mhurhangee/ep-ind-claims huggingface dataset:
A housing, in particular for an electronic key or an identification -encoder of a locking system of a motor vehicle, consisting of at least two housing parts (9a, 9b), wherein in the form of a completely functional container the first housing part contains functional elements, such as an electronics assembly or a switching element, wherein the second housing part comprises the first housing part at least partially such that the second housing part forms at least one part of the viewing surface of the first housing part, and wherein the second housing part comprises an upper shell and a lower shell (9b"), characterized in that in the form of a housing shell the second housing part can be snapped onto the first housing part, that the catch mechanism consists of a latch groove as well as a snap-in nose interacting with the latter, and that the latch groove is arranged on the upper- and/or lower shell (9b', 9b") as well as the snap-in nose is arranged on the first housing part or that the snap-in nose is arranged on the upper- and/or lower shell (9b', 9b") as well as the latch groove is arranged on the first housing part, wherein the second housing part comprises a lid (9b"') and the upper- and/or lower shell (9b', 9b") is overlapped by the superimposed lid (9b"') and in addition is secured.
A display comprising: a display panel of rectangular shape in plan view, the display panel having a rectangular display region (21 a) and a non-display edge portion (21 c) surrounding the display region (21 c) in plan view; a bezel holding the edge portion (21 c) of said display panel on at least one but not all four sides of the rectangular display panel; a front housing, arranged in front of said display panel, having an opening exposing the display region (21 a) of said display panel; and a presser member consisting of an elastic member held between the inner surface (1 b) of said front housing and the front surface (21 b) of said display panel, in a surface contact state with both of the inner surface of said front housing and the front surface (21 b) of said display panel, and on the edge portion (21 c) of said display panel at a bezel-free side not provided with said bezel, thereby pressing said edge portion on the front surface side of said display panel, wherein said presser member linearly extends along said bezel-free side of said edge portion of said display panel. a display panel of rectangular shape in plan view, the display panel having a rectangular display region (21 a) and a non-display edge portion (21 c) surrounding the display region (21 c) in plan view; a bezel holding the edge portion (21 c) of said display panel on at least one but not all four sides of the rectangular display panel; a front housing, arranged in front of said display panel, having an opening exposing the display region (21 a) of said display panel; and a presser member consisting of an elastic member held between the inner surface (1 b) of said front housing and the front surface (21 b) of said display panel, in a surface contact state with both of the inner surface of said front housing and the front surface (21 b) of said display panel, and on the edge portion (21 c) of said display panel at a bezel-free side not provided with said bezel, thereby pressing said edge portion on the front surface side of said display panel, wherein said presser member linearly extends along said bezel-free side of said edge portion of said display panel.
A chopping assembly in combination with a farm implement, comprising: a corn head mounted on a frame; a housing mounted to the corn head and having an input port and an outlet port; a blade assembly partially disposed within the housing and positioned to cut a crop received within the input port to supply stover to the outlet port; the blade assembly having a top rotor and a bottom rotor; the top rotor and the bottom rotor each have a pair of arms which extend outwardly from one another with a blade attached thereto; characterised in that the pair of arms has a top member and a bottom member positioned in parallel spaced alignment; wherein the top rotor and bottom rotor are angularly adjustable with respect to one another.
Assembly (1;1A;1B;1';1A';1B') comprising a lid (2;2') and a storage compartment (3;3') for a motorcycle, the storage compartment (3;3') comprising a container body, wherein the container body comprises an access opening, a bottom opposite to said access opening and a side wall which extends perimetrally connected to the bottom, wherein the lid (2;2') comprises a first face of lid and an opposite second face of lid, the lid (2;2') being operatively connected to the storage compartment (3;3') so as to be capable of taking on an open configuration wherein it allows access to the storage compartment (3;3') by means of said access opening, and a closed configuration wherein it closes said access opening, thus preventing access to the storage compartment (3;3'); wherein said assembly (1;1A;1B;1';1A';1B') comprises an object blocking system (4; 4A; 4B) arranged in the container body (31, 33) and adapted to block an object accommodated in the container body (31, 33), the object blocking system (4; 4A; 4B) comprising an elastic membrane or an elastic mesh (41A; 41B) having a first face (411, 411A, 411B) and a second face (412, 412A, 412B) opposite to each other, the elastic membrane or elastic mesh (41A; 41B) being arranged in the container body so that when the lid (2;2') takes on the closed configuration, it has the first face (411, 411A, 411B) facing towards the second face of lid and the second face (412, 412A, 412B) facing towards the bottom of the container body, wherein the side wall of the container body comprises a first portion of wall located on the side of the access opening and a second portion of wall located on the side of said bottom, wherein the container body comprises a joining portion between said bottom and said side wall, wherein the elastic membrane or the elastic mesh is coupled to the second portion of wall of the side wall of the container body or to the bottom of the container body or to said joining portion, wherein the elastic membrane or the elastic mesh is adapted to elastically block said object against the bottom of the container body when the lid takes on the closed configuration, and characterized in that the elastic membrane or the elastic mesh comprises an opening mouth for inserting/extracting said object through the elastic membrane or the elastic mesh, said opening mouth being capable of being widened and narrowed.
