mhurhangee/ep-ind-claims huggingface dataset:
A tissue box (10, 100, 200, 300, 400) with improved tissue dispensing, comprising: a tissue box (12, 112, 312, 412) having a top wall (14, 114, 214, 314), a bottom wall (16, 116, 216, 316), a pair of longitudinally opposed end walls (18, 20, 118,120, 218, 220, 318, 320), and a pair of laterally opposed sidewalls (22, 24, 122, 124, 222, 224, 322, 324), the top wall (14, 114, 214, 314) having a longitudinally extending slot (26, 126, 226, 326) defined therein adapted for dispensing tissues through the slot (26, 126, 226, 326), the tissue box (12, 112, 312, 412) defining an interior adapted for containing the tissues; a finger cot having a closed end and an open end, the closed end being positioned adjacent the longitudinally extending slot (26, 126, 226, 326); and a resilient, flexible band having first and second longitudinally opposed ends (40, 42), the first end being secured to the top wall (14, 114, 214, 314) of the tissue box (12, 112, 312, 412) and the second end being secured to the open end of the finger cot, whereby the finger cot is adapted for receiving a fingertip of a user so that the finger cot may be inserted into the interior of the tissue box (12, 112, 312, 412) through the longitudinally extending slot (26, 126, 226, 326) for engaging and manipulating a topmost one of the tissues contained therein. a tissue box (12, 112, 312, 412) having a top wall (14, 114, 214, 314), a bottom wall (16, 116, 216, 316), a pair of longitudinally opposed end walls (18, 20, 118,120, 218, 220, 318, 320), and a pair of laterally opposed sidewalls (22, 24, 122, 124, 222, 224, 322, 324), the top wall (14, 114, 214, 314) having a longitudinally extending slot (26, 126, 226, 326) defined therein adapted for dispensing tissues through the slot (26, 126, 226, 326), the tissue box (12, 112, 312, 412) defining an interior adapted for containing the tissues; a finger cot having a closed end and an open end, the closed end being positioned adjacent the longitudinally extending slot (26, 126, 226, 326); and a resilient, flexible band having first and second longitudinally opposed ends (40, 42), the first end being secured to the top wall (14, 114, 214, 314) of the tissue box (12, 112, 312, 412) and the second end being secured to the open end of the finger cot, whereby the finger cot is adapted for receiving a fingertip of a user so that the finger cot may be inserted into the interior of the tissue box (12, 112, 312, 412) through the longitudinally extending slot (26, 126, 226, 326) for engaging and manipulating a topmost one of the tissues contained therein.
Dialysis machine, in particular a peritoneal dialysis machine, to which a fluid system having a multi-chamber container with at least two chambers (310, 320) with individual solutions separated by a partition arrangement to be opened mechanically can be coupled having a controller and at least one sensor (415, 425) for the determination of a measured variable in the fluid system, and comprising a heating for the heating of the fluid in the multi-chamber container; wherein the controller has an apparatus for the automatic checking of the proper opening of the partition arrangement of the multi-chamber container which automatically checks the proper opening of the partition arrangement of a multi-chamber container of a fluid system coupled to the dialysis machine with reference to the measured variable determined by the sensor (415, 425) characterized in that a first chamber of the multi-chamber container is heated for the checking of the proper opening of the partition arrangement of the multi-chamber container and a second chamber is not heated; wherein the checking takes place by determination of a temperature or of a temperature change in the fluid system, wherein the dialysis machine has a temperature sensor which is associated with the first chamber and via which the temperature of the fluid can be determined in the region of the first chamber; and/or wherein the dialysis machine has a temperature sensor which is associated with the second chamber and via which the temperature of the fluid in the region of the second chamber can be determined.
A system configured for processing secured computer code, the system comprising: one or more hardware processors configured by machine-readable instructions to: access computer code; partition the computer code into blocks of code; convert the blocks of code into a numeric description of characteristics of the code; determine a corresponding ranking of at least some of the blocks of code with an anomaly measure by applying an anomaly detection algorithm to the blocks of code; select anomalous blocks of the blocks of code by applying a threshold to the rankings; and apply code security techniques to at least one of the anomalous blocks of code to thereby create secured computer code. access computer code; partition the computer code into blocks of code; convert the blocks of code into a numeric description of characteristics of the code; determine a corresponding ranking of at least some of the blocks of code with an anomaly measure by applying an anomaly detection algorithm to the blocks of code; select anomalous blocks of the blocks of code by applying a threshold to the rankings; and apply code security techniques to at least one of the anomalous blocks of code to thereby create secured computer code.
