mhurhangee/ep-ind-claims huggingface dataset:
A coating process for protecting a surface of a substantially chromium-free metal component, the coating process comprising: applying a layer of a substantially chromium-free, silicon-containing liquid composition to the surface of the substantially chromium-free metal component; heating the layer, preferably before the substantially chromium-free metal component is placed in the non-oxidizing atmosphere, to a temperature less than 204 °C (400°F) to cure the substantially chromium-free, silicon-containing liquid composition, and heating the layer in a non-oxidizing atmosphere to a temperature greater than 400°F to form a substantially chromium-free, silicon-containing protective coating on the surface that includes silicon from the cured silicon-containing fluid composition and a metal from the substantially chromium-free metal component. applying a layer of a substantially chromium-free, silicon-containing liquid composition to the surface of the substantially chromium-free metal component; heating the layer, preferably before the substantially chromium-free metal component is placed in the non-oxidizing atmosphere, to a temperature less than 204 °C (400°F) to cure the substantially chromium-free, silicon-containing liquid composition, and heating the layer in a non-oxidizing atmosphere to a temperature greater than 400°F to form a substantially chromium-free, silicon-containing protective coating on the surface that includes silicon from the cured silicon-containing fluid composition and a metal from the substantially chromium-free metal component.
Rotary embossing device with two rotary cylindrical embossing tools, a male tool and a female tool, for forming embossments, particularly Braille lettering, in folding box blanks, wherein a male tool drive shaft and a female tool drive shaft are arranged parallel to each other, characterized in that the embossing tools (11, 12) each have an own rotary drive (17, 18) and the embossing tools (11, 12) are coupled mechanically only during the embossing operation, the male tool and a first clutch half are mounted on the male tool drive shaft, a second clutch half and a first gear are mounted on an intermediate shaft, the male tool drive shaft and the intermediate shaft being aligned, an embossing tool unit (12, 16) comprising said female tool and a second gear are pivot-mounted on said female tool drive shaft, wherein the rotation up to a limiting torque is prevented by a locking mechanism, and the clutch halves (22, 23) are coupled during the embossing operation and the gears (15, 16) mesh with another to synchronize the male tool and the female tool.
An in vitro method of inducing apoptosis in cancer cells, the method comprising contacting the cancer cells with a recombinant, isolated toxin-free single chain antibody capable of specifically binding an MHC class I-peptide complex specifically expressed on the cancer cells, thereby inducing apoptosis in the cancer cells.
Process for manufacturing a purified aqueous hydrogen peroxide solution, in which a crude aqueous hydrogen peroxide solution is subjected to a washing operation with at least one organic solvent, and wherein an organophosphorus chelating agent is added to the organic solvent.
Electrical component with a housing (31, 32) which has a first outlet opening and a second outlet opening, a first cable being routed out of the interior space of the housing (31, 32) through the first outlet opening towards the outside, and a second cable being routed out of the interior space of the housing (31, 32) through the second outlet opening towards the outside, the first outlet opening and the second outlet opening being set back relative to a peripheral face of the housing (31, 32), and a housing web being arranged between the first outlet opening and the second outlet opening, characterized in that the second outlet opening is formed by way of the housing web and a potting compound.
A computer-implemented method for providing a fluid administration recommendation, the method comprising: receiving information relating to an expected change in cardiac output in a population group in response to administration of a fluid bolus; determining, using a processor, a patient-specific bias relating to the administration of a fluid bolus based upon prior responses of the patient to fluid administration, characterized in that the patient specific bias is determined by using a state similarity analysis of a subgroup of bolus log entries; and generating, using the processor, a predicted change in cardiac output of the patient in response to administration of the fluid bolus based at least in part upon the information relating to the expected change and the patient-specific bias, wherein the state similarity analysis is accomplished by comparing, using a bolus log processor component, a current hemodynamic state of the patient to a hemodynamic state of the patient at the beginning of any previous boluses; and determining, using a log predictor component, a subgroup of prior hemodynamic states of the patient associated with prior administration of fluid to the patient, and determining the predicted change by calculating an average of changes in cardiac output associated with the subgroup of the prior hemodynamic states of the patient; and providing a fluid administration recommendation (2118, 2218) based upon the predicted change to a user interface. receiving information relating to an expected change in cardiac output in a population group in response to administration of a fluid bolus; determining, using a processor, a patient-specific bias relating to the administration of a fluid bolus based upon prior responses of the patient to fluid administration, characterized in that the patient specific bias is determined by using a state similarity analysis of a subgroup of bolus log entries; and generating, using the processor, a predicted change in cardiac output of the patient in response to administration of the fluid bolus based at least in part upon the information relating to the expected change and the patient-specific bias, wherein the state similarity analysis is accomplished by comparing, using a bolus log processor component, a current hemodynamic state of the patient to a hemodynamic state of the patient at the beginning of any previous boluses; and determining, using a log predictor component, a subgroup of prior hemodynamic states of the patient associated with prior administration of fluid to the patient, and determining the predicted change by calculating an average of changes in cardiac output associated with the subgroup of the prior hemodynamic states of the patient; and providing a fluid administration recommendation (2118, 2218) based upon the predicted change to a user interface.
