mhurhangee/ep-ind-claims huggingface dataset:
A device for local temperature measurement that is suitable for obtaining temperature measurements of the immediate vicinity of the device, the device comprising: - a cell comprising a thermally conductive base, having a general shape of a cylinder, and at least a first material (26, 28, 30) having a predetermined fixed state-change temperature (T1, T2, T3) and arranged in the base, - a thermal energy transfer device thermally connected to the base and to the at least first material (26, 28, 30), - a local temperature measurement probe received in the base and in thermal contact with the at least first material (26, 28 30), the thermal energy transfer device being adapted to cause a change of state of the first material (26, 28, 30) in order to carry out at least one metrological verification of the local temperature measurement probe the device for local temperature measurement being characterized in that it further comprises thermal insulating means configured for maintaining a uniform temperature within the cell, said thermal insulating means comprising at least one block bearing against one of the end faces of the base. - a cell comprising a thermally conductive base, having a general shape of a cylinder, and at least a first material (26, 28, 30) having a predetermined fixed state-change temperature (T1, T2, T3) and arranged in the base, - a thermal energy transfer device thermally connected to the base and to the at least first material (26, 28, 30), - a local temperature measurement probe received in the base and in thermal contact with the at least first material (26, 28 30),
A method of operating a control point in a home network using Universal Plug and Play, UPnP, comprising: sending, by the control point, a request for information about input capabilities to a first electronic device and a second electronic device existing in the home network, and receiving the information about the input capabilities from the first electronic device and the second electronic device in response to the request; setting, by the control point, the second electronic device as an input client and the first electronic device as an input server based on the received information about the input capabilities; sending, by the control point, role information for setting the input server to the first electronic device; receiving, by the control point, session information for transmitting and receiving input data from the first electronic device; and sending, by the control point, role information for setting the input client and the session information to the second electronic device; wherein the information about the input capabilities includes information about supportable input modes indicating types of input means provided by each of the first and second electronic devices and information about an available role of each of the first and second electronic devices indicating whether each of the first and second electronic devices is available as an input server or an input client. sending, by the control point, a request for information about input capabilities to a first electronic device and a second electronic device existing in the home network, and receiving the information about the input capabilities from the first electronic device and the second electronic device in response to the request; setting, by the control point, the second electronic device as an input client and the first electronic device as an input server based on the received information about the input capabilities; sending, by the control point, role information for setting the input server to the first electronic device; receiving, by the control point, session information for transmitting and receiving input data from the first electronic device; and sending, by the control point, role information for setting the input client and the session information to the second electronic device; wherein the information about the input capabilities includes information about supportable input modes indicating types of input means provided by each of the first and second electronic devices and information about an available role of each of the first and second electronic devices indicating whether each of the first and second electronic devices is available as an input server or an input client.
Sealing and mounting device for sanitary installations, in particular bathtubs and shower trays, comprising - an elastic sealing underlay with a rear side for flat fastening to a wall and a front side opposite thereto, wherein the front side has a first section for sealing connection to the sanitary installation and a second section for receiving a wall covering, in particular a tile covering, wherein a middle section, which has no bonding or adhesive layer, is delimited between the first and the second section, - and an angle strip with a first leg for non-connecting abutment against the elastic middle section delimited by the first and the second section, and a second leg, which has an adhesive surface for fastening to the sanitary installation, wherein the wall covering section is covered over its surface with a fleece for receiving a wall covering. - an elastic sealing underlay with a rear side for flat fastening to a wall and a front side opposite thereto, wherein the front side has a first section for sealing connection to the sanitary installation and a second section for receiving a wall covering, in particular a tile covering, wherein a middle section, which has no bonding or adhesive layer, is delimited between the first and the second section, - and an angle strip with a first leg for non-connecting abutment against the elastic middle section delimited by the first and the second section, and a second leg, which has an adhesive surface for fastening to the sanitary installation,
