mhurhangee/ep-ind-claims huggingface dataset:
A substrate holder apparatus with at least one substrate to process electrochemically, comprising: - a substrate holder with at least one through aperture, the aperture being intended to receive a substrate to process, extending in a general plan parallel to the plan of the surface or surfaces to be treated, - at least one contacting seal lodged in a groove of the holder, extending around the perimeter of the aperture, and destined to contact the substrate when lodged in the aperture, - some deformable inflatable means allowing the contacting seal to exert compressive strengths in the perpendicular direction of the edge of the holder frame and directed toward the aperture such as to press the contacting seal against the edge of the substrate, characterized by the fact that the deformable inflatable means are distinct from the contacting seal and are made up with at least one deformable inflatable element surrounding the said contacting seal, outside the aperture. - a substrate holder with at least one through aperture, the aperture being intended to receive a substrate to process, extending in a general plan parallel to the plan of the surface or surfaces to be treated, - at least one contacting seal lodged in a groove of the holder, extending around the perimeter of the aperture, and destined to contact the substrate when lodged in the aperture, - some deformable inflatable means allowing the contacting seal to exert compressive strengths in the perpendicular direction of the edge of the holder frame and directed toward the aperture such as to press the contacting seal against the edge of the substrate,
A controller device (110, 200) configured to control an operation of a transport refrigeration unit, wherein the controller device (110, 200) is configured to operate the compressor of the transport refrigeration unit to have a variable refrigeration capacity, characterized in that when a temperature setpoint inside a transport unit is reached, the controller is configured to control the compressor to operate at a lowest speed, after reaching the temperature setpoint, the controller device (110, 200) is configured to determine whether the temperature inside the transport unit is drifting away from the temperature setpoint and determine a direction of temperature drift from the temperature setpoint, when the controller device (110, 200) determines that the direction of the temperature drift is in a same direction used by the transport refrigeration unit to reach the temperature setpoint, the controller device (110, 200) is configured to close an electronic throttling valve of the transport refrigeration unit for modulating a variable refrigeration capacity of the transport unit, and when the controller device (110, 200) determines that the direction of the temperature drift is in an opposite direction used by the transport refrigeration unit to reach the temperature setpoint and the ETV is 100% open, the controller device (110, 200) is configured to control the compressor speed for modulating the variable refrigeration capacity of the transport unit.
Device having a control unit with at least one sensor or actuator connected to the control unit, configured to transmit data between the control unit and the sensor or actuator, the control unit being connected to the sensor or actuator by means of at least two mutually separate wireless transmission links (3, 4), and data is transmitted between the control unit and the sensor or actuator via the two transmission links (3, 4) using different transmission parameters, and the control unit has a connection unit or is connected to a connection unit by means of a wired connection (6, 7), the connection unit being configured to coordinate the transmission of data between the control unit and the sensor or actuator via the two transmission links (3, 4) using different transmission parameters, and the connection unit is also connected to a transmission unit (31, 41) respectively by means of a wired connection (51, 52), the transmission unit (31, 41) being configured to coordinate the transmission of data between the control unit and the sensor or actuator via the respective one of the two transmission links (3, 4) using different transmission parameters, and the transmission parameters are a radio frequency and/or a modulation scheme and/or a communication protocol for the data to be transmitted, characterised in that the data is transmitted between the control unit and the sensor or actuator via the two transmission links (3, 4) simultaneously.
A heart phantom assembly comprising: a mechanical actuator system comprising a support operatively supporting at least two actuators (22, 26, 28) and a fixing device, and a phantom interface operatively connected to the at least two actuators (22, 26, 28) to be displaceable in at least one translational degree of freedom and at least one rotational degree of freedom as a function of actuation from the at least two actuators (22, 26, 28); and a deformable heart phantom connected at an end to the phantom interface, and at another end to the fixing device, characterized in that the deformable heart phantom is molded into a systolic type gel to be subjected to compression/expansion in response to movements of the phantom interface in the translational degree of freedom, and to torsion in response to movements of the phantom interface in the rotational degree of freedom. a mechanical actuator system comprising a support operatively supporting at least two actuators (22, 26, 28) and a fixing device, and a phantom interface operatively connected to the at least two actuators (22, 26, 28) to be displaceable in at least one translational degree of freedom and at least one rotational degree of freedom as a function of actuation from the at least two actuators (22, 26, 28); and a deformable heart phantom connected at an end to the phantom interface, and at another end to the fixing device, characterized in that the deformable heart phantom is molded into a systolic type gel to be subjected to compression/expansion in response to movements of the phantom interface in the translational degree of freedom, and to torsion in response to movements of the phantom interface in the rotational degree of freedom.