A leisure or sport device, in particular a sliding sport device such as a snowboard, ski, kite board, wakeboard, surfboard, or skateboard having two end regions nose and tail and a region extending in between, wherein the leisure and sport device consists of a multilayer fiber composite system of layers made of fiber-reinforced plastic material, having a longitudinal axis and a transverse axis, the intersection of which forms a layer center point, and layers of the fiber composite system have a multi-area arrangement having anisotropic material properties in areas of the multi-area arrangement, characterized in that at least two upper layers form an upper layer structure above a core layer and at least two lower layers form a lower layer structure below the core layer, and the layers, at least in the region, are divided into areas having different fiber orientations by at least one dividing line in each layer such that the profile of the division lines of the layers arranged one on top of another differs such that areas of the upper layer structure located one on top of another having different fiber orientations at least regionally overlap and layers of the lower layer structure located one on top of another having different fiber orientations at least regionally overlap as follows: - in a middle overlap region spanning the center point, - in two overlap regions which adjoin the middle overlap region and extend longitudinally, - in two overlap regions which adjoin the middle overlap region and extend transversely. - in a middle overlap region spanning the center point, - in two overlap regions which adjoin the middle overlap region and extend longitudinally, - in two overlap regions which adjoin the middle overlap region and extend transversely.
Analysis apparatus with an analysis device for analysis of body fluids, and with a magazine for test elements (11, 21) with a fresh supply container and a transfer unit which comprises a transfer element on the circumferential surface of which at least one aperture is formed for receiving a test element (11, 21), wherein a waste container is provided in which used test elements are stored again after use, wherein the transfer element is configured to remove a test element from the fresh supply container, deliver it to a work position and convey it into the waste container, characterized in that the analysis apparatus is configured in such a way that the transfer element is moved automatically from the rest position only when a seal of the fresh supply container has first been lifted off, wherein the seal is located on an end face of a sleeve-shaped receptacle in which the fresh supply container is received, wherein the seal is placed onto the circumferential surface of the transfer element.
A utility knife with a replaceable blade, comprising: a knife handle; a blade holder; a blade; and a locking device that locks the blade in the blade holder, the blade holder and the blade are enabled to switch between a first position and a second position, when the blade holder and the blade are in the first position, the blade is used for cutting operation, when the blade holder and the blade are in the second position, both the blade holder and the blade are retained in the knife handle, the utility knife further includes a restriction means which is thus arranged that, when the blade holder is in the second position and the locking device is in unlocked state, the restriction means is used for preventing the detachment of the blade from the blade holder by restricting the movement of the blade relative to the blade holder; characterized in that the restriction means includes a protective cover sheathing the blade, and the protective cover is detachably mounted on the blade holder; wherein the protective cover includes a button-hole part which is matched with a button arranged on the blade holder. a knife handle; a blade holder; a blade; and a locking device that locks the blade in the blade holder, the blade holder and the blade are enabled to switch between a first position and a second position, when the blade holder and the blade are in the first position, the blade is used for cutting operation, when the blade holder and the blade are in the second position, both the blade holder and the blade are retained in the knife handle, the utility knife further includes a restriction means which is thus arranged that, when the blade holder is in the second position and the locking device is in unlocked state, the restriction means is used for preventing the detachment of the blade from the blade holder by restricting the movement of the blade relative to the blade holder; characterized in that the restriction means includes a protective cover sheathing the blade, and the protective cover is detachably mounted on the blade holder; wherein the protective cover includes a button-hole part which is matched with a button arranged on the blade holder.
