the at least one of the display surfaces of the transparent display and displaying (S205) whether the changed state is the lock state or the unlock state in the lock or unlock area of the at least one display surface of the transparent display, when a touch input is received in the lock or unlock area, characterised in that , the transparent display is controlled so as to have a preset first transparency if the two display surfaces of the transparent display are in the unlock state, the transparent display is controlled so as to have a preset second transparency if one of the two display surfaces of the transparent display is in the unlock state, and the transparent display is controlled so as to have a preset third transparency if the two display surfaces of the transparent display are in the lock state.
A button assembly , comprising, a platform having at least first and second electrodes ; a dome member which comprises electrically conductive material, wherein the dome member is electrically connected to the first electrode , and the dome member is arranged so that at least a portion of the dome member overlays the second electrode , so that when the dome member is selectively collapsed inwardly by the application of force, the dome member will electrically contact said second electrode , so that in its collapse state the dome member electrically connects the first electrode with the second electrode ; an interface member which comprises, (a) a compression member which is attached to the dome member at a position which overlays said second electrode ; (b) a restrictor member which is configured such that it projects towards the platform and the distance between the platform and the restrictor member is less than the distance between said second electrode and portion of the dome member which overlays the second electrode , and (c) at least one elastic member which connects the restrictor member and the compression member , wherein the restrictor member comprises a surface which faces the platform , the distance 'b1' being the distance between the platform and the surface , wherein, upon application of a pressing force to the button assembly , the restrictor member abuts the platform before the portion of the dome member which overlays the second electrode is moved by the compression member to a position where it contacts the second electrode , characterized in that the dome member has an aperture defined therein and wherein the restrictor member comprises a block which extends through the aperture towards the platform . (a) a compression member which is attached to the dome member at a position which overlays said second electrode ; (b) a restrictor member which is configured such that it projects towards the platform and the distance between the platform and the restrictor member is less than the distance between said second electrode and portion of the dome member which overlays the second electrode , and (c) at least one elastic member which connects the restrictor member and the compression member ,
Lightweight building board , - having two cover layers , - having a honeycomb structure as a central layer , which is arranged between the cover layers , and - having an adhesive connecting the central layer to the cover layers at least in sections, characterized, - in that an assembly adhesive and an end adhesive are provided as the adhesive, - in that the assembly adhesive is a PU adhesive, - in that the central layer is connected to at least one of the two cover layers at least in sections by the assembly adhesive , - in that the central layer is connected to at least one of the two cover layers at least in sections by the end adhesive , - in that the curing time of the end adhesive is longer than the curing time of the assembly adhesive and - in that the heat resistance of the end adhesive is greater than the heat resistance of the assembly adhesive . - having two cover layers , - having a honeycomb structure as a central layer , which is arranged between the cover layers , and - having an adhesive connecting the central layer to the cover layers at least in sections, characterized, - in that an assembly adhesive and an end adhesive are provided as the adhesive, - in that the assembly adhesive is a PU adhesive, - in that the central layer is connected to at least one of the two cover layers at least in sections by the assembly adhesive , - in that the central layer is connected to at least one of the two cover layers at least in sections by the end adhesive , - in that the curing time of the end adhesive is longer than the curing time of the assembly adhesive and - in that the heat resistance of the end adhesive is greater than the heat resistance of the assembly adhesive .
An electrochemical reactor, suitable for reducing a dye suspension to its leucodye solution, comprises at least four electrolytic cells , wherein the electrolytic cells are provided in the form of at least two stacks of at least two electrolytic cells , said stacks are connected in parallel and allow the separation of at least one stack at a time for washing/regeneration of the cathode during a dye suspension preparation wherein the water needed for the dye suspension preparation is supplied via the cathodes of the stack to be regenerated thereby avoiding loss of leucodye while during the separation of at least one stack catholyte solution is circulated through the remaining one or more stacks , wherein the electrolytic cells of each stack are connected in parallel and wherein the electrolytic cells comprise a cathode compartment and an anode compartment separated by a separator , in particular a separator comprising a semipermeable membrane, said cathode compartment comprises a multitude of freely suspended conductive, in particular non-spherical granules in contact with a conductor forming at least the side wall opposite to the separator, said cathode compartment is provided with an upper grid and a lower grid, the width of the mesh and the positioning of said grids are chosen such that the liquid catholyte can pass through them but the granules are prevented from passing through them so that they are retained in the cathode compartment , wherein the anode compartment has a wall opposite to the common side wall formed by an electrode, wherein said cathode compartment is connected to a main vessel via a catholyte supply pipe and a reduced catholyte return pipe for circulating catholyte through the cathode compartment , and said anode compartment is connected to an anolyte vessel via an anolyte supply pipe and an anolyte return pipe , wherein said cathode compartment and said anode compartment are also provided with means for supplying acidic cleaning solutions and water and optionally basic solution to the cathode compartment and the anode compartment , said means comprise at least one cleaning medium supply pipe and at least one cleaning medium removal pipe at opposite ends of the cathode compartment and of the anode compartment for supplying and removing acidic cleaning solutions and water and preferably also a basic solution, said cleaning medium supply pipes and said cleaning medium removal pipes can be bypasses of the catholyte supply pipe and/or the anolyte supply pipe , or independent pipes with own inlets and outlets adjacent to the ones of a catholyte circulation loop or an anolyte circulation loop , said at least one cleaning medium supply pipe is connected to at least one vessel for supplying acid and optionally base and is also connected to a water line supplying deionized water, and the at least one cleaning medium removal pipe is connected to a waste water treatment plant (WWTP) or to a waste water vessel.
