mhurhangee/ep-ind-claims huggingface dataset:
A cable jacket composition comprising a multimodal olefin copolymer, wherein the multimodal olefin copolymer has density of 0.935-0.960 g/cm 3 measured according to ISO 1183-1:2004 on compression molded specimen prepared according to EN ISO 1872-2; MFR 2 of 2.2-10.0 g/10 min measured according to ISO 1133-1 at 190°C, and a molecular weight distribution of 7 to 12, determined by gel permeation chromatography according to ISO 16014-1:2003, ISO 16014-2:2003, ISO 16014-4:2003 and ASTM D 6474-12, and the composition has ESCR of at least 2000 hours measured according to IEC 60811-406, method B and cable shrinkage of 0.70% or lower measured as disclosed in the specification.
A filter system, in particular an air filter system, comprising: a housing comprising a first housing part and a second housing part; a fluid inlet formed in the first housing part; a fluid outlet formed in the second housing part; and a filter element being accommodated in the housing, and comprising: a filter body with a filter medium enclosed by a circumferential frame element; and structure elements protruding from a circumference of the filter element, the structure elements comprising grooves respectively in circumference walls of the structure elements, wherein the first housing part comprises a receiving part for receiving the filter element, the receiving part comprising counter elements respectively corresponding to the structure elements, and the counter elements being breakthroughs that are arranged circumferentially on and formed through a wall of the receiving part, and wherein the grooves included in the structure elements are for receiving edges of the breakthroughs of the counter elements in a sealing manner when the filter element is arranged in the receiving part. a housing comprising a first housing part and a second housing part; a fluid inlet formed in the first housing part; a fluid outlet formed in the second housing part; and a filter element being accommodated in the housing, and comprising: a filter body with a filter medium enclosed by a circumferential frame element; and structure elements protruding from a circumference of the filter element, the structure elements comprising grooves respectively in circumference walls of the structure elements, wherein the first housing part comprises a receiving part for receiving the filter element, the receiving part comprising counter elements respectively corresponding to the structure elements, and the counter elements being breakthroughs that are arranged circumferentially on and formed through a wall of the receiving part, and wherein the grooves included in the structure elements are for receiving edges of the breakthroughs of the counter elements in a sealing manner when the filter element is arranged in the receiving part. a filter body with a filter medium enclosed by a circumferential frame element; and structure elements protruding from a circumference of the filter element, the structure elements comprising grooves respectively in circumference walls of the structure elements, wherein the first housing part comprises a receiving part for receiving the filter element, the receiving part comprising counter elements respectively corresponding to the structure elements, and the counter elements being breakthroughs that are arranged circumferentially on and formed through a wall of the receiving part, and wherein the grooves included in the structure elements are for receiving edges of the breakthroughs of the counter elements in a sealing manner when the filter element is arranged in the receiving part.
A hub assembly with a freewheel mechanism for a wheel of a bicycle or the like, comprising: - a central shaft defining a longitudinal axis; - a hub body with a substantially cylindrical inner cavity and means for connection to a bicycle wheel, said body being pivotally mounted to said shaft near one of its longitudinal ends (3, 4); - a substantially tubular freehub body pivotally mounted to said shaft near the other of its longitudinal ends (3, 4); - at least one pair of freewheel bearings (39, 40) in coaxially adjacent positions, with one-way rollers; characterized in that it comprises a cylindrical sleeve which is coupled in cantilever fashion to one end of said freehub body and is adapted to be fitted into said inner cavity of the body coaxial to said shaft, both freewheel bearings (39, 40) being locked in said inner cavity of the hub body in an axially staggered position relative to said freehub body, with the one-way rollers directly interacting with said sleeve. - a central shaft defining a longitudinal axis; - a hub body with a substantially cylindrical inner cavity and means for connection to a bicycle wheel, said body being pivotally mounted to said shaft near one of its longitudinal ends (3, 4); - a substantially tubular freehub body pivotally mounted to said shaft near the other of its longitudinal ends (3, 4); - at least one pair of freewheel bearings (39, 40) in coaxially adjacent positions, with one-way rollers;
