mhurhangee/ep-ind-claims huggingface dataset:
A hearing aid, comprising: a housing having an exterior surface and an opening at the exterior surface; a battery door moveably coupled to the housing; and a spring element located in the housing, wherein the spring element is aligned with the opening of the housing to allow actuation of the spring element by a tool that is inserted through the opening of the housing; wherein when the spring element is actuated by the tool, the battery door is allowed to be fully opened, and when the spring element is un-actuated, the battery door is prevented from being fully opened, and characterized in that the spring element comprises a portion for abutment against a part of the housing to prevent the battery door from being fully opened when the battery door is moved to a partially-opened position. a housing having an exterior surface and an opening at the exterior surface; a battery door moveably coupled to the housing; and a spring element located in the housing, wherein the spring element is aligned with the opening of the housing to allow actuation of the spring element by a tool that is inserted through the opening of the housing; wherein when the spring element is actuated by the tool, the battery door is allowed to be fully opened, and when the spring element is un-actuated, the battery door is prevented from being fully opened, and characterized in that the spring element comprises a portion for abutment against a part of the housing to prevent the battery door from being fully opened when the battery door is moved to a partially-opened position.
A method for producing a coil (100, 100') for a transformer, in particular for a medium frequency transformer for a resonant DC/DC converter (1") or a dual active bridge DC/DC converter, comprising, in the following order, the steps of: a) providing a plurality M >1 of conductive foil strips (111, 112, 111', 112', 111", 112") each having a first ending and a second ending; b) stacking the plurality of conductive foil strips to obtain a foil strip stack having a first ending and a second ending, wherein an electrically insulating layer is provided between any two adjacent conductive foil strips; c) electrically interconnecting the first endings of all conductive foil strips to a first terminal (T1, T1'); d) for each of the conductive foil strips providing a connector (T 21, T 22, T 21', T 22', T 21", T 22") at the second ending of the foil strip; e) coiling up the foil strip stack from the first ending; f) providing a second terminal (T2, T2); g) providing a plurality of M impedance elements (121, 122), and h) for each connector (T21, T22, T21', T22', T21", T22"), connecting a different one of said impedance elements between the connector and the second terminal. a) providing a plurality M >1 of conductive foil strips (111, 112, 111', 112', 111", 112") each having a first ending and a second ending; b) stacking the plurality of conductive foil strips to obtain a foil strip stack having a first ending and a second ending, wherein an electrically insulating layer is provided between any two adjacent conductive foil strips; c) electrically interconnecting the first endings of all conductive foil strips to a first terminal (T1, T1'); d) for each of the conductive foil strips providing a connector (T 21, T 22, T 21', T 22', T 21", T 22") at the second ending of the foil strip; e) coiling up the foil strip stack from the first ending; f) providing a second terminal (T2, T2); g) providing a plurality of M impedance elements (121, 122), and h) for each connector (T21, T22, T21', T22', T21", T22"), connecting a different one of said impedance elements between the connector and the second terminal.
Method for scanning a workpiece surface of a metal workpiece, in which a welding torch comprising a welding wire electrode moves relative to the workpiece surface to determine scanning values, characterised in that a wire end of the welding wire electrode is repeatedly moved towards the workpiece surface, in each case until contact with the metal workpiece is detected at a scanning position on the workpiece surface of the metal workpiece, and the wire end of the welding wire electrode is subsequently moved back, the welding torch detecting scanning values (d) at scanning positions, at least in some cases multiple times, to determine scanning measurement errors.
Fire protection sleeve segment for a fire protection sleeve for sealing, in the event of fire, a combustible body which penetrates an opening in a wall or ceiling, comprising a first housing element and a second housing element which is rigidly connected to the first housing element, the housing elements (12, 14) each having a boundary wall (20, 22) comprising a contact surface (50, 52) and an outer surface (24, 26) opposite the contact surface, the two housing elements (12, 14) being arranged so as to be stepped with respect to one another, and an intumescent material (54, 56) being applied to the contact surfaces (50, 52), characterized in that the first housing element has a first end wall which is rigidly, preferably integrally, connected to the second housing element via a first predetermined bending edge. the housing elements (12, 14) each having a boundary wall (20, 22) comprising a contact surface (50, 52) and an outer surface (24, 26) opposite the contact surface, the two housing elements (12, 14) being arranged so as to be stepped with respect to one another, and an intumescent material (54, 56) being applied to the contact surfaces (50, 52), characterized in that the first housing element has a first end wall which is rigidly, preferably integrally, connected to the second housing element via a first predetermined bending edge.