A process of producing a dental milling block (1, 3) layer-by-layer, the dental milling block (1, 3) having the shape of a cube, cuboid or cylinder and comprising a dental article having an outer surface, the dental article being based on personalized data, the personalized data comprising colour data, wherein the outer surface of the dental article is at least partially covered or surrounded with a surrounding material, the surrounding material not being part of the dental article, the surrounding material comprising the same material the dental article is made of but having a different colour, the process comprising the steps of: a) providing a personalized Data Set C containing geometry data of the dental article and colour data related to said geometry data, b) generating a layer of hardenable material on a surface, c) applying a colour agent to the layer of hardenable material of step b), wherein the colour agent is applied to at least some regions of those areas of the layer of hardenable material which are related to the geometry data of the dental article, d) consolidating the result obtained in step c) thereby obtaining an at least partially hardened layer of material. a) providing a personalized Data Set C containing geometry data of the dental article and colour data related to said geometry data, b) generating a layer of hardenable material on a surface, c) applying a colour agent to the layer of hardenable material of step b), wherein the colour agent is applied to at least some regions of those areas of the layer of hardenable material which are related to the geometry data of the dental article, d) consolidating the result obtained in step c) thereby obtaining an at least partially hardened layer of material.
A composition comprising between 10 and 30 mg per kg bodyweight toltrazuril for use in the preventive treatment of an infection with coccidia of the genus Isospora in a newborn to 3 days old pig, wherein said composition is administered by a single intramuscular injection and wherein the composition is a suspension.
A coating crosslinker composition comprising: a polyisocyanate compound; and a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof, wherein the 1,1-di-activated vinyl compound comprises a methylene dicarbonyl compound, a dihalo vinyl compound, or a dihaloalkyl disubstituted vinyl compound or a multifunctional form of any thereof, or combinations of any thereof. a polyisocyanate compound; and a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof, wherein the 1,1-di-activated vinyl compound comprises a methylene dicarbonyl compound, a dihalo vinyl compound, or a dihaloalkyl disubstituted vinyl compound or a multifunctional form of any thereof, or combinations of any thereof.
An organic peroxide composition comprising (i) from 0.5 to 30 % by weight of at least one monomeric ethylenically unsaturated organic peroxide, (ii) from 15 to 40 % by weight of at least one saturated organic peroxide, (iii) from 35 to 70 % by weight of at least one free radically-reactive mono- or poly-unsaturated compound, other than said ethylenically unsaturated organic peroxide, that contains at least one carbon-carbon double bond and that is a crosslinking coagent, and (iv) from 1 to 10 % by weight of at least one free radical trap compound, based on the total weight of the organic peroxide composition; wherein the weight ratio of ethylenically unsaturated organic peroxide to saturated organic peroxide is of from 0.5:9.5 to 9.5:0.5.
An uplink transmission method, comprising: sending, by a network device, first scheduling information to a first terminal and a second terminal, wherein the first scheduling information comprises indication information of a sidelink transmission parameter and indication information of a first uplink transmission parameter, the sidelink transmission parameter is used by the first terminal to send first data to the second terminal, and the first uplink transmission parameter is used by the second terminal to send the first data to the network device; and receiving, by the network device, the first data from the second terminal. sending, by a network device, first scheduling information to a first terminal and a second terminal, wherein the first scheduling information comprises indication information of a sidelink transmission parameter and indication information of a first uplink transmission parameter, the sidelink transmission parameter is used by the first terminal to send first data to the second terminal, and the first uplink transmission parameter is used by the second terminal to send the first data to the network device; and receiving, by the network device, the first data from the second terminal.
A material handling machine including: an arm (20, 22) moveable relative to a chassis of the machine, a first hydraulic actuator (32; 32') operable to lift and lower the arm relative to the chassis, a ground engaging implement (24; 24') mounted on the arm and moveable relative to the arm, a second hydraulic actuator (34; 34') operable to move the ground engaging implement relative to the arm, characterised in that the second hydraulic actuator has a pressured chamber, pressure within the pressure chamber being indicative of a force of engagement between the ground engaging implement and the ground, a control system (52; 52'), the control system defining a target pressure for the pressure chamber, the control system being arranged such that when a pressure within the pressured chamber exceeds the target pressure the control system operates the first hydraulic actuator to lift the arm to reduce the force of engagement between the ground engaging implement and the ground. an arm (20, 22) moveable relative to a chassis of the machine, a first hydraulic actuator (32; 32') operable to lift and lower the arm relative to the chassis, a ground engaging implement (24; 24') mounted on the arm and moveable relative to the arm, a second hydraulic actuator (34; 34') operable to move the ground engaging implement relative to the arm, characterised in that the second hydraulic actuator has a pressured chamber, pressure within the pressure chamber being indicative of a force of engagement between the ground engaging implement and the ground, a control system (52; 52'), the control system defining a target pressure for the pressure chamber, the control system being arranged such that when a pressure within the pressured chamber exceeds the target pressure the control system operates the first hydraulic actuator to lift the arm to reduce the force of engagement between the ground engaging implement and the ground.
