mhurhangee/ep-ind-claims huggingface dataset:
Electronic module, having at least one printed circuit board and one housing with at least one upper part and at least one lower part enclosing the at least one printed circuit board, wherein the housing has at least one snap-fastening mechanism for the printed circuit board to transfer force from the printed circuit board onto the housing, and the printed circuit board has at least one opening for the interaction with the at least one snap-fastening mechanism, and wherein the at least one snap-fastening mechanism has a detent hook and a web being arranged on different parts (32, 34) of the housing, characterized in that the detent hook has at least one detent surface, which is essentially plane and essentially parallel relative to the surface of the printed circuit board and in that the detent hook points away from a place where force is applied, the place of a plug and socket connection on the printed circuit board, a plug-in contact being integrally formed as part of the printed circuit board being accessible from outside the housing, so that plugging-in is executed from above onto the printed circuit board and the rear side of the printed circuit board comes into contact with the detent surface.
Amino acid composition for use in the treatment of mucositis in patients suffering from neoplasia of the cervical-cephalic region and undergoing radiation therapy or radio chemotherapy, the composition comprising an active agent, said active agent comprising the amino acids glutamine, leucine, isoleucine, valine, lysine, threonine, histidine, phenylalanine, methionine, tryptophan, tyrosine, and cystine, wherein the glutamine:leucine weight ratio is comprised in the range 4.3 to 5.3.
A surgical assembly for use in performing a surgical procedure on a patient, the assembly comprising: a surgical tool comprising a tool-piece disposed at a distal end thereof, the tool-piece being arranged to receive a first signal for use in cutting or cauterizing tissue of the patient during the surgical procedure; an electrode disposed upon the tool; a DC electrical generator communicatively couplable with the electrode, for generating a second signal for use in generating an electrical field from the electrode proximate a site of the surgical procedure, for removing particles suspended proximate the surgical site wherein the DC generator comprises an analogue closed loop control circuit with a voltage monitoring device; a controller for controlling the application of the second signal to the electrode, the assembly further comprising a sensing arrangement for sensing an activation status of the first signal, the sensing arrangement being communicatively coupled with the controller and arranged to output a sensing signal to the controller in dependence of the activation status of the first signal, wherein the controller is arranged to enable the application of the second signal to the electrode upon receiving a sensing signal representative of an activation of the first signal and prevent/terminate the application of the second signal to the electrode in the event that the electrode is positioned or becomes positioned too close to patient tissue based on the monitored voltage at the distal end of the electrode. a surgical tool comprising a tool-piece disposed at a distal end thereof, the tool-piece being arranged to receive a first signal for use in cutting or cauterizing tissue of the patient during the surgical procedure; an electrode disposed upon the tool; a DC electrical generator communicatively couplable with the electrode, for generating a second signal for use in generating an electrical field from the electrode proximate a site of the surgical procedure, for removing particles suspended proximate the surgical site wherein the DC generator comprises an analogue closed loop control circuit with a voltage monitoring device; a controller for controlling the application of the second signal to the electrode, the assembly further comprising a sensing arrangement for sensing an activation status of the first signal, the sensing arrangement being communicatively coupled with the controller and arranged to output a sensing signal to the controller in dependence of the activation status of the first signal, wherein the controller is arranged to enable the application of the second signal to the electrode upon receiving a sensing signal representative of an activation of the first signal and prevent/terminate the application of the second signal to the electrode in the event that the electrode is positioned or becomes positioned too close to patient tissue based on the monitored voltage at the distal end of the electrode.
A method for managing an object which is represented by a first instance of a class, said first instance being stored in a secure element comprising an initial operating system, the method comprising a step of updating the initial operating system to generate an updated operating system, characterized in that the method comprises the step of creating a metadata uniquely associated with the object, said metadata being permanently stored in the secure element and comprising a value of at least one parameter of said class which has been used to create said first instance, in that the method comprises the step of re-instantiating said object by generating an second instance of the class in the updated operating system by using said value to set said at least one parameter of the class, said second instance representing the object and in that said re-instantiating step is automatically triggered by the step of updating the initial operating system.
