mhurhangee/ep-ind-claims huggingface dataset:
A haymaking machine comprising at least one rake rotor which is drivable in rotation about a vertical axis and has rake tines which have tine arms, the rake tines of which have a spring winding with spring turns shaped around a winding axis and at least one spring limb adjoining same, characterised in that the winding axis of a rake tine is disposed inclinedly in space in such a way that it has a tangential setting angle (α) and an axial setting angle (β) relative to the vertical axis of the rake rotor (1, wherein the winding axis bears as a tangent against a notional cylinder having the radius, the figure axis of which coincides at the same time with the vertical axis of the rake rotor, at a point on the cylindrical surface line of the cylindrical surface of the notional cylinder and wherein the point is disposed facing towards the ground beneath the plane of rotation of the fixing point of the rake tine on the tine arm and the axial setting angle (β) is to be viewed in a side view (A-A), wherein the setting angle (α) is in the range of 30 ± 15°.
A connecting element for producing a vibration-damping and sound-absorbing connection between two components (2, 3), particularly between a body shell structure of a rail vehicle and an interior element of the rail vehicle, - with a retaining rail that extends in a longitudinal direction and features a base section (4.1) extending in the longitudinal direction and two spaced-apart lateral sections (4.2) that originate at the base section (4.1) and extend in the longitudinal direction, wherein a gap extending in the longitudinal direction is formed between the two lateral sections (4.2) such that the retaining rail has a C-shaped cross section, - with a plate shaped element that is held within the retaining rail and features at least one bore, wherein the at least one bore in the plate-shaped element lies within the outer boundary of the retaining rail referred to the longitudinal direction and referred to a direction that extends perpendicular to the plane of the base section (4.1), and - with a rubbery-elastic damping material that is at least sectionally arranged between the retaining rail and the plate-shaped element and in which the plate-shaped element is embedded at least with two of its edges (7.1) such that the plate-shaped element does not contact the retaining rail, wherein the rubbery-elastic damping material is non-detachably connected to the retaining rail and to the plate-shaped element. - with a retaining rail that extends in a longitudinal direction and features a base section (4.1) extending in the longitudinal direction and two spaced-apart lateral sections (4.2) that originate at the base section (4.1) and extend in the longitudinal direction, wherein a gap extending in the longitudinal direction is formed between the two lateral sections (4.2) such that the retaining rail has a C-shaped cross section, - with a plate shaped element that is held within the retaining rail and features at least one bore, wherein the at least one bore in the plate-shaped element lies within the outer boundary of the retaining rail referred to the longitudinal direction and referred to a direction that extends perpendicular to the plane of the base section (4.1), and - with a rubbery-elastic damping material that is at least sectionally arranged between the retaining rail and the plate-shaped element and in which the plate-shaped element is embedded at least with two of its edges (7.1) such that the plate-shaped element does not contact the retaining rail, wherein the rubbery-elastic damping material is non-detachably connected to the retaining rail and to the plate-shaped element.
A method comprising: transmitting by an anonymity proxy a privacy proxy uniform resource identifier to a service node to cause the service node to transmit a privacy enabled uniform resource identifier to a user equipment; establishing by the anonymity proxy a privacy connection with the user equipment in response to receiving a request to connect including a uniform resource identifier from the user equipment, wherein the uniform resource identifier is a portion of the privacy enabled uniform resource identifier generated by the service node based at least in part on the privacy proxy uniform resource identifier; and causing by the anonymity proxy the transmission of a second request message to the service node in response to receiving a first request message from the user equipment through the established privacy connection. transmitting by an anonymity proxy a privacy proxy uniform resource identifier to a service node to cause the service node to transmit a privacy enabled uniform resource identifier to a user equipment; establishing by the anonymity proxy a privacy connection with the user equipment in response to receiving a request to connect including a uniform resource identifier from the user equipment, wherein the uniform resource identifier is a portion of the privacy enabled uniform resource identifier generated by the service node based at least in part on the privacy proxy uniform resource identifier; and causing by the anonymity proxy the transmission of a second request message to the service node in response to receiving a first request message from the user equipment through the established privacy connection.
