mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for managing configuration of an electronic device, the apparatus comprising: a configuration information loader adapted to access a memory storing configuration information for configuring at least one component of an electronic device, the apparatus being characterised in that the configuration information loader is further adapted to access compatibility information in the memory, the compatibility information providing an indication of configuration information that is capable of configuring the at least one component, to determine whether configuration information indicated in the compatibility information is available at the electronic device, and to load either the configuration information from the memory or the configuration information that is available at the electronic device, based on the determination, to configure the at least one component. a configuration information loader adapted to access a memory storing configuration information for configuring at least one component of an electronic device, the apparatus being characterised in that the configuration information loader is further adapted to access compatibility information in the memory, the compatibility information providing an indication of configuration information that is capable of configuring the at least one component, to determine whether configuration information indicated in the compatibility information is available at the electronic device, and to load either the configuration information from the memory or the configuration information that is available at the electronic device, based on the determination, to configure the at least one component.
A locking device (10, 60, 70, 80) for locking an image sensor element in a camera, the locking device comprising: two locking arrangements (102, 104, 601, 602, 701, 702, 801, 802) each provided with one or more locking holes (101a, 101b, 103a, 103b, 604, 605, 606, 607, 703, 704, 705, 706, 803, 804, 805, 806); wherein the locking arrangements are superimposed such that said one or more locking holes of the locking arrangements at least partly overlap each other in pairs so as to form two open sections (105a, 105b, 608, 609, 708, 709, 808, 809) adapted to each receive a respective locking protrusion (203, 204, 201', 202', 201", 202", 201"', 202"') of said image sensor element; wherein the locking device is adjustable between a locked mode and an unlocked mode by a motion of the locking arrangements relative each other; wherein, in the locked mode, the open sections of the locking arrangements are adapted to receive the respective locking protrusion such that the locking arrangements engage with each locking protrusion for locking the position of the image sensor element relative the locking arrangements in an image sensor plane of the image sensor element; and wherein, in the unlocked mode, the open sections of the locking arrangements are adapted to receive the respective locking protrusion such that the locking arrangements are disengaged from the respective locking protrusion for allowing adjustment of the position of the image sensor element relative the locking arrangements in the image sensor plane of the image sensor element. two locking arrangements (102, 104, 601, 602, 701, 702, 801, 802) each provided with one or more locking holes (101a, 101b, 103a, 103b, 604, 605, 606, 607, 703, 704, 705, 706, 803, 804, 805, 806); wherein the locking arrangements are superimposed such that said one or more locking holes of the locking arrangements at least partly overlap each other in pairs so as to form two open sections (105a, 105b, 608, 609, 708, 709, 808, 809) adapted to each receive a respective locking protrusion (203, 204, 201', 202', 201", 202", 201"', 202"') of said image sensor element; wherein the locking device is adjustable between a locked mode and an unlocked mode by a motion of the locking arrangements relative each other; wherein, in the locked mode, the open sections of the locking arrangements are adapted to receive the respective locking protrusion such that the locking arrangements engage with each locking protrusion for locking the position of the image sensor element relative the locking arrangements in an image sensor plane of the image sensor element; and wherein, in the unlocked mode, the open sections of the locking arrangements are adapted to receive the respective locking protrusion such that the locking arrangements are disengaged from the respective locking protrusion for allowing adjustment of the position of the image sensor element relative the locking arrangements in the image sensor plane of the image sensor element.
A ventricle unloading device intended to be serially implanted inside a patient's blood vessel portion through which a blood flow circulates, said device comprising: - a stator (X'), - a rotor arranged around the stator (X'), the rotor comprising a blood driving impeller and a impeller engine, the impeller comprising a hub and at least one blade displaying an attachment area to the hub, - a static anchoring element displaying a circular part which is configured to extend around the impeller, wherein the circular part of the static anchoring element defines a circulation area intended to contain the entire blood flow circulating through the blood vessel portion, wherein the activation of the rotor is a pulsatile activation and that said activation is synchronized with the patient's heart contraction, and characterised by the impeller further being an unducted impeller aimed at rotating freely within the blood vessel portion. said device comprising: - a stator (X'), - a rotor arranged around the stator (X'), the rotor comprising a blood driving impeller and a impeller engine, the impeller comprising a hub and at least one blade displaying an attachment area to the hub, - a static anchoring element displaying a circular part which is configured to extend around the impeller, - a stator (X'), - a rotor arranged around the stator (X'), the rotor comprising a blood driving impeller and a impeller engine, the impeller comprising a hub and at least one blade displaying an attachment area to the hub, - a static anchoring element displaying a circular part which is configured to extend around the impeller, wherein the circular part of the static anchoring element defines a circulation area intended to contain the entire blood flow circulating through the blood vessel portion, wherein the activation of the rotor is a pulsatile activation and that said activation is synchronized with the patient's heart contraction, and characterised by the impeller further being an unducted impeller aimed at rotating freely within the blood vessel portion.
