mhurhangee/ep-ind-claims huggingface dataset:
A bioinstrument comprising: a rotating body comprising one or more cartridge holders to allow a cartridge to be loaded therein, the cartridge comprising a housing and a cuvette and the cartridge allowing a reaction between a reagent and an analyte in a sample; and a main body comprising at least one light receiving part configured to optically measure the analyte in the sample, the main body further comprising at least one light emitting part configured in pairs with the at least one light receiving part, wherein the rotating body comprises a light receiving optical waveguide to guide light from the one or more cartridge holders to the at least one light receiving part, characterized in that: the light emitting part and the light receiving part are installed radially outside of the rotating body and along an outer circumference of the rotating body, and the main body further comprises a cartridge actuator installed at the main body and configured to apply pressure to the housing of the cartridge when loaded into the cartridge holder, for introducing a sample or reagent of the cartridge into a cuvette. a rotating body comprising one or more cartridge holders to allow a cartridge to be loaded therein, the cartridge comprising a housing and a cuvette and the cartridge allowing a reaction between a reagent and an analyte in a sample; and a main body comprising at least one light receiving part configured to optically measure the analyte in the sample, the main body further comprising at least one light emitting part configured in pairs with the at least one light receiving part, wherein the rotating body comprises a light receiving optical waveguide to guide light from the one or more cartridge holders to the at least one light receiving part, characterized in that: the light emitting part and the light receiving part are installed radially outside of the rotating body and along an outer circumference of the rotating body, and the main body further comprises a cartridge actuator installed at the main body and configured to apply pressure to the housing of the cartridge when loaded into the cartridge holder, for introducing a sample or reagent of the cartridge into a cuvette. the light emitting part and the light receiving part are installed radially outside of the rotating body and along an outer circumference of the rotating body, and the main body further comprises a cartridge actuator installed at the main body and configured to apply pressure to the housing of the cartridge when loaded into the cartridge holder, for introducing a sample or reagent of the cartridge into a cuvette.
Holding element (1, 31, 41), in particular a box profile, for securing a vehicle seat onto a vehicle, wherein a vehicle floor of the vehicle is fastened onto a frame profile (27, 41) of the vehicle, characterised in that the holding element (1, 31, 41) is designed to be attached and/or fitted onto the vehicle floor and/or onto the frame profile (27, 41), wherein the holding element (1, 31, 41) in the arranged state on an underside of the vehicle floor is connected detachably to the vehicle floor and/or the frame profile (27, 41), wherein the holding element (1, 31, 41) comprises a recess (2, 38), wherein in the arranged state of the holding element (1, 31, 41) on the vehicle the frame profile (27, 41) is mounted in the recess (2, 38), and wherein the holding element (1, 31, 41) has a height which is greater than a height of the frame profile (27, 41), wherein the holding element (1, 31, 41) has at least two support points (3 - 5, 32 - 35), wherein in the arranged state of the holding element (1, 31, 41) on the vehicle the support points (3 - 5, 32 - 35) extend in a plane parallel to the vehicle floor, wherein the support points (3 - 5, 32 - 35) are provided to be connected to the vehicle seat.
Use of a peptide of the amino acid sequence set forth in SEQ ID NO:3 for the preparation of a pharmaceutical composition for treating or preventing cancer in a HLA-A*0201 positive patient.
A method of supplying at least one bearing arrangement, serving to guide components movable with respect to one another, with an operating medium, in particular with a lubricant, in which the operating medium is conducted from an operating medium reservoir via a first valve arrangement into at least one closed container arranged therebeneath; in which the closed container is connected to the bearing arrangement via a conveying passage; and in which externally charged gas and/or environmental air is/are supplied to the closed container via a second valve arrangement to convey operating medium from the closed container via the conveying passage to the bearing arrangement, assisted by the differential pressure between the gas or environmental air supplied to the container and a bearing-side opening region of the conveying passage subject to a vacuum, wherein a bearing arrangement of a vacuum pump subject to a vacuum is supplied with the operating medium.
