mhurhangee/ep-ind-claims huggingface dataset:
A brake caliper housing comprising: a first end wall; a second end wall disposed opposite the first end wall; a transverse wall that extends from the first end wall to the second end wall; an interface wall that extends from the first end wall, the second end wall, and the transverse wall, the interface wall cooperating with the first end wall, the second end wall, and the transverse wall to at least partially define a cavity and the interface wall defining an opening of the cavity; a first bearing protrusion that extends from the first end wall and the transverse wall, the first bearing protrusion defining a first lateral bearing surface that is disposed substantially parallel to the first end wall and a first arcuate bearing surface that extends from the first lateral bearing surface, characterised in that a second bearing protrusion that extends from the first end wall, the second bearing protrusion defining a second lateral bearing surface that is disposed substantially parallel to the first end wall and a second arcuate bearing surface that extends from the second lateral bearing surface, wherein the first lateral bearing surface and the second lateral bearing surface are adapted to support an operating shaft. a first end wall; a second end wall disposed opposite the first end wall; a transverse wall that extends from the first end wall to the second end wall; an interface wall that extends from the first end wall, the second end wall, and the transverse wall, the interface wall cooperating with the first end wall, the second end wall, and the transverse wall to at least partially define a cavity and the interface wall defining an opening of the cavity; a first bearing protrusion that extends from the first end wall and the transverse wall, the first bearing protrusion defining a first lateral bearing surface that is disposed substantially parallel to the first end wall and a first arcuate bearing surface that extends from the first lateral bearing surface, characterised in that a second bearing protrusion that extends from the first end wall, the second bearing protrusion defining a second lateral bearing surface that is disposed substantially parallel to the first end wall and a second arcuate bearing surface that extends from the second lateral bearing surface, wherein the first lateral bearing surface and the second lateral bearing surface are adapted to support an operating shaft.
A method for producing a laminar product that has components that at least partially contain cellulose, in particular are made of paper or cardboard, and that has a carrier part, there being formed by means of at least one forming tool individual moulded elements which are an integral or separate component of the assignable carrier part and are formed at least partially projecting over the latter, the forming tool being provided with a plurality of mould cavities in which the moulded elements are formed individually by introducing a suspension containing cellulose into the respective cavity such that the respective moulded element is provided, like a mushroom, with a head part with a diameter that is widened with respect to a diameter of the assigned stem part that tapers towards the carrier part, at least in the base transition region, and that the respective moulded elements are only removed from the mould cavity when they have at least partially solidified or hardened in the latter due to drying.
A semiconductor laser device comprising: a substrate; a first semiconductor layer of first conductivity type; an active layer; a second semiconductor layer of second conductivity type that is different from the first conductivity type; a waveguide region that is formed in a stripe shape in said first semiconductor layer, said active layer and said second semiconductor layer so that current is restricted to flow in said waveguide region; and resonance surfaces that are substantially perpendicular to said waveguide region; wherein a plurality of recesses are formed at the surface of said second semiconductor layer in a region that is, in a plan view, apart from said waveguide region and is in the vicinity of one of said resonance surfaces, said recesses having a planar configuration for which tangent changes its direction continuously or which is constituted from sides that are inclined from said resonance surfaces, and a straight groove, which is apart from said recesses, is formed along at least one of said resonance surfaces. a substrate; a first semiconductor layer of first conductivity type; an active layer; a second semiconductor layer of second conductivity type that is different from the first conductivity type; a waveguide region that is formed in a stripe shape in said first semiconductor layer, said active layer and said second semiconductor layer so that current is restricted to flow in said waveguide region; and resonance surfaces that are substantially perpendicular to said waveguide region; wherein a plurality of recesses are formed at the surface of said second semiconductor layer in a region that is, in a plan view, apart from said waveguide region and is in the vicinity of one of said resonance surfaces, said recesses having a planar configuration for which tangent changes its direction continuously or which is constituted from sides that are inclined from said resonance surfaces, and a straight groove, which is apart from said recesses, is formed along at least one of said resonance surfaces.
Plug connector, comprising a housing, a latching element, which is pivotably supported on the housing and with which the plug connector is attachable to a mating plug connector, and a sealing element, which is arranged between the latching element and the housing, characterized in that the sealing element has a first attachment region for attaching the sealing element to the latching element and a second attachment region for attaching the sealing element to the housing, wherein the sealing element has, between the first attachment region and the second attachment region, an elastically deformable connecting region by way of which the first attachment region is movable relative to the second attachment region when a pivot movement of the latching element occurs, wherein the connecting region of the sealing element is U-shaped.
