mhurhangee/ep-ind-claims huggingface dataset:
Flexible guide bush for guiding a bar to be machined in a lathe, having a plurality of identically designed, axially extending and, in cross section, pitch circular jaws forming a central, circular passage in mounted state, the diameter of which, when the jaws are not strained, is larger than that of the bar to be machined by the lathe, and which, when strained, clamp the bar to be machined between themselves, and having springs located between the jaws, which work on their side surfaces and space these from each other when not strained, characterised in that on each of the two side surfaces (14a, 14b) of each of the jaws (10b, 10c), one end abuts on a pre-stressed leaf spring (12a, 12b), paraxially extending in a radial plane away from this, which reaches, in overlapping fashion, for the leaf spring (12a, 12b) attached to the adjacent side surface (14a, 14b) of the jaw (1üb, 1üc) adjacent to it, wherein one leaf spring is fixed to one side surface of one jaw and the other leaf spring to the adjacent side surface of the other jaw.
Method for fabricating an applique for horology, including an upper surface intended to be seen by a user, and a lower surface for resting on a dial or a structure of a timepiece, and at least one foot protruding from said lower surface, including a succession of steps according to which first a rough piece is made in the form of a straight workpiece with a substantially flat lower surface from which projects a protuberance for forming each said foot, on the opposite side from a top that said rough piece includes, then a blank is made with at least the machining of each said foot, then said blank is mounted on at least one tool having at least one support surface complementary to the lower surface of said blank, said tool further including at least one recess for housing each said foot, said tool further including gripping means and/or an adhesive for securing each said blank, then the upper portion of said blank is machined again with at least a final diamond machining operation to form said upper surface, characterised in that, once said rough piece is made, said rough piece is deformed to form said blank so as to form an upper curve resulting from the deformation of said top, and in that, on said tool, said upper curve is re-machined with at least one final diamond- machining operation to form said upper surface.
Data display management method, implemented in a monocular or binocular head-up display device, comprising the steps of: - determining one or more visual surroundings parameters associated with the display device; - determining a risk of visual suppression by ocular rivalry between an element of the visual surroundings and an element displayed by the display device on the basis of said visual surroundings parameters; - on the basis of the determined risk, adjusting one or more display parameters of the head-up display device; characterized in that a display parameter of the display device comprises one or more parameters comprising the luminance and/or the chrominance of one or of several elements displayed by the display device; the luminance being modified over time according to profiles comprising one or more sequences comprising a sequence of gradual increasing luminance, a sequence of a substantially constant plateau, a sequence of sudden increasing luminance, a sequence of gradual decreasing luminance. - determining one or more visual surroundings parameters associated with the display device; - determining a risk of visual suppression by ocular rivalry between an element of the visual surroundings and an element displayed by the display device on the basis of said visual surroundings parameters; - on the basis of the determined risk, adjusting one or more display parameters of the head-up display device;
A cell culturing substrate comprising a material having an external surface for culturing cells thereon, the material containing a bulk-modified elastomer having an elastomer bulk and a plurality of residues each comprising one or more acidic groups in free and/or conjugated base form, the plurality of residues being covalently bound to the elastomer bulk as a result of a reaction between an unsaturated carbon-carbon bond of a precursor of the residue and a vinyl or hydride functional group of the elastomer bulk, such that part of the one or more acidic groups is available on the external surface, wherein the residue concentration in the bulk modified elastomer is in a range of 2.10 -4 to 1.10 -2 mol/kg by weight of the total weight of the elastomer.
A device comprising a 3D item obtainable by a method for producing a 3D item by means of fused deposition modelling, wherein the device comprises a lighting device, wherein the 3D item is configured as one or more of (i) at least part of a lighting device housing, (ii) at least part of a wall of a lighting chamber, and (iii) an optical element, wherein the 3D item comprises a plurality of layers of 3D printed material, and an opening in the 3D printed material, the opening having an opening edge that is at least partly defined by one or more interruptions in a subset of one or more layers of the plurality of layers, wherein each interruption is defined by oppositely arranged turns, wherein each turn connects a first layer part and a second layer part, wherein each turn has a path length (Lr) with a radius of curvature, and wherein each path length (Lr) is selected from the range of 0.9 ∗ π ∗ r1≤ Lr ≤π ∗ r1, wherein the layer parts (3221,3222) form legs of the turns, wherein the turns comprise U-turns, which layer parts (3221,3222) are configured adjacent, wherein for the U-turns applies that a second layer part having a second length is shorter than a first layer part having a first length such that over only part of the layer, the layer parts (3221,3222) are configured adjacent.
