mhurhangee/ep-ind-claims huggingface dataset:
Measuring arrangement for determining at least one parameter of a fluid medium flowing through a fluid flow channel, comprising: - a probe device designed as a hollow body (2.1) to be arranged in the flowing medium and having - an inflow side (2.10) closing the hollow chamber (2.3) of the hollow body (2.1), - an open outflow side (2.11), and - an outer contour (2.2) producing flow separation to generate a reverse flow, and - a sensor arrangement which, to generate a measuring channel through which the reverse flow flows, has a fluid connection to an inlet opening (2.5) via a fluid feed channel (4.1) and to an outlet opening (2.6) via a fluid discharge channel (4.2), characterised in that - the outer contour (2.2) producing flow separation is on the outflow side (2.11) of the hollow body (2.1), - the hollow chamber (2.3) of the hollow body (2.1) is divided by a dividing wall (2.4) into a fluid inflow chamber (2.31) and a fluid outflow chamber (2.32), - the fluid inflow chamber (2.31) has the inlet opening (2.5) connected to the fluid flow channel (4.1), via which inlet opening the reverse flow is fed to the sensor arrangement, and - the fluid outflow chamber (2.32) has the outlet opening (2.6) connected to the fluid discharge channel (4.2), via which outlet opening the reverse flow fed to the sensor arrangement is fed back into the fluid outflow chamber (2.32). - a probe device designed as a hollow body (2.1) to be arranged in the flowing medium and having - an inflow side (2.10) closing the hollow chamber (2.3) of the hollow body (2.1), - an open outflow side (2.11), and - an outer contour (2.2) producing flow separation to generate a reverse flow, and - an inflow side (2.10) closing the hollow chamber (2.3) of the hollow body (2.1), - an open outflow side (2.11), and - an outer contour (2.2) producing flow separation to generate a reverse flow, and - a sensor arrangement which, to generate a measuring channel through which the reverse flow flows, has a fluid connection to an inlet opening (2.5) via a fluid feed channel (4.1) and to an outlet opening (2.6) via a fluid discharge channel (4.2), - the outer contour (2.2) producing flow separation is on the outflow side (2.11) of the hollow body (2.1), - the hollow chamber (2.3) of the hollow body (2.1) is divided by a dividing wall (2.4) into a fluid inflow chamber (2.31) and a fluid outflow chamber (2.32), - the fluid inflow chamber (2.31) has the inlet opening (2.5) connected to the fluid flow channel (4.1), via which inlet opening the reverse flow is fed to the sensor arrangement, and - the fluid outflow chamber (2.32) has the outlet opening (2.6) connected to the fluid discharge channel (4.2), via which outlet opening the reverse flow fed to the sensor arrangement is fed back into the fluid outflow chamber (2.32).
An apparatus having an encoder for encoding picture data for at least a portion of a picture, comprising: wherein said encoder derives an intra mode to apply to the portion from neighboring template data and abstains from explicitly signaling the intra mode for the portion, the neighboring template data corresponding to a neighboring template formed from previously encoded neighboring pixels with respect to the portion, and characterized in that the intra mode for the portion is implicitly derived using the neighboring template data to test a subset of a set of available intra modes, and a particular intra mode within the subset is selected as the intra mode for the portion based upon a least distortion measure from among respective distortion measures between predicted values and decoded values obtained using the intra modes in the subset, the predicted values and the decoded values corresponding to a candidate neighboring patch within a candidate neighborhood with respect to the portion. wherein said encoder derives an intra mode to apply to the portion from neighboring template data and abstains from explicitly signaling the intra mode for the portion, the neighboring template data corresponding to a neighboring template formed from previously encoded neighboring pixels with respect to the portion, and characterized in that the intra mode for the portion is implicitly derived using the neighboring template data to test a subset of a set of available intra modes, and a particular intra mode within the subset is selected as the intra mode for the portion based upon a least distortion measure from among respective distortion measures between predicted values and decoded values obtained using the intra modes in the subset, the predicted values and the decoded values corresponding to a candidate neighboring patch within a candidate neighborhood with respect to the portion.
Device for removing at least one cooling element from an at least partially demoulded cast part, in particular from a housing for an electric motor formed from a light metal alloy, which has an apparatus (1; 1b) for removing the at least one cooling element, characterised in that the removal apparatus (1; 1b) comprises a means for gripping a removal protrusion attached to the at least one cooling element.
A mobile image-forming device, comprising: a surface measuring unit configured to measure a contact area with the mobile image-forming device in a surface area on which a print image is to be printed; characterized by an image processing unit configured to extract moisture data from the measured result and correct an ink discharge amount for the print image based on the moisture data; and an image forming unit configured to print the print image on the surface depending on the corrected ink discharge amount. a surface measuring unit configured to measure a contact area with the mobile image-forming device in a surface area on which a print image is to be printed; characterized by an image processing unit configured to extract moisture data from the measured result and correct an ink discharge amount for the print image based on the moisture data; and an image forming unit configured to print the print image on the surface depending on the corrected ink discharge amount.
