mhurhangee/patent-ind-claim-en huggingface dataset:
Pressing or crimping pliers comprising two pliers jaws which are connected by a driving connection to the two hand levers in a way such that it is possible to induce a working stroke from an open position of the pliers jaws into a closed position of the pliers jaws by means of a manually induced relative movement of the hand levers , characterised in that a) an equilibrium position divides the working stroke into a first working stroke part which is arranged between the open position and the equilibrium position of the pliers jaws and a second working stroke part which is arranged between the equilibrium position and the closed position , b) a spring device is provided which interacts with the pliers jaws in a way such that ba) the spring device does not apply a force upon the pliers jaws in the equilibrium position arranged between the open position and the closed position of the pliers jaws and bb) the spring device applies a closing force upon the pliers jaws in the first working stroke part being arranged between the open position and the equilibrium position , whereas instead the spring device applies an opening force upon the pliers jaws in the second working stroke part being arranged between the equilibrium position and the closed position . a) an equilibrium position divides the working stroke into a first working stroke part which is arranged between the open position and the equilibrium position of the pliers jaws and a second working stroke part which is arranged between the equilibrium position and the closed position , b) a spring device is provided which interacts with the pliers jaws in a way such that ba) the spring device does not apply a force upon the pliers jaws in the equilibrium position arranged between the open position and the closed position of the pliers jaws and bb) the spring device applies a closing force upon the pliers jaws in the first working stroke part being arranged between the open position and the equilibrium position , whereas instead the spring device applies an opening force upon the pliers jaws in the second working stroke part being arranged between the equilibrium position and the closed position . ba) the spring device does not apply a force upon the pliers jaws in the equilibrium position arranged between the open position and the closed position of the pliers jaws and bb) the spring device applies a closing force upon the pliers jaws in the first working stroke part being arranged between the open position and the equilibrium position , whereas instead the spring device applies an opening force upon the pliers jaws in the second working stroke part being arranged between the equilibrium position and the closed position .
A composite material comprising: a first foam layer comprising a first hydrophilic polyurethane foam material, a second foam layer comprising a second hydrophilic polyurethane foam material, wherein the fluid retention capacity of said second foam layer is at least 20% greater than the fluid retention capacity of said first foam layer, wherein said fluid retention capacity is defined as the capability of retaining Solution A having first absorbed a maximum amount of Solution A, according to EN 13726-1:2002, when exposed to a pressure of 40 mmHg for two minutes; further; wherein an interfacial bonding volume exists between said first and said second foam layer, wherein said interfacial bonding volume comprises a mixture of the materials making up said first and said second foam layer, and wherein said interfacial bonding volume has a thickness of less than 200 μm, preferably less than 100 μm, further preferably 50μm or less. a first foam layer comprising a first hydrophilic polyurethane foam material, a second foam layer comprising a second hydrophilic polyurethane foam material,
A magnetic memory cell , comprising: a substrate having a memory region (MA); a select transistor on the substrate within the memory region; a first dielectric layer disposed on the substrate, wherein the first dielectric layer covers the memory region a (MA) and the select transistor; transistor ; a landing pad (MP) in the first dielectric layer , wherein the landing pad is situated in a first horizontal plane and is electrically coupled to a drain region of the select transistor ; a second dielectric layer covering the first dielectric layer and the landing pad (MP); a cylindrical memory stack (MS) in the second dielectric layer , wherein the cylindrical memory stack comprises a bottom electrode (BE) electrically coupled to the landing pad (MP) and a top electrode (TE) electrically coupled to a bit line (BL) disposed above the second dielectric layer ; and a source line (SL) in the first dielectric , wherein the source line is situated in a second horizontal plane and is electrically coupled to a source region of the select transistor , wherein the second horizontal plane is lower than the first horizontal plane. a substrate having a memory region (MA); a select transistor on the substrate within the memory region; a first dielectric layer disposed on the substrate, wherein the first dielectric layer covers the memory region a (MA) and the select transistor; transistor ; a landing pad (MP) in the first dielectric layer , wherein the landing pad is situated in a first horizontal plane and is electrically coupled to a drain region of the select transistor ; a second dielectric layer covering the first dielectric layer and the landing pad (MP); a cylindrical memory stack (MS) in the second dielectric layer , wherein the cylindrical memory stack comprises a bottom electrode (BE) electrically coupled to the landing pad (MP) and a top electrode (TE) electrically coupled to a bit line (BL) disposed above the second dielectric layer ; and a source line (SL) in the first dielectric , wherein the source line is situated in a second horizontal plane and is electrically coupled to a source region of the select transistor , wherein the second horizontal plane is lower than the first horizontal plane.