A power storage device packaging material comprising a base material layer , an adhesion-enhancing treatment layer formed on a surface of the base material layer , an adhesive layer formed on a surface on one side of the adhesion-enhancing treatment layer opposite to the base material layer , a metal foil layer formed on a surface on one side of the adhesive layer opposite to the adhesion-enhancing treatment layer , and a sealant layer disposed on a surface on one side of the metal foil layer opposite to the adhesive layer , wherein the base material layer is formed of a biaxially oriented film to have a breaking strength of 240 MPa or more in at least one of four directions (0° (MD), 45°, 90° (TD), 135°) and an elongation of 80% or more in at least one direction in a tensile test for a test specimen having a shape given by test specimen 5 in JIS K7127 with an inter-chuck distance of 60 mm and a tensile speed of 50 mm/min, and wherein the base material layer is a biaxially-oriented polyester film or a biaxially-oriented polyamide film, the adhesion-enhancing treatment layer contains at least one resin selected from the group consisting of a polyester resin, acrylic resin, polyurethane resin, epoxy resin, and acrylic graft polyester resin, and an adhesive used for forming the adhesive layer includes a twopart curing polyurethane adhesive that contains a base resin formed of polyol, including polyester polyol, polyether polyol, and/or acrylic polyol, and a curing agent formed of an aromatic or aliphatic isocyanate.
A liquid permeable body comprising a porous composite having a structure in which discontinuous reinforcing fibers are dispersed; the dispersed discontinuous reinforcing fibers are bonded with a thermoplastic resin at at least an intersection thereof; voids of continuous openings form a void content of from 30 to 90%; an average value α of fiber orientation angles is from 0 to 40° in an in-plane direction of the discontinuous reinforcing fibers; an average value β of fiber orientation angles is from 0 to 25° in an out-of-plane direction of the discontinuous reinforcing fibers; and the porous composite is a plate-shaped body, wherein the average value α of fiber orientation angles and the average value β of fiber orientation angles are measured in accordance with the description, and wherein the void content indicates the ratio of the volumes of the openings to the bulk volume of the porous composite, and is a value measured in accordance with JIS K7075.
Process for manufacturing a plastic-metal hybrid part by plastic overmolding on a metal surface via nano-molding technology (NMT), comprising steps of (i) providing a metal substrate having a surface area with surface irregularities of nano-size dimensions; (ii) providing a polymer composition; (iii) forming a plastic structure on the metal substrate by molding said polymer composition directly on at least a part of the surface area with the surface irregularities of the metal substrate; wherein the polymer composition comprises (A) thermoplastic polymer selected from a thermoplastic polyamide, characterized in that the polymer composition further comprises (B) silicon-boron glass fibers comprising predominantly silicon dioxide (SiO2) and boron trioxide (B2O3) wherein the silicon-boron glass fibers comprise silicon dioxide and boron trioxide in a combined amount of at least 90 wt.%, relative to the weight of the silicon-boron glass fibers and wherein the silicon-boron glass fibers consist of: (a) 65 - 85 wt.% SiO 2 ; (b) 15 - 30 wt.% B 2 O 3 ; (c) 0 - 4 wt.% sodium oxide (Na 2 O) or potassium oxide (K 2 O), or a combination thereof; and (d) 0 - 4 wt.% other components; wherein the weight percentages (wt.%) are relative to the weight of the silicon-boron glass fibers. (i) providing a metal substrate having a surface area with surface irregularities of nano-size dimensions; (ii) providing a polymer composition; (iii) forming a plastic structure on the metal substrate by molding said polymer composition directly on at least a part of the surface area with the surface irregularities of the metal substrate; wherein the polymer composition comprises (A) thermoplastic polymer selected from a thermoplastic polyamide, characterized in that the polymer composition further comprises (B) silicon-boron glass fibers comprising predominantly silicon dioxide (SiO2) and boron trioxide (B2O3) (A) thermoplastic polymer selected from a thermoplastic polyamide, characterized in that the polymer composition further comprises (B) silicon-boron glass fibers comprising predominantly silicon dioxide (SiO2) and boron trioxide (B2O3) wherein the silicon-boron glass fibers comprise silicon dioxide and boron trioxide in a combined amount of at least 90 wt.%, relative to the weight of the silicon-boron glass fibers and wherein the silicon-boron glass fibers consist of: (a) 65 - 85 wt.% SiO 2 ; (b) 15 - 30 wt.% B 2 O 3 ; (c) 0 - 4 wt.% sodium oxide (Na 2 O) or potassium oxide (K 2 O), or a combination thereof; and (d) 0 - 4 wt.% other components; wherein the weight percentages (wt.%) are relative to the weight of the silicon-boron glass fibers.