A passive retrieving interosseous suture passing instrument including; a guide handle having a proximal end for manual grasping and a distal end for engagement with a bone to which suture is to be attached, said bone provided with a first tunnel; a suture retrieving arm carried at the distal end of said guide handle and having a distal tip dimensioned to be received in said first tunnel and having a window therethrough which is aligned with a central guide bore passing through said handle for receiving a bone tunnelling implement to form a second tunnel in the bone which passes through said window; a suture passing awl dimensioned and configured to be received in said central guide bore and carry and pass suture through said window for capture and retention in said window; wherein the instrument has a passive suture capture device (35, 35', 35", 35''') in said window adapted to passively engage and capture suture carried on said awl under a pinching spring biased engagement sufficient to prevent withdrawal of said suture from said window when said awl is withdrawn characterized in that said passive suture capture device (35, 35', 35", 35''') comprises a spaced pair of nitinol wires having free distal ends depending into said window and positioned for passage of said awl therebetween under spring biased engagement.
A control unit for operating a refrigerant compressor system, wherein the refrigerant compressor system has a first refrigerant line system for expanded refrigerant, a second refrigerant line system for compressed refrigerant, and at least one refrigerant compressor (22, 24, 26), which operates between the first refrigerant line system and the second refrigerant line system and is driven by its own motor (32, 34, 36), and wherein the control unit has an operating unit, wherein the operating unit has a memory for image element data, for representing at least one component of the refrigerant compressor system, in that the operating unit has a display unit which, using the image element data of the at least one component of the refrigerant compressor system, displays this at least one component on the display unit as a component image element, characterised in that the component includes at least one sensor (62, 82, 84, 86, 102, 104, 106), in that the display unit takes a form such that, as a result of a manual interaction with one of the represented image elements of the operating unit, a command is producible, in that the display unit takes the form of a touch-detecting display unit, and in that the manual interaction is performed by manually touching a surface of the display unit in the region of the image element represented on the display unit, in that the transmitted command is a calling up of a further representation of at least one image element, and in that the further representation is a changed representation of the same or a further image element, in which, using the image elements data of the at least one sensor (62, 82, 84, 86, 102, 104, 106, 124, 126, 128), the operating unit represents the at least one sensor (B82, B102, B124) on the display unit as a sensor image element, in that the operating unit has a memory for sensor data, in that the operating unit represents the sensor data on the display unit, in that the sensor values that are detected by the sensors (82, 84, 86, 102, 104, 106, 124, 126, 128) are represented as a part of the sensor data, in that the sensor values are represented by a display element of the sensor image element (B82, B102, B124), wherein the sensor image element (B102, B82, B124) is represented at the location of the refrigerant compressor system at which the sensor (82, 102, 124) detects the respective sensor value.
A heat exchanger, comprising: a first header and a second header; flat tubes, each having two ends connected to the first header and the second header respectively; a fin arranged between adjacent flat tubes; and an input-output pipe welded to at least one header of the first header and the second header; a water guiding member disposed to the input-output pipe and/or the at least one header, characterized in that the water guiding member is arranged adjacent to a welding position where the input-output pipe and the at least one header are welded. a first header and a second header; flat tubes, each having two ends connected to the first header and the second header respectively; a fin arranged between adjacent flat tubes; and an input-output pipe welded to at least one header of the first header and the second header; a water guiding member disposed to the input-output pipe and/or the at least one header, characterized in that the water guiding member is arranged adjacent to a welding position where the input-output pipe and the at least one header are welded.
A shaft arrangement in a reverse vending machine comprising: a sidewall (106, 108) having an inside and an outside, and at least one opening (115, 117); at least one shaft (110, 112) extending through the at least one opening (115, 117) and the at least one shaft (110, 112) comprises a radial groove; a bearing arrangement arranged on the outside of the sidewall (106, 108), the bearing arrangement comprises a bearing block and a bearing connected to the at least one shaft (110, 112); a seal arranged in the at least one opening and around the at least one shaft (110, 112) at the at least one opening (115, 117); wherein the bearing block is arranged spaced apart from the sidewall (106, 108) to create a gap (g) between the sidewall (106, 108) and bearing block, and wherein the shaft arrangement further comprises a plate arranged on the inside of the sidewall (106, 108), the plate comprises a protruding portion that extends into the radial groove so as to form a passage between the radial groove and the plate. a sidewall (106, 108) having an inside and an outside, and at least one opening (115, 117); at least one shaft (110, 112) extending through the at least one opening (115, 117) and the at least one shaft (110, 112) comprises a radial groove; a bearing arrangement arranged on the outside of the sidewall (106, 108), the bearing arrangement comprises a bearing block and a bearing connected to the at least one shaft (110, 112); a seal arranged in the at least one opening and around the at least one shaft (110, 112) at the at least one opening (115, 117); wherein the bearing block is arranged spaced apart from the sidewall (106, 108) to create a gap (g) between the sidewall (106, 108) and bearing block, and wherein the shaft arrangement further comprises a plate arranged on the inside of the sidewall (106, 108), the plate comprises a protruding portion that extends into the radial groove so as to form a passage between the radial groove and the plate.
