mhurhangee/patent-ind-claim-en huggingface dataset:
An actuator device comprising at least first and second actuators provided with means for connecting them respectively to first and second control circuits and to the first and second monitoring circuits ; and calculation means having two independent calculation channels, comprising: · a first and second control and monitoring card each respectively provided with a first and a second control module and with a first and a second monitoring module , the first and second monitoring and control cards being identical; · the first and second control modules being connected respectively to the first and second control circuits ; · the first monitoring module being connected to the second monitoring circuit ; and · the second monitoring module being connected to the first monitoring circuit . · a first and second control and monitoring card each respectively provided with a first and a second control module and with a first and a second monitoring module , the first and second monitoring and control cards being identical; · the first and second control modules being connected respectively to the first and second control circuits ; · the first monitoring module being connected to the second monitoring circuit ; and · the second monitoring module being connected to the first monitoring circuit .
Switch device for a transfer point (C) between a first and a second rotatable star wheel , at which transfer point objects (B1-B8) can be selectively transferred from the first star wheel to the second star wheel , comprising: - a base at least in the region of the transfer point (C) for supporting the objects (B1-B8) transported by the star wheels; - a first and a second wall portion , which extend, in the region of the transfer point (C), so as to substantially follow the outer periphery of the first and second star wheels , respectively, and are movable in the vertical direction between a first position, in which they extend beyond the base , and a second position, in which they do not extend beyond the base ; - at least one drive mechanism for driving the movement of the wall portions ; and - a control means for actuating the at least one drive mechanism; the first and second wall portions each being individually vertically movable by the at least one drive mechanism, characterized in that the first and second wall portions are each divided into at least two wall portions along the extension thereof, which at least two wall portions are each individually vertically movable by the at least one drive mechanism. - a base at least in the region of the transfer point (C) for supporting the objects (B1-B8) transported by the star wheels; - a first and a second wall portion , which extend, in the region of the transfer point (C), so as to substantially follow the outer periphery of the first and second star wheels , respectively, and are movable in the vertical direction between a first position, in which they extend beyond the base , and a second position, in which they do not extend beyond the base ; - at least one drive mechanism for driving the movement of the wall portions ; and - a control means for actuating the at least one drive mechanism; the first and second wall portions each being individually vertically movable by the at least one drive mechanism, characterized in that the first and second wall portions are each divided into at least two wall portions along the extension thereof, which at least two wall portions are each individually vertically movable by the at least one drive mechanism.
An implantable lead configured to carry an electrical signal, the implantable lead comprising: a flexible body extending between a proximal portion and a distal portion, the body configured to carry an electrical signal from the proximal portion to the distal portion; and an assembly coupled to the distal portion of the flexible body , the assembly formed from an at least substantially homogenous combination of a polymeric material, radiopaque agent and elutable drug component, wherein the assembly comprises a housing extending from the distal portion of the flexible body , the implantable lead further comprising a coupler disposed within the housing and a fixation helix secured to the coupler . a flexible body extending between a proximal portion and a distal portion, the body configured to carry an electrical signal from the proximal portion to the distal portion; and an assembly coupled to the distal portion of the flexible body , the assembly formed from an at least substantially homogenous combination of a polymeric material, radiopaque agent and elutable drug component, wherein the assembly comprises a housing extending from the distal portion of the flexible body , the implantable lead further comprising a coupler disposed within the housing and a fixation helix secured to the coupler .