A method (200, 300) for Semi-Persistent Scheduling, SPS, comprising: sending, by a network device, to a terminal device, at least one of uplink, UL, SPS configuration messages to activate or deactivate at least one of UL SPS grants in at least one of cells among one or more cells configured to the terminal device, wherein the UL SPS configuration message is transmitted in a Layer 1 signal; and receiving, by the network device, from the terminal device, a media access control, MAC, control element, CE, for confirmation of the at least one of UL SPS configuration messages, whereinthe MAC CE comprises an indicator to confirm the at least one of UL SPS configuration messages, characterized in that the indicator comprises a bitmap of one or more SPS configuration indexes, wherein each SPS configuration has a corresponding bit in the bitmap and the bitmap of one or more SPS configuration indexes is ordered from least significant bit to most significant bit according to respective values of the one or more SPS configuration indexes in an increasing/decreasing order. sending, by a network device, to a terminal device, at least one of uplink, UL, SPS configuration messages to activate or deactivate at least one of UL SPS grants in at least one of cells among one or more cells configured to the terminal device, wherein the UL SPS configuration message is transmitted in a Layer 1 signal; and receiving, by the network device, from the terminal device, a media access control, MAC, control element, CE, for confirmation of the at least one of UL SPS configuration messages, whereinthe MAC CE comprises an indicator to confirm the at least one of UL SPS configuration messages, characterized in that the indicator comprises a bitmap of one or more SPS configuration indexes, wherein each SPS configuration has a corresponding bit in the bitmap and the bitmap of one or more SPS configuration indexes is ordered from least significant bit to most significant bit according to respective values of the one or more SPS configuration indexes in an increasing/decreasing order.
A jack pad device adapted to transfer loads between an aircraft and a jack device for jacking the aircraft, the jack pad device comprising: a jack pad body; a jack engagement portion extending from the jack pad body and configured to engage the jack device; a first coupler attached to the jack pad body and configured to couple to the aircraft to hold the jack pad device to the aircraft; a first movable locator pin having a first proximal end portion opposite a first distal end portion; and a second movable locator pin having a second proximal end portion opposite a second distal end portion; wherein the first and second movable locator pins are each movably disposed in the jack pad body to move between an extended position and a retracted position, wherein the first movable locator pin and the second movable locator pin are spaced apart from each other, the jack pad device characterized in that when the first and second locator pins are in the extended positions, the first and second distal end portions extend outside of the jack pad body on a side opposite the jack engagement portion to engage the aircraft, and in that when the first and second locator pins are in the retracted positions, the first and second proximal end portions extend outside of the jack pad body adjacent to the jack engagement portion. a jack pad body; a jack engagement portion extending from the jack pad body and configured to engage the jack device; a first coupler attached to the jack pad body and configured to couple to the aircraft to hold the jack pad device to the aircraft; a first movable locator pin having a first proximal end portion opposite a first distal end portion; and a second movable locator pin having a second proximal end portion opposite a second distal end portion; wherein the first and second movable locator pins are each movably disposed in the jack pad body to move between an extended position and a retracted position, wherein the first movable locator pin and the second movable locator pin are spaced apart from each other, the jack pad device characterized in that when the first and second locator pins are in the extended positions, the first and second distal end portions extend outside of the jack pad body on a side opposite the jack engagement portion to engage the aircraft, and in that when the first and second locator pins are in the retracted positions, the first and second proximal end portions extend outside of the jack pad body adjacent to the jack engagement portion.
Reflector for an antenna comprising a first reflector assembly and at least one second reflector assembly, - said first reflector assembly having a first reflector structure adapted for a first antenna frequency band f 1 and at least one second antenna frequency band f 2; - said at least one second reflector assembly having a second reflector structure adapted for said first antenna frequency band f 1 and at least one third antenna frequency band f 3; wherein: - said first reflector assembly and said at least one second reflector assembly has an elongated shape and are electrically and mechanically connected to each other by means of a pair of support brackets (11, 11') connected to and extending along each opposite side of said first reflector assembly and said at least one second reflector assembly, respectively; and - said first reflector assembly and said at least one second reflector assembly are electrically coupled so that said first reflector assembly and said at least one second reflector assembly together form a common reflector structure adapted for said first f 1, at least one second f 2 and at least one third f 3 antenna frequency bands. - said first reflector assembly having a first reflector structure adapted for a first antenna frequency band f 1 and at least one second antenna frequency band f 2; - said at least one second reflector assembly having a second reflector structure adapted for said first antenna frequency band f 1 and at least one third antenna frequency band f 3; wherein: - said first reflector assembly and said at least one second reflector assembly has an elongated shape and are electrically and mechanically connected to each other by means of a pair of support brackets (11, 11') connected to and extending along each opposite side of said first reflector assembly and said at least one second reflector assembly, respectively; and - said first reflector assembly and said at least one second reflector assembly are electrically coupled so that said first reflector assembly and said at least one second reflector assembly together form a common reflector structure adapted for said first f 1, at least one second f 2 and at least one third f 3 antenna frequency bands. - said first reflector assembly and said at least one second reflector assembly has an elongated shape and are electrically and mechanically connected to each other by means of a pair of support brackets (11, 11') connected to and extending along each opposite side of said first reflector assembly and said at least one second reflector assembly, respectively; and - said first reflector assembly and said at least one second reflector assembly are electrically coupled so that said first reflector assembly and said at least one second reflector assembly together form a common reflector structure adapted for said first f 1, at least one second f 2 and at least one third f 3 antenna frequency bands.