Roller (5, 6) for deflecting or guiding a metal strip to be coated in a metal melt bath, comprising a steel roller shell and steel bearing journals, which are connected to the roller shell and are arranged coaxially in relation to one another for rotatably supporting the roller (5, 6), wherein a substantially cylindrical or circular disc-shaped steel connection portion (9.1), which extends radially in the direction of the roller shell, is provided on the respective bearing journal, and wherein at least one of the connection portions (9.1) has at least one through-opening (9.3), which opens at the end face of the roller shell, characterized in that a filling comprising one or more filling elements, which have at least one closed cavity, is arranged in the roller shell, wherein the at least one filling element comprises one or more longitudinal profiles (10, 10.1, 10.2, 10.3, 10.4) which contain at least one hollow profile that is closed at both ends, and in that the filling has a structure which is symmetrical about the rotational axis of the roller and as a whole a lower density than that of the material of the roller shell.
A pneumatic tire comprising a tread portion, wherein an outermost layer of the tread portion is formed by using a rubber composition containing vulcanized rubber powder, the outermost layer being a cap rubber layer of the tread portion, an area ratio Sr (%) of the vulcanized rubber powder in a cross-section of the outermost layer is not less than 5% and not greater than 50%, a loss tangent (30°C tanδ) of the rubber composition measured under conditions of 30°C, a frequency of 10 Hz, an initial strain of 5%, and a dynamic strain rate of 1% with deformation mode: tension is greater than 0.20, a sea ratio Se (%) in a ground-contact surface of the outermost layer is greater than 10%, and Sr/Se > 0.1 is satisfied in the outermost layer, wherein the rubber composition is not a rubber composition of Compounding I, J, K and L of EP 4 067 114 A1. an outermost layer of the tread portion is formed by using a rubber composition containing vulcanized rubber powder, the outermost layer being a cap rubber layer of the tread portion, an area ratio Sr (%) of the vulcanized rubber powder in a cross-section of the outermost layer is not less than 5% and not greater than 50%, a loss tangent (30°C tanδ) of the rubber composition measured under conditions of 30°C, a frequency of 10 Hz, an initial strain of 5%, and a dynamic strain rate of 1% with deformation mode: tension is greater than 0.20, a sea ratio Se (%) in a ground-contact surface of the outermost layer is greater than 10%, and Sr/Se > 0.1 is satisfied in the outermost layer, wherein the rubber composition is not a rubber composition of Compounding I, J, K and L of EP 4 067 114 A1.
A computer implemented method, comprising: receiving, by a source host computing device and from an authorized party, a request to migrate secured information from the source host computing device to a destination host computing device, the request including a destination key for the destination host computing device; performing mutual authentication between the source host computing device and the destination host computing device by: authenticating, by the source host computing device, the destination host computing device using the destination key; and receiving, by the source host computing device, an indication that the destination host computing device authenticated the source host computing device using a source key associated with the source host computing device, wherein the authorized party provided the source key to the destination host computing device; establishing, by the source host computing device, a migration key, the migration key established by the source host computing device using the destination key and the source key; and causing the secured information to be migrated from the source host computing device to the destination host computing device using the migration key. receiving, by a source host computing device and from an authorized party, a request to migrate secured information from the source host computing device to a destination host computing device, the request including a destination key for the destination host computing device; performing mutual authentication between the source host computing device and the destination host computing device by: authenticating, by the source host computing device, the destination host computing device using the destination key; and receiving, by the source host computing device, an indication that the destination host computing device authenticated the source host computing device using a source key associated with the source host computing device, wherein the authorized party provided the source key to the destination host computing device; authenticating, by the source host computing device, the destination host computing device using the destination key; and receiving, by the source host computing device, an indication that the destination host computing device authenticated the source host computing device using a source key associated with the source host computing device, wherein the authorized party provided the source key to the destination host computing device; establishing, by the source host computing device, a migration key, the migration key established by the source host computing device using the destination key and the source key; and causing the secured information to be migrated from the source host computing device to the destination host computing device using the migration key.