Method for providing a cleaning medium comprising the following method steps: - a cleaning gas, in particular air, is introduced into a reservoir, - a cleaning fluid subjected to pressure is introduced into the reservoir for applying pressure to the cleaning gas which is at an initial pressure, wherein the cleaning fluid is raised to an operating pressure exceeding the initial pressure of the cleaning gas prior to being introduced into the reservoir. - a cleaning gas, in particular air, is introduced into a reservoir, - a cleaning fluid subjected to pressure is introduced into the reservoir for applying pressure to the cleaning gas which is at an initial pressure,
A method of recovering 2-EH (2-ethyl hexanol) from crude alcohol, the method comprising: distilling, in a first distillation column, the crude alcohol to produce a first distillate comprising light components having a lower boiling point than butanol, butanol, EHA (2-ethyl hexanal), EPA (2-ethyl-3-propyl acrolein), water, and 2-EH; distilling, in a second distillation column, the first distillate to produce a second distillate comprising butanol and water; flowing a liquid side stream from the second distillation column, wherein the liquid side stream comprises EHA and 2-EH; recycling the liquid side stream to a reactor that produces the crude alcohol; and distilling, in a third distillation column, a bottom stream comprising 2-EH and heavy components that have a boiling point higher than 2-EH from the first distillation column to produce a third distillate comprising 2-EH. distilling, in a first distillation column, the crude alcohol to produce a first distillate comprising light components having a lower boiling point than butanol, butanol, EHA (2-ethyl hexanal), EPA (2-ethyl-3-propyl acrolein), water, and 2-EH; distilling, in a second distillation column, the first distillate to produce a second distillate comprising butanol and water; flowing a liquid side stream from the second distillation column, wherein the liquid side stream comprises EHA and 2-EH; recycling the liquid side stream to a reactor that produces the crude alcohol; and distilling, in a third distillation column, a bottom stream comprising 2-EH and heavy components that have a boiling point higher than 2-EH from the first distillation column to produce a third distillate comprising 2-EH.
An aerodynamically shaped body for use in a hot fluid flow, the body extending along a camber line (100, 200) from a leading edge to a trailing edge, the body comprising at least one coolant supply plenum provided inside the body, wherein the coolant supply plenum is delimited by a body wall, wherein the body wall extends from a first side of the camber line (100, 200) to a second side of the camber line (100, 200) and extends over the leading edge, thereby providing a leading edge wall section, the wall further comprising an inner surface facing the coolant supply plenum and an outer surface, wherein at least one first leading edge cooling duct extends from the inner surface to the outer surface and is in fluid communication with the coolant supply plenum through an inlet opening and opens out onto the outer surface through a discharge opening, the inlet opening is provided on a first side of the camber line (100, 200), the discharge opening is provided on a second side of the camber line (100, 200), and the leading edge cooling duct is provided inside the wall and extending inside the wall from the first side of the camber line (100, 200) to the second side of the camber line (100, 200) and thereby crossing the camber line (100, 200) in a leading edge region; and a multitude of first and second leading edge cooling ducts are arranged alternatingly along a span extent of the body; the aerodynamically shaped body being characterized in that an inner surface of the leading edge wall section is undulating along a span extent of the body, wherein the location of an embossment corresponds to the location of a leading edge cooling duct.
An aircraft galley for preparing food with improved access to galley work areas comprising: a partially enclosed galley area having a top galley structure and a work deck in the galley area; and a galley insert having a housing and a top mounting element (130, 140) disposed on top of the housing, the galley insert being attached to the top galley structure at the top mounting element (130, 140), and located above and spaced from the work deck, wherein the housing of the galley insert further includes a stowable front door and a slidable door mounting mechanism at a bottom of the housing, the stowable door being hingeably coupled to the door mounting mechanism, and a door support element at the bottom of the housing for receiving the door when it is stowed below the housing, wherein the door mounting mechanism further comprises a rail disposed on the bottom of the housing generally perpendicular to a front of the housing and a coupling hingeably affixed to a bottom edge of the stowable door slidably mounted to the rail, and wherein the door support element comprises a bracket running generally perpendicularly to the front of the housing, having a lip that is spaced from the bottom of the housing, and the lip supports the stowable door when the stowable door is stowed below the housing. a partially enclosed galley area having a top galley structure and a work deck in the galley area; and a galley insert having a housing and a top mounting element (130, 140) disposed on top of the housing, the galley insert being attached to the top galley structure at the top mounting element (130, 140), and located above and spaced from the work deck, wherein the housing of the galley insert further includes a stowable front door and a slidable door mounting mechanism at a bottom of the housing, the stowable door being hingeably coupled to the door mounting mechanism, and a door support element at the bottom of the housing for receiving the door when it is stowed below the housing, wherein the door mounting mechanism further comprises a rail disposed on the bottom of the housing generally perpendicular to a front of the housing and a coupling hingeably affixed to a bottom edge of the stowable door slidably mounted to the rail, and wherein the door support element comprises a bracket running generally perpendicularly to the front of the housing, having a lip that is spaced from the bottom of the housing, and the lip supports the stowable door when the stowable door is stowed below the housing.