An applicator comprising: a housing, further comprising: a liquid input; a pump in fluid connection with the liquid input; an electric motor for driving the pump; and a power source for providing power to the electric motor; a trigger in electronic communication with the power source and the electric motor, wherein the trigger provides manual selective control over the pump such that when the trigger is depressed, the pump is actuated and when the trigger is released, the pump ceases operation; a wand connected to the housing via a hinge that is configured to allow the wand to be collapsed against the housing in a first position and extended away from the housing in a second position, and the wand further comprising a wand conduit in fluid communication with the liquid input and the pump; a nozzle coupled to the wand for discharging liquid from the applicator, wherein the nozzle is in fluid communication with the wand conduit, the pump, and the liquid input; and a liquid conduit, in fluid communication with the liquid input, that extends externally from the housing and is configured to connect to a container that is external to and separate from the housing. a housing, further comprising: a liquid input; a pump in fluid connection with the liquid input; an electric motor for driving the pump; and a power source for providing power to the electric motor; a liquid input; a pump in fluid connection with the liquid input; an electric motor for driving the pump; and a power source for providing power to the electric motor; a trigger in electronic communication with the power source and the electric motor, wherein the trigger provides manual selective control over the pump such that when the trigger is depressed, the pump is actuated and when the trigger is released, the pump ceases operation; a wand connected to the housing via a hinge that is configured to allow the wand to be collapsed against the housing in a first position and extended away from the housing in a second position, and the wand further comprising a wand conduit in fluid communication with the liquid input and the pump; a nozzle coupled to the wand for discharging liquid from the applicator, wherein the nozzle is in fluid communication with the wand conduit, the pump, and the liquid input; and a liquid conduit, in fluid communication with the liquid input, that extends externally from the housing and is configured to connect to a container that is external to and separate from the housing.
A laundry drying apparatus, comprising a laundry processing space (3, 4) and a drying air passage in communication with the laundry processing space (3, 4), wherein a detection device is mounted on the drying air passage and has a head extending into the drying air passage, and wherein a cleaning device is mounted close to the detection device for cleaning the head, characterized in that said cleaning device is provided for rinsing the head, and comprises a rinsing device, the rinsing device comprises a water outlet, and the water outlet faces the head of the detection device.
A divert-air valve for a compressor of an internal combustion engine, comprising a flow housing in which a duct is formed, an electromagnetic actuator, a control body which can be moved by way of the actuator and by way of which a throughflow cross section of the duct can be controlled, a housing interior in which an armature, connected to the control body, of the electromagnetic actuator is movable, openings in the control body, via which openings the housing interior is fluidically connected to a part of the duct in the flow housing against which the control body axially bears, a valve housing (11, 40) which radially surrounds the electromagnetic actuator and a part of the axial extent of the control body, a radial sealing ring by means of which the housing interior is sealed off with respect to a part of the duct against which the control body radially bears, and which lies axially against a radially inwardly facing ring-shaped plate of a support ring which, by way of a cylinder wall, bears radially from the outside against a housing wall of the valve housing (11, 40), characterized in that the radial sealing ring bears radially at the outside against the housing wall of the valve housing (11, 40), wherein the support ring comprises a cylinder wall which surrounds the housing wall of the valve housing (11, 40) and that, at the end facing toward the actuator, a radially outward-facing annular plate extends from the cylinder wall of the support ring, said annular plate being axially clamped between the valve housing (11, 40) and the flow housing.
Medical device, in particular stent, with a compressible and expandable mesh which comprises at least one reinforcing wire and at least one fibre bundle, wherein the fibre bundle is formed of several individual filaments characterised in that the individual filaments in the fibre bundle are arranged so loosely that in the compressed state of the mesh the individual filaments of the fibre bundle are pressed together in such a way that they are in contact with each other and form a compressed fibre bundle and in the expanded state of the mesh the fibre bundle broadens out, wherein the ratio of h/b expanded to h/b compressed is from 0.01 to 0.8, were h denotes the height of the fibre bundle and b the breadth of the fibre bundle.