A refrigerator comprising: a housing enclosing a cooled storage compartment, the housing comprising a mullion; a moisture detecting sensor configured to detect moisture on an external region of the housing, the region being the mullion where moisture tends to form, the region having less insulation relative to adjacent regions of the housing; an anti-sweat heater located in said region and configured to heat said region, the anti-sweat heater being suitable to be in an active mode and an inactive mode; and a controller operatively connected to one or more power consuming features/functions of the refrigerator, the controller being configured to communicate with the moisture detecting sensor to monitor moisture in said region, and receive and process a demand response signal indicative of at least a peak energy demand period and an off-peak energy demand period and in response thereto operate the appliance in one of a plurality of operating modes including at least a normal operating mode and an energy savings mode which is operated when the demand response signal indicates a peak energy demand period, wherein the anti-sweat heater is set to the inactive mode when the refrigerator is in the energy savings mode, wherein if the moisture detecting sensor detects a level of moisture exceeding a predetermined acceptable level when the anti-sweat heater is inactive in the energy savings mode, the controller is configured to override the energy savings response and automatically set the anti-sweat heater to the active mode for at least a predetermined time to remove moisture. a housing enclosing a cooled storage compartment, the housing comprising a mullion; a moisture detecting sensor configured to detect moisture on an external region of the housing, the region being the mullion where moisture tends to form, the region having less insulation relative to adjacent regions of the housing; an anti-sweat heater located in said region and configured to heat said region, the anti-sweat heater being suitable to be in an active mode and an inactive mode; and a controller operatively connected to one or more power consuming features/functions of the refrigerator, the controller being configured to communicate with the moisture detecting sensor to monitor moisture in said region, and receive and process a demand response signal indicative of at least a peak energy demand period and an off-peak energy demand period and in response thereto operate the appliance in one of a plurality of operating modes including at least a normal operating mode and an energy savings mode which is operated when the demand response signal indicates a peak energy demand period, wherein the anti-sweat heater is set to the inactive mode when the refrigerator is in the energy savings mode, wherein if the moisture detecting sensor detects a level of moisture exceeding a predetermined acceptable level when the anti-sweat heater is inactive in the energy savings mode, the controller is configured to override the energy savings response and automatically set the anti-sweat heater to the active mode for at least a predetermined time to remove moisture.
An assembly for sealing a shaker screen assembly in a shaker separator, wherein the shaker screen assembly includes a screen frame defining an area and a screen cloth affixed to the screen frame across the area, and wherein the shaker separator includes a plurality of shaker screen supports affixed between opposing side walls and corresponding to the screen frame and upon which the screen frame is positioned, the assembly comprising: a substantially gasket affixed to each of the plurality of shaker screen supports and positioned between each shaker screen support and the corresponding screen frame; a flexible gasket mounted to each of the plurality of shaker screen supports adjacent to the substantially inflexible gasket and positioned between each shaker screen support and the corresponding screen frame; a wedge block retainer bracket affixed to each side wall and spaced above the corresponding screen frame at an angle thereto; a wedge block selectively locatable between each wedge block retainer bracket and the corresponding screen frame to provide a force to the corresponding screen frame sufficient to seat the screen frame against the substantially inflexible gasket and to deform the flexible gasket to provide a fluid tight seal between the shaker screen supports and the screen frame. a substantially gasket affixed to each of the plurality of shaker screen supports and positioned between each shaker screen support and the corresponding screen frame; a flexible gasket mounted to each of the plurality of shaker screen supports adjacent to the substantially inflexible gasket and positioned between each shaker screen support and the corresponding screen frame; a wedge block retainer bracket affixed to each side wall and spaced above the corresponding screen frame at an angle thereto; a wedge block selectively locatable between each wedge block retainer bracket and the corresponding screen frame to provide a force to the corresponding screen frame sufficient to seat the screen frame against the substantially inflexible gasket and to deform the flexible gasket to provide a fluid tight seal between the shaker screen supports and the screen frame.