A sports racquet having a tubular frame including a head portion (12, 30) defining a stringing area in which a string bed plane lies and a handle portion (17, 32) coupled to said head portion, wherein said head portion includes a plurality of opposed string holes formed in said frame and having string bearing surfaces for anchoring the ends of a first set of string segments extending in a first direction and the ends of a second set of string segments extending in a second direction, wherein said string holes are positioned to provide a predetermined spacing between contiguous string segments in each set, wherein said string holes comprise conventional string holes and enlarged string holes (20, 20a, 20a', 20b, 20bb', 20b", 20c, 20d, 40, 42, 44, 122, 140a, 140b, 140c), wherein said enlarged string holes have at least two string bearing surfaces for securing the ends of a pair of contiguous string segments at said predetermined spacing characterised in that said head portion comprises an upper tube and a lower tube, said upper and lower tubes comprising two facing walls (102, 104, 110, 112) that are fused together to form a common inner wall except where said string holes (38, 40) are formed, said facing walls diverging one from another, away from said string bed plane, at predefined locations, so as to define said enlarged string holes and a truss-like structure oriented perpendicularly with respect to said string bed plane, the perimeter of said upper and lower tubes forming said enlarged string holes being smaller than the perimeter of said upper and lower tubes forming said conventional string holes.
Use of an agent which is a recombinant FGF-2 or an angiogenically active fragment or angiogenically active mutein thereof for the manufacture of a medicament for providing a human patient with relief from symptoms of angina, wherein said agent is to be administered in a therapeutically effective amount into one or more coronary vessels or into a peripheral vein in a human patient having coronary artery disease and in need of relief from symptoms of angina, said therapeutically effective amount being about 0.2 μg/kg to 48 μg/kg of patient weight.
A method of reducing torque ripple in an electric motor which comprises a DC power input (104, 204) and an inverter (110, 210) arranged to convert the DC power input to a three-phase AC power, the method comprising: sensing an electric parameter of the DC power input (104, 204), wherein the electric parameter is chosen from current, voltage, or power; characterized by detecting a ripple in an AC component of the electric parameter, wherein detecting the ripple comprises using a discrete Fourier transform on the electric parameter to determine offset errors and amplitude errors, wherein the offset errors and the amplitude errors are determined based on the first harmonic and the second harmonic, respectively; determining a correction to be used to correct the offset errors and the amplitude errors; and applying the correction to at least two electric signals of the three-phase AC power supplied to the electric motor to reduce torque ripple. sensing an electric parameter of the DC power input (104, 204), wherein the electric parameter is chosen from current, voltage, or power; characterized by detecting a ripple in an AC component of the electric parameter, wherein detecting the ripple comprises using a discrete Fourier transform on the electric parameter to determine offset errors and amplitude errors, wherein the offset errors and the amplitude errors are determined based on the first harmonic and the second harmonic, respectively; determining a correction to be used to correct the offset errors and the amplitude errors; and applying the correction to at least two electric signals of the three-phase AC power supplied to the electric motor to reduce torque ripple.
A hand-held dispenser to dispense fluid as a mist, comprising: a casing configured to fit into a hand of a user; a nozzle in the casing arranged to dispense a mist; a fluid reservoir contained in the casing to hold a fluid to be turned into the mist; a filament extension atomizer contained in the casing to receive fluid from the reservoir and to generate the mist; an air source contained in the casing, the air source arranged adjacent the filament extension atomizer to provide air flow to direct the mist to the nozzle; a motor contained in the casing, the motor connected to the filament extension atomizer to operate the filament extension atomizer; an actuator positioned on the casing to allow the user to activate the dispenser; a control circuit contained in the casing, the control circuit electrically connected to the motor and the actuator to receive a signal from the actuator and to send a signal to the motor to cause the motor to actuate; and a power source contained in the casing, the power source electrically connected to the control circuit and the motor to provide power to the motor upon receive a signal from the control circuit, characterized in that the filament extension atomizer comprises a pair of counter-rotating rollers (42, 44), the rollers arranged to receive the fluid and generate a mist from the fluid by stretching the fluid between diverging surfaces of the rollers. a casing configured to fit into a hand of a user; a nozzle in the casing arranged to dispense a mist; a fluid reservoir contained in the casing to hold a fluid to be turned into the mist; a filament extension atomizer contained in the casing to receive fluid from the reservoir and to generate the mist; an air source contained in the casing, the air source arranged adjacent the filament extension atomizer to provide air flow to direct the mist to the nozzle; a motor contained in the casing, the motor connected to the filament extension atomizer to operate the filament extension atomizer; an actuator positioned on the casing to allow the user to activate the dispenser; a control circuit contained in the casing, the control circuit electrically connected to the motor and the actuator to receive a signal from the actuator and to send a signal to the motor to cause the motor to actuate; and a power source contained in the casing, the power source electrically connected to the control circuit and the motor to provide power to the motor upon receive a signal from the control circuit, characterized in that the filament extension atomizer comprises a pair of counter-rotating rollers (42, 44), the rollers arranged to receive the fluid and generate a mist from the fluid by stretching the fluid between diverging surfaces of the rollers.
