mhurhangee/ep-ind-claims huggingface dataset:
Ophthalmic lens, excluding contact lenses placed directly on the eye, characterized in that: it comprises, on its surface, a coloured zone the extent of which is limited to the zone of the lens explored by the eye during reading activities, the rest of the lens being colourless, and in that it furthermore comprises a postural prism; the coloured zone has a transmittance lower than or equal to 50% in the wavelength domain comprised between 400 nm and 480 nm; the coloured zone is yellow, orange-yellow or orange in colour; the coloured zone has a circular or oval shape and is centred on a point located at a distance comprised between 5 and 10 mm below the geometrical or optical centre of the eyeglass and, moving horizontally toward the nose, at a distance comprised between 1 and 4 mm and preferably equal to 2.5 mm from the geometrical or optical centre; and the diameter or the largest dimension of the coloured zone is comprised between 5 and 15mm. it comprises, on its surface, a coloured zone the extent of which is limited to the zone of the lens explored by the eye during reading activities, the rest of the lens being colourless, and in that it furthermore comprises a postural prism; the coloured zone has a transmittance lower than or equal to 50% in the wavelength domain comprised between 400 nm and 480 nm; the coloured zone is yellow, orange-yellow or orange in colour; the coloured zone has a circular or oval shape and is centred on a point located at a distance comprised between 5 and 10 mm below the geometrical or optical centre of the eyeglass and, moving horizontally toward the nose, at a distance comprised between 1 and 4 mm and preferably equal to 2.5 mm from the geometrical or optical centre; and the diameter or the largest dimension of the coloured zone is comprised between 5 and 15mm.
A heat exchanger system (10;20) comprising: a base having a mounting apparatus configured to secure the base in a substantially fixed position with respect to a first heat source; a first heat generator attachment site formed in the base and conducting heat to the base, the first heat generator attachment site configured to be positioned in thermal communication with a first heat source; and a dissipation member configured to conduct heat away from the base wherein the dissipation device comprises a set of alternating fins and troughs, wherein the troughs are oriented perpendicular to the first heat generator attachment site, wherein the first generator attachment site comprises an integrated heat pipe clamp attachment comprising a cylindrical aperture in the base that extends into the body of the base parallel to an axis of the base, wherein the troughs are orientated perpendicular to the axis, and characterised in that the troughs comprise a radiused end whereby the profile of the troughs is shallower near to the integrated heat pipe clamp attachment and deeper extending away from the integrated heat pipe clamp attachment defining a curved line along which the dissipation member interfaces with the base. a base having a mounting apparatus configured to secure the base in a substantially fixed position with respect to a first heat source; a first heat generator attachment site formed in the base and conducting heat to the base, the first heat generator attachment site configured to be positioned in thermal communication with a first heat source; and a dissipation member configured to conduct heat away from the base wherein the dissipation device comprises a set of alternating fins and troughs, wherein the troughs are oriented perpendicular to the first heat generator attachment site, wherein the first generator attachment site comprises an integrated heat pipe clamp attachment comprising a cylindrical aperture in the base that extends into the body of the base parallel to an axis of the base, wherein the troughs are orientated perpendicular to the axis, and characterised in that the troughs comprise a radiused end whereby the profile of the troughs is shallower near to the integrated heat pipe clamp attachment and deeper extending away from the integrated heat pipe clamp attachment defining a curved line along which the dissipation member interfaces with the base.
A sealing collar for joining an underroof to a roof-penetrating construction, in particular a skylight, said sealing collar being made of a flexible and weatherproof web or sheet material formed to constitute a collar with an inner flange portion adapted for engagement with the roof-penetrating construction, and an outer skirt portion adapted for engagement with the underroof, said sealing collar being of substantially rectangular shape having opposing top and bottom members (4, 5) and opposing side members (6, 7), characterized in that both said pairs of opposing members (4, 5; 6, 7) are adapted for controlled variation of the length thereof between a first predetermined length of a standard skylight frame part and a second predetermined length to provide a sealing collar useable with roof-penetrating constructions of two different lengths (L1, L2), wherein the opposing members (4, 5; 6, 7) referred to are prefabricated with an adhesive or sealant adapted to hold a folded-over portion of said opposing members (4, 5; 6, 7) in the folded position.
