mhurhangee/patent-ind-claim-en huggingface dataset:
Sorption heat pump comprising a gaseous refrigerant and a liquid solvent, a poor and a rich solution, wherein the poor and the rich solution are single-phase mixtures of the solvent and the refrigerant, and comprising an absorber , in which the poor solution absorbs the refrigerant at a high-pressure level and thereby releases heat; a throttle element , which decompresses the rich solution to the low-pressure level after exiting from the absorber ; an expeller , in which, after exiting from the throttle element , the rich solution receives a heat flow supplied from outside and thereby expels the refrigerant; a conveying element, which conveys the refrigerant, after exiting from the expeller , into the absorber ; and a pump, which pumps the poor solution, after exiting from the expeller , into the absorber , characterized by a second throttle element which decompresses the rich solution before entering into the throttle element to a intermediate-pressure level, and a second absorber , in which the rich solution absorbs a partial flow of the refrigerant at the intermediate-pressure level and thereby releases heat to a partial flow of the poor solution after exiting from the expeller .
An adjustable hinge assembly (10; 110) for a lid of a motor vehicle comprising a mounting unit including a mounting member configured to be secured on a body of the motor vehicle, an adjustment member (24; 124) connected to the mounting member for pivotal movement relative to the mounting member about a first axis (X), and an adjusting mechanism operative to selectively adjust the pivotal position of the adjustment member relative to the mounting member about the first axis, the assembly also including a hinge arm attachable to the lid and connected to the adjustment member for pivotal movement relative to the adjustment member about a second axis (Y) parallel to but spaced from the first axis and a locking mechanism for releasably locking the adjustment member relative to the mounting member; wherein the mounting member comprises a pair of spaced opposed first side walls (28; 128), the adjustment member being located between the first side walls and having a pair of spaced opposed second side walls , the hinge arm having pivot section received between the second side walls, the hinge arm being connected to the adjustment member by means of a hinge arm pivot pin which passes through a bore in the pivot section of the hinge arm and aligned apertures in the second side walls; characterised in that the hinge arm pivot pin also passes through an elongate opening in each of the first side walls and in that the locking mechanism comprises means associated with the hinge arm pivot pin operative to selectively clamp each first side wall (28; 128) into contact with an adjacent second side wall and to clamp the second side walls to the pivot section of the hinge arm.
Method for the manufacturing of composite material, which composite material comprises at least a natural fiber substance, such as wood-derived fibers, wood-derived mechanically fiberized fibers, cellulose fiber made from natural fibers and mixtures thereof, a plastic based substance, such as plastic particles having a diameter of less than -4000 μm, plastic fibers, and a substance improving compatibility between the said natural fiber substance and the said plastic based substance, whereby the composite material is being manufactured by mixing (M) the said substances with each other, and thereafter by mechanically pressing and/or by drying with heat the formed mixture in order to remove liquid, such as water, therefrom, characterized in that , a wet mixture with 41-99,8 % water is being formed at least from a natural fiber substance, a plastic based substance and a compatibility improving agent, whereby in order to manufacture a composite material, having an internal network structure that keeps material together by chemical bonds between the plastic based substance and the natural fiber substance, the wet mixture is being fed into a devolatilization process (D) in an extruder (E), in which substance in liquid form and other gasifying volatile substances or at least a main part thereof are being removed by powerful changes in pressure [V2, P2] -) [VAtm, PAtm], heat and mechanical mixing, as well as the structure of the natural fiber substance, such as cellulose fiber, being modified if needed, and steam explosion is carried out.
A method in a device of a wireless network system, the method comprising: initiating , by the device , a procedure to deliver a transmission via a wireless channel; selecting, by the device , a channel access priority class, CAPC, from a plurality of CAPCs of different channel access priorities, the selected CAPC having a channel access priority higher than a channel access priority of another CAPC included in the plurality of CAPCs, and the selecting based on a logical channel identity of a logical channel of the wireless channel, the logical channel being implemented on one of different logical channels including a Common Control Channel, CCCH, or a Dedicated Control Channel, DCCH; and performing , by the device , a Listen-Before-Talk, LBT, procedure in accordance with the selected CAPC corresponding to the transmission, initiating , by the device , a procedure to deliver a transmission via a wireless channel; selecting, by the device , a channel access priority class, CAPC, from a plurality of CAPCs of different channel access priorities, the selected CAPC having a channel access priority higher than a channel access priority of another CAPC included in the plurality of CAPCs, and the selecting based on a logical channel identity of a logical channel of the wireless channel, the logical channel being implemented on one of different logical channels including a Common Control Channel, CCCH, or a Dedicated Control Channel, DCCH; and performing , by the device , a Listen-Before-Talk, LBT, procedure in accordance with the selected CAPC corresponding to the transmission,
Method for training a machine model for describing a battery system, comprising: - Provision of training data, which comprise constant descriptive battery vectors and, in each case, for these descriptive battery vectors, a series of temporally sequential measurement value vectors; - Processing of training data in the machine model, wherein a simulated battery system state is obtained; - Provision of a cost function, which describes a deviation of the simulated battery system state from a reference battery state; - Training of the machine model wherein, by the adjustment of parameters of the machine model, the cost function is minimized. - Provision of training data, which comprise constant descriptive battery vectors and, in each case, for these descriptive battery vectors, a series of temporally sequential measurement value vectors; - Processing of training data in the machine model, wherein a simulated battery system state is obtained; - Provision of a cost function, which describes a deviation of the simulated battery system state from a reference battery state; - Training of the machine model wherein, by the adjustment of parameters of the machine model, the cost function is minimized.
