mhurhangee/ep-ind-claims huggingface dataset:
A motor vehicle comprising a chassis having a first and a second preform element, having • a first stack of a plurality of fibre mats (11a, 11b) having the same first outer contour, and a second stack of a plurality of fibre mats (21a, 21b) having the same second outer contour, • a first preform face and a second preform face, • a first and a second preform peripheral region (14, 24), and • a first and a second preform edge (15, 25), the first preform edge defining at least one part of the first outer contour, and the second preform edge defining at least one part of the second outer contour, the first peripheral region extending between the first preform face and the first preform edge, and the second peripheral region extending between the second preform face and the second preform edge, the first preform peripheral region being separated from the adjacent first preform face by a first bend, and the first peripheral region being inclined with respect to the adjacent first preform face, and the second preform peripheral region being separated from the adjacent second preform face by a second bend, and the second peripheral region being inclined with respect to the adjacent second preform face, the first peripheral region and the second peripheral region forming an overlap, characterised in that the first preform peripheral region and the second preform peripheral region each overlap one another on one side which faces away from the bend direction in each case. • a first stack of a plurality of fibre mats (11a, 11b) having the same first outer contour, and a second stack of a plurality of fibre mats (21a, 21b) having the same second outer contour, • a first preform face and a second preform face, • a first and a second preform peripheral region (14, 24), and • a first and a second preform edge (15, 25),
A handheld laser system for providing localized heating of target spots of skin for treating a patient wherein the treatment reduces any or all of the following: skin wrinkles, acne, hair, skin discoloration such as age spots, bacterial infections, viral infections, fungal infections, scar tissue or appearance thereof, cellulite, warts, or wound infection, comprising: a diode laser engine configured to generate light that is applied to the target spots of skin; and a controller configured to drive the laser engine to generate a pulsed light beam to heat and then maintain the dermal temperature in the target spots within a desired heating temperature range by controlling in at least one beam parameter of the laser engine including an energy intensity, a pulse width, or a time delay between pulses, wherein one or more of the beam parameters change throughout the application of the energy to achieve the desired temperature range in a non-linear fashion wherein the laser engine initially drive at a high fluence into the skin until the desired temperature is reached, lower its fluence to allow the energy to evenly distribute in the targeted skin, and then finally modify its fluence to maintain this desired dermal temperature, and wherein the light generated by the diode laser engine has a wavelength between 1380 nm and 1570 nm and the dermal temperature is maintained within the desired heating of greater than 39 degrees Celsius and less than 45 degrees Celsius. a diode laser engine configured to generate light that is applied to the target spots of skin; and a controller configured to drive the laser engine to generate a pulsed light beam to heat and then maintain the dermal temperature in the target spots within a desired heating temperature range by controlling in at least one beam parameter of the laser engine including an energy intensity, a pulse width, or a time delay between pulses, wherein one or more of the beam parameters change throughout the application of the energy to achieve the desired temperature range in a non-linear fashion wherein the laser engine initially drive at a high fluence into the skin until the desired temperature is reached, lower its fluence to allow the energy to evenly distribute in the targeted skin, and then finally modify its fluence to maintain this desired dermal temperature, and wherein the light generated by the diode laser engine has a wavelength between 1380 nm and 1570 nm and the dermal temperature is maintained within the desired heating of greater than 39 degrees Celsius and less than 45 degrees Celsius.
A dispersion process of adapalene gel formulation, characterized by comprising the steps of: step 1: pulverizing adapalene raw material to D50 not more than 10μm and D90 not more than of 30μm by dry detection; step 2: adding methyl p-hydroxybenzoate, 1,2-propanediol, carbomer 988 and disodium edetate in water, heating to 50-60 °C and stirring consistently to obtain a matrix in a uniform jelly; step 3: adding poloxamer 188, propylene glycol and ethylene glycol phenyl ether in water, stirring and heating to 50-60 °C to prepare a mixed solution; step 4: adding adapalene in the mixed solution prepared in step 3, emulsifying at a high speed, then adding to the matrix for thorough stirring; and then adding a triethanolamine aqueous solution for homogenization and stirring. step 1: pulverizing adapalene raw material to D50 not more than 10μm and D90 not more than of 30μm by dry detection; step 2: adding methyl p-hydroxybenzoate, 1,2-propanediol, carbomer 988 and disodium edetate in water, heating to 50-60 °C and stirring consistently to obtain a matrix in a uniform jelly; step 3: adding poloxamer 188, propylene glycol and ethylene glycol phenyl ether in water, stirring and heating to 50-60 °C to prepare a mixed solution; step 4: adding adapalene in the mixed solution prepared in step 3, emulsifying at a high speed, then adding to the matrix for thorough stirring; and then adding a triethanolamine aqueous solution for homogenization and stirring.