System for preparing a predetermined quantity of beverage suitable for consumption using an extractable product, comprising: an exchangeable capsule, an apparatus comprising a fluid dispensing device for supplying an amount of fluid, such as water, to the exchangeable capsule, a receptacle for holding the exchangeable capsule, and an outlet arrangement for supplying the beverage to a container, such as a cup, wherein the capsule comprises a circumferential wall, a bottom, a lid, an entrance area and a closed exit area, the circumferential wall, the bottom and the lid enclose an inner space that comprises an extractable product, the system is arranged for bringing the fluid dispensing device in fluid connection with the entrance area for supplying the fluid to the extractable product for preparing the beverage, the system is further arranged so that, in use, the outlet arrangement is in fluid communication with the exit area for draining the prepared beverage from the capsule, and the capsule further comprises an opening element (40; 48; 52; 54; 55) that is arranged for providing an opening through the closed exit area for draining the prepared beverage from the capsule, wherein the exit area comprises an exit filter, and wherein the capsule comprises a substantially rigid rim that projects towards the outside of the capsule from the edge of the circumferential wall, wherein the opening element (40; 48; 52; 54; 55) forms a separate part that is separately formed from the exit filter and/or rim, characterized in that the exit area is provided in the lid of the capsule. an exchangeable capsule, an apparatus comprising a fluid dispensing device for supplying an amount of fluid, such as water, to the exchangeable capsule, a receptacle for holding the exchangeable capsule, and an outlet arrangement for supplying the beverage to a container, such as a cup, wherein the capsule comprises a circumferential wall, a bottom, a lid, an entrance area and a closed exit area, the circumferential wall, the bottom and the lid enclose an inner space that comprises an extractable product, the system is arranged for bringing the fluid dispensing device in fluid connection with the entrance area for supplying the fluid to the extractable product for preparing the beverage, the system is further arranged so that, in use, the outlet arrangement is in fluid communication with the exit area for draining the prepared beverage from the capsule, and the capsule further comprises an opening element (40; 48; 52; 54; 55) that is arranged for providing an opening through the closed exit area for draining the prepared beverage from the capsule, wherein the exit area comprises an exit filter, and wherein the capsule comprises a substantially rigid rim that projects towards the outside of the capsule from the edge of the circumferential wall, wherein the opening element (40; 48; 52; 54; 55) forms a separate part that is separately formed from the exit filter and/or rim, characterized in that the exit area is provided in the lid of the capsule.
A lighting unit (200, 300, 350) comprising: - a housing (202, 208, 302, 306, 352, 356) enclosing a cavity (204, 304, 354) and comprising a light exit window and at least a wall of the housing (202, 208, 302, 306, 352, 356) is of a metal, - a light emitter (206, 360) being provided in the cavity and being configured for emitting light of a first color, - a color conversion arrangement (180, 440, 460) for converting light of the first color to light of another color, the color conversion arrangement comprising: - a first luminescent layer comprising a first luminescent material being configured for absorbing a portion of light of a first spectral distribution comprising the first color and being configured for converting at least a portion of the absorbed light towards light of a second spectral distribution, - a supporting layer (106, 126) for supporting the first luminescent layer, - a first graphene layer for thermally conducting heat in a lateral direction to reduce temperature differences in the color conversion arrangement (180, 440, 460), wherein the color conversion arrangement comprises a second luminescent layer comprising a second luminescent material being configured for absorbing a portion of light of a third spectral distribution comprising the first color and/or light of the second spectral distribution and being configured for converting at least a portion of the absorbed light towards light of a fourth spectral distribution, the first graphene layer is sandwiched between the first luminescent layer and the second luminescent layer and a stack of the luminescent layers (110, 182) and the first graphene layer is provided on the supporting layer (106, 126), wherein the color conversion arrangement (180, 440, 460) being provided at the light exit window, the first graphene layer being thermally coupled to the wall of the housing (202, 208, 302, 306, 352, 356) of the metal. - a housing (202, 208, 302, 306, 352, 356) enclosing a cavity (204, 304, 354) and comprising a light exit window and at least a wall of the housing (202, 208, 302, 306, 352, 356) is of a metal, - a light emitter (206, 360) being provided in the cavity and being configured for emitting light of a first color, - a color conversion arrangement (180, 440, 460) for converting light of the first color to light of another color, the color conversion arrangement comprising: - a first luminescent layer comprising a first luminescent material being configured for absorbing a portion of light of a first spectral distribution comprising the first color and being configured for converting at least a portion of the absorbed light towards light of a second spectral distribution, - a supporting layer (106, 126) for supporting the first luminescent layer, - a first graphene layer for thermally conducting heat in a lateral direction to reduce temperature differences in the color conversion arrangement (180, 440, 460), wherein
A clutch (10; 10') for a seat-belt tensioner in a vehicle, comprising a driving element adapted for being rotated in a driving direction and in a releasing direction and a driven element connectable with a seat-belt spool, the driving element and the driven element having a common rotation axis, a pawl being pivotally held at a pivot pin arranged on the driving element and forming a pivot axis, the pawl having a bearing lug with a non-circular inner circumference, the bearing lug being positioned around the pivot pin so that the pawl can be shifted for a limited distance with respect to the pivot pin, the pawl being adapted to assume a neutral position in which the pawl is not in engagement with the driven element and from which it can be pivoted radially inwards by turning the driving element in driving direction, an engaged position in which the pawl engages the driven element and couples the driving element with the driven element, and a decoupled position in which the pawl is not in engagement with the driven element and cannot be engaged with the driven element by turning the driving element in driving direction.