An active element-added optical fiber comprising a core, wherein the core includes a first region and a second region, the first region is a region from a central axis to a radius ra, and an active element configured to be pumped by pumping light is added to the first region, the second region is a region that surrounds the first region with no gap and extends to an outer peripheral surface of the core, and the active element is not added to the second region, when a radius of the core is d, 0.1d < ra < d, when a distance from a central axis in a radial direction of the core is r, in a region of 0.2d < r ≤ 0.9d, at least one maximum value position where a refractive index is maximum at a refractive index higher than an average value of a refractive index in a region of 0 ≤ r ≤ 0.9d exists, characterized in that an average value of a refractive index in a region of 0.1d ≤ r ≤ 0.8ra is higher than an average value of a refractive index in a region of 1.1ra ≤ r ≤ 0.9d. the core includes a first region and a second region, the first region is a region from a central axis to a radius ra, and an active element configured to be pumped by pumping light is added to the first region, the second region is a region that surrounds the first region with no gap and extends to an outer peripheral surface of the core, and the active element is not added to the second region, when a radius of the core is d, 0.1d < ra < d, when a distance from a central axis in a radial direction of the core is r, in a region of 0.2d < r ≤ 0.9d, at least one maximum value position where a refractive index is maximum at a refractive index higher than an average value of a refractive index in a region of 0 ≤ r ≤ 0.9d exists, characterized in that an average value of a refractive index in a region of 0.1d ≤ r ≤ 0.8ra is higher than an average value of a refractive index in a region of 1.1ra ≤ r ≤ 0.9d.
Seed coating composition comprising one or more water-insoluble acrylic polymers with a T g of at least 60 °C, characterized in that the seed coating composition has a Minimum Film Forming Temperature (MFFT) at least 10 °C lower than the Tg of the one or more water-insoluble polymers, and one or more additional acrylic polymers with a T g of less than 10 °C and has a weight ratio of total water-insoluble acrylic polymers with a T g of at least 60 °C to total additional acrylic polymers with a T g of less than 10 °C in the range of 10:1 to 1:5.-
A generally parallelogram-shaped cutting insert, comprising: a top face comprising a rake cutting face; a bottom face; first and second main radial clearance faces (16a,16b), each intersecting the top face; first and second minor axial clearance faces (17a,17b), each intersecting the top face and connecting the first and second main radial clearance faces; and a main cutting edge at the intersection of the top face and the first main radial clearance face; wherein the first main radial clearance face and the second main radial clearance face each comprise at least two radial clearance surfaces; and the first minor axial clearance face and the second minor axial clearance face each comprise at least two axial clearance surfaces; and wherein the generally parallelogram-shaped cutting insert comprises a, variable radial rake angle along the length of the main cutting edge, characterised in that the main cutting edge comprises a portion having a positive radial rake angle and a portion having a negative radial rake angle; wherein at least one axial clearance face includes a notch; and wherein the radial rake angle is formed between a top plane parallel to the bottom face and intersecting the main cutting edge and the rake cutting face measured perpendicular to the main cutting edge. a top face comprising a rake cutting face; a bottom face; first and second main radial clearance faces (16a,16b), each intersecting the top face; first and second minor axial clearance faces (17a,17b), each intersecting the top face and connecting the first and second main radial clearance faces; and a main cutting edge at the intersection of the top face and the first main radial clearance face; wherein the first main radial clearance face and the second main radial clearance face each comprise at least two radial clearance surfaces; and the first minor axial clearance face and the second minor axial clearance face each comprise at least two axial clearance surfaces; and wherein
Capacitive driving system, comprising: - a supply device having a top surface, the supply device comprising at least one set of transmission electrodes (111, 112) located at said top surface, and a power generator having two output terminals (14, 15) coupled to respective ones of the transmission electrodes (111, 112), wherein the power generator is adapted to generate electrical power having at said output terminals (14, 15) alternating voltage at a certain power frequency (fP); - at least one load device having a lower surface, the load device comprising two receiver electrodes (221, 222) at said lower surface and at least one load member coupled to said receiver electrodes (221, 222); wherein the supply device and the load device have an energy transfer position in which the lower surface of the load device is directed to the top surface of the supply device and in which at least one of said transmission electrodes together with a corresponding one of said receiver electrodes defines a first transfer capacitor; wherein, in the energy transfer position, resonant energy transfer takes place from the supply device to the load member; and wherein, in the energy transfer position, at least said corresponding one receiver electrode has a displacement freedom with respect to the corresponding transmission electrode for enabling amendment of the capacitance value of said first transfer capacitor, characterized in that the load device is an illumination load device and said load member comprises at least one LED, wherein the load device as a whole has a displacement freedom in at least one direction parallel to the top surface of the supply device for enabling amendment of the capacitance value of said first transfer