A method, performed on a cluster member, for supporting message pre-processing in a distributed data grid operating on one or more microprocessors, comprising: associating a message bus with a service thread on the cluster member in the distributed data grid and associating a thread pool with the message bus, wherein the thread pool contains a plurality of input/output, "I/O", threads; receiving one or more incoming messages at the message bus using at least one of said plurality of I/O threads; and pre-processing said one or more incoming messages on said at least one of said plurality of I/O threads before each of said one or more incoming messages is delivered to said service thread in the distributed data grid, wherein said pre-processing includes deserializing each of said one or more incoming messages using said at least one of said plurality of I/O threads. associating a message bus with a service thread on the cluster member in the distributed data grid and associating a thread pool with the message bus, wherein the thread pool contains a plurality of input/output, "I/O", threads; receiving one or more incoming messages at the message bus using at least one of said plurality of I/O threads; and pre-processing said one or more incoming messages on said at least one of said plurality of I/O threads before each of said one or more incoming messages is delivered to said service thread in the distributed data grid, wherein said pre-processing includes deserializing each of said one or more incoming messages using said at least one of said plurality of I/O threads.
Method for producing packs for products in the cigarette industry, wherein a plurality of groups of products are wrapped in a common wrapper together with a separating element, which at least partially separates the groups, wherein first of all the separating element is introduced into a mount (75, 76) in a pocket and then the groups of products are introduced into accommodating spaces in the pocket such that a separating wall of the separating element is arranged between at least two groups of products, and wherein, finally, the groups of products, together with the separating element, are pushed out of the pocket and are wrapped in a wrapper, characterized by the following features: a) the separating wall is at least partially retained in the pocket by a guide, which projects into the pocket or into the accommodation spaces, wherein the guide is designed to stabilize the separating wall laterally, b) the at least two groups of products are pushed into the pocket such that the separating wall is positioned between the at least two groups of products, c) while the groups of products are being fed, the guide is at least partially moved out of the accommodating spaces for the groups of products, and in particular out of the separating wall, and therefore the separating wall is retained between the groups of products. a) the separating wall is at least partially retained in the pocket by a guide, which projects into the pocket or into the accommodation spaces, wherein the guide is designed to stabilize the separating wall laterally, b) the at least two groups of products are pushed into the pocket such that the separating wall is positioned between the at least two groups of products, c) while the groups of products are being fed, the guide is at least partially moved out of the accommodating spaces for the groups of products, and in particular out of the separating wall, and therefore the separating wall is retained between the groups of products.
A carbon black dispersion solution comprising: carbon black; a dispersion medium; and partially hydrogenated nitrile rubber having a residual double bond value of 0.5% by weight to 40% by weight calculated according to the following Mathematical Formula 1, wherein dispersed particle diameters of the carbon black have particle size distribution D 50 of 0.1 μm to 2 μm: RDB % by weight = BD weight / BD weight + HBD weight × 100 in Mathematical Formula 1, BD means a conjugated diene-derived structure unit and HBD means a hydrogenated conjugated diene-derived structure unit; wherein the carbon black is comprised in 10% by weight to 30% by weight based on the whole dispersion solution, wherein the partially hydrogenated nitrile rubber is comprised in 5 parts by weight to 50 parts by weight with respect to 100 parts by weight of the carbon black, and wherein D 50 is calculated by introduction of the carbon black dispersion solution into a laser diffraction particle size measuring device. carbon black; a dispersion medium; and partially hydrogenated nitrile rubber having a residual double bond value of 0.5% by weight to 40% by weight calculated according to the following Mathematical Formula 1, wherein dispersed particle diameters of the carbon black have particle size distribution D 50 of 0.1 μm to 2 μm: RDB % by weight = BD weight / BD weight + HBD weight × 100 in Mathematical Formula 1, BD means a conjugated diene-derived structure unit and HBD means a hydrogenated conjugated diene-derived structure unit; wherein the carbon black is comprised in 10% by weight to 30% by weight based on the whole dispersion solution, wherein the partially hydrogenated nitrile rubber is comprised in 5 parts by weight to 50 parts by weight with respect to 100 parts by weight of the carbon black, and wherein D 50 is calculated by introduction of the carbon black dispersion solution into a laser diffraction particle size measuring device.