Safety apparatus for a multi-dose syringe, wherein the multi-dose syringe comprises: (i) a syringe barrel; (ii) a plunger which operates in the syringe barrel; (iii) a dose scale on the syringe barrel; (iv) screw threads on the syringe barrel; and (v) a dose dial which screws along the screw threads for dialling an injection dose on the dose scale; wherein the safety apparatus comprises: (vi) a body for extending along the syringe barrel; (vii) a stopper member which is at a first end portion of the body and which is for stopping depression of the plunger in the syringe barrel; and (viii) a locating member which is at a second end portion of the body and which is for locating against the dose dial; and wherein the safety apparatus is such that: (ix) the safety apparatus is securable in position on the multi-dose syringe by screwing the dose dial along the screw threads such that the dose dial tightens against the locating member and thereby causes the stopper member to engage the plunger such as to stop the depression of the plunger into the syringe barrel and thereby to stop injection of a dose from the multi-dose syringe; characterised in that: (x) the locating member is a wedge formation for becoming wedged in position between the dose dial and the outside of the syringe barrel. wherein the multi-dose syringe comprises: (i) a syringe barrel; (ii) a plunger which operates in the syringe barrel; (iii) a dose scale on the syringe barrel; (iv) screw threads on the syringe barrel; and (v) a dose dial which screws along the screw threads for dialling an injection dose on the dose scale; (i) a syringe barrel; (ii) a plunger which operates in the syringe barrel; (iii) a dose scale on the syringe barrel; (iv) screw threads on the syringe barrel; and (v) a dose dial which screws along the screw threads for dialling an injection dose on the dose scale; wherein the safety apparatus comprises: (vi) a body for extending along the syringe barrel; (vii) a stopper member which is at a first end portion of the body and which is for stopping depression of the plunger in the syringe barrel; and (viii) a locating member which is at a second end portion of the body and which is for locating against the dose dial; (vi) a body for extending along the syringe barrel; (vii) a stopper member which is at a first end portion of the body and which is for stopping depression of the plunger in the syringe barrel; and (viii) a locating member which is at a second end portion of the body and which is for locating against the dose dial; and wherein the safety apparatus is such that: (ix) the safety apparatus is securable in position on the multi-dose syringe by screwing the dose dial along the screw threads such that the dose dial tightens against the locating member and thereby causes the stopper member to engage the plunger such as to stop the depression of the plunger into the syringe barrel and thereby to stop injection of a dose from the multi-dose syringe; characterised in that: (x) the locating member is a wedge formation for becoming wedged in position between the dose dial and the outside of the syringe barrel.
A method of fabricating an elongate structure having a steerable end, the structure comprising a flexible longitudinal body associated with at least one actuator member comprising at least one shape memory alloy wire or "SMAW" extending along the body and anchored thereto at its ends, the SMAW being associated with means for heating it in controlled manner, wherein the method comprises the following steps: • inserting the SMAW in tubes (5a,..., 5d) including at least two end tubes (5a, 5d); • crimping at least the end tubes onto the ends of the SMAW; and • securing the tubes to the body in such a manner that the wire extends along the body. • inserting the SMAW in tubes (5a,..., 5d) including at least two end tubes (5a, 5d); • crimping at least the end tubes onto the ends of the SMAW; and • securing the tubes to the body in such a manner that the wire extends along the body.