A noise barrier, which is intended to be arranged at the border of a traffic corridor in order to prevent emission of traffic noise, and which noise barrier comprises: at least one noise element which is an elongate wall-like structure having a frame and a noise cancellation structure attached to the frame; and which noise element has a first flank intended for the traffic corridor side; a second flank intended for the side of the site to be protected from noise; two opposite ends (3a, 3b); and a longitudinal top edge and a longitudinal bottom edge; and at least two pillars which may be supported on the ground for supporting the noise element vertically; and wherein the frame of the noise element is produced from wood planks (14, 23) and comprises a horizontal frame and a vertical frame; the outer surface of the noise element has on the side of the first flank a cladding damper provided with perforations; and the outer surface of the noise element on the side of the second flank has an outer cladding panel; characterized in that the spaces defined between the horizontal frame and the vertical frame are each provided with a layer of sound insulating wool; between said cladding damper and the sound insulating wool layer is a first air gap, and on the opposite side of the sound insulating wool layer, a second air gap, respectively; and the thickness of said second air gap is at least three times compared to the thickness of said first air gap. at least one noise element which is an elongate wall-like structure having a frame and a noise cancellation structure attached to the frame; and which noise element has a first flank intended for the traffic corridor side; a second flank intended for the side of the site to be protected from noise; two opposite ends (3a, 3b); and a longitudinal top edge and a longitudinal bottom edge; and at least two pillars which may be supported on the ground for supporting the noise element vertically; and wherein the frame of the noise element is produced from wood planks (14, 23) and comprises a horizontal frame and a vertical frame; the outer surface of the noise element has on the side of the first flank a cladding damper provided with perforations; and the outer surface of the noise element on the side of the second flank has an outer cladding panel; characterized in that the spaces defined between the horizontal frame and the vertical frame are each provided with a layer of sound insulating wool; between said cladding damper and the sound insulating wool layer is a first air gap, and on the opposite side of the sound insulating wool layer, a second air gap, respectively; and the thickness of said second air gap is at least three times compared to the thickness of said first air gap.
A blood pump assembly comprising: a blood pump housing component; at least one input port and at least one outlet port; and a sensor coupled to the blood pump housing component, the sensor including a sensor membrane configured to deflect in response to a change in a blood parameter, the sensor being coupled to a transmission fiber; wherein the blood pump assembly includes a shield that covers at least a portion of the sensor membrane to protect the sensor from physical damage, characterized in that the shield includes a blood aperture extending through the blood pump housing component and positioned distal relative to the sensor membrane for washing the sensor membrane with blood. a blood pump housing component; at least one input port and at least one outlet port; and a sensor coupled to the blood pump housing component, the sensor including a sensor membrane configured to deflect in response to a change in a blood parameter, the sensor being coupled to a transmission fiber; wherein the blood pump assembly includes a shield that covers at least a portion of the sensor membrane to protect the sensor from physical damage, characterized in that the shield includes a blood aperture extending through the blood pump housing component and positioned distal relative to the sensor membrane for washing the sensor membrane with blood.
Method for providing an operating apparatus in a vehicle, in which - a control apparatus generates graphics data which control a display surface in such a manner that - buttons which are assigned to an operating step which can be carried out by means of the input device are displayed in an operating state, - display elements which are assigned to the buttons and are not assigned to an operating step which can be carried out by means of the input device are displayed in a display state, and - additional information is displayed in the display and operating states separately from the display elements and buttons, - it is detected when an object approaches the input device, and - if an actuation object approaches the input device, the control apparatus changes from the display state to the operating state, and - during the change from the display state to the operating state, the type of display for the display elements changes to a type of display for the button, but the display of the additional information remains unchanged, characterized in that - the control apparatus automatically changes from the operating state to the display state after the actuation of a button. - a control apparatus generates graphics data which control a display surface in such a manner that - buttons which are assigned to an operating step which can be carried out by means of the input device are displayed in an operating state, - display elements which are assigned to the buttons and are not assigned to an operating step which can be carried out by means of the input device are displayed in a display state, and - additional information is displayed in the display and operating states separately from the display elements and buttons, - buttons which are assigned to an operating step which can be carried out by means of the input device are displayed in an operating state, - display elements which are assigned to the buttons and are not assigned to an operating step which can be carried out by means of the input device are displayed in a display state, and - additional information is displayed in the display and operating states separately from the display elements and buttons, - it is detected when an object approaches the input device, and - if an actuation object approaches the input device, the control apparatus changes from the display state to the operating state, and - during the change from the display state to the operating state, the type of display for the display elements changes to a type of display for the button, but the display of the additional information remains unchanged, characterized in that - the control apparatus automatically changes from the operating state to the display state after the actuation of a button.