A method for transmitting control information, for interference detection by a User Equipment, UE, in base station of a wireless communication system, the method comprising: determining whether the UE supports an interference-aware detection; in a case that the UE supports the interference-aware detection, generating the control information comprising interference signal modulation scheme information and demodulation reference signal measurement information, wherein the demodulation reference signal measurement information comprises information on a demodulation reference signal for the UE for transmitting data to the UE, information on an interferer demodulation reference signal for the UE to measure an interference, and information on a zero-power demodulation reference signal, wherein the information on the interferer demodulation reference signal includes at least one of an initial state used in scrambling the demodulation reference signal, a demodulation reference signal port index, and a demodulation reference signal resource index; and transmitting the control information to the UE. determining whether the UE supports an interference-aware detection; in a case that the UE supports the interference-aware detection, generating the control information comprising interference signal modulation scheme information and demodulation reference signal measurement information, wherein the demodulation reference signal measurement information comprises information on a demodulation reference signal for the UE for transmitting data to the UE, information on an interferer demodulation reference signal for the UE to measure an interference, and information on a zero-power demodulation reference signal, wherein the information on the interferer demodulation reference signal includes at least one of an initial state used in scrambling the demodulation reference signal, a demodulation reference signal port index, and a demodulation reference signal resource index; and transmitting the control information to the UE.
A gas cooktop with a cooktop plate, comprising tempered glass or glass ceramics, at least a gas burner arranged on the cooktop plate with a thermal protector made in the form of a flat disk around the burner to thermally protect the plate and with a pan support comprising a frame that can be fitted by a positive connection on at least a part of the perimeter of the thermal protector, characterized in that it has at least a protective element of an elastically deformable material connectable to the frame or to the thermal protector, wherein the protective element has a housing surrounding at least partially a permanent magnet that can be magnetically connected with ferromagnetic material of the thermal protector or of the frame, respectively.
A computer-implemented method to generate a driving trajectory for an autonomous driving vehicle, ADV, the method comprising: in response to generation of a first trajectory for the ADV, the first trajectory comprising portions of a predetermined distance, determining a maximum curvature of each portion of the predetermined distance along the first trajectory; determining a sampling decay ratio for each portion of the predetermined distance based on the maximum curvature along the predetermined distance; generating sets (550, 560, 570) of sample points based on the first trajectory, wherein each of the sets is separated by the predetermined distance apart from each other, wherein each set of sample points comprises sample points separated apart by a lateral separation distance that is proportional to the sampling decay ratio of the portion, such that the sample points of the set form a lateral line perpendicular to the first trajectory; and generating a second trajectory for the ADV based on the sets (550, 560, 570) of sample points to autonomously drive the ADV. in response to generation of a first trajectory for the ADV, the first trajectory comprising portions of a predetermined distance, determining a maximum curvature of each portion of the predetermined distance along the first trajectory; determining a sampling decay ratio for each portion of the predetermined distance based on the maximum curvature along the predetermined distance; generating sets (550, 560, 570) of sample points based on the first trajectory, wherein each of the sets is separated by the predetermined distance apart from each other, wherein each set of sample points comprises sample points separated apart by a lateral separation distance that is proportional to the sampling decay ratio of the portion, such that the sample points of the set form a lateral line perpendicular to the first trajectory; and generating a second trajectory for the ADV based on the sets (550, 560, 570) of sample points to autonomously drive the ADV.
A refrigeration cycle apparatus (100, 200) in which a non-azeotropic refrigerant mixture is used, the refrigeration cycle apparatus (100, 200) comprising: a compressor; a first heat exchanger; a first expansion valve; and a second heat exchanger, wherein the non-azeotropic refrigerant mixture circulates in a first circulation direction through the compressor, the first heat exchanger, the first expansion valve, and the second heat exchanger, the non-azeotropic refrigerant mixture includes R32, CF3I, and R1123, a first weight ratio of the R32 in the non-azeotropic refrigerant mixture sealed in the refrigeration cycle apparatus (100, 200) is equal to or less than 43 wt%, a second weight ratio of the CF3I in the non-azeotropic refrigerant mixture sealed in the refrigeration cycle apparatus (100, 200) is equal to or less than the first weight ratio, and a third weight ratio of the R1123 in the non-azeotropic refrigerant mixture sealed in the refrigeration cycle apparatus (100, 200) is equal to or greater than 14 wt%. a compressor; a first heat exchanger; a first expansion valve; and a second heat exchanger, wherein the non-azeotropic refrigerant mixture circulates in a first circulation direction through the compressor, the first heat exchanger, the first expansion valve, and the second heat exchanger, the non-azeotropic refrigerant mixture includes R32, CF3I, and R1123, a first weight ratio of the R32 in the non-azeotropic refrigerant mixture sealed in the refrigeration cycle apparatus (100, 200) is equal to or less than 43 wt%, a second weight ratio of the CF3I in the non-azeotropic refrigerant mixture sealed in the refrigeration cycle apparatus (100, 200) is equal to or less than the first weight ratio, and a third weight ratio of the R1123 in the non-azeotropic refrigerant mixture sealed in the refrigeration cycle apparatus (100, 200) is equal to or greater than 14 wt%.
