mhurhangee/ep-ind-claims huggingface dataset:
Watch glass, comprising: - at least one gemstone, - a socket that has at least one pin-shaped projection and inside of which the gemstone is received, and - at least one continuous recess inside of which at least the pin-shaped projection of the socket is arranged, - wherein the pin-shaped projection is attached at the watch glass, - wherein the socket is at least partially arranged on the top side of the watch glass, - characterized in that the recess has a first cross-sectional area and at least a second cross-sectional area, wherein the first cross-sectional area has a substantially larger cross-section than the second cross-sectional area, - wherein the first cross-sectional area is arranged at the bottoms side of the watch glass, - wherein the pin-shaped projection of the socket is riveted in the first cross-sectional area. - at least one gemstone, - a socket that has at least one pin-shaped projection and inside of which the gemstone is received, and - at least one continuous recess inside of which at least the pin-shaped projection of the socket is arranged, - wherein the pin-shaped projection is attached at the watch glass, - wherein the socket is at least partially arranged on the top side of the watch glass, - characterized in that the recess has a first cross-sectional area and at least a second cross-sectional area, wherein the first cross-sectional area has a substantially larger cross-section than the second cross-sectional area, - wherein the first cross-sectional area is arranged at the bottoms side of the watch glass, - wherein the pin-shaped projection of the socket is riveted in the first cross-sectional area.
Method of producing a component of fibre composite material, wherein semi-finished products (1, 8) are produced in a pre-production step, which in each case comprise a thermoplastic matrix and continuous fibres (3, 4) embedded therein, the semi-finished products (1, 8) are laid on top of one another in a stacking step, in an affixing step the semi-finished products laid on top of one another are heated locally and as a result are connected to one another locally forming a material bond and in a bonding step the semi-finished products (1, 8) laid on top of one another and connected to one another locally are heated, compressed and as a result connected to one another extensively forming a material bond, characterised in that in the pre-production step, at least one of the semi-finished products is formed as an absorption layer, which has an absorption coefficient (α) varying over its layer thickness (d), which is increased in at least one absorption region bordering a first of its surfaces or takes a maximum, in the stacking step the semi-finished products (1, 8) are laid on top of one another such that at least one of the other semi-finished products borders on the absorption region or on the first surface of the absorption layer and in the affixing step the semi-finished products (1, 8) laid on top of one another are heated locally since they are irradiated with electromagnetic radiation, which is absorbed by the at least one absorption region.
A surgical apparatus, comprising: a stylet having a proximal end and a distal end and provided with a longitudinal bore therethrough; an ultrasound transducer disposed at the distal end of said longitudinal bore of said stylet; and electronic circuitry coupled to said ultrasound transducer; wherein said electronic circuitry is configured to implement signal processing that detects a fluid filled space in front of said ultrasound transducer, characterised in that said electronic circuitry is further configured to implement a time stretching technique that formats information from echoes returning to the ultrasound transducer for presentation to a user. a stylet having a proximal end and a distal end and provided with a longitudinal bore therethrough; an ultrasound transducer disposed at the distal end of said longitudinal bore of said stylet; and electronic circuitry coupled to said ultrasound transducer; wherein said electronic circuitry is configured to implement signal processing that detects a fluid filled space in front of said ultrasound transducer, characterised in that said electronic circuitry is further configured to implement a time stretching technique that formats information from echoes returning to the ultrasound transducer for presentation to a user.
Hand-held power tool, comprising a tool holder for clamping a chiselling tool on a working axis, a pneumatic percussion mechanism, wherein the percussion mechanism includes an exciter driven back and forth by a motor along a stroke between a tool-remote dead centre and a tool-near dead centre, a striker moved back and forth on the working axis between a tool-remote reversal point and an impact point, and a pneumatic chamber which is occluded by the exciter and the striker and which couples the motion of the striker to the motion of the exciter, and comprising a damping device which increases the pressure in the pneumatic chamber when the exciter, during its movement towards the tool-remote dead centre, has approached the tool-remote dead centre to less than half the stroke, wherein the damping device includes a pump which is connected to the pneumatic chamber via a valve device which is displacement-controlled in dependence on the position of the exciter, wherein the displacement-controlled valve device includes an opening to the pneumatic chamber, characterised in that the exciter unblocks the opening when the exciter has approached the tool-remote dead centre to less than half the stroke.