A laminate comprising: a fabric ; and a thermoplastic film formed on a surface of the fabric , wherein the thermoplastic film is a multilayer film including an adhesive layer including a thermoplastic polyester elastomer and a barrier layer that is bonded to the adhesive layer , and that has a melting point that is higher than a melting point of the adhesive layer , and that includes a thermoplastic elastomer, wherein the fabric includes a polyester, wherein the fabric has a fabric weight of 30 g/m 2 to 190 g/m 2 , and wherein the thermoplastic polyester elastomer included in the adhesive layer is a block copolymer including a hard segment comprising a polyester and a soft segment comprising a polyether or a polyester. a fabric ; and a thermoplastic film formed on a surface of the fabric , wherein the thermoplastic film is a multilayer film including an adhesive layer including a thermoplastic polyester elastomer and a barrier layer that is bonded to the adhesive layer , and that has a melting point that is higher than a melting point of the adhesive layer , and that includes a thermoplastic elastomer, an adhesive layer including a thermoplastic polyester elastomer and a barrier layer that is bonded to the adhesive layer , and that has a melting point that is higher than a melting point of the adhesive layer , and that includes a thermoplastic elastomer, wherein the fabric includes a polyester, wherein the fabric has a fabric weight of 30 g/m 2 to 190 g/m 2 , and wherein the thermoplastic polyester elastomer included in the adhesive layer is a block copolymer including a hard segment comprising a polyester and a soft segment comprising a polyether or a polyester.
A dewar for storing a cryogenic fluid comprising: a. an inner vessel configured to store the cryogenic fluid; b. an outer vessel including an outer upper head and an outer lower head, said outer upper head including a central region and said outer upper and lower heads joined so as to define an interior chamber; c. the inner vessel positioned within the interior chamber of the outer vessel so that an insulation space is defined between the inner and outer vessels, where the insulation space is evacuated of air; d. a neck extending between and attached to the inner vessel and the central region of the outer upper head; and characterized in that e. said outer upper head and neck are configured so that the central region permanently deforms, thus preserving the neck, when excessive shock loads are applied to the dewar, the central region including a shallow dish shape, the outer upper head further including rim regions (17A-C) which circumferentially surround the central region and include a deeper dish shape; the central region includes a portion having an angle with respect to an axis perpendicular to a longitudinal axis of the neck, the central region features an arcuate cross-section. a. an inner vessel configured to store the cryogenic fluid; b. an outer vessel including an outer upper head and an outer lower head, said outer upper head including a central region and said outer upper and lower heads joined so as to define an interior chamber; c. the inner vessel positioned within the interior chamber of the outer vessel so that an insulation space is defined between the inner and outer vessels, where the insulation space is evacuated of air; d. a neck extending between and attached to the inner vessel and the central region of the outer upper head; and characterized in that e. said outer upper head and neck are configured so that the central region permanently deforms, thus preserving the neck, when excessive shock loads are applied to the dewar, the central region including a shallow dish shape, the outer upper head further including rim regions (17A-C) which circumferentially surround the central region and include a deeper dish shape; the central region includes a portion having an angle with respect to an axis perpendicular to a longitudinal axis of the neck, the central region features an arcuate cross-section. the central region including a shallow dish shape, the outer upper head further including rim regions (17A-C) which circumferentially surround the central region and include a deeper dish shape; the central region includes a portion having an angle with respect to an axis perpendicular to a longitudinal axis of the neck, the central region features an arcuate cross-section.