Water-bearing household appliance (1, 1a) with a housing and a door unit (13, 13a), wherein the door unit (13, 13a) comprises a viewing window, a projection area (20, 20a), wherein the projection area (20, 20a) is provided in the region of the viewing window, a projection unit (39, 39a), wherein the projection unit (39, 39a) is suitable for projecting a projection image (23, 23a) onto the projection area (20, 20a), an operating unit (25, 25a), wherein the operating unit (25, 25a) is embodied for operating the water-guiding household appliance (1, 1a), the door unit (13, 13a) comprises the projection unit (39, 39a), the projection area (20, 20a) and the operating unit (25, 25a), characterised in that the door unit (13, 13a) has a window element, wherein the window element is arranged opposite the viewing window and wherein the window element protrudes into the housing in a closed state of the door unit (13, 13a), wherein the viewing window is arranged substantially outside the housing in a closed state of the door unit (13, 13a), wherein a cavity is embodied between the window element and the viewing window and at least one optical unit for conducting a beam of light that is generated by the projection unit (39, 39a) is arranged in the cavity. a housing and a door unit (13, 13a), wherein the door unit (13, 13a) comprises a viewing window, a projection area (20, 20a), wherein the projection area (20, 20a) is provided in the region of the viewing window, a projection unit (39, 39a), wherein the projection unit (39, 39a) is suitable for projecting a projection image (23, 23a) onto the projection area (20, 20a), an operating unit (25, 25a), wherein the operating unit (25, 25a) is embodied for operating the water-guiding household appliance (1, 1a), the door unit (13, 13a) comprises the projection unit (39, 39a), the projection area (20, 20a) and the operating unit (25, 25a), characterised in that the door unit (13, 13a) has a window element, wherein the window element is arranged opposite the viewing window and wherein the window element protrudes into the housing in a closed state of the door unit (13, 13a), wherein the viewing window is arranged substantially outside the housing in a closed state of the door unit (13, 13a), wherein a cavity is embodied between the window element and the viewing window and at least one optical unit for conducting a beam of light that is generated by the projection unit (39, 39a) is arranged in the cavity.
A MASP-2 inhibitory agent which selectively inhibit MASP-2-dependent complement activation without substantially inhibiting C1q-dependent complement activation which is an anti-MASP-2 antibody or fragment thereof that specifically binds to a portion of SEQ ID NO:6, for use in inhibiting restenosis following a procedure selected from the group consisting of stent placement, rotational atherectomy and percutaneous transluminal coronary angioplasty (PTCA).
Method, implemented in a computer, for checking the execution integrity of a program by verifying execution trace prints, said print being a value that is representative of specified checkpoints of the execution of said program, said method comprising the calculation of the numeric value of the print, the comparison of said value with an expected value, and the specific processing in the event of said print value differing from the expected value, characterized in that it comprises: - assigning an initial value to the print, - updating the print of an execution path, - adjusting the print along the execution paths before specific points of convergence of the control flow, in order to make the prints of converging paths uniform, - comparing said dynamically calculated print with a statically fixed expected value that is equal to the value that the print should have if the execution of the program is not disrupted at specified points of the program, - carrying out specific processing in the event of the current print differing from the expected value, said specific processing of the program in the event of the current print differing from the expected value consisting in securing particular data, or warning the user of the malfunction by means of an acoustic or visual signal, or interrupting, either permanently or not, the execution of said program. - assigning an initial value to the print, - updating the print of an execution path, - adjusting the print along the execution paths before specific points of convergence of the control flow, in order to make the prints of converging paths uniform, - comparing said dynamically calculated print with a statically fixed expected value that is equal to the value that the print should have if the execution of the program is not disrupted at specified points of the program, - carrying out specific processing in the event of the current print differing from the expected value, said specific processing of the program in the event of the current print differing from the expected value consisting in securing particular data, or warning the user of the malfunction by means of an acoustic or visual signal, or interrupting, either permanently or not, the execution of said program.
A liquid holding container comprising: a housing unit constituted in a bag form by a flexible sheet member (82A, 82B), and configured and arranged to house liquid inside; a flow path member extending through the sheet member (82A, 82B) between an outside and an interior of the housing unit, the flow path member defining a flow path configured and arranged to deliver the liquid from the interior of the housing unit to the outside of the housing unit; and a filter disposed in the flow path member in the interior of the housing unit, wherein the flow path member and the sheet member (82A, 82B) are joined at a junction part, the flow path extends further to an inside of the housing unit than the junction part, and the filter in the flow path member is disposed at a site further to the inside of the housing unit than the junction part, characterised in that the flow path member includes a convex part protruding further outward than the filter. a housing unit constituted in a bag form by a flexible sheet member (82A, 82B), and configured and arranged to house liquid inside; a flow path member extending through the sheet member (82A, 82B) between an outside and an interior of the housing unit, the flow path member defining a flow path configured and arranged to deliver the liquid from the interior of the housing unit to the outside of the housing unit; and a filter disposed in the flow path member in the interior of the housing unit, wherein the flow path member and the sheet member (82A, 82B) are joined at a junction part, the flow path extends further to an inside of the housing unit than the junction part, and the filter in the flow path member is disposed at a site further to the inside of the housing unit than the junction part, characterised in that the flow path member includes a convex part protruding further outward than the filter.