Device for deforming a workpiece, having a shaping assembly (5, 6, 7, 8, 9), which can be actuated by the pressure of a fluid, and having a clamping assembly (15, 16, 17, 19), which is arranged on a common longitudinal axis (X-X) and which can be actuated by the pressure of the fluid, characterized by an interchangeable tool unit and by a cylinder unit, which is designed as a preassembled unit which can be handled separately from the interchangeable tool unit, wherein the interchangeable tool unit is a shaping tool for the workpiece, which is arranged on the common longitudinal axis (X-X) of the shaping assembly (5, 6, 7, 8, 9) and of the clamping assembly (15, 16, 17, 19), and comprises a clamping device having a plurality of clamping segments for the workpiece, and a compressing head, which has, on one side, a depression for forming a contour, which is to be shaped, of the workpiece, and, on the opposite side, a fastening means for connection to a shaping piston of the shaping assembly (5, 6, 7, 8, 9), wherein the compressing head and the clamping device are circumferentially structurally connected to one another in the shaping tool forming the tool unit so as to be axially movable relative to one another, and wherein the cylinder unit is designed with a housing or at least with a housing part and comprises the shaping piston, which is guided so as to be axially movable in a piston space.
A receive, RX, user equipment associated with a wireless communication network, the UE comprising: one or more processors configured to: form a sidelink group with one or more other UEs (106, 108, 104) associated with the wireless communication network; receive a sidelink groupcast message from a select UE of the one or more other UEs of the sidelink group, the SL groupcast message comprising a SL channel state information request and a transmission of a SL channel state information reference signal (CSI-RS); process the SL groupcast message; and selectively provide an SL CSI report, based on a predefined association between the RX UE and the select UE, to the select UE, wherein the SL CSI report is derived based on a measured SL CSI, wherein the SL CSI report is selectively provided in response to processing the SL groupcast message. form a sidelink group with one or more other UEs (106, 108, 104) associated with the wireless communication network; receive a sidelink groupcast message from a select UE of the one or more other UEs of the sidelink group, the SL groupcast message comprising a SL channel state information request and a transmission of a SL channel state information reference signal (CSI-RS); process the SL groupcast message; and selectively provide an SL CSI report, based on a predefined association between the RX UE and the select UE, to the select UE, wherein the SL CSI report is derived based on a measured SL CSI, wherein the SL CSI report is selectively provided in response to processing the SL groupcast message.
A composition for use in treating pancreatic cancer in a subject comprising and one or more anti-cancer agents, wherein the one or more anti-cancer agents is erlotinib, 5-FU, oxaliplatin, irinotecan, gemcitabine, paclitaxel, or a combination thereof.
An imaging unit comprising an imaging chip having a pixel region including a plurality of pixels, wherein adjacent pixels are grouped to form a plurality of single groups arranged two-dimensionally over the imaging chip, wherein the pixels included in one single group each include a photoelectric converting section configured to convert incident light into charge and to accumulate the charge, a transfer transistor, a reset transistor, an amplification transistor, a floating diffusion to which charge accumulated in the photoelectric converting section is transferred by the transfer transistor, the floating diffusion being connected to a gate of the amplification transistor, and a selection transistor, wherein gates of the transfer transistors of the pixels included in one single group are connected to a common control line supplying a transfer pulse, gates of the reset transistors included in one single group are connected to a common reset line that is supplied with a reset pulse to reset the floating diffusions, and gates of the selection transistors included in one single group are connected to independent selection lines supplied with a connection pulse, wherein the pixels included in one single group are connected to a common output line via which signals of the pixels included in the single group are output, wherein the imaging unit further comprises: a memory chip that records the signals of the pixels, and a signal processing chip that is configured to process the signals of the pixels, wherein the imaging chip, the signal processing chip, and the memory chip are layered and electrically connected to each other, and a control section that, while a single charge accumulation is being performed in the photoelectric converting sections of a first single group of the plurality of single groups, causes respective photoelectric converting section signals to be output by performing charge accumulation in the photoelectric converting sections of a second single group of the plurality of single groups a number of times differing from a number of times charge accumulation is performed in the photoelectric converting sections of the first single group. a memory chip that records the signals of the pixels, and a signal processing chip that is configured to process the signals of the pixels, wherein the imaging chip, the signal processing chip, and the memory chip are layered and electrically connected to each other, and a control section that, while a single charge accumulation is being performed in the photoelectric converting sections of a first single group of the plurality of single groups, causes respective photoelectric converting section signals to be output by performing charge accumulation in the photoelectric converting sections of a second single group of the plurality of single groups a number of times differing from a number of times charge accumulation is performed in the photoelectric converting sections of the first single group.
A protective bag, comprising: an air-permeable bag; a photoreflecting material; and a photocatalytic material, wherein the photoreflecting material and the photocatalytic material are provided on an outer surface of the air-permeable bag; characterised in that the air-permeable bag has concave parts formed on the outer surface thereof. an air-permeable bag; a photoreflecting material; and a photocatalytic material, wherein the photoreflecting material and the photocatalytic material are provided on an outer surface of the air-permeable bag; characterised in that the air-permeable bag has concave parts formed on the outer surface thereof.