A tool for the subcutaneous cutting of tendons, comprising a shaft, arranged along a longitudinal axis, having a proximal end and a distal end, a grip, provided at the proximal end, comprising a fixed handle and a movable trigger, and a cutting head placed at the distal end, which comprises a tendon harvesting tip provided with a groove and a blade; said blade and said harvesting tip being movable relative to each other on a plane which contains the longitudinal axis of said shaft; whereby said blade is inclined with respect to the longitudinal axis of said shaft and whereby said blade has a protrusion at one end thereof, adapted to close the groove of the harvesting tip while cutting the tendon. a grip, provided at the proximal end, comprising a fixed handle and a movable trigger, and a cutting head placed at the distal end, which comprises a tendon harvesting tip provided with a groove and a blade; said blade and said harvesting tip being movable relative to each other on a plane which contains the longitudinal axis of said shaft; whereby said blade is inclined with respect to the longitudinal axis of said shaft and whereby said blade has a protrusion at one end thereof, adapted to close the groove of the harvesting tip while cutting the tendon.
A cutting apparatus (100, 200, 300, 400) for cutting blank profiles, comprising: a first plurality of pairs of cutting devices located in a first plane of the cutting apparatus (100, 200, 300, 400), each pair of the first plurality of pairs of cutting devices including a cutting device on each of opposite first and second sides (110, 112) of a third axis of the cutting apparatus (100, 200, 300, 400); a second plurality of pairs of cutting devices located in a second plane of the cutting apparatus (100, 200, 300, 400), each pair of the second plurality of pairs of cutting devices including a cutting device on each of the first and second sides (110, 112) of the third axis of the cutting apparatus (100, 200, 300, 400); a chariot configured to move along the third axis of the cutting apparatus (100, 200, 300, 400); and a support mounted to the chariot, the support being configured to hold a blank profile and to move along a first axis and along a second axis of the cutting apparatus (100, 200, 300, 400). a first plurality of pairs of cutting devices located in a first plane of the cutting apparatus (100, 200, 300, 400), each pair of the first plurality of pairs of cutting devices including a cutting device on each of opposite first and second sides (110, 112) of a third axis of the cutting apparatus (100, 200, 300, 400); a second plurality of pairs of cutting devices located in a second plane of the cutting apparatus (100, 200, 300, 400), each pair of the second plurality of pairs of cutting devices including a cutting device on each of the first and second sides (110, 112) of the third axis of the cutting apparatus (100, 200, 300, 400); a chariot configured to move along the third axis of the cutting apparatus (100, 200, 300, 400); and a support mounted to the chariot, the support being configured to hold a blank profile and to move along a first axis and along a second axis of the cutting apparatus (100, 200, 300, 400).
Rear-view mirror apparatus for a motor vehicle, comprising a camera for capturing an image of the rear space and a display comprising a display device for generating an image with an upstream microoptical unit, which focuses the image generated by the display device to infinity and is designed as a microlens array with microlenses (38"), characterized in that - the display is configured for use as a rear-view mirror of the motor vehicle, - the display device comprises a plurality of laterally spaced-apart image regions (18"), each presenting an image, and - each microlens (38") images the full image-field size of a corresponding image provided by each of the image regions (18") in a manner such that the microoptical unit comprises exactly one microlens (38") for each of the images. - the display is configured for use as a rear-view mirror of the motor vehicle, - the display device comprises a plurality of laterally spaced-apart image regions (18"), each presenting an image, and - each microlens (38") images the full image-field size of a corresponding image provided by each of the image regions (18") in a manner such that the microoptical unit comprises exactly one microlens (38") for each of the images.
An integrated circuit, IC, comprising: a network-on-chip, NoC, the NoC including NoC master units, NoC slave units, and a network connecting the NoC master units to the NoC slave units; a master device coupled to a NoC master unit of the NoC; a memory controller coupled to the NoC and configured to control a memory coupled to the IC, and wherein the NoC is configured to route memory transactions between the master device and the memory controller; and an inline error-correcting code, ECC, circuit coupled to the NoC and to the master device and the memory controller via the NoC, the ECC circuit configured to receive read and write transactions from the master device that target the memory via the NoC, compute ECC data based on the read and write transactions, and provide outgoing transactions to the memory controller via the NoC. a network-on-chip, NoC, the NoC including NoC master units, NoC slave units, and a network connecting the NoC master units to the NoC slave units; a master device coupled to a NoC master unit of the NoC; a memory controller coupled to the NoC and configured to control a memory coupled to the IC, and wherein the NoC is configured to route memory transactions between the master device and the memory controller; and an inline error-correcting code, ECC, circuit coupled to the NoC and to the master device and the memory controller via the NoC, the ECC circuit configured to receive read and write transactions from the master device that target the memory via the NoC, compute ECC data based on the read and write transactions, and provide outgoing transactions to the memory controller via the NoC.