A relay transmission configuration method for a PLC system, comprising: scheduling, by a domain master node, a transmission slot in a first media access control, MAC, period, wherein the first MAC period comprises m transmission time windows in different channel states, and m is an integer greater than 0, wherein the channel state indicates a state in which a channel quality parameter value of a transmission path remains stable in a time interval; determining, by the domain master node, a location of the scheduled transmission slot; and the method characterised by comprising: sending, by the domain master node, transmission slot configuration information to a relay node, where the transmission slot configuration information is used to indicate the location of the transmission slot, and the location of the transmission slot and locations of the m transmission time windows are used to determine gain information. scheduling, by a domain master node, a transmission slot in a first media access control, MAC, period, wherein the first MAC period comprises m transmission time windows in different channel states, and m is an integer greater than 0, wherein the channel state indicates a state in which a channel quality parameter value of a transmission path remains stable in a time interval; determining, by the domain master node, a location of the scheduled transmission slot; and the method characterised by comprising: sending, by the domain master node, transmission slot configuration information to a relay node, where the transmission slot configuration information is used to indicate the location of the transmission slot, and the location of the transmission slot and locations of the m transmission time windows are used to determine gain information.
Method for mounting a solar collector, the solar collector comprising a solar absorber, a transparent cover, a frame and optionally a rear wall, wherein the frame comprises a plurality of frame parts (201, 202), the method comprising the steps of a. optionally: holding the rear wall in a position H1 b. on two first frame parts, wherein each first frame part has at least one frame opening, preferably two frame openings: inserting a mounting mandrel into each frame opening and holding the first frame parts by means of the mounting mandrels, c. on the solar absorber, wherein the solar absorber has at least two absorber openings, preferably four absorber openings: inserting the same mounting mandrels into the absorber openings and holding the solar absorber in a position H2, in particular parallel in front of the rear wall, by means of the mounting mandrels, d. holding the cover in a position H3 parallel in front of the solar absorber, e. pushing the first frame parts onto the solar absorber and the cover and optionally onto the rear wall. a. optionally: holding the rear wall in a position H1 b. on two first frame parts, wherein each first frame part has at least one frame opening, preferably two frame openings: inserting a mounting mandrel into each frame opening and holding the first frame parts by means of the mounting mandrels, c. on the solar absorber, wherein the solar absorber has at least two absorber openings, preferably four absorber openings: inserting the same mounting mandrels into the absorber openings and holding the solar absorber in a position H2, in particular parallel in front of the rear wall, by means of the mounting mandrels, d. holding the cover in a position H3 parallel in front of the solar absorber, e. pushing the first frame parts onto the solar absorber and the cover and optionally onto the rear wall.
Method for dispatching an alert message in a telecommunications network, this method comprising: - a step of intercepting, by a platform device (20, 20', 20"), a call setup request emitted by a calling device destined for a called device, - upon said interception, a step of emitting by said platform device (20, 20', 20"), a call setup request (rq1, INVITE (Alert-info)) to said called device, said emission participating in the phase of call setup between said calling device and said called device, said method being characterized in that it furthermore comprises: - subsequent to said interception, a step of receiving, by said platform device (20, 20') or by a server included in a system comprising said platform device, a multimedia stream emitted by the calling device, and - a step (E30, E30') of transmitting, by said platform device or by said server, to said called device during said setup phase of said call, at least one part of said multimedia stream, said part being able to be restored, at least partially, by alert means of said called device. - a step of intercepting, by a platform device (20, 20', 20"), a call setup request emitted by a calling device destined for a called device, - upon said interception, a step of emitting by said platform device (20, 20', 20"), a call setup request (rq1, INVITE (Alert-info)) to said called device, said emission participating in the phase of call setup between said calling device and said called device, - subsequent to said interception, a step of receiving, by said platform device (20, 20') or by a server included in a system comprising said platform device, a multimedia stream emitted by the calling device, and - a step (E30, E30') of transmitting, by said platform device or by said server, to said called device during said setup phase of said call, at least one part of said multimedia stream, said part being able to be restored, at least partially, by alert means of said called device.