A light emitting device comprising: a light emitting part configured to emit light and having a top face, a bottom face, and side faces; a black interlayer film provided with an opening part that allows light emitted from the light emitting part to pass through it; a transparent interlayer film that is surrounded by the black interlayer film, wherein the transparent interlayer film covers the top face and side faces of the light emitting part; a light diffusion part that is formed on the transparent interlayer film, wherein light emitted from the light emitting part passes through the light diffusion part via the transparent interlayer film, and a light reflection film that is formed between the black interlayer film and the transparent interlayer film, wherein the light reflection film reflects a portion of the light emitted from the light emitting part and allows the light to pass through the light diffusion part. a light emitting part configured to emit light and having a top face, a bottom face, and side faces; a black interlayer film provided with an opening part that allows light emitted from the light emitting part to pass through it; a transparent interlayer film that is surrounded by the black interlayer film, wherein the transparent interlayer film covers the top face and side faces of the light emitting part; a light diffusion part that is formed on the transparent interlayer film, wherein light emitted from the light emitting part passes through the light diffusion part via the transparent interlayer film, and a light reflection film that is formed between the black interlayer film and the transparent interlayer film, wherein the light reflection film reflects a portion of the light emitted from the light emitting part and allows the light to pass through the light diffusion part.
An aircraft comprising: an electric power source comprising a combustion engine and an electric generator, the electric generator powered by the combustion engine; a propulsion assembly including a propulsor and an electric motor, the electric motor configured for rotating the propulsor; and an electrical outlet configured for connection with an outside power sink, wherein: the electrical outlet and the propulsion assembly are selectively in electrical communication with the electric power source, such that the electric power source selectively provides electrical power to one of the electrical outlet or the propulsion assembly; and the electric power source is oversized for the aircraft, such that the propulsion assembly is configured to utilize a maximum flight power during flight operations of the aircraft, wherein the electric generator is configured to generate a maximum output power, characterized in that the maximum output power is greater than the maximum flight power, and in that the maximum output power is at least about ten percent greater than the maximum flight power. an electric power source comprising a combustion engine and an electric generator, the electric generator powered by the combustion engine; a propulsion assembly including a propulsor and an electric motor, the electric motor configured for rotating the propulsor; and an electrical outlet configured for connection with an outside power sink, wherein: the electrical outlet and the propulsion assembly are selectively in electrical communication with the electric power source, such that the electric power source selectively provides electrical power to one of the electrical outlet or the propulsion assembly; and the electric power source is oversized for the aircraft, such that the propulsion assembly is configured to utilize a maximum flight power during flight operations of the aircraft, wherein the electric generator is configured to generate a maximum output power, characterized in that the maximum output power is greater than the maximum flight power, and in that the maximum output power is at least about ten percent greater than the maximum flight power. the electrical outlet and the propulsion assembly are selectively in electrical communication with the electric power source, such that the electric power source selectively provides electrical power to one of the electrical outlet or the propulsion assembly; and the electric power source is oversized for the aircraft, such that the propulsion assembly is configured to utilize a maximum flight power during flight operations of the aircraft, wherein the electric generator is configured to generate a maximum output power, characterized in that the maximum output power is greater than the maximum flight power, and in that the maximum output power is at least about ten percent greater than the maximum flight power.
A particle detector including: a chamber including at least one sample inlet for receiving sample fluid, at least one clean fluid inlet (26A, 26B, 26C) for receiving clean fluid, and at least one fluid outlet; a first aspirator for moving the sample fluid through the chamber; a light source for projecting a light beam across the chamber; sensing means for detecting, and providing a sensor signal indicative of, particles in the chamber; wherein the sensing means have a field of view intersecting the projected light beam such that the sensing means receive light scattered from the projected light beam by particles in the chamber; a controller having a detecting mode and a purge mode; a clean fluid supply for supplying clean fluid to the clean fluid inlet, the clean fluid supply and clean fluid inlet cooperating, when in the detecting mode, to direct clean fluid into the chamber to prevent contamination by dust and debris of one or more components, the contamination of which would reduce the accuracy of the particle detector; and the controller, when in the detecting mode, being adapted to receive the sensor signal and applying logic to the sensor signal to generate a further signal, and when in the purge mode controlling substantial purging of the chamber of sample fluid with clean fluid from the clean fluid supply, characterised in that the controller is further adapted to receive the sensor signal when the chamber is so purged and if necessary, adjust the logic in response thereto, to compensate for accumulation of dust and debris on chamber walls of the chamber. a chamber including at least one sample inlet for receiving sample fluid, at least one clean fluid inlet (26A, 26B, 26C) for receiving clean fluid, and at least one fluid outlet; a first aspirator for moving the sample fluid through the chamber; a light source for projecting a light beam across the chamber; sensing means for detecting, and providing a sensor signal indicative of, particles in the chamber; wherein the sensing means have a field of view intersecting the projected light beam such that the sensing means receive light scattered from the projected light beam by particles in the chamber; a controller having a detecting mode and a purge mode; a clean fluid supply for supplying clean fluid to the clean fluid inlet, the clean fluid supply and clean fluid inlet cooperating, when in the detecting mode, to direct clean fluid into the chamber to prevent contamination by dust and debris of one or more components, the contamination of which would reduce the accuracy of the particle detector; and the controller, when in the detecting mode, being adapted to receive the sensor signal and applying logic to the sensor signal to generate a further signal, and when in the purge mode controlling substantial purging of the chamber of sample fluid with clean fluid from the clean fluid supply, characterised in that the controller is further adapted to receive the sensor signal when the chamber is so purged and if necessary, adjust the logic in response thereto, to compensate for accumulation of dust and debris on chamber walls of the chamber.