Process for producing a friction brake element for a friction brake of a motor vehicle, where a main element of the friction brake element is made from grey cast iron and is provided at least in regions with at least one antiwear layer, where the antiwear layer is produced by laser alloying of a surface layer of the main element with at least one additive, where the surface layer of the main element is melted to form a melt and the melt is subsequently provided with the at least one additive during laser alloying, where elemental chromium or ferrochromium and at least one further carbide-forming element, selected from the group consisting of titanium, niobium, vanadium, tungsten and molybdenum, are used as additive, where more chromium is added to the melt than the amount of free carbon available for formation of chromium carbide in the melt in order to ensure the corrosion resistance of the antiwear layer.
A composite material component manufacturing method comprising: a first thermoforming step for creating a first three-dimensional prepreg sheet by thermoforming a thermoplastic first prepreg sheet (P2-1) into a three dimensional shape; a laminate body creating step for creating a prepreg sheet laminate body by layering the first three-dimensional prepreg sheet and a second prepreg sheet; a laminate body molding step for molding the prepreg sheet laminate body by applying heat and a pressing force to the prepreg sheet laminate body with a pressing device; characterized in that the method comprises a connecting step of connecting an end portion of the prepreg sheet laminate body and an end portion of another prepreg sheet laminate body. a first thermoforming step for creating a first three-dimensional prepreg sheet by thermoforming a thermoplastic first prepreg sheet (P2-1) into a three dimensional shape; a laminate body creating step for creating a prepreg sheet laminate body by layering the first three-dimensional prepreg sheet and a second prepreg sheet; a laminate body molding step for molding the prepreg sheet laminate body by applying heat and a pressing force to the prepreg sheet laminate body with a pressing device; characterized in that the method comprises a connecting step of connecting an end portion of the prepreg sheet laminate body and an end portion of another prepreg sheet laminate body.
An air conditioner comprising: a floor-standing indoor unit; a control board installed in the floor-standing indoor unit to control the floor-standing indoor unit; a refrigerant sensor installed in the floor-standing indoor unit to output a detection signal with a duty ratio varied in accordance with concentration of a detected refrigerant; a luminous unit installed in the floor-standing indoor unit to change between a first illuminated state indicating that a signal transmission path (7f, 10e, 16, 9g) transmitting the detection signal to the control board is disconnected, and a second illuminated state indicating that the signal transmission path (7f, 10e, 16, 9g) is not disconnected; an illumination controller to turn on or turn off the luminous unit in the first illuminated state and blink the luminous unit in the second illuminated state; and further comprising a relay board disposed between the control board and the refrigerant sensor, wherein the illumination controller is installed on the relay board to turn off the luminous unit when the signal transmission path between the control board and the relay board is disconnected, and turn on the luminous unit when the signal transmission path between the relay board and the refrigerant sensor is disconnected. a floor-standing indoor unit; a control board installed in the floor-standing indoor unit to control the floor-standing indoor unit; a refrigerant sensor installed in the floor-standing indoor unit to output a detection signal with a duty ratio varied in accordance with concentration of a detected refrigerant; a luminous unit installed in the floor-standing indoor unit to change between a first illuminated state indicating that a signal transmission path (7f, 10e, 16, 9g) transmitting the detection signal to the control board is disconnected, and a second illuminated state indicating that the signal transmission path (7f, 10e, 16, 9g) is not disconnected; an illumination controller to turn on or turn off the luminous unit in the first illuminated state and blink the luminous unit in the second illuminated state; and further comprising a relay board disposed between the control board and the refrigerant sensor, wherein the illumination controller is installed on the relay board to turn off the luminous unit when the signal transmission path between the control board and the relay board is disconnected, and turn on the luminous unit when the signal transmission path between the relay board and the refrigerant sensor is disconnected.