A cell preparation for use in the treatment of osteoarthritis, comprising: a mixture including a micronized fat cell and an adipose stem cell, the micronized fat cell and the adipose stem cell being obtained by steps of: separating an adipose tissue taken from a subject into a cellular fraction and a liquid fraction to obtain the cellular fraction; removing impurities from the cellular fraction to obtain a concentrate of a fat cell and an adipose stem cell; and micronizing the fat cell in the concentrate of the fat cell and the adipose stem cell, wherein there are 100,000 or more adipose stem cells per 1 mL of the cell preparation. separating an adipose tissue taken from a subject into a cellular fraction and a liquid fraction to obtain the cellular fraction; removing impurities from the cellular fraction to obtain a concentrate of a fat cell and an adipose stem cell; and micronizing the fat cell in the concentrate of the fat cell and the adipose stem cell, wherein there are 100,000 or more adipose stem cells per 1 mL of the cell preparation.
Operating method for a numerical controller, - wherein the numerical controller has access to a part program which can be executed by the numerical controller, - wherein a production machine can be controlled by the numerical controller by execution of the part program, - wherein a selection command is pre-specified to the numerical controller by an operator via an operator interface, by means of which selection command at least one program statement of the part program is selected, - wherein the numerical controller outputs to the operator of the numerical controller a parameterised description of the at least one selected program statement or of a sequence of program statements containing the at least one selected program statement via the operator interface, - wherein the numerical controller accepts a change in the parameterised description from the operator, - wherein the numerical controller stores a modified part program (TP') corresponding to the changed parameterised description, characterised in that the numerical controller, along with saving the modified part program (TP'), compulsorily sends a message to a predetermined address which in automatically evaluable form identifies at least the original part program and the change made, so that the CAM system by means of which the part program was generated is able, based on the message, to autonomously and automatically determine a data set underlying the original part program and to modify the data set in accordance with the change made. - wherein the numerical controller has access to a part program which can be executed by the numerical controller, - wherein a production machine can be controlled by the numerical controller by execution of the part program, - wherein a selection command is pre-specified to the numerical controller by an operator via an operator interface, by means of which selection command at least one program statement of the part program is selected, - wherein the numerical controller outputs to the operator of the numerical controller a parameterised description of the at least one selected program statement or of a sequence of program statements containing the at least one selected program statement via the operator interface, - wherein the numerical controller accepts a change in the parameterised description from the operator, - wherein the numerical controller stores a modified part program (TP') corresponding to the changed parameterised description,
An image processing apparatus comprising: receiving means for receiving input of authentication information including a user name (703, 803, 1001) and a password (704, 804, 1002); and permitting means for permitting the use of the image processing apparatus when authentication of a user based on the authentication information received by the receiving means has succeeded; characterized in that the image processing apparatus is further equipped with control means for inhibiting a predetermined setting when the password (704, 804, 1002) received by the receiving means is used continuously for transmitting image data, the predetermined setting being a timer transmission setting for transmitting the image data based on a time designated by the user. receiving means for receiving input of authentication information including a user name (703, 803, 1001) and a password (704, 804, 1002); and permitting means for permitting the use of the image processing apparatus when authentication of a user based on the authentication information received by the receiving means has succeeded; characterized in that the image processing apparatus is further equipped with control means for inhibiting a predetermined setting when the password (704, 804, 1002) received by the receiving means is used continuously for transmitting image data, the predetermined setting being a timer transmission setting for transmitting the image data based on a time designated by the user.
Angle mirror with image injection having an angle-mirror body, having a viewing-in end, a viewing-out end, and panels (4; 5) arranged in front of said ends, and having upper and lower deflection mirrors and a display, the generated image of which is visible in the viewing-in end, wherein the display is arranged in a vertical direction on the angle mirror, the lower deflection mirror is configured as a beam splitter and a first mirror element is arranged behind it, and in that the beam path of the display is guided via an injection lens arranged on the angle-mirror body and likewise via mirror elements (11; 12; 13) arranged thereon such that it is superposed at the beam splitter by the beam path through the viewing-out end and both image information items are represented with the same focusing of the eye of an observer at identical distance from the viewing-in end, characterized in that arranged, in a manner such that they are arranged above one another with offset, opposite the first, concave mirror element above the viewing-in end is a second, convex mirror element, opposite which is, above the mirror element 1, a third, concave mirror element and, opposite said third mirror element, above the second mirror element, is the injection lens which is configured as a collector lens.