A holding frame for a plug-type connector for receiving modules (3, 3') of the same and/or different type, comprising a base portion, for fixing a received module (3, 3') in a plane, and a deformation portion, which can assume an insertion state and a holding state, wherein the insertion state allows insertion of at least one module (3, 3') into the holding frame in a direction transverse to the plane and wherein, in the holding state, a received module (3, 3') is fixed, wherein the base portion and the deformation portion are formed at least in part from different materials, wherein the base portion is formed as a base frame, characterized in that the deformation portion is provided in form of at least two opposed cheek parts (2, 2') on the base frame, wherein the cheek parts (2, 2') include resilient tabs (22, 22') extending, in the direction transverse to the plane, beyond a circumferential section of the base frame, the resilient tabs (22, 22') each being provided with a locking window (23, 23') as a locking element for receiving a locking nose (31, 31') of a module (3, 3').
Sanitary equipment for a railway vehicle, comprising a liquid container, comprising: - a body delimiting a cavity and an opening for filling the cavity, and - a flap, articulated on the body and moveable by pivoting or translation between a position for freeing the opening of the liquid container and a position for closing the opening, the body comprising a first deflector disposed in the cavity opposite the opening, characterised in that the body comprises a second deflector disposed in the cavity between the first deflector and the opening. - a body delimiting a cavity and an opening for filling the cavity, and - a flap, articulated on the body and moveable by pivoting or translation between a position for freeing the opening of the liquid container and a position for closing the opening,
An apparatus for culturing cells comprising: a cabinet that has a front surface having a window capable of being opened and closed to allow the inside and the outside of the cabinet to communicate with each other, and opposite side surfaces; a main surface aspiration port disposed at the front surface below the window, in the cabinet; and side surface aspiration ports disposed at the bottom of the side surfaces, in the cabinet, wherein in a cross section of the cabinet taken along a horizontal direction, a first vessel supplying part (6,18) for supplying a first vessel (2, 29) is disposed at a midportion inside the cabinet, and a second vessel supplying part (9, 20) for supplying a second vessel is disposed at an inner peripheral portion of the cabinet, the first vessel supplying part (6, 18) has a first lid (6a, 18a) capable of entirely covering the first vessel supplying part (6, 18), the first vessel (2, 29) has no lid, the second vessel supplying part (9, 20) has no lid, and the second vessel (8, 10) has a second lid (9a, 10a), wherein, in the cross section of the cabinet taken along the horizontal direction, the first vessel supplying part is positioned nearer to a center of a cabinet than the second vessel supplying part is. a cabinet that has a front surface having a window capable of being opened and closed to allow the inside and the outside of the cabinet to communicate with each other, and opposite side surfaces; a main surface aspiration port disposed at the front surface below the window, in the cabinet; and side surface aspiration ports disposed at the bottom of the side surfaces, in the cabinet, wherein in a cross section of the cabinet taken along a horizontal direction, a first vessel supplying part (6,18) for supplying a first vessel (2, 29) is disposed at a midportion inside the cabinet, and a second vessel supplying part (9, 20) for supplying a second vessel is disposed at an inner peripheral portion of the cabinet, the first vessel supplying part (6, 18) has a first lid (6a, 18a) capable of entirely covering the first vessel supplying part (6, 18), the first vessel (2, 29) has no lid, the second vessel supplying part (9, 20) has no lid, and the second vessel (8, 10) has a second lid (9a, 10a), wherein, in the cross section of the cabinet taken along the horizontal direction, the first vessel supplying part is positioned nearer to a center of a cabinet than the second vessel supplying part is.