A computer implemented method, comprising: etching, by a system (100, 1200) operatively coupled to a processor, a superconducting material (104, 1004) and a dielectric material (106, 1002) associated with the superconducting material (104, 1004) to form a trench (208, 910, 1006, 1806) in the dielectric material (106, 1002, 1802) and to create circuit components (912, 914, 1016, 1018, 1120, 1122, 1124, 1126) of a quantum computing circuit on the superconducting material (104, 1004, 1804) and forming, by the system, a junction component (916, 1028, 1128) of the circuit, and electrical leads (918, 920, 1030, 1032, 1130, 1132, 1134, 1136) that connect the circuit components (912, 914, 1016, 1018, 1120, 1122, 1124, 1126) to the junction component (916, 1028, 1128), by evaporation of a first portion of a material along a first direction (410, 510, 610, 710, 818) and evaporation of a second portion of the material along a second direction (412, 512, 616, 712, 820), wherein an oxidation is performed in between the evaporation of the first portion of the material and the evaporation of the second portion of the material, and wherein the first direction (410, 510, 610, 710, 818) is distinct from the second direction (412, 512, 616, 712, 820). etching, by a system (100, 1200) operatively coupled to a processor, a superconducting material (104, 1004) and a dielectric material (106, 1002) associated with the superconducting material (104, 1004) to form a trench (208, 910, 1006, 1806) in the dielectric material (106, 1002, 1802) and to create circuit components (912, 914, 1016, 1018, 1120, 1122, 1124, 1126) of a quantum computing circuit on the superconducting material (104, 1004, 1804) and forming, by the system, a junction component (916, 1028, 1128) of the circuit, and electrical leads (918, 920, 1030, 1032, 1130, 1132, 1134, 1136) that connect the circuit components (912, 914, 1016, 1018, 1120, 1122, 1124, 1126) to the junction component (916, 1028, 1128), by evaporation of a first portion of a material along a first direction (410, 510, 610, 710, 818) and evaporation of a second portion of the material along a second direction (412, 512, 616, 712, 820), wherein an oxidation is performed in between the evaporation of the first portion of the material and the evaporation of the second portion of the material, and wherein the first direction (410, 510, 610, 710, 818) is distinct from the second direction (412, 512, 616, 712, 820).
A drug delivery device for administering a medicinal product to a patient comprising at least one component (2, 8, 10, 12, 14, 15, 16, 17, 18, 20, 22, 24, 26, 28) comprising a material having an additive embedded in the bulk of said component, wherein the additive is adapted to provide a visually perceptible signal when exposed to electromagnetic radiation and characterized by: - a housing, - a drive mechanism, - a cartridge holder adapted to receive a cartridge filled with a medicinal product and having a piston slidably disposed therein, wherein the drive mechanism is to be operably engaged with the piston of the cartridge by way of a piston rod for dispensing of a dose of the medicinal product and wherein further i) at least one of the housing, the drive mechanism, the piston rod and the cartridge holder is designed as the at least one component having the additive embedded therein, or ii) wherein a pressure piece arranged at a distal end section of the piston rod comprises a thermoplastic material having at least one additive embedded in its bulk, which is adapted to provide the visually perceptible signal when exposed to a selected spectral range of electromagnetic radiation. - a housing, - a drive mechanism, - a cartridge holder adapted to receive a cartridge filled with a medicinal product and having a piston slidably disposed therein, i) at least one of the housing, the drive mechanism, the piston rod and the cartridge holder is designed as the at least one component having the additive embedded therein, or ii) wherein a pressure piece arranged at a distal end section of the piston rod comprises a thermoplastic material having at least one additive embedded in its bulk, which is adapted to provide the visually perceptible signal when exposed to a selected spectral range of electromagnetic radiation.