A process for biomass torrefaction, comprising: adding biomass to a fluidized bed reactor; adding oxygen containing gas to said reactor; adjusting the oxygen content of a fluidizing gas within the reactor, wherein the oxygen content of the fluidizing gas is maintained at greater than 10 volume percent and the oxygen content of the gas leaving said reactor is less than 8 volume percent; initiating heating of said biomass by increasing the temperature of said reactor, wherein the temperature of the reactor is controlled by controlling biomass feed rate and the amount of oxygen containing gas introduced to the reactor; heating said biomass; maintaining said biomass within said reactor for a predetermined time; removing water from said biomass; vaporizing volatile organic compounds associated with said biomass; torrefying said biomass; and combusting said volatile organic compounds to help maintain the temperature of said reactor. adding biomass to a fluidized bed reactor; adding oxygen containing gas to said reactor; adjusting the oxygen content of a fluidizing gas within the reactor, wherein the oxygen content of the fluidizing gas is maintained at greater than 10 volume percent and the oxygen content of the gas leaving said reactor is less than 8 volume percent; initiating heating of said biomass by increasing the temperature of said reactor, wherein the temperature of the reactor is controlled by controlling biomass feed rate and the amount of oxygen containing gas introduced to the reactor; heating said biomass; maintaining said biomass within said reactor for a predetermined time; removing water from said biomass; vaporizing volatile organic compounds associated with said biomass; torrefying said biomass; and combusting said volatile organic compounds to help maintain the temperature of said reactor.
A system configured to preclude the presence of trapped gas in the inflation lumen of a balloon guide catheter, the system comprising: a catheter, comprising: a substantially tubular inner core having an inner hollow lumen; and an elongated tubular member disposed around the inner core and comprising an inflation sleeve having an inflation lumen extending therethrough, the elongated tubular member and inflation sleeve extending a majority of the length of the tubular inner core; a proximal luer comprising: a proximal end and a distal end; an internal luer lumen; an inflation port in fluidic communication with the luer lumen; a mandrel hub having a proximal port, the mandrel hub in fluidic communication with the luer lumen; a mandrel removably disposed within the mandrel hub and the inflation sleeve, the mandrel occupying the full volume of the inflation lumen; and a balloon in fluid communication with the inflation lumen of the inflation sleeve. a substantially tubular inner core having an inner hollow lumen; and an elongated tubular member disposed around the inner core and comprising an inflation sleeve having an inflation lumen extending therethrough, the elongated tubular member and inflation sleeve extending a majority of the length of the tubular inner core; a proximal luer comprising: a proximal end and a distal end; an internal luer lumen; an inflation port in fluidic communication with the luer lumen; a mandrel hub having a proximal port, the mandrel hub in fluidic communication with the luer lumen; a proximal end and a distal end; an internal luer lumen; an inflation port in fluidic communication with the luer lumen; a mandrel hub having a proximal port, the mandrel hub in fluidic communication with the luer lumen; a mandrel removably disposed within the mandrel hub and the inflation sleeve, the mandrel occupying the full volume of the inflation lumen; and a balloon in fluid communication with the inflation lumen of the inflation sleeve.
