mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for separating pairs of sausages from a string of sausages comprising a multiplicity of individual sausages connected to one another by twists, which string of sausages is wound helically around a rod-like or stick-like carrier in such a way that the sausages hang down on both sides of the carrier and the twists on the upper side of the strand are located on the upper side of the carrier and on the underside of the strand are located in the freely hanging area, characterized by a spreading device, which can be inserted linearly into the string of sausages wound in the form of a helix and, in the inserted position, can be moved laterally apart in order to spread the string of sausages apart, a cutting knife which can be moved linearly underneath the carrier in order to cut through the twists on the underside of the string and which can be moved laterally, and also a linearly movable image recording device with associated image evaluation means for picking up the spread string of sausages in the area of the twists on the underside of the string and for determining twist position data, the lateral displacement of the cutting knife being controlled as a function of the twist position data determined.
Apparatus for moving ropeway vehicles in a ropeway system, comprising at least one conveying wheel which, by means of a lifting device, is height-adjustable relative to the ropeway vehicles in order to be brought to bear against the latter, as a result of which said vehicles can be moved along a track by means of the at least one conveying wheel, characterized in that an electric lifting device is provided which is configured with an electric drive motor, with a threaded sleeve which is held in its height position and which can be rotated by said drive motor, and with a lifting spindle which is height-adjustable by means of the threaded sleeve and by means of which the at least one conveying wheel is height-adjustable, wherein the threaded sleeve and the lifting spindle are configured with stops (49a, 50a, 53a, 54a) on the associated upper and lower end faces, said stops (40a, 50a, 53a, 54a) being located at least approximately in planes normal to the direction of rotation of the threaded sleeve and coming to bear against one another in the upper and lower end position of the lifting spindle, thereby preventing further rotation of the threaded sleeve.
A moving armature receiver assembly comprising, - a housing structure having a longitudinal housing plane; wherein the housing structure encloses: - a first U-shaped armature comprising a fixed leg and a deflectable leg both extending parallelly to a first longitudinal armature plane and mechanically and magnetically interconnected through a first curved linkage portion, - a second U-shaped armature comprising a fixed leg and a deflectable leg both extending parallelly to a second longitudinal armature plane and mechanically and magnetically interconnected through a second curved linkage portion, wherein the first and second U-shaped armatures (202, 222) are oriented relative to each other in a manner for suppression of vibration of the housing structure in direction of the longitudinal housing plan in response to an electrical drive signal causing vibration of the deflectable legs (210, 230) of the first and second U-shaped armatures (202, 222), wherein the first and second U-shaped armatures (202, 222) are oriented relative to each other in a manner for oppositely directed displacements of the deflectable legs (210, 230) along an orthogonal plane extending perpendicularly to the longitudinal housing plane in response to an electrical drive signal causing vibration of the deflectable legs (210, 230) of the first and second U-shaped armatures (202, 222) so as to suppress vibration of the housing structure in the orthogonal plane. - a housing structure having a longitudinal housing plane; wherein the housing structure encloses: - a first U-shaped armature comprising a fixed leg and a deflectable leg both extending parallelly to a first longitudinal armature plane and mechanically and magnetically interconnected through a first curved linkage portion, - a second U-shaped armature comprising a fixed leg and a deflectable leg both extending parallelly to a second longitudinal armature plane and mechanically and magnetically interconnected through a second curved linkage portion,
A positioning guide for use as an instrument in total hip arthroplasty, the guide comprising a first spherical insert which comprises: an inner semispherical section for positioning in a patient's acetabulum and a plurality of tabs extending radially outwardly from its exterior surface, each of the tabs having a hole extending through it for receiving a fixation pin which can extend into holes in the acetabulum to lock the guide in position relative to the acetabulum, and characterized in that the first spherical insert comprises further an outer semispherical section that can be engaged with and disengaged from the inner semispherical section, wherein the outer semispherical section is configured such that the spherical surface of the outer semispherical section can be positioned in mating contact with an arcuate depression that is provided by the patient's proximal femur following resection of the neck of the patient's femur when the inner semispherical section is positioned in the patient's acetabulum during a total hip arthroplasty procedure. an inner semispherical section for positioning in a patient's acetabulum and a plurality of tabs extending radially outwardly from its exterior surface, each of the tabs having a hole extending through it for receiving a fixation pin which can extend into holes in the acetabulum to lock the guide in position relative to the acetabulum, and characterized in that the first spherical insert comprises further an outer semispherical section that can be engaged with and disengaged from the inner semispherical section, wherein the outer semispherical section is configured such that the spherical surface of the outer semispherical section can be positioned in mating contact with an arcuate depression that is provided by the patient's proximal femur following resection of the neck of the patient's femur when the inner semispherical section is positioned in the patient's acetabulum during a total hip arthroplasty procedure.