A waste packaging device comprising a. a dispensing apparatus where a plastic film is stored b. a bin where a fusion seal apparatus is located, and c. the fusion seal apparatus containing sealing jaws and comprising a battery with a maximum voltage of equal or less than 20V for providing the electric current necessary for heat sealing, d. an axis, wherein the sealing jaws are movable by a rotation of the axis 1 which leads to a rotation of the sealing jaws, and where the film comprises at least a layer of at least 50% per weight polyethylene homopolymer and/or copolymer, and where the weight/surface ratio of the film is less than 20 grams per square meter and the film can be heat sealed with the thermal energy transferred with the battery with a voltage of less than 20 V, and where the temperature for the heat sealing is set to less than 80°C. a. a dispensing apparatus where a plastic film is stored b. a bin where a fusion seal apparatus is located, and c. the fusion seal apparatus containing sealing jaws and comprising a battery with a maximum voltage of equal or less than 20V for providing the electric current necessary for heat sealing, d. an axis,
Camshaft unit, having: - a first camshaft, - a second camshaft which is arranged concentrically with respect to the first camshaft, - a camshaft adjuster, by way of which the phase of both camshafts (2, 3) with respect to the crankshaft can be adjusted, characterized in that - the camshaft adjuster has a connecting member which can be displaced in the axial direction of the camshafts (2, 3) and has two toothing systems (16, 17), - the first toothing system meshing with a corresponding toothing system on the first camshaft, and the second toothing system meshing with a second corresponding toothing system on the second camshaft. - a first camshaft, - a second camshaft which is arranged concentrically with respect to the first camshaft, - a camshaft adjuster, by way of which the phase of both camshafts (2, 3) with respect to the crankshaft can be adjusted, - the camshaft adjuster has a connecting member which can be displaced in the axial direction of the camshafts (2, 3) and has two toothing systems (16, 17), - the first toothing system meshing with a corresponding toothing system on the first camshaft, and the second toothing system meshing with a second corresponding toothing system on the second camshaft.
A load handling system, comprising: a load handling device having a load support that is configured to engage a load and a first drive that is adapted to drive said load support with respect to a load; and a conveyor moveable along said load support and a second drive that is adapted to propel said conveyor with respect to said load support; a control that is adapted to operating said first and second drives to engage the load with the load support wherein said control is adapted to operate said first and second drives independent from each other and wherein said first and second drives are bi-directional; characterised in that the load handling system further comprises a vertical drive that is operational to drive said load support vertically upward or downward wherein said control is adapted to operate said vertical drive to elevate a load being picked from a rack while said first drive is extending said load support and said second drive is propelling said conveyor toward said load handling device and wherein said control is adapted to operate said vertical drive to lower a load being deposited on a rack while said first drive is retracting said load support and said second drive is propelling said conveyor away from said load handling device. a load handling device having a load support that is configured to engage a load and a first drive that is adapted to drive said load support with respect to a load; and a conveyor moveable along said load support and a second drive that is adapted to propel said conveyor with respect to said load support; a control that is adapted to operating said first and second drives to engage the load with the load support wherein said control is adapted to operate said first and second drives independent from each other and wherein said first and second drives are bi-directional; characterised in that the load handling system further comprises a vertical drive that is operational to drive said load support vertically upward or downward wherein said control is adapted to operate said vertical drive to elevate a load being picked from a rack while said first drive is extending said load support and said second drive is propelling said conveyor toward said load handling device and wherein said control is adapted to operate said vertical drive to lower a load being deposited on a rack while said first drive is retracting said load support and said second drive is propelling said conveyor away from said load handling device.
A system comprising: a first surface comprising: (i) a polycarbonate and a first additive, or (ii) a polybutylene terephthalate and a second additive; and a second surface comprising a polyoxymethylene and a third additive; wherein the first, second and third additive each independently comprise a silicone oil. a first surface comprising: (i) a polycarbonate and a first additive, or (ii) a polybutylene terephthalate and a second additive; and (i) a polycarbonate and a first additive, or (ii) a polybutylene terephthalate and a second additive; and a second surface comprising a polyoxymethylene and a third additive; wherein the first, second and third additive each independently comprise a silicone oil.