A device (40; 122; 140; 156; 160; 176) for cardiac surgery capable to be positioned against the heart around a surgical opening in the aorta, comprising: a frame (42; 154; 162; 178) divided into a first frame part (42A; 162A; 178A) and a second frame part (42B; 162B; 178B) and defining an inner side; a plurality of suture guides (48A-B, 50A-B, 52A-B; 142A-B, 144A-B, 146A-B; 164A-B, 166A-B, 168A-B; 182A-B, 184A-B, 186A-B) spaced about the frame (42; 154; 162; 178); and a hinge (44; 180) by which the first frame part (42A; 162A; 178A) and the second frame part (42B; 162B; 178B) are pivotably coupled together; wherein the frame (42; 154; 162; 178) forms a substantially continuous periphery with one open side ; wherein the hinge (44; 180) is configured to enable the first frame part (42A; 162A; 178A) and the second frame part (42B; 162B; 178B) to open like a jaw; wherein the frame (42; 154; 162; 178) comprises a plurality of tabs (54A-D; 148A-152B; 170A-174B; 188A-192B) protruding from the inner side of the frame ; and wherein at least some of the plurality of suture guides (48A-B, 50A-B, 52A-B; 142A-B, 144A-B, 146A-B; 164A-B, 166A-B, 168A-B; 182A-B, 184A-B, 186A-B) are located in the plurality of tabs (54A-54D; 148A - 152B; 170A-174B; 188A - 192B). a frame (42; 154; 162; 178) divided into a first frame part (42A; 162A; 178A) and a second frame part (42B; 162B; 178B) and defining an inner side; a plurality of suture guides (48A-B, 50A-B, 52A-B; 142A-B, 144A-B, 146A-B; 164A-B, 166A-B, 168A-B; 182A-B, 184A-B, 186A-B) spaced about the frame (42; 154; 162; 178); and a hinge (44; 180) by which the first frame part (42A; 162A; 178A) and the second frame part (42B; 162B; 178B) are pivotably coupled together; wherein the frame (42; 154; 162; 178) forms a substantially continuous periphery with one open side ; wherein the hinge (44; 180) is configured to enable the first frame part (42A; 162A; 178A) and the second frame part (42B; 162B; 178B) to open like a jaw; wherein the frame (42; 154; 162; 178) comprises a plurality of tabs (54A-D; 148A-152B; 170A-174B; 188A-192B) protruding from the inner side of the frame ; and wherein at least some of the plurality of suture guides (48A-B, 50A-B, 52A-B; 142A-B, 144A-B, 146A-B; 164A-B, 166A-B, 168A-B; 182A-B, 184A-B, 186A-B) are located in the plurality of tabs (54A-54D; 148A - 152B; 170A-174B; 188A - 192B).
Tyre comprising a directional tread , said tread being intended to come into contact with the ground during running of the tyre, forming a contact patch AC, said tread comprising a plurality of blocks of rubbery material delimited by voids , some of said blocks forming a contact surface SC of the blocks in said contact patch AC, the ratio of the difference between the contact patch AC and the contact surface of the blocks SC to the contact patch AC determining a surface voids ratio TES of the tread, where TES=(AC-SC)/AC, said blocks being organized into patterns of blocks of pitch P, said patterns succeeding one another in the circumferential direction (X), in a pattern comprising at least one sipe , the ratio of the sum of the projected length(s) lpyi of the sipe(s) in an axial direction (Y) to the product of the pitch P of the pattern times the width W of the tread, all multiplied by 1000, determining a sipes density SD, such that SD = ∑ i = 1 n lpyi P ∗ W ∗ 1000 , where n is the number of sipes in the pattern , and lpyi is the projected length of the ith sipe, , for the tread when new: - the sipes density SD in any pattern of pitch P is at least equal to 10 mm -1 and at most equal to 70 mm -1 , - the surface voids ratio TES is at least equal to 0.40 and at most equal to 0.70; said tyre being characterized in that the surface voids ratio TES of the tread worn away by 2 mm of depth is at least equal to 0.41 times the TES when new and at most equal to 0.66 times said TES when new. - the sipes density SD in any pattern of pitch P is at least equal to 10 mm -1 and at most equal to 70 mm -1 , - the surface voids ratio TES is at least equal to 0.40 and at most equal to 0.70;
An artificial leather comprising a fiber sheet and a polyurethane resin, wherein the fiber sheet includes at least a fiber layer (A) constituting a first outer surface of the artificial leather, a cross-sectional polyurethane resin area ratio in a thickness direction cross-section of the fiber layer (A), determined as described in the description, is 15% to 30%, and standard deviation of the cross-sectional polyurethane resin area ratio of the fiber layer (A), determined as described in the description, is 25% or less.