A fixing device for vehicle doors, comprising: a door lock striker (4; 64) adapted to be arranged on a first panel that is one of a vehicle body panel and a door panel; a fixed shim (22; 62) adapted to be fixed to a second panel that is the other one of the vehicle body panel and the door panel, wherein the fixed shim (22; 62) has two inclined surfaces that are movable relative to the door lock striker (4; 64) on opposite sides of the door lock striker (4; 64); and a movable shim (23; 63) adapted to be arranged on the first panel, wherein the movable shim (23; 63) has two inclined surfaces arranged on opposite sides of the door lock striker (4; 64), and the inclined surfaces are urged to be pressed against the inclined surfaces of the fixed shim (22; 62), the door lock striker (4; 64) includes a leg portion projected from a panel surface of the first panel, the movable shim (23; 63) includes two shim bodies (31; 51) configuring the two inclined surfaces of the movable shim (23; 63) and a connecting portion that connects the shim bodies (31; 51) together at rear end portions (31 a) of the shim bodies (31; 51) that are pressed against the fixed shim (22; 62) and moved rearward, the fixing device for vehicle doors being characterized in that the connecting portion has an arched shape protruding in a direction in which the leg portion is projected. a door lock striker (4; 64) adapted to be arranged on a first panel that is one of a vehicle body panel and a door panel; a fixed shim (22; 62) adapted to be fixed to a second panel that is the other one of the vehicle body panel and the door panel, wherein the fixed shim (22; 62) has two inclined surfaces that are movable relative to the door lock striker (4; 64) on opposite sides of the door lock striker (4; 64); and a movable shim (23; 63) adapted to be arranged on the first panel, wherein the movable shim (23; 63) has two inclined surfaces arranged on opposite sides of the door lock striker (4; 64), and the inclined surfaces are urged to be pressed against the inclined surfaces of the fixed shim (22; 62), the door lock striker (4; 64) includes a leg portion projected from a panel surface of the first panel, the movable shim (23; 63) includes two shim bodies (31; 51) configuring the two inclined surfaces of the movable shim (23; 63) and a connecting portion that connects the shim bodies (31; 51) together at rear end portions (31 a) of the shim bodies (31; 51) that are pressed against the fixed shim (22; 62) and moved rearward, the fixing device for vehicle doors being characterized in that the connecting portion has an arched shape protruding in a direction in which the leg portion is projected.
Multi-needle quilting machine comprising at least a base, an introduction unit configured to feed at least a material to be quilted in a direction of feed and at least a stitching unit (80, 81) to make stitches on at least one material, wherein said machine comprises a first stitching unit and at least a second stitching unit each provided with at least one row (13, 42) of needles with an oblong development along a respective longitudinal axis, at least said second stitching unit being installed on at least one platform (22, 31) selectively translatable with respect to said base, in a direction of movement substantially orthogonal to said direction of feed, characterized in that at least said first stitching unit is able to be stationary positioned with respect to said base, and in that cutting devices are associated with said row of needles of the first stitching unit and are configured to cut said material in a direction parallel to said direction of feed, said cutting device being driven by the alternate motion to which said row of needles of the first stitching unit are subjected.
A display apparatus comprising: a wireless power receiver configured to wirelessly receive power from an external power source to supply power to the display apparatus; a display configured to display an image based on a received image signal; communication circuitry configured to communicate with the external power source; information acquiring circuitry configured to acquire information about a distance between the display apparatus and a user; and a controller configured to determine consumption power of the display apparatus, to control the communication circuitry to provide information about the determined consumption power to the external power source, and to reduce consumption power by adjusting at least one from among brightness of the display and quality of the image if it is determined, based on the acquired information, that the user is within a predetermined critical distance of the display apparatus while displaying the image on the display, wherein the controller is further configured to control the display to display a user interface, to receive a user input through the user interface to set setup information for reducing the consumption power when the user is within the predetermined critical distance of the display apparatus, and to reduce the consumption power based on the setup information, wherein the setup information includes information about at least one of whether to decrease the brightness of the display or whether to decrease the quality of the image. a wireless power receiver configured to wirelessly receive power from an external power source to supply power to the display apparatus; a display configured to display an image based on a received image signal; communication circuitry configured to communicate with the external power source; information acquiring circuitry configured to acquire information about a distance between the display apparatus and a user; and a controller configured to determine consumption power of the display apparatus, to control the communication circuitry to provide information about the determined consumption power to the external power source, and to reduce consumption power by adjusting at least one from among brightness of the display and quality of the image if it is determined, based on the acquired information, that the user is within a predetermined critical distance of the display apparatus while displaying the image on the display, wherein the controller is further configured to control the display to display a user interface, to receive a user input through the user interface to set setup information for reducing the consumption power when the user is within the predetermined critical distance of the display apparatus, and to reduce the consumption power based on the setup information, wherein the setup information includes information about at least one of whether to decrease the brightness of the display or whether to decrease the quality of the image.