A biosensing shirt comprising: a first fabric portion configured to be positioned about a chest region of a wearer and having a first compression rating and an inner surface that includes at least a portion of a sensor assembly configured to be placed in contact with the skin of the wearer; characterized by a second fabric portion extending downward from the first fabric portion and configured to be positioned about an abdominal region of the wearer and having a second compression rating; a third fabric portion extending upward from the first fabric portion and configured to be positioned about an upper chest portion of the wearer and having a third compression rating; and a fourth fabric portion extending downward from the second fabric portion and configured to be positioned about a waist region of the wearer and having a fourth compression rating; wherein the second compression rating is less than the first compression rating, the third compression rating is less than the first compression rating and similar to the second compression rating, and the fourth compression rating is less than the second compression rating. a first fabric portion configured to be positioned about a chest region of a wearer and having a first compression rating and an inner surface that includes at least a portion of a sensor assembly configured to be placed in contact with the skin of the wearer; characterized by a second fabric portion extending downward from the first fabric portion and configured to be positioned about an abdominal region of the wearer and having a second compression rating; a third fabric portion extending upward from the first fabric portion and configured to be positioned about an upper chest portion of the wearer and having a third compression rating; and a fourth fabric portion extending downward from the second fabric portion and configured to be positioned about a waist region of the wearer and having a fourth compression rating; wherein the second compression rating is less than the first compression rating, the third compression rating is less than the first compression rating and similar to the second compression rating, and the fourth compression rating is less than the second compression rating.
Weapon ejecting device, wherein the weapon ejecting device is introducible in a weapon tube, wherein the weapon ejecting device comprises at least one first push chain and at least one first push chain magazine, wherein the at least one first push chain can be extended along the longitudinal direction of the weapon tube from the at least one first push chain magazine of the weapon ejecting device, characterized in that the weapon ejecting device comprises a first module and a second module, wherein the first module comprises the first push chain magazine and the second module comprises a second push chain magazine, wherein the first push chain can be extended from the first push chain magazine and a second push chain can be extended from the second push chain magazine, wherein the first push chain and the second push chain can be extended at the same time.
A biopharmaceutical agent including a 37 kDa/67 kDa laminin receptor precursor/ high affinity laminin receptor (LRP/LR) and/or a fragment thereof for use in the treatment and/or prevention of obesity, wherein the LRP/LR and/or the fragment thereof being for administration to a target cell of a subject in need thereof, wherein the target cell is at least one of the following group: endothelial cells of blood vessels, smooth muscles cells of blood vessels, pancreatic cells including alpha (α) cells, beta (β) cells, delta (δ), and gamma (γ) cells, such that in use administration of the biopharmaceutical agent reduces lipid content in the target cell, and wherein the fragment is set forth in SEQ ID NO: 4 or SEQ ID NO: 5.
An NRF2-βTrCP interaction inhibitor, characterized by Formula or its derivative salts, wherein: • n can be 0 or 1, • R 1 can be O 2 CCH 3 or a six-membered ring for forming a benzodioxane, benzomethylenedioxy, or naphthalene substituent; • R 2 can be H or a six-membered ring for forming a benzodioxane, benzomethylenedioxy, or naphthalene substituent; • R 3 can be H or CH 3; • R 4 can be H or CH 3; and • R 5 can be H, Cl, or CH 3. for use in the treatment of fatty liver disease. • n can be 0 or 1, • R 1 can be O 2 CCH 3 or a six-membered ring for forming a benzodioxane, benzomethylenedioxy, or naphthalene substituent; • R 2 can be H or a six-membered ring for forming a benzodioxane, benzomethylenedioxy, or naphthalene substituent; • R 3 can be H or CH 3; • R 4 can be H or CH 3; and • R 5 can be H, Cl, or CH 3.
