mhurhangee/patent-ind-claim-en huggingface dataset:
A damper for a fitting for movably supporting a pivoting element or a pull-out element, in particular for movably supporting a furniture part , a window or a door, relative to a stationary carrier , comprising: - a damper housing , - at least one fluid chamber arranged in the damper housing , - a damping fluid arranged in the fluid chamber , - at least one piston displaceably supported in the fluid chamber , - at least one, preferably ring-shaped, sealing element having at least a first section which bears against or which is configured to bear against an inner wall of the fluid chamber , - wherein the at least one sealing element is axially displaceably supported on the at least one piston , preferably in a limited manner, - wherein at least one overload channel is provided which is preferably arranged in the at least one piston , characterized in that - the at least one sealing element includes at least one, preferably substantially ring-shaped, second section , the second section being spaced apart from the inner wall of the fluid chamber and being configured to be moved, preferably pivoted, tilted and/or radially widened, above a predetermined threshold value of a pressure application to the piston , relative to the first section which bears against or which is configured to bear against the inner wall of the fluid chamber , - wherein the at least one overload channel , when a damping stroke is performed below the predetermined threshold value of a pressure application to the piston , is covered by the second section of the at least one sealing element , and is at least partially open above the predetermined threshold value of a pressure application to the piston . - a damper housing , - at least one fluid chamber arranged in the damper housing , - a damping fluid arranged in the fluid chamber , - at least one piston displaceably supported in the fluid chamber , - at least one, preferably ring-shaped, sealing element having at least a first section which bears against or which is configured to bear against an inner wall of the fluid chamber , - wherein the at least one sealing element is axially displaceably supported on the at least one piston , preferably in a limited manner, - wherein at least one overload channel is provided which is preferably arranged in the at least one piston , - the at least one sealing element includes at least one, preferably substantially ring-shaped, second section , the second section being spaced apart from the inner wall of the fluid chamber and being configured to be moved, preferably pivoted, tilted and/or radially widened, above a predetermined threshold value of a pressure application to the piston , relative to the first section which bears against or which is configured to bear against the inner wall of the fluid chamber , - wherein the at least one overload channel , when a damping stroke is performed below the predetermined threshold value of a pressure application to the piston , is covered by the second section of the at least one sealing element , and is at least partially open above the predetermined threshold value of a pressure application to the piston .
A process for manufacturing a transaction card comprising the steps of: (a)forming an opening in a card body of the transaction card; (b) molding a molding material about an electronic component ; and (c) inserting and securing the electronic component into the opening in the card body ; characterised in that the electronic component is an antenna configured to couple to a payment module. (a)forming an opening in a card body of the transaction card; (b) molding a molding material about an electronic component ; and (c) inserting and securing the electronic component into the opening in the card body ;
In-vitro diagnostic method for the identification of a subject suffering from a primary non-infectious disease having an increased risk of an adverse outcome potentially being induced by the administration of an antibiotic to said subject, comprising the steps of: (i) determining in a sample of blood, plasma or serum from said subject suffering from a primary non-infectious disease the level of Procalcitonin (PCT) or a fragment thereof or a precursor or fragment thereof having a length of at least 12 amino acid residues, (ii) correlating the determined level to a potential risk induced by the administration of an antibiotic, (iii) wherein a concentration of PCT or a fragment or a precursor or fragment thereof having a length of at least 12 amino acid residues below 200 pg/mL in said sample correlates to an increased risk induced by the potential administration of an antibiotic and wherein said subject does not exhibit any symptoms of a bacterial infection. (i) determining in a sample of blood, plasma or serum from said subject suffering from a primary non-infectious disease the level of Procalcitonin (PCT) or a fragment thereof or a precursor or fragment thereof having a length of at least 12 amino acid residues, (ii) correlating the determined level to a potential risk induced by the administration of an antibiotic, (iii) wherein a concentration of PCT or a fragment or a precursor or fragment thereof having a length of at least 12 amino acid residues below 200 pg/mL in said sample correlates to an increased risk induced by the potential administration of an antibiotic and wherein said subject does not exhibit any symptoms of a bacterial infection.