A customer communication service system, comprising: a) a call processing network for enabling communications between a voice client and an agent having a communications interface (109, 112) connected to a communications network and a pool of common voice trunks; b) means for connecting voice client communications to the call processing network; c) means for connecting geographically distributed agent communications from multiple call center sites to the call processing network; d) the call processing network for enabling communications between a web client and an agent having a data network interface connected to a global data communications network; e) means for connecting web client communications to the call processing network via the global data communications network by at least one means selected from the group consisting of e-mail message transmission means, chat message transmission means, facsimile transmission means, digital video transmission means and digital voice transmission means; and f) means for connecting geographically distributed agent communications from multiple call center sites to the call processing network via the global data communication network wherein the call processing network is configured to dynamically allocate one or more of the common trunks to at least one of the multiple call centre sites in dependence on a pre-allocated trunk-to-agent ratio. a) a call processing network for enabling communications between a voice client and an agent having a communications interface (109, 112) connected to a communications network and a pool of common voice trunks; b) means for connecting voice client communications to the call processing network; c) means for connecting geographically distributed agent communications from multiple call center sites to the call processing network; d) the call processing network for enabling communications between a web client and an agent having a data network interface connected to a global data communications network; e) means for connecting web client communications to the call processing network via the global data communications network by at least one means selected from the group consisting of e-mail message transmission means, chat message transmission means, facsimile transmission means, digital video transmission means and digital voice transmission means; and f) means for connecting geographically distributed agent communications from multiple call center sites to the call processing network via the global data communication network wherein the call processing network is configured to dynamically allocate one or more of the common trunks to at least one of the multiple call centre sites in dependence on a pre-allocated trunk-to-agent ratio.
A stair lift comprising a rail which is mounted along a staircase, at least partially at an angle to the horizontal plane, and a frame which is movable along the rail, on which a chair is mounted, which frame is provided with support and drive means that engage the rail, wherein the chair is rotatable about a vertical axis relative to the frame between two extreme rotated positions, wherein the chair comprises a seat on which a person can be seated and wherein the chair comprises a footrest on which a person seated on the seat can rest his or her feet, characterised in that the seat and the footrest are each rotatable at mutually different angles about the vertical axis to extreme rotated positions, and wherein the rotation of the footrest is coupled to the rotation of the seat via coupling means, wherein in at least one extreme position of the seat said extreme position of the footrest is less far rotated than the extreme position of the seat.
A method comprising: transmitting an in situ mechanical wave through a roll for metalworking at an in situ temperature; and measuring an in situ propagation time of the in situ mechanical wave through the roll at a first location, characterized in that the method further comprises: comparing the in situ propagation time with a reference propagation time of a reference mechanical wave through the roll at a reference temperature and thereby determining an amount of thermal expansion of the roll between the reference temperature and the in situ temperature. transmitting an in situ mechanical wave through a roll for metalworking at an in situ temperature; and measuring an in situ propagation time of the in situ mechanical wave through the roll at a first location,
A method for monitoring an echo affected communication link between at least two subscribers (10, 50) by means of a single echo monitoring device that is connected to a predetermined interface of the communication link, comprising the following method steps: a communication link is established between a first subscriber and a second subscriber (10, 50); audio signals are transmitted from the first subscriber to the second subscriber; at the predetermined interface of the communication link, the audio signals transmitted over a forward channel and the echo signals arriving via a return channel of the communication link are recorded in a recording means of the echo monitoring device; the recorded audio and echo signals are stored as audio data and echo data in an audio file, wherein the audio data and the echo data are stored separately in the audio file, and wherein the audio and echo signals are extracted, converted into analogue signals and recorded in the audio file by the recording means; and the audio and echo data stored in the audio file are subjected to echo analysis in an echo analyser of the echo monitoring device, in order to determine the echo parameters. a communication link is established between a first subscriber and a second subscriber (10, 50); audio signals are transmitted from the first subscriber to the second subscriber; at the predetermined interface of the communication link, the audio signals transmitted over a forward channel and the echo signals arriving via a return channel of the communication link are recorded in a recording means of the echo monitoring device; the recorded audio and echo signals are stored as audio data and echo data in an audio file, wherein the audio data and the echo data are stored separately in the audio file, and wherein the audio and echo signals are extracted, converted into analogue signals and recorded in the audio file by the recording means; and the audio and echo data stored in the audio file are subjected to echo analysis in an echo analyser of the echo monitoring device, in order to determine the echo parameters.