A reduced pressure treatment system comprising: a manifold adapted to be positioned at a tissue site; a regulated chamber in fluid communication with the manifold to deliver a desired therapy pressure to the tissue site; a charging chamber adapted to store a charging pressure that is less than the desired therapy pressure; a regulated passage providing fluid communication between the regulated chamber and the charging chamber; a valve body operably associated with the regulated passage to substantially reduce fluid communication through the regulated passage when a pressure in the regulated chamber is less than or equal to the desired therapy pressure and to allow fluid communication through the regulated passage when the pressure in the regulated chamber exceeds the desired therapy pressure; and a spring operably associated with the valve body to urge the valve body toward an open position when the pressure in the regulated chamber exceeds the desired therapy pressure, the valve body in the open position allowing fluid communication through the regulated passage characterised in that the charging chamber is defined between a passage having a closed end and a piston slidingly received within the passage; and the regulated chamber is defined between the piston and a seal slidingly received within the passage; wherein the piston is moveable between a discharged extended position and a charged compressed position to produce the charging pressure that is less than the desired therapy pressure. a manifold adapted to be positioned at a tissue site; a regulated chamber in fluid communication with the manifold to deliver a desired therapy pressure to the tissue site; a charging chamber adapted to store a charging pressure that is less than the desired therapy pressure; a regulated passage providing fluid communication between the regulated chamber and the charging chamber; a valve body operably associated with the regulated passage to substantially reduce fluid communication through the regulated passage when a pressure in the regulated chamber is less than or equal to the desired therapy pressure and to allow fluid communication through the regulated passage when the pressure in the regulated chamber exceeds the desired therapy pressure; and a spring operably associated with the valve body to urge the valve body toward an open position when the pressure in the regulated chamber exceeds the desired therapy pressure, the valve body in the open position allowing fluid communication through the regulated passage characterised in that the charging chamber is defined between a passage having a closed end and a piston slidingly received within the passage; and the regulated chamber is defined between the piston and a seal slidingly received within the passage; wherein the piston is moveable between a discharged extended position and a charged compressed position to produce the charging pressure that is less than the desired therapy pressure.
Use of a compound of formula: or a salt, tautomer, stereoisomer, hydrate or solvate thereof in the treatment of a fungal infection in a plant or a plant part thereof, wherein R is selected from the group consisting of: • C- α -D-galactofuranose; C - β -D-galactofuranose; C - α -L-galactofuranose; C - β- L-galactofuranose; C- β -D-galactopyranose; and C - β -L-galactopyranose. or a salt, tautomer, stereoisomer, hydrate or solvate thereof in the treatment of a fungal infection in a plant or a plant part thereof, wherein R is selected from the group consisting of: • C- α -D-galactofuranose; C - β -D-galactofuranose; C - α -L-galactofuranose; C - β- L-galactofuranose; C- β -D-galactopyranose; and C - β -L-galactopyranose. • C- α -D-galactofuranose; C - β -D-galactofuranose; C - α -L-galactofuranose; C - β- L-galactofuranose; C- β -D-galactopyranose; and C - β -L-galactopyranose.
A method for use in a network node for managing radio resources, wherein the radio resources are dedicated for beacon (121, 122) signaling, by a first device and a second device, in conjunction with device-to-device, "D2D", discovery, wherein the first device is stationary and the second device is non-stationary, the method comprising: selecting a first and a second set of radio resources out of the radio resources, wherein the first and second sets are dedicated for beacon signaling by the first device and the second device, respectively, wherein the first set of radio resources is non-overlapping with the second set of radio resources; scheduling a specific radio resource of the first set of radio resources to the first device; sending information about the scheduled specific radio resource to the first device; and sending information about the second set of radio resources to the second device, whereby the second device restricts its radio resources usable for beacon signaling to the second set of radio resources. selecting a first and a second set of radio resources out of the radio resources, wherein the first and second sets are dedicated for beacon signaling by the first device and the second device, respectively, wherein the first set of radio resources is non-overlapping with the second set of radio resources; scheduling a specific radio resource of the first set of radio resources to the first device; sending information about the scheduled specific radio resource to the first device; and sending information about the second set of radio resources to the second device, whereby the second device restricts its radio resources usable for beacon signaling to the second set of radio resources.