A pipe socket of an electrical installation housing, for receiving one end of a pipe, comprising a pipe receiving section, which is open on the side thereof provided for the insertion of the pipe and is closed on the other side thereof by a wall, the wall including a predetermined breaking point so that a region of the wall can be broken out, and a pipe contact element being attached on the region of the wall that can be broken out, which is designed in such a way that the pipe contact element extends from the wall into the interior of the pipe receiving section and includes a pipe contact surface facing the inner wall of the pipe receiving section, characterized in that, with increasing distance from the wall, the pipe contact surface is located further away from the inner wall of the pipe receiving section, so that a moment is transferred to the region of the wall that can be broken out when a pipe is inserted into the pipe receiving section, so that, as the pipe is progressively inserted into the pipe receiving section and the pipe is pushed onto the pipe contact element, the pipe contact element experiences increasingly higher lateral forces, and the region of the wall that can be broken out is broken out and ultimately ejected from the pipe socket.
An agricultural machine having an automatic steering function that causes the agricultural machine to automatically travel on a given path, comprising: a swath information acquiring module configured to acquire a position of a swath; a first determining module configured to determine a traveling path of an automatic operation according to the automatic steering function based on the position of the swath; a setting module configured to set a work continuation width based on the traveling path; a second determining module configured to determine, when there is a manual operation by a worker during the automatic operation, whether a position of the agricultural machine during the manual operation is within the work continuation width; and an executing module configured to execute the automatic operation according to the automatic steering function, characterized in that the executing module suspends the automatic operation according to the automatic steering function when the second determining module determines that the agricultural machine is within the work continuation width during the manual operation, the executing module resumes the agricultural machine to the traveling path after a termination of the manual operation and continues the automatic operation according to the automatic steering function when the second determining module determines that the agricultural machine is within the work continuation width, and the executing module cancels the automatic steering function at a time when the second determining module determines that the agricultural machine is not within the work continuation width. a swath information acquiring module configured to acquire a position of a swath; a first determining module configured to determine a traveling path of an automatic operation according to the automatic steering function based on the position of the swath; a setting module configured to set a work continuation width based on the traveling path; a second determining module configured to determine, when there is a manual operation by a worker during the automatic operation, whether a position of the agricultural machine during the manual operation is within the work continuation width; and an executing module configured to execute the automatic operation according to the automatic steering function, characterized in that the executing module suspends the automatic operation according to the automatic steering function when the second determining module determines that the agricultural machine is within the work continuation width during the manual operation, the executing module resumes the agricultural machine to the traveling path after a termination of the manual operation and continues the automatic operation according to the automatic steering function when the second determining module determines that the agricultural machine is within the work continuation width, and the executing module cancels the automatic steering function at a time when the second determining module determines that the agricultural machine is not within the work continuation width.
A decorative body comprising: a plurality of solid shapes including an inclined face inclined in a direction that is not a direction of a bottom face configuring a surface of a tire side portion, or in a direction of a plane perpendicular to the bottom face; characterized by at least three types of the solid shapes having different vector orientations from each other when the tire side portion is viewed in plan view and when a vector is defined as an inclined face vector running in a direction from a center point of a highest location side toward a center point of a lowest location side of an inclined face having a smallest incline angle with respect to the tire side portion for a corresponding solid shape, with the highest location side of the vector defined as a start point of the vector and the lowest location side of the vector defined as an end point of the vector; and a region in which the solid shapes having different vector orientations from each other are disposed adjacently to each other when the tire side portion is viewed in plan view, from 3 to 200 of the solid shapes being provided per 1 cm 2, and a surface area taken up by the inclined faces having the smallest incline angle occupying a range of from 70% to 100% per unit surface area in plan view. a plurality of solid shapes including an inclined face inclined in a direction that is not a direction of a bottom face configuring a surface of a tire side portion, or in a direction of a plane perpendicular to the bottom face; characterized by at least three types of the solid shapes having different vector orientations from each other when the tire side portion is viewed in plan view and when a vector is defined as an inclined face vector running in a direction from a center point of a highest location side toward a center point of a lowest location side of an inclined face having a smallest incline angle with respect to the tire side portion for a corresponding solid shape, with the highest location side of the vector defined as a start point of the vector and the lowest location side of the vector defined as an end point of the vector; and a region in which the solid shapes having different vector orientations from each other are disposed adjacently to each other when the tire side portion is viewed in plan view, from 3 to 200 of the solid shapes being provided per 1 cm 2, and a surface area taken up by the inclined faces having the smallest incline angle occupying a range of from 70% to 100% per unit surface area in plan view.