Beta-voltaic battery comprising a housing and a cover, semiconductor converters (2, 6, 7) based on p-n or p-i-n structures made of silicon, A3B5 compounds, solid solutions of aluminum, gallium, nitrogen or phosphorus (or all of them), made with profiled doping, insulating and radioisotope elements (4, 5, 16, 17) and conductive contacts (8, 10, 11) that can be configured to make one or several packs connected in parallel and (or) in series to achieve the required output power, wherein the semiconductor converters (2, 6, 7) are made with an area of space charge over the entire width of the semiconductor converter (2, 6, 7) stacked to form at least one pack assembled from the semiconductor converters (2, 6, 7), with opposite-polar surfaces of which facing each other, current-carrying radioisotope elements are placed between opposite-polar surfaces, the packs are separated by insulating elements (4, 16, 17), characterized in that grooves are evenly spaced along the perimeter of the insulating elements (4, 16, 17), wherin the number of the grooves is equal to or more than twice the number of packs in the battery; the opposite grooves are provided with conductive contacts, one of which is brought to the lower surface of the insulating element in the region of the groove, and the second one is brought to the upper surface, while the conductive contacts (8, 10, 11) of the insulating elements (4, 16, 17) being designed in such a way that these can be electrically connected to both the conductive contacts (8, 10, 11) of the extreme semiconductor converters (2, 6, 7) of each pack and a controller.
Method for transmitting electronic mail messages by using a short message service, wherein a short message is used in a first communication network to transmit an electronic mail message and also address and/or identification data for the transmission of the electronic mail message in a second communication network, wherein the short message comprises a second piece of header information and a data portion, wherein a signalling entry in the second piece of header information indicates the presence of a first piece of header information in the data portion, wherein the first piece of header information has signalling for the presence of at least one data field (20, 25, 30, 35) that comprises the address and/or identification data and wherein each of the at least one data field (20, 25, 30, 35) is characterized by a respective keyword for the transmission in the data portion and each keyword is placed at the beginning of the associated data field (20, 25, 30, 35) characterized in that the at least one data field (20, 25, 30, 35) is transmitted in the data portion outside the first piece of header information and the second piece of header information.
A process for producing a composite lay up tool that comprises a metal faceplate on a support member compatible with the faceplate, which process comprises forming the metal faceplate by cold-gas dynamic spraying of particles of the metal onto a substrate and forming the support member by casting of a ceramic composition.
An additive for a lubricating composition comprising: an ionic tetrahedral borate compound comprising a cation and a tetrahedral borate anion which comprises a boron atom, the borate anion having at least one bidentate di-oxo ligand formed from reaction of a trivalent boron compound and an aliphatic di-hydroxyl compound, wherein the aliphatic di-hydroxyl compound is a tartrimide, and wherein the borate anion is substantially free of a bidentate aromatic dioxo ligand. an ionic tetrahedral borate compound comprising a cation and a tetrahedral borate anion which comprises a boron atom, the borate anion having at least one bidentate di-oxo ligand formed from reaction of a trivalent boron compound and an aliphatic di-hydroxyl compound, wherein the aliphatic di-hydroxyl compound is a tartrimide, and wherein the borate anion is substantially free of a bidentate aromatic dioxo ligand.
Limited rotation slewing ring crane comprising: a pedestal, a column rotatively coupled, about a first rotation axis, to the pedestal by a slewing ring rotative coupling, means for limiting the relative rotation of the column with respect to the pedestal, and a rotative sensor adapted to measure a rotation angle of the column with respect to the pedestal, wherein said rotation sensor comprises: - a tubular body, axially extending from the base of the column, rotatively integral with the same and axially protruding from the same towards the inside of the pedestal; - a stationary body connected to the pedestal and a wheel, rotatable with respect to the stationary body about a second rotation axis, which is meshed by the tubular body, wherein the second rotation axis of the wheel with respect to the stationary body is offset with respect to the first rotation axis of the column with respect to the pedestal; - means for sensing the angular position of the wheel with respect to the stationary body; - a plurality of hydraulic tubes and/or electric cables passing through said tubular body. - a tubular body, axially extending from the base of the column, rotatively integral with the same and axially protruding from the same towards the inside of the pedestal; - a stationary body connected to the pedestal and a wheel, rotatable with respect to the stationary body about a second rotation axis, which is meshed by the tubular body, wherein the second rotation axis of the wheel with respect to the stationary body is offset with respect to the first rotation axis of the column with respect to the pedestal; - means for sensing the angular position of the wheel with respect to the stationary body; - a plurality of hydraulic tubes and/or electric cables passing through said tubular body.