A driver tool comprising: an elongate shaft having a proximal end and a distal end; a bone screw engagement feature located at the distal end of the elongate shaft; and a retention feature located along the elongate shaft, proximal to the bone screw engagement feature; wherein the retention feature is configured to removably couple the driver tool to a bone anchor assembly as the bone screw engagement feature is moved into engagement with a driver engagement feature of a bone screw of the bone anchor assembly: wherein the retention feature comprises a protrusion comprising a semispherical shape encircling at least a portion of the elongate shaft, wherein the protrusion is shaped to be retained between a first retaining arm and a second retaining arm of the bone anchor assembly an elongate shaft having a proximal end and a distal end; a bone screw engagement feature located at the distal end of the elongate shaft; and a retention feature located along the elongate shaft, proximal to the bone screw engagement feature; wherein the retention feature is configured to removably couple the driver tool to a bone anchor assembly as the bone screw engagement feature is moved into engagement with a driver engagement feature of a bone screw of the bone anchor assembly: wherein the retention feature comprises a protrusion comprising a semispherical shape encircling at least a portion of the elongate shaft, wherein the protrusion is shaped to be retained between a first retaining arm and a second retaining arm of the bone anchor assembly
An antibody or antigen binding fragment thereof which is capable of specific binding to Kidney associated antigen 1 (KAAG1) and is conjugated with a therapeutic moiety for use in the treatment of triple negative breast cancer, wherein the antibody or antigen binding fragment thereof comprises a CDRH1 as set forth in SEQ ID NO.:49, a CDRH2 as set forth in SEQ ID NO.:50 or in SEQ ID NO.:212, a CDRH3 as set forth in SEQ ID NO.:51, a CDRL1 as set forth in SEQ ID NO.: 52, a CDRL2 as set forth in SEQ ID NO.:53 and a CDRL3 as set forth in SEQ ID NO.: 54.
A two liquid dispenser for dispensing a first content and a second content, comprising a tubular pressure resistant container with a bottom, a flexible intermediate container housed in the pressure resistant container, a pouch housed in the intermediate container, a valve assembly closing the pressure resistant container, the intermediate container, and the pouch, a first content stored in the pouch, a second content stored in a first space between the pressure resistant container and the intermediate container, and a propellant charged in a second space between the intermediate container and the pouch, characterised in that the valve assembly is equipped with a path which independently communicates each of the first space and the inside of the pouch with the outside, and seals the second space.
A label processor for concurrently heating and contacting a label (20, 120) to a container (10, 310), the processor comprising: a rigid frame (50, 150, 750) defining a first face (52, 152) and an oppositely directed second face (54, 154), the frame (50, 150, 750) defining an opening (60, 160) extending between the first and second faces (52, 152; 54, 154); a flexible member (30, 430, 530, 730) defining an outer surface for contacting a label (20, 120), the flexible member (30, 430, 530, 730) defining an interior hollow region accessible from the first face (52, 152) of the frame (50, 150, 750), the flexible member (30, 430, 530, 730) being deformable upon application of a label contacting force to a portion of the member projecting outward from the second face (54, 154) of the frame (50, 150, 750); and a heat source disposed within the interior hollow region of the flexible member (30, 430, 530, 730) for heating the outer surface of the flexible member (30, 430, 530, 730), characterized in that the flexible member (30, 430, 530, 730) is disposed adjacent to at least one of the first face (52, 152) and the second face (54, 154) of the frame (50, 150, 750) and extends through the opening (60, 160) of the frame (50, 150, 750) and projects outward from the second face (54, 154) of the frame (50, 150, 750). a rigid frame (50, 150, 750) defining a first face (52, 152) and an oppositely directed second face (54, 154), the frame (50, 150, 750) defining an opening (60, 160) extending between the first and second faces (52, 152; 54, 154); a flexible member (30, 430, 530, 730) defining an outer surface for contacting a label (20, 120), the flexible member (30, 430, 530, 730) defining an interior hollow region accessible from the first face (52, 152) of the frame (50, 150, 750), the flexible member (30, 430, 530, 730) being deformable upon application of a label contacting force to a portion of the member projecting outward from the second face (54, 154) of the frame (50, 150, 750); and a heat source disposed within the interior hollow region of the flexible member (30, 430, 530, 730) for heating the outer surface of the flexible member (30, 430, 530, 730), characterized in that the flexible member (30, 430, 530, 730) is disposed adjacent to at least one of the first face (52, 152) and the second face (54, 154) of the frame (50, 150, 750) and extends through the opening (60, 160) of the frame (50, 150, 750) and projects outward from the second face (54, 154) of the frame (50, 150, 750).
