mhurhangee/ep-ind-claims huggingface dataset:
A steering display device of a work vehicle visually displaying a steering state of control wheels of the work vehicle, comprising: a display that is configured to display a vehicle width indicator representing a vehicle width of the work vehicle, and a control wheel indicator representing a state of steering of the control wheels as graphic information; and an image generation unit that is configured to rotate the control wheel indicator about a rotation axis of the control wheel indicator, characterized in that the image generation unit is further configured to widen or narrow the vehicle width indicator based on the steering of the control wheels, wherein the image generation unit is configured to generate the control wheel indicator and the vehicle width indicator in a manner such that when a steering angle (θ) of the control wheels exceeds a predetermined value, part of the control wheel indicator protrudes from the vehicle width indicator. a display that is configured to display a vehicle width indicator representing a vehicle width of the work vehicle, and a control wheel indicator representing a state of steering of the control wheels as graphic information; and an image generation unit that is configured to rotate the control wheel indicator about a rotation axis of the control wheel indicator, characterized in that the image generation unit is further configured to widen or narrow the vehicle width indicator based on the steering of the control wheels, wherein the image generation unit is configured to generate the control wheel indicator and the vehicle width indicator in a manner such that when a steering angle (θ) of the control wheels exceeds a predetermined value, part of the control wheel indicator protrudes from the vehicle width indicator.
Drilling tool, in particular rock drilling tool, for a portable machine tool, with an axis of rotation (12a; 12b; 12c; 12d) and with at least one spiral thread (14a; 14b; 14c; 14d) which is wound around the axis of rotation (12a; 12b; 12c; 12d) along the axis of rotation (12a; 12b; 12c; 12d), wherein the spiral thread (14a; 14b; 14c; 14d) has at least one wearing surface (16a; 16b; 16c; 16d), with at least one wearing surface transition (18a; 18b; 18c; 18d), at the position of which at least one width (20a; 20b; 20c; 20d) of the wearing surface (16a; 16b; 16c; 16d) is changed, characterized in that the drilling tool has at least one spiral thread change (24a; 24d), at the position of which a number of spiral threads (14a, 26a; 14d, 26d) is changed, wherein at least one further spiral thread (26a; 26d) which is wound around the axis of rotation (12a; 12d) along the axis of rotation (12a; 12d) merges into or ends in the spiral thread (14a; 14d) in an immediate vicinity (28a; 28d) of the wearing surface transition (18a; 18d), wherein the wearing surface transition (18a; 18d) is formed in an abrupt manner.
A Raman microscope and electron microscope analytical system comprising a vacuum chamber, a chamber stage to support a sample in the vacuum chamber, an electron microscope having an electron microscope optical axis for producing an electron beam and directing it to the sample and a Raman microscope that comprises a spectroscopy system, a scattered light detector, an illumination source, a light beam forming optics and an optical objective lens having a Raman microscope optical axis, an optical objective lens is configured to focus a received light beam at the sample so as to create a light spot at the sample and induce scattered light, wherein the optical objective lens is connected to an optical objective lens manipulator that is configured to move the optical objective lens in at least two dimensions, a first direction along the Raman microscope optical axis and a second direction in a plane perpendicular to the Raman microscope optical axis, characterized in that the optical objective lens manipulator is configured to move the optical lens and to scan a specific two dimensional sample area by the light spot of the light beam.
A mat seal (10, 22) for an electrical connector, comprising a plurality of through-holes (14, 14a, 14b, 22a) extending in a through-hole direction through the mat seal (10, 22); a grid of a first material having grid meshes and being arranged such that the through-holes (14, 14a, 14b, 22a) extend through the grid meshes; a first material layer of a second material disposed on a first side of the grid; and a second material layer of a third material disposed on a second side of the grid opposite the first side; and wherein the first material of the grid has a greater compression modulus than the second material of the first material layer and the third material of the second material layer, characterized in that the grid is made of a fabric band or fibre net, in particular, a fibre net of synthetic resin and in that the thickness of the grid in the through-hole direction is at most 1/100 to 1/10 or 1/100 to 1/80 or 1/50, in particular, 1/60 to 1/30, of the thickness of the first material layer in the through-hole direction and the thickness of the second material layer in the through-hole direction. a plurality of through-holes (14, 14a, 14b, 22a) extending in a through-hole direction through the mat seal (10, 22); a grid of a first material having grid meshes and being arranged such that the through-holes (14, 14a, 14b, 22a) extend through the grid meshes; a first material layer of a second material disposed on a first side of the grid; and a second material layer of a third material disposed on a second side of the grid opposite the first side; and wherein the first material of the grid has a greater compression modulus than the second material of the first material layer and the third material of the second material layer, characterized in that the grid is made of a fabric band or fibre net, in particular, a fibre net of synthetic resin and in that the thickness of the grid in the through-hole direction is at most 1/100 to 1/10 or 1/100 to 1/80 or 1/50, in particular, 1/60 to 1/30, of the thickness of the first material layer in the through-hole direction and the thickness of the second material layer in the through-hole direction.