A method of stitching a material (602, 604) different from living tissue, such as fabrics or polymers, comprising: piercing a needle element (404, 704, 804, 900) through the material (602, 604); engaging the needle element (404, 704, 804, 900) with a thread element (612, 708, 810) while the needle element (404, 704, 804, 900) extends through the material (602, 604); withdrawing the needle element (404, 704, 804, 900) with the engaged thread element through the material (602, 604); wherein the needle element (404, 704, 804, 900) comprises: a thread extractor which comprises a magnet that engages an end (610, 710, 808) of the thread element (612, 708, 810), which is composed of a material which exhibits magnetic properties when in presence of a magnetic field, by magnetically coupling the end (610, 710, 808) to the thread extractor; a handle portion (402,702,802); an insertion portion that includes an elongated base extending radially from the handle portion at an angle and the elongated base being hollow with the thread extractor being located within the hollow interior, and a needle tip formed on the elongated base by tapering or beveling the elongated base in a direction away from the handle portion. piercing a needle element (404, 704, 804, 900) through the material (602, 604); engaging the needle element (404, 704, 804, 900) with a thread element (612, 708, 810) while the needle element (404, 704, 804, 900) extends through the material (602, 604); withdrawing the needle element (404, 704, 804, 900) with the engaged thread element through the material (602, 604); wherein the needle element (404, 704, 804, 900) comprises: a thread extractor which comprises a magnet that engages an end (610, 710, 808) of the thread element (612, 708, 810), which is composed of a material which exhibits magnetic properties when in presence of a magnetic field, by magnetically coupling the end (610, 710, 808) to the thread extractor; a handle portion (402,702,802); an insertion portion that includes an elongated base extending radially from the handle portion at an angle and the elongated base being hollow with the thread extractor being located within the hollow interior, and a needle tip formed on the elongated base by tapering or beveling the elongated base in a direction away from the handle portion.
Device which has mechanical components (7, 8) which can be moved relative to one another and of which the relative movement capability can be influenced by means of at least one arresting device, which has at least one spring clip which can be pivoted in a pivotable manner in at least one bearing between a release position, which allows the relative movement of the mechanical components (7, 8), and an arresting position, which prevents said movement, wherein the at least one spring clip is retained in a respectively stable and resiliently prestressed manner in the release position and the arresting position, and the at least one spring clip passes through bores in the at least one bearing, characterized in that at least one end region of the at least one spring clip extends beyond the at least one bearing, is undercut and, in the arresting position, is retained in a form-fitting manner in the at least one bearing.
A display device comprising: a display panel configured to display an image; a first backlight unit disposed under the display panel, the first backlight unit configured to output first light and including a first light source package and a first light guide plate, the first light guide plate comprising a first pattern protruding or recessed from a rear surface of the first light guide plate; and a second backlight unit positioned between the display panel and the first backlight unit, the second backlight unit configured to output second light and including a second light source package and a second light guide plate, the second light guide plate comprising a second pattern protruding from a rear surface of the second light guide plate, the second pattern having an asymmetric pyramid shape and having a gently inclined surface and a steep inclined surface, wherein the second light source package is disposed adjacent to the gently inclined surface of the second pattern, wherein, in a first mode, only the first light source package is turned on so that a light of the first light source package is emitted at a narrow angle in a front direction of the display panel by the first pattern and the gently inclined surface of the second pattern; and wherein, in the second mode, the second light source is further turned on so that a light of the second light source package is further emitted to a side by the steep inclined surface of the second pattern. a display panel configured to display an image; a first backlight unit disposed under the display panel, the first backlight unit configured to output first light and including a first light source package and a first light guide plate, the first light guide plate comprising a first pattern protruding or recessed from a rear surface of the first light guide plate; and a second backlight unit positioned between the display panel and the first backlight unit, the second backlight unit configured to output second light and including a second light source package and a second light guide plate, the second light guide plate comprising a second pattern protruding from a rear surface of the second light guide plate, the second pattern having an asymmetric pyramid shape and having a gently inclined surface and a steep inclined surface, wherein the second light source package is disposed adjacent to the gently inclined surface of the second pattern, wherein, in a first mode, only the first light source package is turned on so that a light of the first light source package is emitted at a narrow angle in a front direction of the display panel by the first pattern and the gently inclined surface of the second pattern; and wherein, in the second mode, the second light source is further turned on so that a light of the second light source package is further emitted to a side by the steep inclined surface of the second pattern.
A Geminivirus based expression construct, capable of systemic symptomless spread in a plant host, the expression construct being devoid of a polynucleotide sequence encoding a functional C1, C2, C3 and C4 coding sequence, the construct comprising: (i) a polynucleotide sequence encoding a Geminivirus intergenic region; and (ii) a polynucleotide sequence encoding a modification in a Geminivirus coat protein, wherein said modification comprises a mutation or deletion in nucleotides encoding an N-terminal 100 amino acids, wherein a position of said modification results in a modified Geminivirus precoat protein. (i) a polynucleotide sequence encoding a Geminivirus intergenic region; and (ii) a polynucleotide sequence encoding a modification in a Geminivirus coat protein, wherein said modification comprises a mutation or deletion in nucleotides encoding an N-terminal 100 amino acids, wherein a position of said modification results in a modified Geminivirus precoat protein.