A reference signal sending method, comprising: determining (S320), by a network device, a plurality of resource elements, REs used to carry a first CSI-RS of one CSI-RS port, wherein the plurality of REs are distributed in a plurality of resource units, wherein in each resource unit, values of the first CSI-RS carried on at least two REs in one symbol are different and are from one first pilot sequence, and values of the first CSI-RS are loaded to the plurality of REs in the resource unit by using a first multiplex code; and sending (S330), by the network device, the first CSI-RS to a terminal device by using the plurality of REs. determining (S320), by a network device, a plurality of resource elements, REs used to carry a first CSI-RS of one CSI-RS port, wherein the plurality of REs are distributed in a plurality of resource units, wherein in each resource unit, values of the first CSI-RS carried on at least two REs in one symbol are different and are from one first pilot sequence, and values of the first CSI-RS are loaded to the plurality of REs in the resource unit by using a first multiplex code; and sending (S330), by the network device, the first CSI-RS to a terminal device by using the plurality of REs.
Tube-emptying device consisting of an upper part and a lower part which are connected via a rotational axis , wherein an upper roller with an axis and a turning handle are arranged to be rotatable on the upper part and a lower roller with an axis is arranged to be rotatable on the lower part and a tube can be led between the rollers , wherein in the working position of the tube-emptying device , the rotational axis and the two axes of the rollers lie approximately in alignment on a common arrangement axis , characterised in that the upper part has a guide groove which cooperates with a guide surface of the lower part and the guide groove and the guide surface together form a connecting link guide.
A method of manufacturing a laminated steel plate characterized by : a step 1 of applying a mixture containing an oil and an adhesive composition for a laminated steel plate to one side or both sides of a strip-like steel plate ; and a step 2 of punching a steel plate body from the strip-like steel plate with a punch portion of a press forming device , and laminating and bonding the steel plate bodies.
An air purifier device comprising: a fan unit comprising a fan arranged to produce an air flow through the air purifier device, a filter unit comprising a filter arranged to filter the air flow produced by the fan, the filter unit being adapted to stand on a support surface when the air purifier device is positioned for use, and a coupling mechanism arranged to secure the fan unit on top of the filter unit, wherein the coupling mechanism comprises two release actuators arranged on opposite outer sides of the fan unit, wherein the fan unit is releasable from the filter unit by actuating the two release actuators; and further comprising an exhaust for exhausting purified air out of the air purifier device, wherein the exhaust is arranged in a top wall of the fan unit, wherein the two release actuators are two release buttons, wherein the fan unit is releasable from the filter unit by pushing the two release buttons and wherein the two release buttons are arranged to be pushed inwards in the air purifying device. a fan unit comprising a fan arranged to produce an air flow through the air purifier device, a filter unit comprising a filter arranged to filter the air flow produced by the fan, the filter unit being adapted to stand on a support surface when the air purifier device is positioned for use, and a coupling mechanism arranged to secure the fan unit on top of the filter unit, wherein the coupling mechanism comprises two release actuators arranged on opposite outer sides of the fan unit, wherein the fan unit is releasable from the filter unit by actuating the two release actuators; and further comprising an exhaust for exhausting purified air out of the air purifier device, wherein the exhaust is arranged in a top wall of the fan unit, wherein the two release actuators are two release buttons, wherein the fan unit is releasable from the filter unit by pushing the two release buttons and wherein the two release buttons are arranged to be pushed inwards in the air purifying device.
A composition comprising a therapeutic agent of the formula (IV): R 4 -N=C=Z (IV) wherein Z is S or O, and R 4 is C 1-6 alkyl, C 2-6 alkenyl, C 1-6 alk-aryl, or aryl, and: - a compound of the formula (I) R-(OCH 2 CH 2 ) y -OH (I) wherein R is C 1-20 alkyl or C 2-20 alkenyl; and y is 1 to 25; - an amide of the formula (III) R 2 -N(R 1 )-C(O)-R 3 (III) wherein each R 1 is independently H or C 1-3 alkyl; and R 2 and R 3 together with the atoms to which they are attached, form a lactam having 3 to 10 carbon atoms; - a C 2-10 alkyl alcohol; - an organic acid that is a fatty acid, having 1 to 25 carbon atoms. - a compound of the formula (I) R-(OCH 2 CH 2 ) y -OH (I) wherein R is C 1-20 alkyl or C 2-20 alkenyl; and y is 1 to 25; - an amide of the formula (III) R 2 -N(R 1 )-C(O)-R 3 (III) wherein each R 1 is independently H or C 1-3 alkyl; and R 2 and R 3 together with the atoms to which they are attached, form a lactam having 3 to 10 carbon atoms; - a C 2-10 alkyl alcohol; - an organic acid that is a fatty acid, having 1 to 25 carbon atoms.