A system for the facial detection of a driver of a vehicle comprising: an instrument cluster for the driver including a support and a dashboard oriented towards the driver and covered with a glass , said dashboard being embedded in the support ; a vehicle steering wheel provided with spokes; an image capture device comprising a camera configured to capture sequential images of the gaze of the driver ; and a controller configured to analyze the gaze of the driver ; characterized in that said glass of the dashboard defines a reflective surface configured to directly reflect the sequential images of the gaze of the driver , the camera comprising a field of view oriented towards the reflective surface so as to indirectly capture the images of the gaze of the driver ; and said reflective surface extends along a vertical direction in a concave manner focusing the reflected field of view of the camera towards an optical focal spot located between the spokes of the steering wheel of the vehicle so as to minimize the obstruction of the reflected field of view by the steering wheel , the effect of the focusing of the reflected field of view at an optical focal spot being to invert, along the vertical direction, the reflected image of a driver's gaze on the reflective surface . an instrument cluster for the driver including a support and a dashboard oriented towards the driver and covered with a glass , said dashboard being embedded in the support ; a vehicle steering wheel provided with spokes; an image capture device comprising a camera configured to capture sequential images of the gaze of the driver ; and a controller configured to analyze the gaze of the driver ; characterized in that said glass of the dashboard defines a reflective surface configured to directly reflect the sequential images of the gaze of the driver , the camera comprising a field of view oriented towards the reflective surface so as to indirectly capture the images of the gaze of the driver ; and said reflective surface extends along a vertical direction in a concave manner focusing the reflected field of view of the camera towards an optical focal spot located between the spokes of the steering wheel of the vehicle so as to minimize the obstruction of the reflected field of view by the steering wheel , the effect of the focusing of the reflected field of view at an optical focal spot being to invert, along the vertical direction, the reflected image of a driver's gaze on the reflective surface .
Splicing machine (MC) inserted/insertable in line of a plant for making insulating panels of the type having two external sheet metals obtained from a sheet of continuous metal foil and an insulating layer therebetween, wherein the panels have a protruding sheet metal portion which can be overlapped over another finished panel or are abutted against each other without overlap, the splicing machine being able to join two ends of sheet metals with a deposited tape and comprising: - a punch having a supporting surface (S) for the ends of sheet metal to be spliced, - a manifold directly coupled to the punch and comprising an internal cavity which extends - in use - horizontally along a longitudinal axis (X) and at one end comprises a connection to an air passage , - a plurality of valve members placed inside the cavity in a row along the axis (X), each valve member being configured to create or eliminate an airtight partition of the internal cavity , so as to respectively prevent or allow a flow of air sucked from the cavity toward the passage , - a tape dispenser for laying a splicing tape on the supporting surface; wherein the punch comprises, on the support surface (S), air-passage holes which are connected with the airtight partitions of the internal cavity obtainable through the valve members . wherein the panels have a protruding sheet metal portion which can be overlapped over another finished panel or are abutted against each other without overlap, the splicing machine being able to join two ends of sheet metals with a deposited tape and comprising: - a punch having a supporting surface (S) for the ends of sheet metal to be spliced, - a manifold directly coupled to the punch and comprising an internal cavity which extends - in use - horizontally along a longitudinal axis (X) and at one end comprises a connection to an air passage , - a plurality of valve members placed inside the cavity in a row along the axis (X), each valve member being configured to create or eliminate an airtight partition of the internal cavity , so as to respectively prevent or allow a flow of air sucked from the cavity toward the passage , - a tape dispenser for laying a splicing tape on the supporting surface; - a punch having a supporting surface (S) for the ends of sheet metal to be spliced, - a manifold directly coupled to the punch and comprising an internal cavity which extends - in use - horizontally along a longitudinal axis (X) and at one end comprises a connection to an air passage , extends - in use - horizontally along a longitudinal axis (X) and at one end comprises a connection to an air passage , - a plurality of valve members placed inside the cavity in a row along the axis (X), each valve member being configured to create or eliminate an airtight partition of the internal cavity , so as to respectively prevent or allow a flow of air sucked from the cavity toward the passage , - a tape dispenser for laying a splicing tape on the supporting surface; wherein the punch comprises, on the support surface (S), air-passage holes which are connected with the airtight partitions of the internal cavity obtainable through the valve members .
An exhaust gas purifying catalyst, characterized by comprising a complex oxide which is represented by LaMn x O 5 wherein x is greater than 2, and which contains Ag.