A thermal exchanger for providing, in a liquid chromatography system, a sample solution from a packed chromatography column to a detector at a specified stable temperature within specified limits comprising: a first section of tubing; a second section of tubing; a first connector and a second connector that receive said first section of tubing and said second section of tubing and combine them into one section of tubing which emerges from said first connector and from said second connector, said one section of tubing comprising said first section of tubing placed inside of said second section of tubing, said first and second sections of tubing thereby forming inner and outer tubings, respectively; wherein the inner tubing is configured to carry the sample solution in a first direction from the first connector to the second connector and the outer tubing is configured to carry the sample solution in a second direction opposite to the first direction from the second connector to the first connector; and wherein the inner tubing is positioned within the outer tubing by random intermittent contact of the outer surface of the inner tubing with the inner surface of the outer tubing. a first section of tubing; a second section of tubing; a first connector and a second connector that receive said first section of tubing and said second section of tubing and combine them into one section of tubing which emerges from said first connector and from said second connector, said one section of tubing comprising said first section of tubing placed inside of said second section of tubing, said first and second sections of tubing thereby forming inner and outer tubings, respectively; wherein the inner tubing is configured to carry the sample solution in a first direction from the first connector to the second connector and the outer tubing is configured to carry the sample solution in a second direction opposite to the first direction from the second connector to the first connector; and wherein the inner tubing is positioned within the outer tubing by random intermittent contact of the outer surface of the inner tubing with the inner surface of the outer tubing.
A method for supporting a plurality of vehicle-to-everything radio access technologies, V2X RATs, the method being performed by a V2X system comprising a platoon management entity (120, 130) and a first vehicle that is a member of a platoon, the method comprising: at least one microprocessor in a communication system comprised in the first vehicle transmitting, using a first V2X RAT of the plurality of V2X RATs, to the platoon management entity (120, 130) implementing the first V2X RAT, an indication that the communication system is available to support an interworking function for providing simultaneous access to the plurality of V2X RATs, the platoon comprising at least one other vehicle (170A, 170B); the at least one microprocessor receiving, using one of the plurality of V2X RATs, an instruction from the platoon management entity (120, 130) to provide the interworking function; the platoon management entity (120, 130) determining a specific position of the first vehicle in the platoon, wherein said specific position maximizes radio coverage by the first vehicle over the at least one other vehicle (170A, 170B) in the platoon; the platoon management entity (120, 130) transmitting to the first vehicle an instruction to alter a physical position of the first vehicle in the platoon; and the first vehicle taking up the specific position. at least one microprocessor in a communication system comprised in the first vehicle transmitting, using a first V2X RAT of the plurality of V2X RATs, to the platoon management entity (120, 130) implementing the first V2X RAT, an indication that the communication system is available to support an interworking function for providing simultaneous access to the plurality of V2X RATs, the platoon comprising at least one other vehicle (170A, 170B); the at least one microprocessor receiving, using one of the plurality of V2X RATs, an instruction from the platoon management entity (120, 130) to provide the interworking function; the platoon management entity (120, 130) determining a specific position of the first vehicle in the platoon, wherein said specific position maximizes radio coverage by the first vehicle over the at least one other vehicle (170A, 170B) in the platoon; the platoon management entity (120, 130) transmitting to the first vehicle an instruction to alter a physical position of the first vehicle in the platoon; and the first vehicle taking up the specific position.
Method for diagnosis of a heating installation having at least one heatable heat exchanger (14, 20) through which a fluid to be heated flows, wherein a message is output and/or stored if a heating of the fluid by a determined temperature or determinable temperature requires longer than a predetermined or predeterminable time and/or if the heating by the heat exchanger (14, 20) of a determined or determinable mass flow of the fluid remains below a predetermined or predeterminable temperature difference, characterized in that a heat transfer coefficient of the heat exchanger (14, 20) is determined and/or stored, and in that a message, in particular about a reduced functionality of the heat exchanger (14, 20), in particular owing to soiling, is output and/or stored as soon as the number of cases in which the heat transfer coefficient reaches a determined or determinable threshold value exceeds a determined or determinable value (58, 62, 66).