A control apparatus for a vehicle, the vehicle including a fluid-type transmission device (20, 92) that includes a lockup clutch (32, 96), the lockup clutch (32, 96) being engaged by an oil pressure, and a transmission configured to selectively constitute one of a plurality of shift stages though engagement and release by a plurality of hydraulic engagement devices (C1, C2, C3, C4), the control apparatus comprising an electronic control unit (56, 90, 118) configured to: perform lockup control for controlling an engagement pressure of the lockup clutch (32, 96); perform shift control for controlling engagement pressures of the hydraulic engagement devices (C1, C2, C3, C4) in shifting the transmission; characterized in that start shift initial oil pressure control after end of lockup initial oil pressure control when the shift control is performed during performance of the lockup control as a whole; and start the lockup initial oil pressure control after end of the shift initial oil pressure control when the lockup control is performed during performance of the shift control as whole, wherein the lockup control is defined as control for making the engagement pressure of the lockup clutch (32, 96) equal to a first predetermined engagement pressure such that the lockup clutch (32, 96) is engaged, the lockup initial oil pressure control is defined as control for temporarily increasing the engagement pressure of the lockup clutch (32, 96) in starting the lockup control such that the engagement pressure of the lockup clutch (32, 96) is higher than the first predetermined engagement pressure, the shift control is defined as control for making engagement pressures of the hydraulic engagement devices equal to a second predetermined engagement pressure such that at least one of the hydraulic engagement devices (C1, C2, C3, C4) is engaged in shifting the transmission, and the shift initial oil pressure control is defined as control for temporarily increasing the engagement pressures of the hydraulic engagement devices in starting the shift control such that the engagement pressures of the hydraulic engagement devices is higher than the second predetermined engagement pressure. perform lockup control for controlling an engagement pressure of the lockup clutch (32, 96); perform shift control for controlling engagement pressures of the hydraulic engagement devices (C1, C2, C3, C4) in shifting the transmission; characterized in that start shift initial oil pressure control after end of lockup initial oil pressure control when the shift control is performed during performance of the lockup control as a whole; and start the lockup initial oil pressure control after end of the shift initial oil pressure control when the lockup control is performed during performance of the shift control as whole,
A propulsion unit comprising: - a gas generator comprising: a compressor, a combustion chamber, configured to receive compressed air by the compressor, a turbine, configured to rotationally drive the compressor using the gases coming from the combustion chamber, - at least two compressed-air propulsion modules, each propulsion module comprising: a fan, a compressed-air turbine, configured to rotationally drive the fan, - a manifold used to supply compressed air to the respective turbines of the compressed-air propulsion modules, the manifold being configured to collect and mix: at least a portion of the flow that has crossed the combustion chamber of the gas generator, typically at the outlet of the turbine, and at least one bypass flow, said bypass flow being an air flow which has not crossed the combustion chamber of the gas generator and characterized in that the manifold or the propulsion modules comprise means for controlling the flow rate to control the respective supply of the propulsion modules with compressed air. - a gas generator comprising: a compressor, a combustion chamber, configured to receive compressed air by the compressor, a turbine, configured to rotationally drive the compressor using the gases coming from the combustion chamber, a compressor, a combustion chamber, configured to receive compressed air by the compressor, a turbine, configured to rotationally drive the compressor using the gases coming from the combustion chamber, - at least two compressed-air propulsion modules, each propulsion module comprising: a fan, a compressed-air turbine, configured to rotationally drive the fan, a fan, a compressed-air turbine, configured to rotationally drive the fan, - a manifold used to supply compressed air to the respective turbines of the compressed-air propulsion modules, the manifold being configured to collect and mix: at least a portion of the flow that has crossed the combustion chamber of the gas generator, typically at the outlet of the turbine, and at least one bypass flow, said bypass flow being an air flow which has not crossed the combustion chamber of the gas generator and characterized in that the manifold or the propulsion modules comprise means for controlling the flow rate to control the respective supply of the propulsion modules with compressed air. at least a portion of the flow that has crossed the combustion chamber of the gas generator, typically at the outlet of the turbine, and at least one bypass flow, said bypass flow being an air flow which has not crossed the combustion chamber of the gas generator and characterized in that the manifold or the propulsion modules comprise means for controlling the flow rate to control the respective supply of the propulsion modules with compressed air.