A cartridge for processing an amplification process, the cartridge comprising: - a fluid chamber for a fluid bath; - a first support element for fixing a microarray in the fluid chamber; wherein the first support element is adapted for positioning the microarray in a geometric plane in the fluid chamber, wherein the first support element is adapted for fixing the microarray to only one side so that a two dimensional movement of the microarray in the geometric plane due to the thermal expansion of the microarray is possible, characterized in that the first support element further comprises: - a clamp; wherein the microarray is fixed by the clamp. - a fluid chamber for a fluid bath; - a first support element for fixing a microarray in the fluid chamber; - a clamp;
A method for random access, RA, the method being executed by a terminal device and comprising: performing an RA procedure by using an RA-prioritization for slicing on condition that a use condition is satisfied, wherein the use condition is that the terminal device belongs to a specific-type terminal device, wherein the specific-type terminal device comprises: a multimedia priority service, MPS, terminal device, or a mission critical service, MCS, terminal device; wherein performing the RA procedure by using the RA-prioritization for slicing comprises: on condition that a first slice for the terminal device matches a slice corresponding to a first RA-prioritization for slicing that is configured through first configuration information received from a network device, performing the RA procedure by using the first RA-prioritization; on condition that no first RA-prioritization for the first slice exists, performing the RA procedure by using RA-prioritization for the specific-type terminal device that is configured through the first configuration information; and on condition that no first RA-prioritization for the first slice and no RA-prioritization for the specific-type terminal device exists, performing the RA procedure by using a generic RA-prioritization. performing an RA procedure by using an RA-prioritization for slicing on condition that a use condition is satisfied, wherein the use condition is that the terminal device belongs to a specific-type terminal device, wherein the specific-type terminal device comprises: a multimedia priority service, MPS, terminal device, or a mission critical service, MCS, terminal device; wherein performing the RA procedure by using the RA-prioritization for slicing comprises: on condition that a first slice for the terminal device matches a slice corresponding to a first RA-prioritization for slicing that is configured through first configuration information received from a network device, performing the RA procedure by using the first RA-prioritization; on condition that no first RA-prioritization for the first slice exists, performing the RA procedure by using RA-prioritization for the specific-type terminal device that is configured through the first configuration information; and on condition that no first RA-prioritization for the first slice and no RA-prioritization for the specific-type terminal device exists, performing the RA procedure by using a generic RA-prioritization. on condition that a first slice for the terminal device matches a slice corresponding to a first RA-prioritization for slicing that is configured through first configuration information received from a network device, performing the RA procedure by using the first RA-prioritization; on condition that no first RA-prioritization for the first slice exists, performing the RA procedure by using RA-prioritization for the specific-type terminal device that is configured through the first configuration information; and on condition that no first RA-prioritization for the first slice and no RA-prioritization for the specific-type terminal device exists, performing the RA procedure by using a generic RA-prioritization.
A method for operating an installation for producing hydrogen comprising at least one high temperature electrolyzer, said electrolyzer including a plurality of elementary cells (C1, C2), each of the elementary cells including a cathode (2.1) and an anode (4.1) separated by an electrolyte (6.1), the elementary cells (C1, C2) being separated by an interconnection plate, each interconnection plate defining with an adjacent cathode (2.1) a cathode compartment and with an adjacent anode (2.1) an anode compartment, the cathodes (2.1) being made from a cermet containing nickel, said method including the steps: a) raising the temperature of the cells (C1, C2) to an operating temperature of the electrolyzer comprised between 650°C and 950°C, b) applying a potential difference to the terminals of each of the elementary cells (C1, C2) equal to at least 0.62 V, which reduces nickel oxide, b') supplying the cathode compartments and the anode compartments with neutral gas, for example with nitrogen or steam, c) supplying the cathode compartments and the anode compartments with steam, d) applying a potential difference to the terminals of the elementary cells (C1, C2) capable of causing electrolysis of water and higher than the potential difference applied at step b), e) collecting the hydrogen produced at the cathodes (2.1) and the oxygen produced at the anodes (4.1), steps c) and d) taken place after steps b) and b'). a) raising the temperature of the cells (C1, C2) to an operating temperature of the electrolyzer comprised between 650°C and 950°C, b) applying a potential difference to the terminals of each of the elementary cells (C1, C2) equal to at least 0.62 V, which reduces nickel oxide, b') supplying the cathode compartments and the anode compartments with neutral gas, for example with nitrogen or steam, c) supplying the cathode compartments and the anode compartments with steam, d) applying a potential difference to the terminals of the elementary cells (C1, C2) capable of causing electrolysis of water and higher than the potential difference applied at step b), e) collecting the hydrogen produced at the cathodes (2.1) and the oxygen produced at the anodes (4.1), steps c) and d) taken place after steps b) and b').