An implant for interfacing with a bone structure, comprising: a web structure comprising a space truss comprising two or more planar truss units having a plurality of struts joined at nodes, wherein the web structure is configured to interface with human bone tissue; wherein at least some of the planar truss units are coupled to each other to define one or more polyhedra; wherein the web structure extends through a central portion of the implant; one or more substantially tubular channels formed in the web structure, the one or more substantially tubular channels extending through the web structure and having a channel exit (425a,b) in at least two sides of the web structure, wherein one or more of the substantially tubular channels are defined by one or more circular or arcuate struts, and wherein the substantially tubular channels are adapted such that they can receive a cylindrical fastener to secure the implant to the bone; and wherein a plurality of planar truss units define an exterior surface of the web structure. a web structure comprising a space truss comprising two or more planar truss units having a plurality of struts joined at nodes, wherein the web structure is configured to interface with human bone tissue; wherein at least some of the planar truss units are coupled to each other to define one or more polyhedra; wherein the web structure extends through a central portion of the implant; one or more substantially tubular channels formed in the web structure, the one or more substantially tubular channels extending through the web structure and having a channel exit (425a,b) in at least two sides of the web structure, wherein one or more of the substantially tubular channels are defined by one or more circular or arcuate struts, and wherein the substantially tubular channels are adapted such that they can receive a cylindrical fastener to secure the implant to the bone; and wherein a plurality of planar truss units define an exterior surface of the web structure.
An axial blower comprising a substantially circular cylindrical blower pipe having an inner side and wherein, within the blower pipe, a blower rotor is configured, said blower rotor having a rotor shaft that substantially coincides with the centre axis of the circular cylindrical blower pipe, and a blower stator comprising a central construction arranged in the blower pipe and a number of guide blades being disposed downstream of the blower rotor to the effect that they are, at their proximal end, secured to the central construction and, at their distal end, securely mounted to the inner side of the blower pipe, whereby the guide blades and the central construction are secured relative to the blower pipe, characterised in that the central construction comprises a number of separate stator segments that are mutually secured to each other; and in that each of the guide blades is configured as an integral unit along with one of the stator segments.
A method of selecting cancer patients for treatment with onvansertib comprising determining phosphorylation of serine 46 of translational control tumor protein (TCTP) in a cancer sample obtained from a patient, wherein the sample is a sample of cells of the cancer or a sample of cell-free TCTP in the serum of the patient wherein phosphorylation is determined (a) prior to exposure of the cells or cell-free TCTP to onvansertib; and (b) after the cells or cell-free TCTP have been exposed to onvansertib; and selecting the patient for treatment with onvansertib if the phosphorylation is decreased after the cells or cell-free TCTP have been exposed to onvansertib compared to before they have been exposed to onvansertib; wherein the cancer is acute myeloid leukemia. determining phosphorylation of serine 46 of translational control tumor protein (TCTP) in a cancer sample obtained from a patient, wherein the sample is a sample of cells of the cancer or a sample of cell-free TCTP in the serum of the patient wherein phosphorylation is determined (a) prior to exposure of the cells or cell-free TCTP to onvansertib; and (b) after the cells or cell-free TCTP have been exposed to onvansertib; and (a) prior to exposure of the cells or cell-free TCTP to onvansertib; and (b) after the cells or cell-free TCTP have been exposed to onvansertib; selecting the patient for treatment with onvansertib if the phosphorylation is decreased after the cells or cell-free TCTP have been exposed to onvansertib compared to before they have been exposed to onvansertib; wherein the cancer is acute myeloid leukemia.