Use of rhamnolipids for the deposition of at least one substance from a medium onto a surface, characterized in that the substance is selected from the group comprising guar quats, siloxane quats and cellulose quats and the pH of the medium at 25°C is in a range from 3.5 to 9.0.
Measuring method for a liquid metal slide bearing comprising the steps: - providing a liquid metal slide bearing to be measured, which has two bearing parts , between which the liquid metal is arranged, - applying an RF alternating voltage between electrical contacts (K) to different bearing parts with a predetermined frequency range, - measuring an RF signal (S) on electrical contacts (K1, K2) on different bearing parts , wherein the RF signal (S) depends on the inductance of the liquid metal slide bearing or a variable associated with the inductance, - determining the quantity of liquid metal on the basis of the measured RF signal (S). - providing a liquid metal slide bearing to be measured, which has two bearing parts , between which the liquid metal is arranged, - applying an RF alternating voltage between electrical contacts (K) to different bearing parts with a predetermined frequency range, - measuring an RF signal (S) on electrical contacts (K1, K2) on different bearing parts , wherein the RF signal (S) depends on the inductance of the liquid metal slide bearing or a variable associated with the inductance, - determining the quantity of liquid metal on the basis of the measured RF signal (S).
A method for injection blow molding a toothbrush using thermoplastic material, comprising: a) providing an injection mold having a cavity ; b) injecting thermoplastic material into the injection mold cavity to form a toothbrush handle preform having an inner cavity and an outer surface , wherein the outer surface defines a cross-sectional dimension of the toothbrush handle preform; c) providing a blow mold having a longitudinal axis and a cavity , the cavity having a surface that defines a cross-sectional dimension having an area; wherein the cavity has at least one of a maximum cross-sectional dimension (C cdm ) and the maximum cross-sectional dimension bordered by two smaller cross-sectional dimensions (C cd1 , C cd2 ) along the longitudinal axis of the blow mold or a minimum cross sectional dimension (C cdmn ) bordered by two greater cross-sectional dimensions (C cd3 , C cd4 ) along the longitudinal axis (LA m ) of the blow mold; d) positioning the toothbrush handle preform into the blow mold cavity ; e) deforming the toothbrush handle preform using a fluid to produce a toothbrush handle ; wherein a head of the toothbrush is molded during the injection molding step and is connected intrinsically to the handle which is also molded during the injection molding step. a) providing an injection mold having a cavity ; b) injecting thermoplastic material into the injection mold cavity to form a toothbrush handle preform having an inner cavity and an outer surface , wherein the outer surface defines a cross-sectional dimension of the toothbrush handle preform; c) providing a blow mold having a longitudinal axis and a cavity , the cavity having a surface that defines a cross-sectional dimension having an area; wherein the cavity has at least one of a maximum cross-sectional dimension (C cdm ) and the maximum cross-sectional dimension bordered by two smaller cross-sectional dimensions (C cd1 , C cd2 ) along the longitudinal axis of the blow mold or a minimum cross sectional dimension (C cdmn ) bordered by two greater cross-sectional dimensions (C cd3 , C cd4 ) along the longitudinal axis (LA m ) of the blow mold; d) positioning the toothbrush handle preform into the blow mold cavity ; e) deforming the toothbrush handle preform using a fluid to produce a toothbrush handle ;
A composition for use in reducing irritative sensation caused by TRPA1 activation, which comprises a compound represented by the formula (I): wherein each of R 1 , R 2 , R 3 and R 4 is independently hydrogen atom or methyl group, each of R 5 , R 6 , R 7 and R 8 is independently hydrogen atom, methyl group or a group represented by the formula (II): -O-R 9 -OH (II) wherein R 9 is an alkylene group which may have a substituent; with proviso that at least one group of R 5 , R 6 , R 7 and R 8 is a group represented by the formula (II). wherein each of R 1 , R 2 , R 3 and R 4 is independently hydrogen atom or methyl group, each of R 5 , R 6 , R 7 and R 8 is independently hydrogen atom, methyl group or a group represented by the formula (II): -O-R 9 -OH (II) wherein R 9 is an alkylene group which may have a substituent; with proviso that at least one group of R 5 , R 6 , R 7 and R 8 is a group represented by the formula (II).