Method for determining a position of an actuating element in a positioning system , having the following steps: - continuously acquiring a signal profile of a sensor signal of an acceleration sensor mounted on an electric-motor actuating drive of the positioning system in order to detect an acceleration on the basis of a force excitation by a cogging torque and an imbalance of a rotor, having rotor teeth, of the electric-motor actuating drive; - evaluating the signal profile in order to detect an oscillation; - determining the position of the actuating element on the basis of the detecting of the oscillation, - wherein the detecting of the oscillation is taken as a basis for adjusting a counter value, wherein the adjusting of the counter value comprises an incrementing and decrementing of the counter value on the basis of a direction of rotation, the direction of rotation of the actuating drive being ascertained by evaluating two sensor signals representing accelerations of the actuating drive in two different directions, - wherein the signal profile for a rotation of the electric-motor actuating drive is periodic and has multiple periodicities, a periodicity of lower frequency being used for checking the plausibility of the counter value, and the periodicity with lower frequency being assigned to an imbalance of the rotor that is used to identify a complete revolution of the rotor, whereas any oscillation of a periodicity with higher frequency caused by the cogging torque of the individual rotor teeth is assigned to a predetermined adjusting path of the actuating element . - continuously acquiring a signal profile of a sensor signal of an acceleration sensor mounted on an electric-motor actuating drive of the positioning system in order to detect an acceleration on the basis of a force excitation by a cogging torque and an imbalance of a rotor, having rotor teeth, of the electric-motor actuating drive; - evaluating the signal profile in order to detect an oscillation; - determining the position of the actuating element on the basis of the detecting of the oscillation, - wherein the detecting of the oscillation is taken as a basis for adjusting a counter value, wherein the adjusting of the counter value comprises an incrementing and decrementing of the counter value on the basis of a direction of rotation, the direction of rotation of the actuating drive being ascertained by evaluating two sensor signals representing accelerations of the actuating drive in two different directions, - wherein the signal profile for a rotation of the electric-motor actuating drive is periodic and has multiple periodicities, a periodicity of lower frequency being used for checking the plausibility of the counter value, and the periodicity with lower frequency being assigned to an imbalance of the rotor that is used to identify a complete revolution of the rotor, whereas any oscillation of a periodicity with higher frequency caused by the cogging torque of the individual rotor teeth is assigned to a predetermined adjusting path of the actuating element .
Arrangement for reconstructing a surface of an object comprising: - a device for capturing the surface of the object , said device comprising: (i) a flexible membrane , which is configured to be deformed from a first shape to a second shape, when at least a part of the flexible membrane is brought into contact with the surface of the object ; (ii) a rigid frame which is configured to hold the flexible membrane ; (iii) a plurality of strain-gauges coupled to the flexible membrane , wherein the strain-gauges are configured to measure a plurality of strain signals that depend on the shape of the flexible membrane ; and (iv) an output unit for outputting the strain signals for reconstruction of the surface of the object as a function of the strain signals; - a processing unit coupled to the device for reconstructing the surface of the object as a function of the strain signals. - a device for capturing the surface of the object , said device comprising: (i) a flexible membrane , which is configured to be deformed from a first shape to a second shape, when at least a part of the flexible membrane is brought into contact with the surface of the object ; (ii) a rigid frame which is configured to hold the flexible membrane ; (iii) a plurality of strain-gauges coupled to the flexible membrane , wherein the strain-gauges are configured to measure a plurality of strain signals that depend on the shape of the flexible membrane ; and (iv) an output unit for outputting the strain signals for reconstruction of the surface of the object as a function of the strain signals; (i) a flexible membrane , which is configured to be deformed from a first shape to a second shape, when at least a part of the flexible membrane is brought into contact with the surface of the object ; (ii) a rigid frame which is configured to hold the flexible membrane ; (iii) a plurality of strain-gauges coupled to the flexible membrane , wherein the strain-gauges are configured to measure a plurality of strain signals that depend on the shape of the flexible membrane ; and (iv) an output unit for outputting the strain signals for reconstruction of the surface of the object as a function of the strain signals; - a processing unit coupled to the device for reconstructing the surface of the object as a function of the strain signals.