Flexible package transport device for packaging machines; said device being suited to be coupled to an endless conveyor responsible for moving the latter along the different work stations of a packaging machine and said device comprising at least one pair of parallel arms (1, 2) which have clamps (11, 21) on the opposing laterals for clamping the packages to be transported and means for regulating the separation between the parallel arms (1, 2), a support piece provided with a longitudinal guide; wherein the parallel arms (1, 2) of each pair are guided by the said longitudinal guide and are mounted with the possibility of moving longitudinally with respect to a support piece suitable to be fixed to an endless conveyor of the packaging machine and in that the means for regulating the separation between each pair of arms (1, 2) characterized in that said device comprises: - a scissor mechanism provided on a plane parallel to that defined by the parallel pair of arms (1, 2), and which comprises two rods (41, 42) associated with each other through an intermediate area by means of a vertical axis of rotation; said rods (41, 42) each comprising front ends articulated by means of both vertical axes of rotation (44, 45) to the rear end of the parallel arms (1,2); and both rear ends carrying roller means (46, 47); - guide sections (5, 5a...) mountable on the packaging machine, parallel to the route of the transport device provided with a longitudinal track for guiding the roller means (46, 47) of the scissor mechanism associated with each pair of parallel arms (1,2); - actuating means for moving each guide section (5, 5a) in a transversal direction and arranging the latter in a position suited for determining the separation of each pair of the parallel arms (1, 2) at each area of the route of the transport device by means of a variation in the longitude of the scissor mechanism. - a scissor mechanism provided on a plane parallel to that defined by the parallel pair of arms (1, 2), and which comprises two rods (41, 42) associated with each other through an intermediate area by means of a vertical axis of rotation; said rods (41, 42) each comprising front ends articulated by means of both vertical axes of rotation (44, 45) to the rear end of the parallel arms (1,2); and both rear ends carrying roller means (46, 47); - guide sections (5, 5a...) mountable on the packaging machine, parallel to the route of the transport device provided with a longitudinal track for guiding the roller means (46, 47) of the scissor mechanism associated with each pair of parallel arms (1,2); - actuating means for moving each guide section (5, 5a) in a transversal direction and arranging the latter in a position suited for determining the separation of each pair of the parallel arms (1, 2) at each area of the route of the transport device by means of a variation in the longitude of the scissor mechanism.
Insulating panel comprising an upper face and a lower face parallel and opposite to the upper face, a first longitudinal side and a second longitudinal side, parallel and opposite to the first longitudinal side, the said panel comprising a body made of rockwool; at least one profiled groove being made in the said insulating panel from the upper face and from the first longitudinal side, the said groove being of rectangular section with a first surface parallel to the upper face and closer to the upper face than to the lower face and a second surface parallel to the first longitudinal side, the first longitudinal side being flat between the groove and the lower face, the second longitudinal side being flat and extending continuously between the upper face and the lower face, the second surface of the groove being flat and extending continuously from the upper face, characterized in that it comprises at least one profiled slot being formed in the said insulating panel from the second surface of the groove, the said slot having a depth greater than its width, the said slot exhibiting a first edge and a second edge parallel and opposite to the first edge, the first edge being closer to the lower face and the second edge closer to the upper face, the first edge being coplanar with the first surface of the groove, the second surface of the groove extending continuously between the upper face and the slot.
A pair of sliding parts comprising sealing faces that relatively slide on each other, fluid circulation grooves, each of the fluid circulation grooves including an inlet section where a fluid may come in from a high pressure fluid side, an outlet section where the fluid may go out to the high pressure fluid side, and a communication section that provides communication between the inlet section and the outlet section are provided in at least one of the sealing faces; the plurality of fluid circulation grooves is isolated from a low pressure fluid side by a land section, and provided in the circumferential direction of the sealing face and isolated by the land section; a positive pressure generation mechanism is provided in a part surrounded by the fluid circulation groove and the high pressure fluid side; a negative pressure generation mechanism is provided on the low pressure fluid side between the plurality of fluid circulation grooves; an auxiliary fluid circulation groove including an inlet section where the fluid may come in from the high pressure fluid side, an outlet section where the fluid may go out to the high pressure fluid side, and a communication section that provides communication between the inlet section and the outlet section is further provided on the high pressure fluid side between the plurality of fluid circulation grooves; and an auxiliary positive pressure generation mechanism (14, 15, 16) is provided in a part surrounded by the auxiliary fluid circulation groove and the high pressure fluid side, characterised in that the plurality of fluid circulation grooves are isolated from each other in the circumferential direction.
A drive system, comprising: an electromechanical rotary actuator including an output shaft; a first link operatively coupled to the output shaft and configured to actuate a first mechanism in response to being driven in a first direction; a second link operatively coupled to the first link via a pin and configured to actuate a second mechanism in response to being driven in a second direction; a third link operatively coupled to the first link and the second link via the pin; and a toggle arm pivotally coupled on the third link, the toggle arm operatively coupled to the pin and configured to actuate the pin between an operating position and an override position in response to actuation input. an electromechanical rotary actuator including an output shaft; a first link operatively coupled to the output shaft and configured to actuate a first mechanism in response to being driven in a first direction; a second link operatively coupled to the first link via a pin and configured to actuate a second mechanism in response to being driven in a second direction; a third link operatively coupled to the first link and the second link via the pin; and a toggle arm pivotally coupled on the third link, the toggle arm operatively coupled to the pin and configured to actuate the pin between an operating position and an override position in response to actuation input.