A method for a first vehicle (200; V1) and for estimating a position of a second vehicle at the first vehicle (200; V1), wherein the method is carried out in a control module of the first vehicle, the method comprising obtaining information on an environmental map of the first vehicle (200, V1) that is generated based on cyclically updating a V2X environment table; receiving information on a trajectory of the second vehicle, wherein the information is received via a maneuver coordination message; estimating the position of the second vehicle in the environmental map based on fitting the information on the trajectory in the environmental map; receiving dimensions of the second vehicle via at least one of a cooperative awareness message, a collective perception message, and the maneuver coordination message; and estimating the position of the second vehicle in the environmental map further based on the information on the dimensions of the second vehicle by fitting the trajectory into its environmental map while considering the dimensions of the second vehicle. obtaining information on an environmental map of the first vehicle (200, V1) that is generated based on cyclically updating a V2X environment table; receiving information on a trajectory of the second vehicle, wherein the information is received via a maneuver coordination message; estimating the position of the second vehicle in the environmental map based on fitting the information on the trajectory in the environmental map; receiving dimensions of the second vehicle via at least one of a cooperative awareness message, a collective perception message, and the maneuver coordination message; and estimating the position of the second vehicle in the environmental map further based on the information on the dimensions of the second vehicle by fitting the trajectory into its environmental map while considering the dimensions of the second vehicle.
A terminal, comprising: a buffer status report table; at least another table for extended buffer status report which extends the maximum buffer data amount reportable by the terminal; a table selector unit, adapted to select a table from among the table for buffer status report and the at least another table for extended buffer status report, wherein the table selector unit is adapted to select the table according to table indication information in a RRC connection setup signaling received from a base station, wherein the table indication information is determined based on a type of the terminal; an index determining unit, adapted to obtain an index from the table, according to the amount of data in a buffer of the terminal; and an index sender, adapted to send the index to the base station. a buffer status report table; at least another table for extended buffer status report which extends the maximum buffer data amount reportable by the terminal; a table selector unit, adapted to select a table from among the table for buffer status report and the at least another table for extended buffer status report, wherein the table selector unit is adapted to select the table according to table indication information in a RRC connection setup signaling received from a base station, wherein the table indication information is determined based on a type of the terminal; an index determining unit, adapted to obtain an index from the table, according to the amount of data in a buffer of the terminal; and an index sender, adapted to send the index to the base station.
A head mounted display apparatus, comprising: - at least one image renderer, for rendering an image; - an exit optical element, through which a projection of the rendered image exits the display apparatus to be incident upon a user's eye, when the display apparatus is head-mounted by the user; - means for providing visual cues, the visual cues being provided in a peripheral region, the peripheral region substantially surrounding a viewport of the exit optical element, whilst lying within a field of view of the user; - a processor coupled to the at least one image renderer and the means for providing the visual cues, wherein the processor is configured to generate a drive signal based upon a region of the rendered image that is not visible in the viewport of the exit optical element, and to control, via the drive signal, the means for providing the visual cues; - wherein the means for providing the visual cues comprises a plurality of light emitting elements,,,,, that are arranged in the peripheral region, and wherein the processor is configured to control a color and/or intensity of light emitted by the plurality of light emitting elements, wherein a distance between the plurality of light emitting elements and the user's eye is substantially similar to a distance between the exit optical element and the user's eye, when the display apparatus is head-mounted by the user; and - wherein the means for providing the visual cues further comprises a plurality of diffusers for diffusing the light emitted by the plurality of light emitting elements. - at least one image renderer, for rendering an image; - an exit optical element, through which a projection of the rendered image exits the display apparatus to be incident upon a user's eye, when the display apparatus is head-mounted by the user; - means for providing visual cues, the visual cues being provided in a peripheral region, the peripheral region substantially surrounding a viewport of the exit optical element, whilst lying within a field of view of the user; - a processor coupled to the at least one image renderer and the means for providing the visual cues, wherein the processor is configured to generate a drive signal based upon a region of the rendered image that is not visible in the viewport of the exit optical element, and to control, via the drive signal, the means for providing the visual cues; - wherein the means for providing the visual cues comprises a plurality of light emitting elements,,,,, that are arranged in the peripheral region, and wherein the processor is configured to control a color and/or intensity of light emitted by the plurality of light emitting elements, wherein a distance between the plurality of light emitting elements and the user's eye is substantially similar to a distance between the exit optical element and the user's eye, when the display apparatus is head-mounted by the user; and - wherein the means for providing the visual cues further comprises a plurality of diffusers for diffusing the light emitted by the plurality of light emitting elements.