A control device for operating one or more road milling machines , wherein the control device is adapted to perform at least the following steps: - capturing and storing material properties of roads and/or road segments, and/or characteristic values correlating with the material properties, together with respectively pertinent geographic coordinates; - capturing at least two roads and/or road segments to be processed by milling; - ascertaining, on the basis of the material properties and/or characteristic values determined for the roads or road segments, at least one milling output of the road milling machine for the roads and/or road segments to be processed, characterized in that the control device is adapted to perform the following step: - ascertaining and outputting a sequence of different milling segments within a construction site or of different road milling tasks at different construction sites which is optimized at least in terms of the milling output and/or wear (74.2). - capturing and storing material properties of roads and/or road segments, and/or characteristic values correlating with the material properties, together with respectively pertinent geographic coordinates; - capturing at least two roads and/or road segments to be processed by milling; - ascertaining, on the basis of the material properties and/or characteristic values determined for the roads or road segments, at least one milling output of the road milling machine for the roads and/or road segments to be processed, - ascertaining and outputting a sequence of different milling segments within a construction site or of different road milling tasks at different construction sites which is optimized at least in terms of the milling output and/or wear (74.2).
A rotary knob integrally formed of : a wall member defining a mating hole allowing a rotation shaft to be fitted therein, the rotation shaft comprising a shaft portion , an outer circumferential surface of which comprises a flat surface extending parallel with an axis of the rotation shaft; and an elastic piece formed in a strip shape and formed on an inner surface of the wall member so as to extend along an axis of the wall member, the elastic piece being configured to be held in contact with the flat surface and elastically deformed when the rotation shaft is fitted in the mating hole, the elastic piece comprising: opposite side portions and a central portion in a widthwise direction perpendicular to the axis of the wall member, the opposite side portions being fixed to the inner surface of the wall member by connecting portions , the elastic piece comprising a convex surface constituted by the central portion which curves inward in a radial direction of the mating hole, characterized in that the connecting portions are provided such that the length of a portion of an inner circumferential surface 40a of the mating hole 40 between the connecting portions 53 in a circumferential direction of the rotation shaft 2 is longer than the length of the outer circumferential surface of the rotation shaft 2 between opposite side edges of the flat surface 22 in the circumferential direction. a wall member defining a mating hole allowing a rotation shaft to be fitted therein, the rotation shaft comprising a shaft portion , an outer circumferential surface of which comprises a flat surface extending parallel with an axis of the rotation shaft; and an elastic piece formed in a strip shape and formed on an inner surface of the wall member so as to extend along an axis of the wall member, the elastic piece being configured to be held in contact with the flat surface and elastically deformed when the rotation shaft is fitted in the mating hole, the elastic piece comprising: opposite side portions and a central portion in a widthwise direction perpendicular to the axis of the wall member, the opposite side portions being fixed to the inner surface of the wall member by connecting portions , the elastic piece comprising a convex surface constituted by the central portion which curves inward in a radial direction of the mating hole, characterized in that the connecting portions are provided such that the length of a portion of an inner circumferential surface 40a of the mating hole 40 between the connecting portions 53 in a circumferential direction of the rotation shaft 2 is longer than the length of the outer circumferential surface of the rotation shaft 2 between opposite side edges of the flat surface 22 in the circumferential direction.
A surgical hub for use with a surgical system in a surgical procedure performed in an operating room, the surgical hub comprising: a control circuit configured to: communicably couple to at least one surgical device in the operating room; receive visualization data from a camera; determine potential surgical locations based on the visualization data; receive user characteristics; and determine a device placement selected from the potential surgical locations based on at least the user characteristics. communicably couple to at least one surgical device in the operating room; receive visualization data from a camera; determine potential surgical locations based on the visualization data; receive user characteristics; and determine a device placement selected from the potential surgical locations based on at least the user characteristics.