capacitor, and wherein the capacitive driving system is provided with rotary positioning means (301, 302) that are adapted to prevent shifting the respective load devices along the top surface of the supply device but to allow a rotary movement of the respective load devices around a rotary axis perpendicular to the top surface of the supply device. - a supply device having a top surface, the supply device comprising at least one set of transmission electrodes (111, 112) located at said top surface, and a power generator having two output terminals (14, 15) coupled to respective ones of the transmission electrodes (111, 112), wherein the power generator is adapted to generate electrical power having at said output terminals (14, 15) alternating voltage at a certain power frequency (fP); - at least one load device having a lower surface, the load device comprising two receiver electrodes (221, 222) at said lower surface and at least one load member coupled to said receiver electrodes (221, 222);
Disposal device for organic waste with a storage tank, which has one wall and at least one opening, wherein the wall delimits the storage tank to the exterior, and wherein the at least one opening is disposed in the wall, and with one filling unit, wherein the filling unit has a filling opening and is connected with the opening in the wall of the storage tank, the wall of the storage tank is embedded at least sectionally in a thermal mass, which is or has soil, characterised in that - the filling unit, which connects the filling opening with the opening in the wall of the storage tank, is formed at least partially the form of a funnel and tapering in disposal direction and has a lid which closes the filling opening to the exterior, - wherein the lid has an overlapping edge and/or a seal, - wherein the filling unit is furnished with a water purifying device, which is disposed at a lower end of the funnel and has a nozzle for the output and distribution of water, - wherein the nozzle opens within the filling unit and - wherein the water purifying device has a release device which is formed as contact plate on the exterior of the filling unit at the height and/or foot height or is formed as floor plate. - the filling unit, which connects the filling opening with the opening in the wall of the storage tank, is formed at least partially the form of a funnel and tapering in disposal direction and has a lid which closes the filling opening to the exterior, - wherein the lid has an overlapping edge and/or a seal, - wherein the filling unit is furnished with a water purifying device, which is disposed at a lower end of the funnel and has a nozzle for the output and distribution of water, - wherein the nozzle opens within the filling unit and - wherein the water purifying device has a release device which is formed as contact plate on the exterior of the filling unit at the height and/or foot height or is formed as floor plate.
In combination a pump housing, having an outer casing, a fixing pin having a cammed surface, and a pump liner received within the pump housing which is structured for securement to a pedestal or frame, the pump liner comprising opposed side wall portions and a peripheral wall portion defining a pumping chamber therebetween, and a discharge outlet extending from the pumping chamber, each side wall portion having an opening (31, 32) therein, characterised in that at least one of the openings (31, 32) has a peripheral flange extending therearound and projecting outwardly from the side wall portion, said flange having a radially-extending follower having an inner side structured for orientation about a pedestal or frame of a pump and an outer side in opposed orientation to said inner side, said outer side defining a portion of a peripheral groove in the outer side of said flange, said peripheral groove including an outer side wall which has an inclined face, the inclined face being structured to receive the cammed surface of the fixing pin thereagainst.
A thread rolling tool for rolling and/or repairing a thread with (a) a tool body, (b) a profiled roller that is mounted to the tool body and (c) at least one counter roller (14.1), which - has a counter roller rotational axis (D 14.1) and - is mounted to the tool body, (d) wherein the tool body - has a base body and - an arm, (e) at least one of the rollers (14.1, 14.2, 36) is mounted on the base body, (f) at least one of the rollers (14.1, 14.2, 36) is fixed to the arm and that (g) the arm can be put in - a locking position, in which the tool body is locked around a work piece, and - an opening position in which the arm can be moved relative to the base board in such a way that the work piece can be removed, characterised by the fact that (h) the profiled roller and/or the at least one counter roller is mounted so that it is axially displaceable and (i) the profiled roller has a profiled roller profile that has a pitch. (a) a tool body, (b) a profiled roller that is mounted to the tool body and (c) at least one counter roller (14.1), which - has a counter roller rotational axis (D 14.1) and - is mounted to the tool body, - has a counter roller rotational axis (D 14.1) and - is mounted to the tool body, (d) wherein the tool body - has a base body and - an arm, - has a base body and - an arm, (e) at least one of the rollers (14.1, 14.2, 36) is mounted on the base body, (f) at least one of the rollers (14.1, 14.2, 36) is fixed to the arm and that (g) the arm can be put in - a locking position, in which the tool body is locked around a work piece, and - an opening position in which the arm can be moved relative to the base board in such a way that the work piece can be removed, characterised by the fact that - a locking position, in which the tool body is locked around a work piece, and - an opening position in which the arm can be moved relative to the base board in such a way that the work piece can be removed, characterised by the fact that (h) the profiled roller and/or the at least one counter roller is mounted so that it is axially displaceable and (i) the profiled roller has a profiled roller profile that has a pitch.