A method of manufacturing a tubular metal-cored welding wire , comprising: - disposing a granular core within a metallic sheath , wherein the core comprises an organic stabilizer component, characterized in that the organic stabilizer component is a cellulose-based component including a cellulose chain that has been derivatized to form a sodium or potassium salt having a degree of substitution ranging from 0,5 to 2,5; the method further comprising heating the tubular welding wire to between 149 °C (300 °F) and 343 °C (650 °F) for 4 to 6 hours, wherein the metal-cored welding wire comprises between 0,05% and 5% by weight organic stabilizer component, wherein the core comprises between 7% and 40% of the tubular welding wire by weight, wherein the core includes between 70% and 75% by weight iron powder, as well as other alloying components, such as ferro-titanium, ferro-magnesium-silicon, and ferro-silicon powder, wherein the metallic sheath is a low carbon steel comprising between 0,07 and 0,08 % carbon by weight, between 0,25% and 0,5% manganese by weight and further impurities. - disposing a granular core within a metallic sheath , wherein the core comprises an organic stabilizer component,
Presentation and storage device having at least two accommodating compartments for articles which are to be presented and/or stored, wherein the at least two accommodating compartments are formed on at least two modules , which can be coupled to one another, wherein the at least two modules , each having at least one accommodating compartment , can be coupled to one another via correspondingly formed edge profiles , wherein the edge profiles are formed on two mutually opposite, free longitudinal sides of each module , and wherein two modules which have been coupled to one another can be additionally fixed relative to one another in the coupled position via a bracing mechanism , characterized in that each accommodating compartment is of wave-form design in cross section, and the edge profiles (4 and 5) on either side of the modules are formed along the mutually opposite, free wave crests of each module , provided with in each case at least one cross-sectionally wave-form accommodating compartment .
A metallurgical furnace comprising the following features: 1.1 a furnace wall enclosing a furnace chamber ; 1.2 the furnace wall comprises at least one cooling element , wherein the cooling element comprises the following features: 1.2.1 a metal element comprising a side facing the furnace chamber ; 1.2.2 a masonry arranged opposite the side of the metal element facing the furnace chamber and at a distance from this side of the metal element ; 1.2.3 the masonry comprises refractory bricks arranged in several layers (11.1, 11.2, 11.3, 11.4, 11.5) one above the other; 1.2.4 metal rails extending through the masonry ; 1.2.5 guide means (7, 7.1, 7.2; 9.3, 9.4) by means of which the metal rails are vertically guidable fastened to the metal element . 1.1 a furnace wall enclosing a furnace chamber ; 1.2 the furnace wall comprises at least one cooling element , wherein the cooling element comprises the following features: 1.2.1 a metal element comprising a side facing the furnace chamber ; 1.2.2 a masonry arranged opposite the side of the metal element facing the furnace chamber and at a distance from this side of the metal element ; 1.2.3 the masonry comprises refractory bricks arranged in several layers (11.1, 11.2, 11.3, 11.4, 11.5) one above the other; 1.2.4 metal rails extending through the masonry ; 1.2.5 guide means (7, 7.1, 7.2; 9.3, 9.4) by means of which the metal rails are vertically guidable fastened to the metal element . 1.2.1 a metal element comprising a side facing the furnace chamber ; 1.2.2 a masonry arranged opposite the side of the metal element facing the furnace chamber and at a distance from this side of the metal element ; 1.2.3 the masonry comprises refractory bricks arranged in several layers (11.1, 11.2, 11.3, 11.4, 11.5) one above the other; 1.2.4 metal rails extending through the masonry ; 1.2.5 guide means (7, 7.1, 7.2; 9.3, 9.4) by means of which the metal rails are vertically guidable fastened to the metal element .