An orthopaedic apparatus, for holding and positioning a lower limb of a patient during an orthopaedic surgical operation, the orthopaedic apparatus comprising: - securing means suitable for securing the orthopaedic apparatus to a surgical operating table; - a support suitable for supporting the foot (5.1) of the patient; - a carriage including first translational guide means suitable for guiding the support in translation along a longitudinal direction which is generally parallel to the mechanical axis of the lower limb; - a hinge connected to the securing means and suitable for enabling at least pivoting of the support in a plane substantially parallel to the longitudinal direction and substantially vertical when the orthopaedic apparatus is in a configuration of extension of the knee of the lower limb; the orthopaedic apparatus being characterized in that it further comprises: - a slide including second translational guide means suitable for guiding the carriage in translation generally parallel to the longitudinal direction, the second translational guide means being suitable for enabling translation along secondary discrete positions spaced in pairs by a secondary pitch; and - third translational guide means suitable for guiding the slide in translation generally parallel to the longitudinal direction, the third translational guide means being suitable for enabling translation along tertiary discrete positions spaced in pairs by a tertiary pitch, the tertiary pitch being substantially larger than the secondary pitch. - securing means suitable for securing the orthopaedic apparatus to a surgical operating table; - a support suitable for supporting the foot (5.1) of the patient; - a carriage including first translational guide means suitable for guiding the support in translation along a longitudinal direction which is generally parallel to the mechanical axis of the lower limb; - a hinge connected to the securing means and suitable for enabling at least pivoting of the support in a plane substantially parallel to the longitudinal direction and substantially vertical when the orthopaedic apparatus is in a configuration of extension of the knee of the lower limb; - a slide including second translational guide means suitable for guiding the carriage in translation generally parallel to the longitudinal direction, the second translational guide means being suitable for enabling translation along secondary discrete positions spaced in pairs by a secondary pitch; and - third translational guide means suitable for guiding the slide in translation generally parallel to the longitudinal direction, the third translational guide means being suitable for enabling translation along tertiary discrete positions spaced in pairs by a tertiary pitch, the tertiary pitch being substantially larger than the secondary pitch.
An agricultural work vehicle, comprising: a vehicle body having longitudinally extending sides; an enclosed engine compartment within said vehicle body; an air inlet in a respective one said vehicle body sides for intake of air into said engine compartment; a grain bin forward of said engine compartment, and a grain bin extension mounted on said vehicle body above said grain bin; and an air intake housing mounted over said air inlet in said vehicle body side; characterized in that said intake housing further comprises a forwardly extending portion mounted alongside said grain bin extension with an inlet opening oriented so as to draw air primarily from an area forward of said engine compartment and above said vehicle body, said intake housing having an outlet in communication with said air inlet in said vehicle body. a vehicle body having longitudinally extending sides; an enclosed engine compartment within said vehicle body; an air inlet in a respective one said vehicle body sides for intake of air into said engine compartment; a grain bin forward of said engine compartment, and a grain bin extension mounted on said vehicle body above said grain bin; and an air intake housing mounted over said air inlet in said vehicle body side; characterized in that said intake housing further comprises a forwardly extending portion mounted alongside said grain bin extension with an inlet opening oriented so as to draw air primarily from an area forward of said engine compartment and above said vehicle body, said intake housing having an outlet in communication with said air inlet in said vehicle body.
A portable land mobile radio, LMR, transceiver system, comprising: a transmitter control system configured to cause a transmitter of said LMR transceiver system to temporarily transmit a radio frequency, RF, signal for a duration of a user activation of a push-to-talk, PTT, switch; and an adapter coupled to said transmitter control system to facilitate operation of said transmitter control system with a mobile phone headset that does not include the PTT switch, said adapter comprising: an interface connector or socket configured to accept a plug from the mobile phone headset; and an adapter circuit configured to detect a momentary actuation of an answer/end switch of said mobile phone headset and to alternately latch a PTT input of said transmitter control system in a transmit active state in which said transmitter is caused to transmit or a transmit inactive state in which said transmitter does not transmit and said LMR transceiver is caused to be in a receive mode in response to said detection. a transmitter control system configured to cause a transmitter of said LMR transceiver system to temporarily transmit a radio frequency, RF, signal for a duration of a user activation of a push-to-talk, PTT, switch; and an adapter coupled to said transmitter control system to facilitate operation of said transmitter control system with a mobile phone headset that does not include the PTT switch, said adapter comprising: an interface connector or socket configured to accept a plug from the mobile phone headset; and an adapter circuit configured to detect a momentary actuation of an answer/end switch of said mobile phone headset and to alternately latch a PTT input of said transmitter control system in a transmit active state in which said transmitter is caused to transmit or a transmit inactive state in which said transmitter does not transmit and said LMR transceiver is caused to be in a receive mode in response to said detection. an interface connector or socket configured to accept a plug from the mobile phone headset; and an adapter circuit configured to detect a momentary actuation of an answer/end switch of said mobile phone headset and to alternately latch a PTT input of said transmitter control system in a transmit active state in which said transmitter is caused to transmit or a transmit inactive state in which said transmitter does not transmit and said LMR transceiver is caused to be in a receive mode in response to said detection.