Apparatus for manufacturing spunbonded nonwovens from continuous filaments, in particular from continuous filaments of thermoplastic material, wherein a spinneret is provided for spinning out the continuous filaments and wherein a cooling chamber is provided for cooling the spun-out filaments with cooling air, wherein respectively one air supply manifold (5, 6) is arranged on two opposite sides of the cooling chamber and wherein cooling air can be introduced into the cooling chamber from the opposite air supply manifolds (5, 6), wherein in each of the two air supply manifolds (5, 6) respectively at least one flow straightener is provided for rectifying the cooling air flow impinging upon the filaments, wherein a flow straightener comprises a plurality of flow channels oriented transversely to the direction of movement of the filaments or the filament flow, wherein the flow channels are delimited by channel walls, wherein the open area of a flow straightener is greater than 85%, preferably greater than 90% and wherein the ratio of the length L of the flow channels to the diameter D i of the flow channels L/D i is 1 to 15, preferably 1 to 10 and preferably 1.5 to 9.
A fastening system to couple a first structure and a second structure, the fastening system including: a fastener; a nutplate having: a body defining an opening to receive the fastener, wherein the body of the nutplate is dome-shaped and comprises a further opening that forms a relief hole which is provided in an upper area of the body; a flange extending from the body to engage an outer surface of the first structure; and a first sleeve protruding from the flange in a direction away from the body, the first sleeve to couple to a first bore formed in the first structure and prevent rotation of the nutplate relative to the first structure. a fastener; a nutplate having: a body defining an opening to receive the fastener, wherein the body of the nutplate is dome-shaped and comprises a further opening that forms a relief hole which is provided in an upper area of the body; a flange extending from the body to engage an outer surface of the first structure; and a first sleeve protruding from the flange in a direction away from the body, the first sleeve to couple to a first bore formed in the first structure and prevent rotation of the nutplate relative to the first structure. a body defining an opening to receive the fastener, wherein the body of the nutplate is dome-shaped and comprises a further opening that forms a relief hole which is provided in an upper area of the body; a flange extending from the body to engage an outer surface of the first structure; and a first sleeve protruding from the flange in a direction away from the body, the first sleeve to couple to a first bore formed in the first structure and prevent rotation of the nutplate relative to the first structure.
A method of managing at least one application installed on a computing device, the method comprising: identifying the at least one application based on usage data of the computing device that includes information related to applications running on the computing device and a location of the computing device at different times of a day; fetching archive data and user data corresponding to the at least one application, the user data including at least one of user preferences, user application settings, and privacy settings associated with the at least one application; creating backup data by making a single backup file including the archive data and the user data, or by making a separate backup file for each of the archive data and the user data and storing locations of both backup files for the archive data and the user data in a database; and uninstalling the at least one application. identifying the at least one application based on usage data of the computing device that includes information related to applications running on the computing device and a location of the computing device at different times of a day; fetching archive data and user data corresponding to the at least one application, the user data including at least one of user preferences, user application settings, and privacy settings associated with the at least one application; creating backup data by making a single backup file including the archive data and the user data, or by making a separate backup file for each of the archive data and the user data and storing locations of both backup files for the archive data and the user data in a database; and uninstalling the at least one application.