Stand apparatus for arrangement in an operating theater and for positioning/holding a medical technology device in an operating theater, comprising at least one bushing for a stand apparatus for arrangement in an operating theater, comprising - a coupling part by means of which the bushing can be mounted around a rotation axis and/or so as to be height-adjustable along the rotation axis on a connection module of the stand apparatus, wherein the coupling part is formed essentially by two annular segments (22, 22a, 22b) so as to form the bushing in a fork-like manner, - a segment to which the bushing can be connected with a support arm of the stand apparatus, wherein the segment is a mounting segment by means of which the bushing is reversibly mounted on the support arm, and - at least one support arm, wherein the stand apparatus has a connection module in the form of a spindle on which the support arm is reversibly mounted by means of the bushing and characterized in that the mounting segment has at least one placement surface (25.5a) facing toward the rotation axis, on which placement surface a fastening means can be placed for the transfer of a normal force that acts radially outward in a radial direction, essentially orthogonally to the rotation axis. - a coupling part by means of which the bushing can be mounted around a rotation axis and/or so as to be height-adjustable along the rotation axis on a connection module of the stand apparatus, wherein the coupling part is formed essentially by two annular segments (22, 22a, 22b) so as to form the bushing in a fork-like manner, - a segment to which the bushing can be connected with a support arm of the stand apparatus, wherein the segment is a mounting segment by means of which the bushing is reversibly mounted on the support arm, and - at least one support arm, wherein the stand apparatus has a connection module in the form of a spindle on which the support arm is reversibly mounted by means of the bushing and characterized in that the mounting segment has at least one placement surface (25.5a) facing toward the rotation axis, on which placement surface a fastening means can be placed for the transfer of a normal force that acts radially outward in a radial direction, essentially orthogonally to the rotation axis. wherein the stand apparatus has a connection module in the form of a spindle on which the support arm is reversibly mounted by means of the bushing and characterized in that the mounting segment has at least one placement surface (25.5a) facing toward the rotation axis, on which placement surface a fastening means can be placed for the transfer of a normal force that acts radially outward in a radial direction, essentially orthogonally to the rotation axis.
A blood pump comprising a hollow body, in which an impeller with a blading is provided for producing an axial propulsion of the blood along the impeller, wherein the impeller may be set into a rotation about a rotation axis of the impeller with a motor stator located outside the hollow body, and wherein the hollow body comprises an inlet for the flow of blood into the hollow body in an inflow direction which is essentially parallel to the rotation axis, and an outlet for the outflow of the blood out of the hollow body in an outflow direction, characterised in that the outlet is arranged offset to the rotation axis of the impeller for producing an outflow angle (α) between the inflow direction and the outflow direction, said angle being different from zero, wherein an inner radius (r) of the hollow body is enlarged for forming a spiral-shaped discharge channel which runs tangentially around the impeller and runs out into the outlet, for a flowing-away of the blood out of the hollow body, running essentially tangentially to the impeller, wherein the outlet of the hollow body is arranged between an upstream-side of the impeller, said upstream-side facing the inlet, and a downstream-side of the impeller, said downstream-side being away from the inlet, and that the blading is designed as a spiral; wherein the blading does not extend into the discharge channel.