Crimping tool for crimping a contact sleeve onto an electrical conductor of a cable , wherein the crimping tool has at least one cable transport device , a trimming and stripping device and a crimping device , which are arranged in this order successively in a direction (R) on a cable feed-through of the crimping tool with an axis (A1), wherein the crimping tool is designed in such a way that a cable end of the cable inserted via a cable inlet opening of the cable feed-through is fed from the cable transport device in the direction (R) to the trimming and stripping device and the crimping device , characterized in that a printing device is arranged on the cable feed-through following the crimping device in the direction (R), wherein the crimping tool is designed in such a way that the cable end of the cable is fed to the printing device after the crimping device and is then led out of the crimping tool via a cable outlet opening of the cable feed-through opposite the cable inlet opening .
Control unit-implemented method to evaluate data of a mass spectrometry, particularly a MALDI-TOF mass spectrometry, for the analysis of peptides from biological samples, comprising the following steps: a) providing expected mass defects; b) determining measured mass defects, i.e., the mass defects resulting from the data of the mass spectrometry; c) comparing the measured mass defects with the expected mass defects, wherein a peptide mass defect diagram (PMD) is created from an average spectrum formed over several spectra of a MALDI measurement, in that a list of all local maxima and their respective m/z values as well as, for each m/z value, the deviation from the respective nearest mass corresponding to the theoretical peptide mass model is determined, wherein, assuming that the measured signals can be traced back to peptides, for every m/z value m the nominal mass m N is determined, for which the modulus of the deviation between m and the mass expected according to the theoretical peptide mass model m P ( m N ) is minimized, wherein the minimum deviation δ P ( m ), which is called peptide model distance, can assume values from -0.5 to 0.5, and further wherein the positions of all local maxima are entered into a diagram whose horizontal axis corresponds to the mass or the m/z value, and on whose vertical axis the deviation from the peptide mass model determined above is plotted. a) providing expected mass defects; b) determining measured mass defects, i.e., the mass defects resulting from the data of the mass spectrometry; c) comparing the measured mass defects with the expected mass defects, a peptide mass defect diagram (PMD) is created from an average spectrum formed over several spectra of a MALDI measurement, in that a list of all local maxima and their respective m/z values as well as, for each m/z value, the deviation from the respective nearest mass corresponding to the theoretical peptide mass model is determined, wherein, assuming that the measured signals can be traced back to peptides, for every m/z value m the nominal mass m N is determined, for which the modulus of the deviation between m and the mass expected according to the theoretical peptide mass model m P ( m N ) is minimized, wherein the minimum deviation δ P ( m ), which is called peptide model distance, can assume values from -0.5 to 0.5, and further wherein the positions of all local maxima are entered into a diagram whose horizontal axis corresponds to the mass or the m/z value, and on whose vertical axis the deviation from the peptide mass model determined above is plotted.
A lithotripsy device, in particular intracorporeal lithotripsy device, having at least one sonotrode which is configured to apply at least ultrasonic waves to concretions, having at least one fastening means which is designed for fastening the sonotrode to an ultrasonic horn which is configured at least for focussing and/or transmitting ultrasonic waves to the sonotrode , and having at least one cap which, in a mounted state, is arranged at least partially surrounding the sonotrode and/or the ultrasonic horn , characterised in that the cap is configured for mounting the sonotrode on the ultrasonic horn by means of the fastening means.