A method for storing information in a multi-mode register file in a multithread architecture, wherein the multi-mode register file is associated with a first thread, comprising: operating the multi-mode register file in a first mode when the first thread is active; storing an operand for the first thread to a multi-mode register file during the first mode of operation of the multi-mode register file; operating the multi-mode register file in a second mode when the first thread is inactive; and replacing the operand with branch prediction information corresponding to a second thread which is active in the multi-mode register file during the second mode of operation of the multi-mode register file. operating the multi-mode register file in a first mode when the first thread is active; storing an operand for the first thread to a multi-mode register file during the first mode of operation of the multi-mode register file; operating the multi-mode register file in a second mode when the first thread is inactive; and replacing the operand with branch prediction information corresponding to a second thread which is active in the multi-mode register file during the second mode of operation of the multi-mode register file.
A tissue removal system comprising: a handpiece positioned along a first longitudinal axis (L 1); an outer cannula having an outer cannula lumen, a proximal end, a distal end, and an outer cannula opening adjacent the distal end, wherein the opening defines a cutting edge for severing tissue; an inner cannula disposed within the outer cannula lumen and reciprocable within the outer cannula lumen, the inner cannula having an inner cannula lumen, a proximal end, an open distal end and a cutting edge at the distal end; and an elongated delivery sleeve (402, 502) disposed about the outer cannula, wherein the delivery sleeve (402, 502) comprises an outer cannula channel that is arranged coaxial with an outer cannula longitudinal axis, at least one delivery channel (412, 512) disposed along a second axis that is parallel to the outer cannula longitudinal axis, and a hub (406, 506) positioned at a proximal end of the delivery sleeve (402, 502); characterized in that the hub (406, 506) further includes a retaining member (423, 523) that selectively connects to a portion of the handpiece so as to fixedly secure the hub (406, 506) to the handpiece in a rotationally fixed manner. a handpiece positioned along a first longitudinal axis (L 1); an outer cannula having an outer cannula lumen, a proximal end, a distal end, and an outer cannula opening adjacent the distal end, wherein the opening defines a cutting edge for severing tissue; an inner cannula disposed within the outer cannula lumen and reciprocable within the outer cannula lumen, the inner cannula having an inner cannula lumen, a proximal end, an open distal end and a cutting edge at the distal end; and an elongated delivery sleeve (402, 502) disposed about the outer cannula, wherein the delivery sleeve (402, 502) comprises an outer cannula channel that is arranged coaxial with an outer cannula longitudinal axis, at least one delivery channel (412, 512) disposed along a second axis that is parallel to the outer cannula longitudinal axis, and a hub (406, 506) positioned at a proximal end of the delivery sleeve (402, 502); characterized in that the hub (406, 506) further includes a retaining member (423, 523) that selectively connects to a portion of the handpiece so as to fixedly secure the hub (406, 506) to the handpiece in a rotationally fixed manner.
A motor-driven compressor comprising: a compression mechanism, which includes a stationary scroll, a movable scroll, which orbits without being allowed to rotate, and a compression chamber located between the movable scroll and the stationary scroll, the volume of the compression chamber decreasing based on orbiting motion of the movable scroll; an electric motor accommodated in a motor chamber, wherein the electric motor includes a rotary shaft and drives the movable scroll via the rotary shaft; a stationary block which defines the motor chamber; a main bearing, which is located in the vicinity of the compression mechanism and rotationally supports the rotary shaft; a suction pressure zone; a discharge pressure zone; and an oil passage, which is connected either to the compression chamber or the discharge pressure zone, wherein the rotary shaft has an in-shaft passage (43; 43A; 43C), wherein the in-shaft passage (43; 43A; 43C) has an inlet, which forms part of the oil passage, and an outlet, which opens to the motor chamber, wherein the main bearing (35; 35B) is exposed to the oil passage, and wherein the motor chamber is the suction pressure zone; characterized in that the main bearing is accommodated in an accommodation space formed in the stationary block, the accommodation space forms a part of the oil passage, and the inlet opens to the accommodation space. a compression mechanism, which includes a stationary scroll, a movable scroll, which orbits without being allowed to rotate, and a compression chamber located between the movable scroll and the stationary scroll, the volume of the compression chamber decreasing based on orbiting motion of the movable scroll; an electric motor accommodated in a motor chamber, wherein the electric motor includes a rotary shaft and drives the movable scroll via the rotary shaft; a stationary block which defines the motor chamber; a main bearing, which is located in the vicinity of the compression mechanism and rotationally supports the rotary shaft; a suction pressure zone; a discharge pressure zone; and an oil passage, which is connected either to the compression chamber or the discharge pressure zone, wherein the rotary shaft has an in-shaft passage (43; 43A; 43C), wherein the in-shaft passage (43; 43A; 43C) has an inlet, which forms part of the oil passage, and an outlet, which opens to the motor chamber, wherein the main bearing (35; 35B) is exposed to the oil passage, and wherein the motor chamber is the suction pressure zone; the main bearing is accommodated in an accommodation space formed in the stationary block, the accommodation space forms a part of the oil passage, and the inlet opens to the accommodation space.