A method for modifying object reconstruction information, comprising: obtaining a set of N spatial audio objects, each spatial audio object including an audio signal and spatial metadata; obtaining an audio presentation representing said N spatial audio objects; obtaining object reconstruction information configured to reconstruct said N spatial audio objects from said audio presentation; applying said reconstruction information to said audio presentation to form a set of N reconstructed spatial audio objects; characterised by further comprising: using a first rendering configuration, rendering the N spatial audio objects to obtain a first rendered presentation, and rendering the N reconstructed spatial audio objects to obtain a second rendered presentation; and modifying the reconstruction information based on a difference between the first rendered presentation and the second rendered presentation, thereby forming modified reconstruction information. obtaining a set of N spatial audio objects, each spatial audio object including an audio signal and spatial metadata; obtaining an audio presentation representing said N spatial audio objects; obtaining object reconstruction information configured to reconstruct said N spatial audio objects from said audio presentation; applying said reconstruction information to said audio presentation to form a set of N reconstructed spatial audio objects; characterised by further comprising: using a first rendering configuration, rendering the N spatial audio objects to obtain a first rendered presentation, and rendering the N reconstructed spatial audio objects to obtain a second rendered presentation; and modifying the reconstruction information based on a difference between the first rendered presentation and the second rendered presentation, thereby forming modified reconstruction information. using a first rendering configuration, rendering the N spatial audio objects to obtain a first rendered presentation, and rendering the N reconstructed spatial audio objects to obtain a second rendered presentation; and modifying the reconstruction information based on a difference between the first rendered presentation and the second rendered presentation, thereby forming modified reconstruction information.
Method for producing a blank from a packaging material, in particular from tin foil, paper, film or the like, in order to wrap pack contents of a pack for tobacco products, wherein the blank has a lifting strip as a removal aid for removing at least a part of the pack contents, and wherein the lifting strip is delimited by weakening lines in the blank, wherein a continuous material web for the blanks is fed to a stamping device with a stamped formation being applied to the continuous material web for the blanks, and that, by means of a cutting device, weakening lines for the lifting strip are applied to the continuous material web for the blanks, and that, by means of a severing device, individual blanks are severed out of the continuous material web, wherein each blank has weakening lines for a lifting strip, characterized in that upstream of the stamping device there is arranged a cutting device in which weakening lines for the lifting strip are applied to the continuous material web for the blanks, said weakening lines extending in the longitudinal direction of the continuous material web.
A filter assembly, comprising: a housing defining an internal volume, a housing second end of the housing defining at least one female thread; and a bowl positioned at the housing second end, the bowl comprising at least one bowl male thread structured to engage the at least one female thread of the housing so as to be coupled thereto; characterised in that a portion of a sidewall of the housing at the housing second end is folded inwards and positioned within the internal volume of the housing, such that the portion of the sidewall is parallel to an outer surface of the housing second end. a housing defining an internal volume, a housing second end of the housing defining at least one female thread; and a bowl positioned at the housing second end, the bowl comprising at least one bowl male thread structured to engage the at least one female thread of the housing so as to be coupled thereto; characterised in that a portion of a sidewall of the housing at the housing second end is folded inwards and positioned within the internal volume of the housing, such that the portion of the sidewall is parallel to an outer surface of the housing second end.
A method for wireless communication performed by first wireless device (105-f) operating in a time division duplex, TDD, system, comprising: receiving (1505; 1605) a first cell group identifier from a network controller, the first cell group identifier representing a group of cells, characterized in that the cells in the group of cells are associated with each other based at least in part on a likelihood of each cell in the group of cells to cause interference at one or more remote wireless devices, the first wireless device (105-f) being associated with a first cell of the group of cells; transmitting (620; 1510; 1610) a first reference signal that is indicative of the first cell group identifier; receiving (1515; 1615), from the network controller and based at least in part on the first reference signal being part of an interfering transmission at a remote wireless device, a second cell group identifier representing a sub-group of the group of cells, the sub-group including the first cell; and transmitting (645; 1520; 1620) one or more reference signals that are indicative of the second cell group identifier. receiving (1505; 1605) a first cell group identifier from a network controller, the first cell group identifier representing a group of cells, characterized in that the cells in the group of cells are associated with each other based at least in part on a likelihood of each cell in the group of cells to cause interference at one or more remote wireless devices, the first wireless device (105-f) being associated with a first cell of the group of cells; transmitting (620; 1510; 1610) a first reference signal that is indicative of the first cell group identifier; receiving (1515; 1615), from the network controller and based at least in part on the first reference signal being part of an interfering transmission at a remote wireless device, a second cell group identifier representing a sub-group of the group of cells, the sub-group including the first cell; and transmitting (645; 1520; 1620) one or more reference signals that are indicative of the second cell group identifier.