An image processing device which performs a process of rendering an image in a single frame by allocating an object to be displayed as an image to any of a plurality of layers and superimposing the plurality of layers, characterized in that the image processing device refers to an object database including a list of object rendering commands for each layer and dynamically changes the number of object rendering processes performed in each layer according to the number of rendering commands included in the list, when rendering an image in a single frame.
A device for processing a workpiece, comprising the following features: 1.1 a punch on the one side of the workpiece; 1.2 a die on the opposite site of the workpiece; 1.3 a conductive electric heating system for generating an electric current, which completely or predominantly flows through the workpiece starting from a component situated on the one side of the workpiece outside of the punch to a component situated on the other side of the workpiece outside the die, characterized by the following features: 1.4 the one component is a sleeve made of an electrically well-conducting material surrounding the punch and can be placed on the workpiece; 1.5 the other component is a counterholder made of an electrically well-conducting material insertable into the die bore (2.1); 1.6 the counterholder can be displaced downward corresponding to the downward movement of the punch; 1.7 the sleeve serves as a blank holder and at the same time as an electrode. 1.1 a punch on the one side of the workpiece; 1.2 a die on the opposite site of the workpiece; 1.3 a conductive electric heating system for generating an electric current, which completely or predominantly flows through the workpiece starting from a component situated on the one side of the workpiece outside of the punch to a component situated on the other side of the workpiece outside the die, 1.4 the one component is a sleeve made of an electrically well-conducting material surrounding the punch and can be placed on the workpiece; 1.5 the other component is a counterholder made of an electrically well-conducting material insertable into the die bore (2.1); 1.6 the counterholder can be displaced downward corresponding to the downward movement of the punch; 1.7 the sleeve serves as a blank holder and at the same time as an electrode.
An information processing apparatus (21, 31) for processing contents available on a network and processing television broadcast waves, said information processing apparatus comprising: acquisition means (83, 113) for acquiring operation button information for displaying a first operation button (71, 72) to be operated to make a direct access, by the network, to a specific one of said contents provided by a content management apparatus (62-1; 62-2; 62-3), said operation button information being acquired, in response to a request, from operation button information for displaying operation buttons each to be operated to access a respective one of said contents, provided by an information providing apparatus, connected via said network to said information processing apparatus; and display processing means (91, 123) for displaying said first operation button on the basis of said operation button information acquired by said acquisition means and displaying a second operation button to be operated in order to display a predetermined television program conveyed by any one of said television broadcast waves, wherein the operation button information stored in the information providing device is provided by the content management apparatuses (62-1; 62-2; 62-3) via the network or from a storage medium for recording the operation button information, and wherein said first and second operation buttons are displayed on the same screen. acquisition means (83, 113) for acquiring operation button information for displaying a first operation button (71, 72) to be operated to make a direct access, by the network, to a specific one of said contents provided by a content management apparatus (62-1; 62-2; 62-3), said operation button information being acquired, in response to a request, from operation button information for displaying operation buttons each to be operated to access a respective one of said contents, provided by an information providing apparatus, connected via said network to said information processing apparatus; and display processing means (91, 123) for displaying said first operation button on the basis of said operation button information acquired by said acquisition means and displaying a second operation button to be operated in order to display a predetermined television program conveyed by any one of said television broadcast waves, wherein the operation button information stored in the information providing device is provided by the content management apparatuses (62-1; 62-2; 62-3) via the network or from a storage medium for recording the operation button information, and wherein said first and second operation buttons are displayed on the same screen.
An immunogen consisting of a polypeptide hapten consisting of the structure: Cys-Lys-Glu-Asp-Tyr-Ala-Gly-Leu-Lys attached to a cross-linker via the sulphur atom of Cys, coupled to an immunogenicity conferring carrier molecule.