A self-cleaning rotary viewing hole for a centrifugal machine including: - a stationary frame ; - a transparent stationary panel attached to said stationary frame by means of a leak-tight joint ; - a rotary frame connected to said stationary frame by means of a rotary joint ; - a transparent rotary panel attached to said rotary frame by means of a joint, said transparent rotary panel being arranged opposite and spaced apart from the transparent stationary panel by an intermediate chamber ; and - a motor connected to said transparent rotary panel or to said rotary frame to cause the rotation thereof with respect to the stationary frame about an axis of rotation perpendicular to said transparent rotary panel ; wherein the joint between the transparent rotary panel and the rotary frame is an interference attachment obtained by a dimensional interference fit produced between a transparent rotary panel perimetral face and a rotary frame coupling face facing said transparent rotary panel perimetral face , the transparent rotary panel being fitted into the rotary frame ; characterized in that the transparent rotary panel has a size larger than a cavity defined by said rotary frame coupling face before the coupling thereof, and wherein once coupled the transparent rotary panel is compressed by the rotary frame and said rotary frame is elastically pulled all around assuring a secure and leak-tight attachment without adhesives; and wherein the coupling of the transparent rotary panel in the rotary frame is obtained by said transparent rotary panel being cooled, causing it to shrink, and being inserted into the cavity defined by the rotary frame coupling face , being the rotary frame heated causing it to expand, leaving a clearance between both which disappears when the transparent rotary panel and the rotary frame reach one and the same temperature. - a stationary frame ; - a transparent stationary panel attached to said stationary frame by means of a leak-tight joint ; - a rotary frame connected to said stationary frame by means of a rotary joint ; - a transparent rotary panel attached to said rotary frame by means of a joint, said transparent rotary panel being arranged opposite and spaced apart from the transparent stationary panel by an intermediate chamber ; and - a motor connected to said transparent rotary panel or to said rotary frame to cause the rotation thereof with respect to the stationary frame about an axis of rotation perpendicular to said transparent rotary panel ;
Device for controlling a vehicle which can be driven in an at least partly automated manner, comprising an operating element which can be operated by a driver to control at least the lateral guidance of the vehicle, and comprising a wheel-angle actuator which, controlled by the operating element of the driver and/or by an electronic control unit controlling the automated lateral guidance of the vehicle, controls a steer angle on the steerable wheels of the vehicle, characterized in that the degree of the coupling between at least one first part of the operating element and the wheel-angle actuator of the vehicle and/or between at least one first part of the operating element and a fixed position in the coordinate system of the vehicle can be changed according to the measurement of the haptic contact of the driver of the vehicle with the above-mentioned first part of the operating element, wherein, in the case of the measurement of the haptic contact, a compressive force by the driver on the first part of the operating element and/or an area of the haptic contact on the first part of the operating element are/is taken into account and/or account is taken of the point of the first part of the operating element at which there is haptic contact and/or account is taken of whether the first part of the operating element is grasped by one or two hands of the driver.
An oven comprising: a main body ; a cooking compartment provided in the main body and having a front surface thereof is opened, the cooking compartment having an opening ; a camera ; a first glass provided at the opening of the cooking compartment so that the camera captures the inside of the cooking compartment and configured to block transmission of heat in the cooking compartment to the camera; and the camera is provided above the cooking compartment and configured to capture an inside of the cooking compartment through the opening characterized in that a second glass is provided between the camera and the first glass and configured to additionally block the transmission of heat to the camera , and a camera cooling fan the camera cooling fan is disposed above the camera and configured to cool the camera by suctioning external air, an inlet is provided at an upper portion of the main body and configured to suction the external air to cool the camera ; and a rib is provided around the inlet and configured to prevent water from passing through the inlet . a main body ; a cooking compartment provided in the main body and having a front surface thereof is opened, the cooking compartment having an opening ; a camera ; a first glass provided at the opening of the cooking compartment so that the camera captures the inside of the cooking compartment and configured to block transmission of heat in the cooking compartment to the camera; and the camera is provided above the cooking compartment and configured to capture an inside of the cooking compartment through the opening characterized in that a second glass is provided between the camera and the first glass and configured to additionally block the transmission of heat to the camera , and a camera cooling fan the camera cooling fan is disposed above the camera and configured to cool the camera by suctioning external air, an inlet is provided at an upper portion of the main body and configured to suction the external air to cool the camera ; and a rib is provided around the inlet and configured to prevent water from passing through the inlet .