A memory device , comprising: a memory array including a plurality of bit lines; a page buffer coupled to the plurality of bit lines having a page width; an input/output, I/O, interface for I/O data units having an I/O width less than the page width; data path circuits connected between the page buffer and the I/O interface ; and a controller configured to respond to commands received at the I/O interface , to control memory operations including a continuous page read operation to output a stream of pages at the I/O interface , the continuous read operation including responding to a series of commands, the series including a first command and one or more intra-stream commands, and wherein the first command includes an address to initiate the continuous page read operation, and at least one intra-stream command in one or more intra-stream commands includes a non-sequential address for a non-sequential page in the stream of pages to provide the non-sequential page in the stream of pages, characterized in that the controller is adapted to receive the intra-stream commands in the one or more intra-stream commands before completing output of a preceding page in the stream while the preceding page in the stream is traversing the data path circuits including buffer memory to the I/O interface . a memory array including a plurality of bit lines; a page buffer coupled to the plurality of bit lines having a page width; an input/output, I/O, interface for I/O data units having an I/O width less than the page width; data path circuits connected between the page buffer and the I/O interface ; and a controller configured to respond to commands received at the I/O interface , to control memory operations including a continuous page read operation to output a stream of pages at the I/O interface , the continuous read operation including responding to a series of commands, the series including a first command and one or more intra-stream commands, and wherein the first command includes an address to initiate the continuous page read operation, and at least one intra-stream command in one or more intra-stream commands includes a non-sequential address for a non-sequential page in the stream of pages to provide the non-sequential page in the stream of pages, characterized in that the controller is adapted to receive the intra-stream commands in the one or more intra-stream commands before completing output of a preceding page in the stream while the preceding page in the stream is traversing the data path circuits including buffer memory to the I/O interface .
A dry type cast coil transformer comprising: a cast hollow body encapsulating a winding, a dome structure defining a portion of an outer surface of the body so as to extend from the body , an undulation structure , defining at least a portion of an outer surface of the dome structure and comprising a plurality of alternating, continuously joined, peaks and valleys, constructed and arranged to increase an electrical track path in the dome structure, and at least two tap connection bases from which a respective tap connection extends, wherein the undulation structure is formed adjacent to the tap connection bases; characterised in that the undulation structure is disposed such that the valleys are on the same plane as the tap connection bases and the peaks are on a plane that is above and parallel to the plane of the tap connection bases so that the peaks of the undulation structure are raised with respect to the tap connection bases. a cast hollow body encapsulating a winding, a dome structure defining a portion of an outer surface of the body so as to extend from the body , an undulation structure , defining at least a portion of an outer surface of the dome structure and comprising a plurality of alternating, continuously joined, peaks and valleys, constructed and arranged to increase an electrical track path in the dome structure, and at least two tap connection bases from which a respective tap connection extends, wherein the undulation structure is formed adjacent to the tap connection bases; characterised in that the undulation structure is disposed such that the valleys are on the same plane as the tap connection bases and the peaks are on a plane that is above and parallel to the plane of the tap connection bases so that the peaks of the undulation structure are raised with respect to the tap connection bases.
An absorbent, washable and re-usable undergarment adapted to absorb and retain a discharge released from an area of a person's body in the region of the urethra, the vagina or anus; characterised in that the garment (a) includes at least one elastic retaining means selected from a range including cords, waist bands , and trunk and/or leg panels , the retaining means configured, in use, to be supported by the body of the person wearing the undergarment ; (b) includes a shaped, internally skin-conformable and absorbent pouch , the retaining means attached to the pouch, the pouch having an interior and comprised of a plurality of layers as part of the structure of the garment: an inner layer maintained in contact with the area comprises at least one panel of a stretchable, knitted or woven, hydrophilic and water-permeable textile including elastic fibres comprising elastane; an outer side of the inner layer is maintained in contact with an inner surface and the sides of an intermediate layer having a hydrophilic and fluid-absorbent composition, and an outer layer ; and (c) the outer layer comprises at least one external panel of an elastic knitted or woven textile that has been subjected to a waterproofing process in which the textile itself is made impermeable to retained liquid water yet remains permeable to water vapour; said waterproofing process comprising application of a fluoroalkyl acrylate copolymer. (a) includes at least one elastic retaining means selected from a range including cords, waist bands , and trunk and/or leg panels , the retaining means configured, in use, to be supported by the body of the person wearing the undergarment ; (b) includes a shaped, internally skin-conformable and absorbent pouch , the retaining means attached to the pouch, the pouch having an interior and comprised of a plurality of layers as part of the structure of the garment: an inner layer maintained in contact with the area comprises at least one panel of a stretchable, knitted or woven, hydrophilic and water-permeable textile including elastic fibres comprising elastane; an outer side of the inner layer is maintained in contact with an inner surface and the sides of an intermediate layer having a hydrophilic and fluid-absorbent composition, and an outer layer ; and (c) the outer layer comprises at least one external panel of an elastic knitted or woven textile that has been subjected to a waterproofing process in which the textile itself is made impermeable to retained liquid water yet remains permeable to water vapour; said waterproofing process comprising application of a fluoroalkyl acrylate copolymer.