An apparatus comprising: a touch-sensitive display; a feedback component; and one or more processors that are operatively coupled to the touch-sensitive display and the feedback component and are communicatively coupled to a wearable device, the one or more processors configured to: receive, from the wearable device, data indicating whether the touch-sensitive display is visible to a user wearing the wearable device through the wearable device; and based on the data, switch between: (i) a first mode in which the one or more processors are configured to present a user interface (206, 210) on the touch-sensitive display, and (ii) a second mode in which the one or more processors are configured to convey one or more portions of the user interface (206, 210) to the user via the feedback component, wherein the user interface is a graphical user interface for controlling one or more functions of the wearable device. a touch-sensitive display; a feedback component; and one or more processors that are operatively coupled to the touch-sensitive display and the feedback component and are communicatively coupled to a wearable device, the one or more processors configured to: receive, from the wearable device, data indicating whether the touch-sensitive display is visible to a user wearing the wearable device through the wearable device; and based on the data, switch between: (i) a first mode in which the one or more processors are configured to present a user interface (206, 210) on the touch-sensitive display, and (ii) a second mode in which the one or more processors are configured to convey one or more portions of the user interface (206, 210) to the user via the feedback component, receive, from the wearable device, data indicating whether the touch-sensitive display is visible to a user wearing the wearable device through the wearable device; and based on the data, switch between: (i) a first mode in which the one or more processors are configured to present a user interface (206, 210) on the touch-sensitive display, and (ii) a second mode in which the one or more processors are configured to convey one or more portions of the user interface (206, 210) to the user via the feedback component, wherein the user interface is a graphical user interface for controlling one or more functions of the wearable device.
A method for increasing the strength of a component subjected to torsional and flexural stress, in particular of a crankshaft, in a first step essentially the entire component being provided with a nitriding layer, in a second step the nitriding layer being at least partially removed in at least one highly stressed region of the component by means of cutting machining, and, in a third step, the at least one highly stressed component region freed of the nitriding layer being mechanically strain-hardened, characterized in that only a bonding layer is removed from the nitriding layer.
A system for recirculating the flow of a hot gas flowing through a gas turbine, the system comprising: a. a transition piece having a downstream surface; b. a stationary nozzle having a leading edge surface adjacent to said transition piece downstream surface; c. a gap defined between said transition piece downstream surface and said stationary nozzle leading edge surface; d. a seal extending across said gap, said seal in contact with said transition piece and said stationary nozzle leading edge surface; characterized by e. a projection having an inner arcuate surface radially separated from an outer surface, said projection extending from said stationary nozzle leading edge surface towards said transition piece downstream surface, wherein said projection at least partially decreases said gap; and f. a recirculation zone at least partially defined between said projection inner arcuate surface, said stationary nozzle leading edge surface and said transition piece downstream surface. a. a transition piece having a downstream surface; b. a stationary nozzle having a leading edge surface adjacent to said transition piece downstream surface; c. a gap defined between said transition piece downstream surface and said stationary nozzle leading edge surface; d. a seal extending across said gap, said seal in contact with said transition piece and said stationary nozzle leading edge surface; characterized by e. a projection having an inner arcuate surface radially separated from an outer surface, said projection extending from said stationary nozzle leading edge surface towards said transition piece downstream surface, wherein said projection at least partially decreases said gap; and f. a recirculation zone at least partially defined between said projection inner arcuate surface, said stationary nozzle leading edge surface and said transition piece downstream surface.
A wrenching mechanism comprising: a housing with a multiple of rectilinear openings; a multiple of rectilinear fastener plates each with a nut-shaped opening, each of said multiple of rectilinear fastener plates located within one of said multiple of rectilinear openings; and a fastener mounted at least partially through said nut-shaped opening of each of said multiple of rectilinear fastener plates; characterised by further comprising: a first face sheet and a second face sheet mounted to said housing to trap each of said multiple of rectilinear fastener plates therebetween; and a multiple of housing lightening openings through said housing and a multiple of first sheet lightening openings through said first face sheet, said multiple of housing lightening openings aligned with said multiple of first sheet lightening openings. a housing with a multiple of rectilinear openings; a multiple of rectilinear fastener plates each with a nut-shaped opening, each of said multiple of rectilinear fastener plates located within one of said multiple of rectilinear openings; and a fastener mounted at least partially through said nut-shaped opening of each of said multiple of rectilinear fastener plates; characterised by further comprising: a first face sheet and a second face sheet mounted to said housing to trap each of said multiple of rectilinear fastener plates therebetween; and a multiple of housing lightening openings through said housing and a multiple of first sheet lightening openings through said first face sheet, said multiple of housing lightening openings aligned with said multiple of first sheet lightening openings. a first face sheet and a second face sheet mounted to said housing to trap each of said multiple of rectilinear fastener plates therebetween; and a multiple of housing lightening openings through said housing and a multiple of first sheet lightening openings through said first face sheet, said multiple of housing lightening openings aligned with said multiple of first sheet lightening openings.