A dual-function roof window, arranged to be opened by a pivoting function, that is by rotation of the sash around a horizontal axis located slightly above half the height of the window, and arranged to be opened by a tilting function by rotating the sash around a horizontal axis located at the top of the window, comprising: - a window frame and a window sash, - two symmetrically arranged intermediate arm assemblies located on the right and left side of the window, - a tilting hinge, and a pivoting hinge arranged on each side of the window, wherein - each intermediate arm assembly comprises a fixed fitting and an intermediate arm connected in its upper part by the tilting hinge to the fixed fitting attached to the window frame and in its lower part connected by the pivoting hinge to the window sash, characterized in that each intermediate arm comprises at least two sections ( 1, 2), from which one is a channel section, said channel section comprising a bottom shelf and an upper shelf of various widths, as well the other section comprising bottom shelf and an upper shelf, wherein the bottom shelves ( 12, 22) of said two sections are arranged to face each other and between the ends of the bottom shelf of the channel section and the bottom shelf of the other section, a slot is located where said slot is arranged to extend over the entire length of the intermediate arm and wherein the upper shelves ( 13, 23) of said two sections are adjacent to each other and are inseparably connected such that they jointly form a box-type intermediate arm. - a window frame and a window sash, - two symmetrically arranged intermediate arm assemblies located on the right and left side of the window, - a tilting hinge, and a pivoting hinge arranged on each side of the window, wherein - each intermediate arm assembly comprises a fixed fitting and an intermediate arm connected in its upper part by the tilting hinge to the fixed fitting attached to the window frame and in its lower part connected by the pivoting hinge to the window sash,
Device for handling mandrel rods in a rolling plant with a rolling mill for rolling seamless tubes, wherein the device comprises: an inserter arranged to move a mandrel rod, which is arranged in a rolling line, in a rolling direction so that the mandrel rod starting from an initial state can be pushed into a tube blank arranged in front of the mandrel rod in rolling direction; a retaining device with a fixing unit which is movable along the rolling line and which is arranged to temporarily fix the mandrel rod at an engagement point in the region of the rear end of the mandrel rod and to execute a work stroke starting from a start position (x A) in the rolling direction and counter to the rolling direction, whereby the mandrel rod is movable into the rolling mill in the rolling direction and withdrawable by the retaining device from the rolling mill counter to the rolling direction; characterised in that the retaining device is so arranged that the start position (x A) of the fixing unit in the initial state lies between the two ends (3a, 3b) of the mandrel rod. an inserter arranged to move a mandrel rod, which is arranged in a rolling line, in a rolling direction so that the mandrel rod starting from an initial state can be pushed into a tube blank arranged in front of the mandrel rod in rolling direction; a retaining device with a fixing unit which is movable along the rolling line and which is arranged to temporarily fix the mandrel rod at an engagement point in the region of the rear end of the mandrel rod and to execute a work stroke starting from a start position (x A) in the rolling direction and counter to the rolling direction, whereby the mandrel rod is movable into the rolling mill in the rolling direction and withdrawable by the retaining device from the rolling mill counter to the rolling direction; characterised in that the retaining device is so arranged that the start position (x A) of the fixing unit in the initial state lies between the two ends (3a, 3b) of the mandrel rod.
A fixing apparatus, comprising: a fixing belt; a pressing roller configured to press the fixing belt and to rotate the fixing belt; a bush configured to guide an edge of the fixing belt; a meandering adjustment member configured to move a rotation shaft of the pressing roller in a direction perpendicular to an axial direction of the fixing belt; and a support frame configured to support the bush, wherein the meandering adjustment member is disposed such that a rotation center of the meandering adjustment member is eccentric with respect to a center of the rotation shaft of the pressing roller; wherein the meandering adjustment member is rotatably coupled to the support frame, wherein meandering adjustment member includes a rotation part substantially having a circular shape and a lever formed to extend to a fixed length from a portion of the rotation part, and characterised in that the lever has a length such that a locking protrusion formed in one lateral surface of the lever is selectively snap-coupled to any one of a plurality of locking holes (65a, 65b, 65c) formed in the support frame. a fixing belt; a pressing roller configured to press the fixing belt and to rotate the fixing belt; a bush configured to guide an edge of the fixing belt; a meandering adjustment member configured to move a rotation shaft of the pressing roller in a direction perpendicular to an axial direction of the fixing belt; and a support frame configured to support the bush, wherein the meandering adjustment member is disposed such that a rotation center of the meandering adjustment member is eccentric with respect to a center of the rotation shaft of the pressing roller; wherein the meandering adjustment member is rotatably coupled to the support frame, wherein meandering adjustment member includes a rotation part substantially having a circular shape and a lever formed to extend to a fixed length from a portion of the rotation part, and characterised in that the lever has a length such that a locking protrusion formed in one lateral surface of the lever is selectively snap-coupled to any one of a plurality of locking holes (65a, 65b, 65c) formed in the support frame.