A medical injection device (1, 100, 200) comprising: a container including an internal storage space formed therein to contain and store an injection solution, and an injection solution outlet port formed at a lower portion thereof, an injection solution filter connected to the injection solution outlet port of the container to filter out the injection solution flown through the injection solution outlet port characterised in that it further comprises a guide tube connected to a lower portion of the injection solution filter to provide a flow passage for injecting the injection solution filtered through and discharged out of the injection solution filter; and an injection solution level controller (50, 250) which is configured to control an opening degree for allowing an air to be flown into or discharged from the container, and connects a first level control port formed at an upper portion of the container and a second level control port formed at an upper portion of the injection solution filter to be communicated with each other; an agitation means which is provided in the container, and when vibration occurs in the container, swings to agitate the injection solution in the container, the container being formed so as to have a cross-sectional reduced portion whose lower portion is reduced toward the injection solution outlet port, and the container further comprising a vibration sensing ball housed in the lower cross-section reduced portion to open and close the injection solution outlet port according to the vibration applied to the container. a container including an internal storage space formed therein to contain and store an injection solution, and an injection solution outlet port formed at a lower portion thereof, an injection solution filter connected to the injection solution outlet port of the container to filter out the injection solution flown through the injection solution outlet port characterised in that it further comprises a guide tube connected to a lower portion of the injection solution filter to provide a flow passage for injecting the injection solution filtered through and discharged out of the injection solution filter; and an injection solution level controller (50, 250) which is configured to control an opening degree for allowing an air to be flown into or discharged from the container, and connects a first level control port formed at an upper portion of the container and a second level control port formed at an upper portion of the injection solution filter to be communicated with each other; an agitation means which is provided in the container, and when vibration occurs in the container, swings to agitate the injection solution in the container, the container being formed so as to have a cross-sectional reduced portion whose lower portion is reduced toward the injection solution outlet port, and the container further comprising a vibration sensing ball housed in the lower cross-section reduced portion to open and close the injection solution outlet port according to the vibration applied to the container.
A method of transmitting data via a network, the method comprising: - receiving at a server a request by a first receiver for unicast transmission of the data; - responding by the server to the request by i) formatting the data in accordance with a transport protocol that allows for reliable data delivery, to obtain formatted data and ii) providing the formatted data to the network, the formatted data comprising a destination address field; characterized in that the network is a programmable network comprising one or more forwarding nodes that are remotely controllable by a controller, the method further comprising: - controlling by the controller the one or more forwarding nodes to effect a multicasting of the formatted data by the one or more forwarding nodes by: j) replicating by the one or more forwarding nodes the formatted data to obtain replicated formatted data in accordance with the transport protocol that allows for reliable data delivery, and jj) setting by the one or more forwarding nodes the destination address field of the replicated formatted data to an address originating from a further request by a second receiver for the unicast transmission of the data. - receiving at a server a request by a first receiver for unicast transmission of the data; - responding by the server to the request by i) formatting the data in accordance with a transport protocol that allows for reliable data delivery, to obtain formatted data and ii) providing the formatted data to the network, the formatted data comprising a destination address field; - controlling by the controller the one or more forwarding nodes to effect a multicasting of the formatted data by the one or more forwarding nodes by: j) replicating by the one or more forwarding nodes the formatted data to obtain replicated formatted data in accordance with the transport protocol that allows for reliable data delivery, and jj) setting by the one or more forwarding nodes the destination address field of the replicated formatted data to an address originating from a further request by a second receiver for the unicast transmission of the data. j) replicating by the one or more forwarding nodes the formatted data to obtain replicated formatted data in accordance with the transport protocol that allows for reliable data delivery, and jj) setting by the one or more forwarding nodes the destination address field of the replicated formatted data to an address originating from a further request by a second receiver for the unicast transmission of the data.