A trackpad comprising: a printed circuit board, PCB, including a touch interface ; a haptic element fixedly attached to the PCB to selectively oscillate the PCB ; an accelerometer fixedly attached to the PCB to measure peak-to-peak acceleration of the oscillation of the PCB ; and a microcontroller configured to: compare the measured peak-to-peak acceleration with a target peak-to-peak acceleration of the oscillation of the PCB ; and adjust an output of the haptic element to change the measured peak-to-peak acceleration to match the target peak-to-peak acceleration of the oscillation of the PCB ; the microcontroller characterized by being further configured to: trigger the haptic element across a range of frequencies; measure peak-to-peak acceleration of each haptic event oscillation associated with a frequency; determine a resonant frequency of the trackpad corresponding to a maximum peak-to-peak acceleration of the trackpad ; compare the determined resonant frequency with a range of normal resonant frequencies for the trackpad . a printed circuit board, PCB, including a touch interface ; a haptic element fixedly attached to the PCB to selectively oscillate the PCB ; an accelerometer fixedly attached to the PCB to measure peak-to-peak acceleration of the oscillation of the PCB ; and a microcontroller configured to: compare the measured peak-to-peak acceleration with a target peak-to-peak acceleration of the oscillation of the PCB ; and adjust an output of the haptic element to change the measured peak-to-peak acceleration to match the target peak-to-peak acceleration of the oscillation of the PCB ; compare the measured peak-to-peak acceleration with a target peak-to-peak acceleration of the oscillation of the PCB ; and adjust an output of the haptic element to change the measured peak-to-peak acceleration to match the target peak-to-peak acceleration of the oscillation of the PCB ; the microcontroller characterized by being further configured to: trigger the haptic element across a range of frequencies; measure peak-to-peak acceleration of each haptic event oscillation associated with a frequency; determine a resonant frequency of the trackpad corresponding to a maximum peak-to-peak acceleration of the trackpad ; compare the determined resonant frequency with a range of normal resonant frequencies for the trackpad . trigger the haptic element across a range of frequencies; measure peak-to-peak acceleration of each haptic event oscillation associated with a frequency; determine a resonant frequency of the trackpad corresponding to a maximum peak-to-peak acceleration of the trackpad ; compare the determined resonant frequency with a range of normal resonant frequencies for the trackpad .
A heat source unit connectable to a utilization-side unit through a connection pipe , to form a refrigeration apparatus including a refrigerant circuit performing a refrigeration cycle, the heat source unit housing at least a compressor and a heat-source-side heat exchanger , each of which constitutes the refrigerant circuit , wherein the heat-source-side heat exchanger is connected to a heat source water circuit in which heat source water circulates so that a refrigerant circulating in the refrigerant circuit exchanges heat with the heat source water, the heat-source-side heat exchanger having a heat exchange region, of a variable size, in which the refrigerant flows and exchanges heat with the heat source water, characterized in that the heat source unit comprises a controller which is configured to adjust the size of the heat exchange region of the heat-source-side heat exchanger so that a differential pressure index value indicating a difference between high pressure and low pressure of the refrigeration cycle performed by the refrigerant circuit becomes equal to or more than a predetermined reference index value.
A hybrid automatic repeat request, HARQ, process control method, comprising: receiving, by a second terminal , first sidelink control information, SCI, from a first terminal , wherein the first SCI is used to schedule a first transport block, TB, and the first SCI comprises information used to indicate a first HARQ process identifier, ID; receiving, by the second terminal , the first TB from the first terminal in a second HARQ process; receiving, by the second terminal , second SCI from the first terminal , wherein the second SCI is used to schedule a second TB, the second SCI comprises the information used to indicate the first HARQ process ID and indication information, and the indication information indicates that the second TB is a newly transmitted TB; and in response to the second SCI, clearing, by the second terminal , a buffer associated with the second HARQ process, and/or releasing the second HARQ process. receiving, by a second terminal , first sidelink control information, SCI, from a first terminal , wherein the first SCI is used to schedule a first transport block, TB, and the first SCI comprises information used to indicate a first HARQ process identifier, ID; receiving, by the second terminal , the first TB from the first terminal in a second HARQ process; receiving, by the second terminal , second SCI from the first terminal , wherein the second SCI is used to schedule a second TB, the second SCI comprises the information used to indicate the first HARQ process ID and indication information, and the indication information indicates that the second TB is a newly transmitted TB; and in response to the second SCI, clearing, by the second terminal , a buffer associated with the second HARQ process, and/or releasing the second HARQ process.
A method of memory allocation in a host computer, comprising the steps of: allocating one or more regions of physical working memory for use by an application, the regions individually comprising contiguous physical memory segments, but the regions not necessarily being contiguous between themselves; generating a segment address table having at least as many entries as the total number of physical memory segments allocated to the application; populating the entries of the segment address table sequentially and contiguously with the physical addresses of the physical memory segments across the or each region in order, in which the first entry of the segment address table is populated with the address of the first physical memory segment of the first region; presenting to the application a contiguous virtual addressable space having at least as many virtual memory segments as the total number of physical memory segments allocated to the application; and mapping from virtual memory addresses to physical memory addresses by reference to the segment address table. allocating one or more regions of physical working memory for use by an application, the regions individually comprising contiguous physical memory segments, but the regions not necessarily being contiguous between themselves; generating a segment address table having at least as many entries as the total number of physical memory segments allocated to the application; populating the entries of the segment address table sequentially and contiguously with the physical addresses of the physical memory segments across the or each region in order, in which the first entry of the segment address table is populated with the address of the first physical memory segment of the first region; presenting to the application a contiguous virtual addressable space having at least as many virtual memory segments as the total number of physical memory segments allocated to the application; and mapping from virtual memory addresses to physical memory addresses by reference to the segment address table.