A holding device for a load with a flange arranged at at least one end, wherein the holding device can be arranged at a crane-like hoist and has at least two resting surfaces arrangeable and stoppable at a lower side of the flange and encircling the flange at equal angles to one another, wherein at least one hold-down means corresponding to each resting surface is provided at the holding device and, by the respective hold-down means, a force independent of a transportation process can be applied to an upper side of the flange and/or a casing region contiguous with the flange, and characterized in that the force that can be applied by the respective hold-down means can be provided by means of an actuator and in that the force that can be applied by the respective hold-down means has at most the amount which is applied to the at least one resting surface at the lower side of the flange as a dynamic or static tensile force in the opposite direction when the load hangs or swings while suspended from the holding device.
A device for compressing a gaseous fluid or a fluid consisting of gaseous and fluid components, with a piston compressor, with means for introducing a fluid into a compressing space of the piston compressor during the compressing, and with a piston pump for delivering fluid, characterised in that a piston rod of the piston compressor is coupled in movement to an infinitely settable linear drive, wherein the linear drive drives the piston compressor together with the piston pump.
A flocculation apparatus of a washing machine with a self-cleaning function, comprising a flocculation container and a stirring mechanism, and characterized by further comprising a washing mechanism for scouring an inner wall of the flocculation container, wherein the washing mechanism comprises a water throwing impeller and a drive motor for driving the water throwing impeller to rotate, and the inlet water is thrown by the water throwing impeller to the inner wall of the flocculation container to perform washing; wherein the flocculation container is provided with a water inlet, a flocculant dispensing opening, a flocculation water outlet and a sewage drain outlet, wherein an inner surface of a bottom of the flocculation container is an inclined surface, and the sewage drain outlet is arranged near a lower side of the inclined surface for facilitating discharging of sewage washing the flocculation container; wherein the stirring mechanism comprises a stirring motor installed outside the flocculation container, a stirring shaft extending into the flocculation container and a stirring impeller installed on the stirring shaft; wherein the drive motor is the stirring motor, and the water throwing impeller is coaxially installed on the stirring shaft and is positioned between the stirring motor and the stirring impeller.
Frame section made of wood, plastic and similar for use in a window frame/casement comprising at least two segments (1 to 3) which are connected firmly to one another by at least one mechanical connector (16, 17) to form the frame section with the front sides (4, 5) thereof abutting against one another, which connector applies a pressing force acting on the front sides (4, 5) of the segments (1 to 3), under which the segments (1 to 3) abut against one another with the front sides (4, 5) thereof, characterized in that the segments (1 to 3) are curved and form a circular arc and that the mechanical connector (16, 17) is accessible on one side (12, 13) of the frame section which is not visible from outside after installation of the frame section.
A method for operating a security tag of an Electronic Article Surveillance ("EAS") system, comprising: executing on a mobile Point Of Sale ("POS") device an application operative to control operations of a peripheral device mechanically attached to the mobile POS device for facilitating performance of a purchase transaction; receiving, by the mobile POS device, a request to detach a security tag having a unique identifier from an article; in response to the request, communicating a message from the mobile POS device to the peripheral device via a first short range communication, the message configured to cause the peripheral device to perform operations to facilitate a detachment of the security tag from the article; and causing an actuation of a detachment mechanism of the security tag or a heating of an adhesive disposed on the security tag by communicating a signal from the peripheral device to the security tag. executing on a mobile Point Of Sale ("POS") device an application operative to control operations of a peripheral device mechanically attached to the mobile POS device for facilitating performance of a purchase transaction; receiving, by the mobile POS device, a request to detach a security tag having a unique identifier from an article; in response to the request, communicating a message from the mobile POS device to the peripheral device via a first short range communication, the message configured to cause the peripheral device to perform operations to facilitate a detachment of the security tag from the article; and causing an actuation of a detachment mechanism of the security tag or a heating of an adhesive disposed on the security tag by communicating a signal from the peripheral device to the security tag.