A vibration dampening device for a washing tub of a washing or drying machine also comprising a housing, the device comprising: a first articulating piece, with a first end and a second end, the first end of the first articulating piece being provided to be connected to the washing tub in an articulated manner by means of a first articulation that allows rotation around a first rotation axis, a second articulating piece, with a first end and a second end, the first end of the second articulating piece being connected to the second end of the first articulating piece in an articulated manner by means of a second articulation that allows rotation around a second rotation axis, and the second end of the second articulating piece being provided to be connected to the housing by means of a third articulation that allows rotation around a third rotation axis, in which the first articulation, the second articulation and/or the third articulation is an articulation that provides frictional resistance to rotation having a bushing, which can be crossed in the rotation axis by a bolt connectable to at least one lug, characterized in that a friction element is arranged being trapped between the bushing and the at least one lug, and the friction element is fixedly connected to the bushing or the lug. a first articulating piece, with a first end and a second end, the first end of the first articulating piece being provided to be connected to the washing tub in an articulated manner by means of a first articulation that allows rotation around a first rotation axis, a second articulating piece, with a first end and a second end, the first end of the second articulating piece being connected to the second end of the first articulating piece in an articulated manner by means of a second articulation that allows rotation around a second rotation axis, and the second end of the second articulating piece being provided to be connected to the housing by means of a third articulation that allows rotation around a third rotation axis, in which the first articulation, the second articulation and/or the third articulation is an articulation that provides frictional resistance to rotation having a bushing, which can be crossed in the rotation axis by a bolt connectable to at least one lug,
Outer door handle assembly for a vehicle door of a vehicle, comprising - a door handle, - a bearing support, and - a hinge assembly with a pivot pin and a guiding groove receiving said pivot pin for a pivotable connection of the door handle with the bearing support, wherein for pivoting the door handle from a resting position into a swing-out position, the pivot pin supported in the guiding groove forms a pivot axis of the door handle, characterised in that the contoured surfaces (31a, 32a, 32b) of the pivot pin and of the guiding groove, which are in operative connection and which determine the pivoting movement of the door handle, are formed with a fit in such a way that in the swing-out position of the door handle, a clearance fit is present, which during a pivoting movement into the resting position merges from a transition fit into an interference fit. - a door handle, - a bearing support, and - a hinge assembly with a pivot pin and a guiding groove receiving said pivot pin for a pivotable connection of the door handle with the bearing support, wherein for pivoting the door handle from a resting position into a swing-out position, the pivot pin supported in the guiding groove forms a pivot axis of the door handle,
Pressurized-fluid actuating arrangement for a double clutch, comprising an annular cylinder guiding unit and two annular actuating cylinders (70, 72) for loading a respectively associated clutch region (16, 18) of the double clutch with force, which actuating cylinders (70, 72) are arranged coaxially with respect to a central axis and are guided such that they can be displaced in a fluid-tight manner on the cylinder guiding unit, the cylinder guiding unit forming, with a first of the actuating cylinders (70, 72), a first actuating chamber for receiving pressurized fluid and forming, with a second of the actuating cylinders (70, 72), a second actuating chamber for receiving pressurized fluid, the two actuating chambers (118, 140) overlapping radially, and the pressurized-fluid actuating arrangement having pressurized-fluid ducts (142, 146) which lead to the actuating chambers (118, 140), characterized in that the pressurized-fluid ducts (142, 146) for both actuating chambers (118, 140) are configured in the cylinder guiding unit and are arranged substantially on an identical radial level.
A method for wireless communication, comprising: receiving at least one transmit power control, TPC, command for a plurality of antennas at a user equipment, UE; and adjusting transmit power for each of the plurality of antennas at the UE based on the at least one TPC command, wherein the receiving at least one TPC command comprises receiving a plurality of TPC commands for a plurality of antenna groups (334a, 334b, 334t) at the UE, one TPC command for each antenna group, each antenna group comprising a different subset of the plurality of antennas, wherein each TPC command of the plurality of TPC commands is received in a separate control message and wherein at least one antenna group among the plurality of groups (334a, 334b, 334t) includes multiple antennas. receiving at least one transmit power control, TPC, command for a plurality of antennas at a user equipment, UE; and adjusting transmit power for each of the plurality of antennas at the UE based on the at least one TPC command, wherein the receiving at least one TPC command comprises receiving a plurality of TPC commands for a plurality of antenna groups (334a, 334b, 334t) at the UE, one TPC command for each antenna group, each antenna group comprising a different subset of the plurality of antennas, wherein each TPC command of the plurality of TPC commands is received in a separate control message and wherein at least one antenna group among the plurality of groups (334a, 334b, 334t) includes multiple antennas.
Handheld power tool, in particular hammer drill, comprising a machine housing, a tool receptacle which is integrated in said machine housing and can be driven in rotation by means of an electric motor in a first operating mode and is fixed in a non-rotatable manner on the machine housing in a second operating mode, and comprising an operating mode changeover switch which has a coupling element, which can be shifted in order to activate the operating modes, and an actuating member which effects the shifting of the said coupling element, characterized in that the actuating member has an electrical actuator and an electronic control unit which controls the actuator, wherein the operating mode changeover switch has a keypad for operating mode preselection, which keypad is arranged on the machine housing and is connected to the control unit.