A transcarotid access device, comprising: an arterial access sheath having a sheath body defining an internal lumen, the sheath body sized and shaped to be introduced into a common carotid artery and receive blood flow from the carotid artery; an adapter at a proximal end of the sheath body, the adapter having a hub adapted to be removably connected to a flow shunt line, the adapter further having a valve positioned immediately adjacent to an internal lumen of the transcarotid access device, wherein the valve is configured to regulate fluid flow out of the internal lumen of the transcarotid access device toward the hub; a proximal extension connected to a proximal end of the adapter, the proximal extension formed of an elongated body; a hemostasis valve at a proximal end of the proximal extension such that the proximal extension spaces apart the hemostasis valve from the adapter; and a flush line connected to a proximal end of the proximal extension and providing a passageway for fluid to be flushed into the sheath body. an arterial access sheath having a sheath body defining an internal lumen, the sheath body sized and shaped to be introduced into a common carotid artery and receive blood flow from the carotid artery; an adapter at a proximal end of the sheath body, the adapter having a hub adapted to be removably connected to a flow shunt line, the adapter further having a valve positioned immediately adjacent to an internal lumen of the transcarotid access device, wherein the valve is configured to regulate fluid flow out of the internal lumen of the transcarotid access device toward the hub; a proximal extension connected to a proximal end of the adapter, the proximal extension formed of an elongated body; a hemostasis valve at a proximal end of the proximal extension such that the proximal extension spaces apart the hemostasis valve from the adapter; and a flush line connected to a proximal end of the proximal extension and providing a passageway for fluid to be flushed into the sheath body.
Pre-fabricated console for a platform support system, having a steel beam that comprises a fastening girder for fastening to a fastening component in a shaft wall and a support girder that is oriented in particular in a perpendicular manner with respect to the fastening girder, characterized in that the steel beam is encased with concrete in such a manner that the fastening girder protrudes from the concrete casting and the concrete casting comprises a support surface for supporting a pre-fabricated platform.
Automated dispensing apparatus for the controlled dispensing of articles provided with associated RFID tags, comprising hatches for opening article entry/exit zones toward the outside of the apparatus, an internal motor-driven store with rotating shelves divided up into a plurality of compartments and intended to receive articles to be dispensed, upon command, through the hatches, a control unit provided with a memory intended to store the contents of the store, the control unit being connected to the store in order to be able to rotate the shelves and operate the store so as to bring a selected compartment into loading and unloading positions and allow the loading/unloading of an article inside the compartment, the apparatus further comprising an RFID tag reader element connected to the control unit and the control unit is adapted to receive from the reader element data read by the reader element from an RFID tag, characterized in that the reader element is arranged in a predetermined reading position so as to be able to read data in RFIDs inside the compartments which sequentially pass close to this predetermined reading position by means the rotation of the rotating shelves, and associate said data in the memory with the compartment which at that moment is close to the reader element (31, 131) so that the control unit is able to obtain subsequently from the memory information regarding the compartment in which an article associated with a RFID tag is present.
Toy for the construction of complex two- or three-dimensional structures by joining caps for closing bottles used to contain liquid food or household liquids, such a cap comprising a cylindrical wall which has a thread produced on an inner face of the cylindrical wall, characterized in that caps are joined by at least one joining device comprising a U-shaped joining clamp which has two resiliently flexible side arms so as to form a jaw configured to join two caps by the cylindrical walls thereof, each side arm having an inner face delimiting the jaw, each inner face being provided with internal notching comprising several notches, the notching being suitable for engaging with the thread formed on the cylindrical wall of a cap.
A method for checking whether a pipe filled at least partly with a gas, or a discharge appliance connected thereto, is connected to a first sewer system, wherein the first sewer system carries a first airborne sound, wherein the first sound is caused by means of a sound source placed in the first sewer system, comprising - placing a sound recorder provided with a contact microphone against, for example a wall of, the pipe or the discharge appliance (18.i), - detecting with the aid of the contact microphone a sound in or at the pipe or the discharge appliance, and - determining whether the detected sound is associated with the first sound, the method is characterized by - providing a wireless communicative connection between the sound source and the sound recorder. - placing a sound recorder provided with a contact microphone against, for example a wall of, the pipe or the discharge appliance (18.i), - detecting with the aid of the contact microphone a sound in or at the pipe or the discharge appliance, and - determining whether the detected sound is associated with the first sound, the method is characterized by - providing a wireless communicative connection between the sound source and the sound recorder.