Motor vehicle locking and/or access system, comprising a motor vehicle door latch , and comprising at least one further door element, wherein the motor vehicle door latch and the further door element are acted upon by a common functional unit , wherein the further door element is designed as a door handle assembly , wherein the common functional unit has at least one mechanically operating functional element and one electrically operating functional element , wherein the mechanically operating functional element is designed as a motor drive unit and the electrically operating functional element is designed as an electronic control unit , wherein the motor drive unit is mechanically coupled to the motor vehicle door latch and/or the door handle assembly via at least one flexible connection means , wherein the control unit is electrically coupled to the motor vehicle door latch and the door handle assembly , wherein the electronic control unit has an integrated energy store, so that the common electronic control unit is able not only to control the motor drive unit but also to supply it with electrical energy if necessary, wherein, by means of the motor drive unit , an external door handle can be extended and retracted, and the motor vehicle door latch can be opened and closed electrically. wherein the control unit is electrically coupled to the motor vehicle door latch and the door handle assembly , wherein the electronic control unit has an integrated energy store, so that the common electronic control unit is able not only to control the motor drive unit but also to supply it with electrical energy if necessary, wherein, by means of the motor drive unit , an external door handle can be extended and retracted, and the motor vehicle door latch can be opened and closed electrically.
A hydraulic fluid tank arrangement for a working machine , the arrangement comprising a hydraulic fluid tank ; an inlet portion for receiving hydraulic fluid into the hydraulic fluid tank ; and an oil filter arranged in fluid communication with the inlet portion ; the hydraulic fluid tank arrangement further comprising a gas removal device arranged in fluid communication with said oil filter downstream said inlet portion and upstream said oil filter for removing gas from the hydraulic fluid before the hydraulic fluid reaches the oil filter ; the hydraulic fluid tank comprising a first hydraulic fluid chamber , the gas removal device being arranged in fluid communication with the first hydraulic fluid chamber for providing gas removed from the hydraulic fluid into the first hydraulic fluid chamber , wherein the hydraulic fluid tank arrangement comprises a venting filter arranged in communication with the first hydraulic fluid chamber for directing gas in the first hydraulic fluid chamber out from the hydraulic fluid tank arrangement characterised in that the oil filter is arranged in fluid communication with the gas removal device by means of an outlet conduit arranged between the gas removal device and the oil filter .
A UV-curable hotmelt adhesive comprising (a) at least one UV-crosslinkable poly(meth)acrylate formed from (i) at least 20% by weight of methyl acrylate, (ii) at least one alkyl (meth)acrylate having 4 to 18 carbon atoms in the alkyl group, (iii) at least one ethylenically unsaturated monomer comprising at least one acid group, (iv) at least one ethylenically unsaturated copolymerizable photoinitiator monomer and (v) optionally at least one further monomer distinct from the monomers (i) to (iv) and (b) at least one aliphatic polyester polymer which at 20°C has a dynamic viscosity according to DIN 51562:1999-01 of 500 to 20 000 mPa s. (a) at least one UV-crosslinkable poly(meth)acrylate formed from (i) at least 20% by weight of methyl acrylate, (ii) at least one alkyl (meth)acrylate having 4 to 18 carbon atoms in the alkyl group, (iii) at least one ethylenically unsaturated monomer comprising at least one acid group, (iv) at least one ethylenically unsaturated copolymerizable photoinitiator monomer and (v) optionally at least one further monomer distinct from the monomers (i) to (iv) and (i) at least 20% by weight of methyl acrylate, (ii) at least one alkyl (meth)acrylate having 4 to 18 carbon atoms in the alkyl group, (iii) at least one ethylenically unsaturated monomer comprising at least one acid group, (iv) at least one ethylenically unsaturated copolymerizable photoinitiator monomer and (v) optionally at least one further monomer distinct from the monomers (i) to (iv) and (b) at least one aliphatic polyester polymer which at 20°C has a dynamic viscosity according to DIN 51562:1999-01 of 500 to 20 000 mPa s.
A lignin derivative extracted from lignocellulosic biomass wherein said lignin derivative has an ethoxy content of from 0.5 mmol/g to 1.4 mmol/g, a polydispersity of from 1.2 to 4, and an aliphatic hydroxyl content of from 0.2 mmol/g to 6.5 mmol/g.