A container, comprising: a body comprising a sealable opening, a product facing body side, and a consumer facing body side; and an end closure comprising a product facing closure side and a consumer facing closure side, wherein the sealable opening is configured to receive the end closure, wherein the product facing closure side comprises a laminated film, and wherein the laminated film on the product facing closure side contacts the product facing body side, providing an end closure liner, wherein the laminated film is a polymer film, wherein the body is sealed with the end closure to provide a sealed container, characterized in that the sealed container has been annealed, wherein annealing the sealed container comprises raising a temperature of the polymer film for a duration sufficient to melt the polymer film into a surface texture of the sealed container. a body comprising a sealable opening, a product facing body side, and a consumer facing body side; and an end closure comprising a product facing closure side and a consumer facing closure side, wherein the sealable opening is configured to receive the end closure, wherein the product facing closure side comprises a laminated film, and wherein the laminated film on the product facing closure side contacts the product facing body side, providing an end closure liner, wherein the laminated film is a polymer film, wherein the body is sealed with the end closure to provide a sealed container, characterized in that the sealed container has been annealed, wherein annealing the sealed container comprises raising a temperature of the polymer film for a duration sufficient to melt the polymer film into a surface texture of the sealed container.
An isolated polynucleotide which comprises: (i) all of each of the parainfluenza virus 5 NP, V/P and L genes, and (ii) an expressible heterologous non-PIV5 nucleotide sequence, wherein all of the M, F, SH and HN genes are completely removed and replaced with the expressible heterologous nucleotide.. (i) all of each of the parainfluenza virus 5 NP, V/P and L genes, and (ii) an expressible heterologous non-PIV5 nucleotide sequence, wherein all of the M, F, SH and HN genes are completely removed and replaced with the expressible heterologous nucleotide..
A light-emitting device comprising: a base; a light-emitting element held by the base; a lens held by the base and disposed above the light-emitting element, configured to condense light emitted from the light-emitting element; a first tubular member disposed on the base; a second tubular member fitted into the first tubular member; a holder inserted into the second tubular member and thereby fitted into the second tubular member and having a through hole through which light condensed by the lens passes; and a light-transmitting member formed on the holder so as to block the through hole; characterized in that the second tubular member has a heat-dissipation part formed on and protruded from an outer side surface thereof; the holder has a structure made of a single member composed of an upper flange portion and a lower insertion fitting portion; the upper flange portion has a lower surface disposed on an upper surface of the second tubular member; and the lower insertion fitting portion of the holder extends up to at least a region where the heat-dissipating part of the second tubular member is formed and has an outer side surface that is in contact with an inner side surface of the second tubular member. a base; a light-emitting element held by the base; a lens held by the base and disposed above the light-emitting element, configured to condense light emitted from the light-emitting element; a first tubular member disposed on the base; a second tubular member fitted into the first tubular member; a holder inserted into the second tubular member and thereby fitted into the second tubular member and having a through hole through which light condensed by the lens passes; and a light-transmitting member formed on the holder so as to block the through hole; characterized in that the second tubular member has a heat-dissipation part formed on and protruded from an outer side surface thereof; the holder has a structure made of a single member composed of an upper flange portion and a lower insertion fitting portion; the upper flange portion has a lower surface disposed on an upper surface of the second tubular member; and the lower insertion fitting portion of the holder extends up to at least a region where the heat-dissipating part of the second tubular member is formed and has an outer side surface that is in contact with an inner side surface of the second tubular member.
The compound of formula I: wherein: one of R 1 and R 2 is F, and the other is selected from H and F; one of R 3 and R 4 is H, and the other is selected from H and OH; where ------- is a covalent bond or absent, and R 4 is absent when ------- is a covalent bond; or a pharmaceutically acceptable salt, C 1-6 alkyl ester, or a C 2-6 alkenyl ester thereof. one of R 1 and R 2 is F, and the other is selected from H and F; one of R 3 and R 4 is H, and the other is selected from H and OH; where ------- is a covalent bond or absent, and R 4 is absent when ------- is a covalent bond; or a pharmaceutically acceptable salt, C 1-6 alkyl ester, or a C 2-6 alkenyl ester thereof.