Plate-like light-emitting element for a luminaire, comprising a first section and a second section, wherein the first section is arranged under the second section when seen from an intended direction of light emission, wherein the first section is configured to form a light emission surface of the luminaire, while the second section is so configured that it does not form an outer surface of the luminaire, wherein the first section consists of an optically clear material, and wherein the second section, consisting of an optically diffuse material portion, is directly adjacent to the first section, characterized in that, at least one recess for holding the light emitting element is formed on an outer circumference of the second section and extends to the light emission surface.
A method, comprising: operating a communication device in a half-duplex mode using only overhead channels: and free running a timing reference obtained during reception to allow a timing reference value to drift during transmission; the method further comprising: freezing a power estimate obtained during said reception for use as a transmit power value during said transmission. operating a communication device in a half-duplex mode using only overhead channels: and free running a timing reference obtained during reception to allow a timing reference value to drift during transmission; the method further comprising: freezing a power estimate obtained during said reception for use as a transmit power value during said transmission. freezing a power estimate obtained during said reception for use as a transmit power value during said transmission.
A printing machine comprising a substrate holding device and several processing stations including at least one contactless printing station and at least one drying station, wherein said substrate holding device comprises a movable carriage comprising a substrate holding table in a stationary position relative to the table during substrate processing(s), characterised in that the holding table is a suction table - which comprises a structural honeycomb layer and an optional structural layer consisting of a mesh for holding the fine-mesh substrate which form the substrate-holding bed. - which comprises a structural honeycomb layer and an optional structural layer consisting of a mesh for holding the fine-mesh substrate which form the substrate-holding bed.
A polypeptide expression system comprising a first nucleic acid molecule and a second nucleic acid molecule, wherein: (a) the first nucleic acid molecule comprises a first expression cassette comprising the following components: (i) a first eukaryotic promoter (P1 Euk1), (ii) a first polypeptide-encoding sequence (PES1 1), (iii) a first 5' splice site (5'ss1 1), and (iv) a hybridizing sequence, wherein the components are operably linked to each other in a 5'-to-3' direction as P1 Euk1 -PES1 1 -5'ss1 1 -HS1; wherein the first expression cassette further comprises an excisable prokaryotic promoter module (ePPM 1) comprising the following components: (i) a 5' splice site (5'ss1 2), (ii) a prokaryotic promoter (P1 Prok1), and (iii) a 3' splice site (3'ss1 1), wherein the components are operably linked to each other in a 5'-to-3' direction as 5'ss1 2 -P1 Prok1 -3'ss1 1, and wherein the ePPM 1 is positioned between the P1 Euk1 and the PES1 1, and (b) the second nucleic acid molecule comprises the following components: (i) a eukaryotic promoter (P2 Euk), (ii) a hybridizing sequence capable of hybridizing to HS1, (iii) a 3' splice site (3'ss2), (iv) a polypeptide-encoding sequence, and (v) a polyadenylation site, wherein the components are operably linked to each other in a 5'-to-3' direction as P2 Euk -HS2-3'ss2-PES2-pA2. (a) the first nucleic acid molecule comprises a first expression cassette comprising the following components: (i) a first eukaryotic promoter (P1 Euk1), (ii) a first polypeptide-encoding sequence (PES1 1), (iii) a first 5' splice site (5'ss1 1), and (iv) a hybridizing sequence, wherein the components are operably linked to each other in a 5'-to-3' direction as P1 Euk1 -PES1 1 -5'ss1 1 -HS1; wherein the first expression cassette further comprises an excisable prokaryotic promoter module (ePPM 1) comprising the following components: (i) a 5' splice site (5'ss1 2), (ii) a prokaryotic promoter (P1 Prok1), and (iii) a 3' splice site (3'ss1 1), wherein the components are operably linked to each other in a 5'-to-3' direction as 5'ss1 2 -P1 Prok1 -3'ss1 1, and wherein the ePPM 1 is positioned between the P1 Euk1 and the PES1 1, and (b) the second nucleic acid molecule comprises the following components: (i) a eukaryotic promoter (P2 Euk), (ii) a hybridizing sequence capable of hybridizing to HS1, (iii) a 3' splice site (3'ss2), (iv) a polypeptide-encoding sequence, and (v) a polyadenylation site, wherein the components are operably linked to each other in a 5'-to-3' direction as P2 Euk -HS2-3'ss2-PES2-pA2.