Uprooting system for uprooting shrubbery from a ground, comprising: - a mobile frame ; - an essentially loop-shaped transporter supported by the frame and defining an upward oriented path (A) for carrying upward uprooted shrubbery, such as detached bushes and/or plants; and - a reciprocally moveable conveyor arranged at least partially within the transporter along a length of at most the upward oriented path and having shrubbery engaging elements extending aside of and/or through the transporter along the length of at most the upward oriented path to engage the shrubbery moving there along, wherein the transporter and the conveyor are coupled along the length of at most the upward oriented path, and at least one of the transporter and the conveyor comprises a side belt with articulated recesses, CHARACTERISED IN THAT the transporter and the conveyor both comprise at least one side belt with articulated recesses and transverse bars attached to the side belt in the recesses, wherein one of the transporter and the conveyor is wider than the other, and the transverse bars thereof define coupling elements which are accommodated in the recesses of the other of the transporter and the conveyor along the length of at most the upward oriented path. - a mobile frame ; - an essentially loop-shaped transporter supported by the frame and defining an upward oriented path (A) for carrying upward uprooted shrubbery, such as detached bushes and/or plants; and - a reciprocally moveable conveyor arranged at least partially within the transporter along a length of at most the upward oriented path and having shrubbery engaging elements extending aside of and/or through the transporter along the length of at most the upward oriented path to engage the shrubbery moving there along,
An insufflation and smoke evacuation system for use during laparoscopic surgical procedures, comprising: a) a pump for circulating pressurized gas within the system; b) a dual lumen cannula configured to provide access to the abdominal cavity of a patient, wherein the dual lumen cannula includes a proximal housing , an outer lumen for fluid communication with a source of insufflation fluid and a central lumen in fluid communication with the pump , the outer lumen and the central lumen each extending from the proximal housing , wherein the proximal housing includes: • a first flow port communicating with the central lumen , • a second flow port communicating with the outer lumen , and • an end cap having a main access port communicating with the central lumen , wherein a duckbill seal is supported within the proximal housing between the main access port and the first flow port to prevent the egress of pressurized gas through the main access port ; and c) a second cannula for introduction into the abdominal cavity of the patient, which includes a single lumen in fluid communication with a suction side of the pump for removing gas from the abdominal cavity. a) a pump for circulating pressurized gas within the system; b) a dual lumen cannula configured to provide access to the abdominal cavity of a patient, wherein the dual lumen cannula includes a proximal housing , an outer lumen for fluid communication with a source of insufflation fluid and a central lumen in fluid communication with the pump , the outer lumen and the central lumen each extending from the proximal housing , wherein the proximal housing includes: • a first flow port communicating with the central lumen , • a second flow port communicating with the outer lumen , and • an end cap having a main access port communicating with the central lumen , wherein a duckbill seal is supported within the proximal housing between the main access port and the first flow port to prevent the egress of pressurized gas through the main access port ; and • a first flow port communicating with the central lumen , • a second flow port communicating with the outer lumen , and • an end cap having a main access port communicating with the central lumen , c) a second cannula for introduction into the abdominal cavity of the patient, which includes a single lumen in fluid communication with a suction side of the pump for removing gas from the abdominal cavity.
A connector assembly comprising: a connector formed so that an external connector is inserted therein through a connector insertion portion formed in a casing ; and a cover part coupled to the connector while surrounding an outer peripheral surface of the connector , and configured to seal a gap between the connector and the connector insertion portion , characterized in that the cover part comprises at least one rib having an outer peripheral surface with a shape conforming to the connector insertion portion , and protruding from an outer peripheral surface thereof at a predetermined interval, wherein the rib is formed in a shape conforming to a rib groove formed near the connector insertion portion of the casing at a position corresponding to the rib groove so as to be accommodated in the rib groove . a connector formed so that an external connector is inserted therein through a connector insertion portion formed in a casing ; and a cover part coupled to the connector while surrounding an outer peripheral surface of the connector , and configured to seal a gap between the connector and the connector insertion portion , characterized in that the cover part comprises at least one rib having an outer peripheral surface with a shape conforming to the connector insertion portion , and protruding from an outer peripheral surface thereof at a predetermined interval, wherein the rib is formed in a shape conforming to a rib groove formed near the connector insertion portion of the casing at a position corresponding to the rib groove so as to be accommodated in the rib groove .