Aeronautical craft (10, 12B) comprising two stages interconnected by a connecting part, and a stage separating device comprising a shaped charge of circular shape placed against the connecting part., the shaped charge comprising a containment shell, an explosive charge placed in the containment shell and having a V-shaped concave surface, a detonator placed behind the explosive charge, and a projection coating placed in front of the V-shaped concave surface of the explosive charge, the shaped charge further comprising a pyrogenic material for heating the projection coating, the pyrogenic material being placed on the V-shaped concave surface of the explosive charge and the projection coating being placed on the pyrogenic material, or the pyrogenic material being mixed in the explosive charge.
Lung ventilator and/or anaesthesia machine with a blender for mixing a pressurised medical gas, e.g. oxygen, with air drawn in by a blower, comprising a blower, a gas line for the medical gas, and an air line, which open into a common breathing gas line, whereby the opening of the gas line into the common gas line is downstream of the blower and in the gas line a regulating valve, preferably a proportional valve, is provided for variable adjustment of the gas flow and in the common breathing gas line a regulating valve, preferably a proportional valve, is provided for dosing the breathing gas, and whereby in the breathing gas line a flow sensor is provided for measuring the breathing gas flow, characterised in that in the gas line a flow sensor is provided for measuring the gas flow.
A cab for a work machine, the cab comprising: a cab body which is formed with a doorway; a door which is rotatably supported on the cab body so as to open and close the doorway; and a biasing member which biases the door in a closing direction characterized in that the cab further comprises an actuator that generates a driving force to move the closed door in an opening direction. a cab body which is formed with a doorway; a door which is rotatably supported on the cab body so as to open and close the doorway; and a biasing member which biases the door in a closing direction characterized in that the cab further comprises an actuator that generates a driving force to move the closed door in an opening direction.
A method for forming a porous implant suitable for a cavity from which tissue has been removed, comprising: a. mixing soluble sodium alginate and a powdered or particulate radiopaque imaging agent with water; b. incorporating a gas or a pore forming agent into the alginate-water mixture; c. transferring the alginate-water mixture with the gas or the pore forming agent into a mold to form the mixture into a solid body of desired shape; d. removing the water from the body; and e. converting at least part of the soluble sodium alginate to a less soluble calcium alginate. a. mixing soluble sodium alginate and a powdered or particulate radiopaque imaging agent with water; b. incorporating a gas or a pore forming agent into the alginate-water mixture; c. transferring the alginate-water mixture with the gas or the pore forming agent into a mold to form the mixture into a solid body of desired shape; d. removing the water from the body; and e. converting at least part of the soluble sodium alginate to a less soluble calcium alginate.
Oil separator that is provided with a housing with an inlet for an oil-gas mixture and which defines a space that is closed off by means of a lid, whereby a screen is provided in the aforementioned space in which a filter element is affixed and a pipe or collector that connects the interior of the filter element to an outlet in the housing for purified gas, whereby the oil separator is provided with a drainage line for the removal of the oil that has been filtered out, wherein the drainage line ensures the removal of the oil that has been filtered out from the underside of the filter element directly to an outlet for oil in the housing and characterized in that the connection between the underside of the filter element and the drainage line comprises two components, i.e. a first part that is connected to the filter element or forms part thereof, and a second part that is connected to the pipe or collector and which can act as a support for the filter element, whereby these two parts (38, 39) fit together such that the interior of the filter element is closed, whereby the two parts (38, 39) are connected together such that oil collected in the first part can be transported to the second part, whereby the drainage line is connected to an opening in the second part of the bottom.
A method of a primary radio access point for adding a secondary radio access point in a communication system, the method comprising: transmitting a secondary radio access point addition request message including a first identifier allocated by the primary radio access point for identifying a terminal by the primary radio access point, closed subscriber group, CSG, membership status, and an aggregated maximum bit rate, AMBR, for the terminal to be used at the secondary radio access point to the secondary radio access point; receiving a secondary base station addition acknowledge message including a second identifier allocated by the secondary radio access point for identifying the terminal by the secondary radio access point from the secondary radio access point, if secondary radio access point addition is admitted by the secondary radio access point;. transmitting a secondary radio access point addition request message including a first identifier allocated by the primary radio access point for identifying a terminal by the primary radio access point, closed subscriber group, CSG, membership status, and an aggregated maximum bit rate, AMBR, for the terminal to be used at the secondary radio access point to the secondary radio access point; receiving a secondary base station addition acknowledge message including a second identifier allocated by the secondary radio access point for identifying the terminal by the secondary radio access point from the secondary radio access point, if secondary radio access point addition is admitted by the secondary radio access point;.
An apparatus for controlling a power converter in which an output voltage is controlled by a pulse-width-modulation control, the apparatus comprising: a voltage-vector control unit that determines, based on voltage instruction values of respective phases of the power converter, voltage vectors to be output from the power converter in one control cycle of the pulse-width-modulation control and output times of the voltage vectors, the voltage vectors including zero vectors; a voltage-vector adjusting unit that receives the determined voltage vectors and output times, adjusts the received output times; and outputs the received voltage vector and the adjusted output times; and a firing-pulse generating unit that generates signals for turning on and off semiconductor switching elements included in the power converter based on the voltage vectors and adjusted output times output by the voltage-vector adjusting unit, characterised in that the voltage-vector adjusting unit determines whether a total of the received output times of the zero-voltage vectors is longer than a minimum zero-voltage vector output time, and outputs the received output times as the adjusted output times if the total is determined to be longer than the minimum zero-voltage vector output time, and adjusts the output times of the voltage vectors if the total is determined to be not longer than the minimum zero-voltage vector output time. a voltage-vector control unit that determines, based on voltage instruction values of respective phases of the power converter, voltage vectors to be output from the power converter in one control cycle of the pulse-width-modulation control and output times of the voltage vectors, the voltage vectors including zero vectors; a voltage-vector adjusting unit that receives the determined voltage vectors and output times, adjusts the received output times; and outputs the received voltage vector and the adjusted output times; and a firing-pulse generating unit that generates signals for turning on and off semiconductor switching elements included in the power converter based on the voltage vectors and adjusted output times output by the voltage-vector adjusting unit, characterised in that the voltage-vector adjusting unit determines whether a total of the received output times of the zero-voltage vectors is longer than a minimum zero-voltage vector output time, and outputs the received output times as the adjusted output times if the total is determined to be longer than the minimum zero-voltage vector output time, and adjusts the output times of the voltage vectors if the total is determined to be not longer than the minimum zero-voltage vector output time.
A connector for a filtering device for plumbing systems, which comprises a hollow body which has an inlet and an outlet and is adapted to be interposed between portions of piping of a plumbing system, and is provided internally with an impeller, which rotates as an effect of a passing fluid, the connector further comprising electronic means for measuring the quantity of said passing fluid, said electronic means comprising an encoder which interacts with said impeller, characterized in that said hollow body is configured to be fluidically connected to a pump by way of a duct for the introduction of substances.
A rowing machine comprising: a main body portion extending along a longitudinal axis from a first end of the rowing machine to a second end of the rowing machine; a seat portion; a handle portion; the seat portion and handle portion configured to enable a user to simulate a rowing motion during use of the rowing machine; wherein the rowing machine comprises at least one mechanism configured for transferring a pitching motion and a rolling motion to a user relative to said longitudinal axis, characterized in that the pitching motion comprising up and down movement relative to said longitudinal axis and the rolling motion comprising rotational movement about the longitudinal axis; said at least one mechanism comprising at least one mechanism at said first end of said rowing machine and at least one mechanism at said second end of said rowing machine, wherein said at least one mechanism at said first end of said rowing machine comprises a first pitching mechanism and a first rolling mechanism, and said at least one mechanism at said second end of said rowing machine comprises a second pitching mechanism and a second rolling mechanism; wherein each pitching mechanism (2671, 2675) comprises a spring and/or a damper arrangement; and each rolling mechanism (2673, 2677) comprises a rotatable bearing assembly. a main body portion extending along a longitudinal axis from a first end of the rowing machine to a second end of the rowing machine; a seat portion; a handle portion; the seat portion and handle portion configured to enable a user to simulate a rowing motion during use of the rowing machine; wherein the rowing machine comprises at least one mechanism configured for transferring a pitching motion and a rolling motion to a user relative to said longitudinal axis, characterized in that the pitching motion comprising up and down movement relative to said longitudinal axis and the rolling motion comprising rotational movement about the longitudinal axis; said at least one mechanism comprising at least one mechanism at said first end of said rowing machine and at least one mechanism at said second end of said rowing machine, wherein said at least one mechanism at said first end of said rowing machine comprises a first pitching mechanism and a first rolling mechanism, and said at least one mechanism at said second end of said rowing machine comprises a second pitching mechanism and a second rolling mechanism; wherein each pitching mechanism (2671, 2675) comprises a spring and/or a damper arrangement; and each rolling mechanism (2673, 2677) comprises a rotatable bearing assembly.