mhurhangee/patent-ind-claim-en huggingface dataset:
A laundry treating apparatus , wherein the laundry treating apparatus comprises: a casing ; a laundry treating chamber arranged in the casing ; and a fragrance assembly , which comprises a fragrance module capable of adding a fragrance in a customized way; wherein the fragrance module comprises a storage component , a fragrance inlet in communication with the storage component , and a switch capable of opening or closing the fragrance inlet , wherein the storage component comprises a side wall comprising the fragrance inlet , wherein the fragrance module comprises a volatilizing component enclosing a fragrance together with the storage component , and a diffusing component that is in fluid communication with the volatilizing component , the diffusing component comprising a diffusing hole , wherein the fragrance assembly comprises an adjusting module that comprises an adjusting component capable of moving relative to the diffusing hole to fully open, partially open, or close the diffusing hole , and wherein the fragrance assembly comprises a box assembly in which the fragrance module and the adjusting module are at least partially received, the box assembly comprising an inlet and an outlet that are aligned with the diffusing hole , respectively. a casing ; a laundry treating chamber arranged in the casing ; and a fragrance assembly , which comprises a fragrance module capable of adding a fragrance in a customized way; wherein the fragrance module comprises a storage component , a fragrance inlet in communication with the storage component , and a switch capable of opening or closing the fragrance inlet , wherein the storage component comprises a side wall comprising the fragrance inlet , wherein the fragrance module comprises a volatilizing component enclosing a fragrance together with the storage component , and a diffusing component that is in fluid communication with the volatilizing component , the diffusing component comprising a diffusing hole , wherein the fragrance assembly comprises an adjusting module that comprises an adjusting component capable of moving relative to the diffusing hole to fully open, partially open, or close the diffusing hole , and wherein the fragrance assembly comprises a box assembly in which the fragrance module and the adjusting module are at least partially received, the box assembly comprising an inlet and an outlet that are aligned with the diffusing hole , respectively.
Contactless connector for transmitting high-frequency signals comprising at least a pair of capacitive coupling surfaces for differential transmission of a non-inverted signal as well as an inverted signal, characterized in that the connector is hermaphroditic, the coupling surfaces are designed as circular surface segments, and the two coupling surfaces of the at least one pair are arranged axial-symmetrically. the connector is hermaphroditic, the coupling surfaces are designed as circular surface segments, and the two coupling surfaces of the at least one pair are arranged axial-symmetrically.
Method for operating a cableway with at least one vehicle which is moved between a first station and second station of the cableway , wherein at least in the first station, a closure device of the vehicle is closed and the closed closure device is locked by a locking unit , wherein the locking state is detected by a locking monitor and transmitted via a transponder on the vehicle with a signal to a first receiving device arranged in the station , characterized in that a second receiving device is provided in the movement direction of the vehicle after the first receiving device , and, after the start of the vehicle in the first station , the transponder of the vehicle enters the effective range of the second receiving device , and the transponder transmits a signal with the locking state to the second receiving device , and that the cableway is stopped before the vehicle leaves the first station when the signal to the second receiving device indicates a faulty locking.
A capacitive touch sensor comprising: a substrate ; a plurality of first touch electrodes disposed on the substrate, the plurality of first touch electrodes each comprising a plurality of first sensing cells and a plurality of first connection patterns respectively connected between the first sensing cells; a plurality of second touch electrodes disposed on the substrate while intersecting the first touch electrodes, the plurality of second touch electrodes each comprising a plurality of second sensing cells and a plurality of second connection patterns respectively connected between the second sensing cells; and an insulating member disposed between the first connection patterns and the second connection patterns, wherein, when a same pressure is applied to the substrate and the insulating member, a deformation of the substrate is equal to or smaller than that of the insulating member, characterized in that wherein each of the first connection patterns comprises a first connection part connected between adjacent first sensing cells and at least one first protruding part protruding from the first connection part, and wherein the first protruding part overlaps with an adjacent second connection pattern. a substrate ; a plurality of first touch electrodes disposed on the substrate, the plurality of first touch electrodes each comprising a plurality of first sensing cells and a plurality of first connection patterns respectively connected between the first sensing cells; a plurality of second touch electrodes disposed on the substrate while intersecting the first touch electrodes, the plurality of second touch electrodes each comprising a plurality of second sensing cells and a plurality of second connection patterns respectively connected between the second sensing cells; and an insulating member disposed between the first connection patterns and the second connection patterns, wherein, when a same pressure is applied to the substrate and the insulating member, a deformation of the substrate is equal to or smaller than that of the insulating member, characterized in that wherein each of the first connection patterns comprises a first connection part connected between adjacent first sensing cells and at least one first protruding part protruding from the first connection part, and wherein the first protruding part overlaps with an adjacent second connection pattern.
A protocol converter for converting safety-relevant messages between a first network and a second network , wherein the first and second networks use different network protocols for message exchange and safety-relevant subscribers and non-safety-relevant subscribers are integrated in each case, and wherein the first network comprises at least one first safety-relevant subscriber having a first safety communication layer which processes a first safety communication protocol, and wherein the second network comprises at least one second safety-relevant subscriber having a second safety communication layer which processes a second safety communication protocol, wherein the first network transmits non-safety-relevant messages and safety-relevant messages with the first safety communication protocol and the second network transmits non-safety-relevant messages and safety-relevant messages with the second safety communication protocol, comprising a single-channel interface device allowing for message exchange with the first network and/or with the second network , a single-channel filter module device connected to the interface device for determining safety-relevant messages with the first safety communication protocol and safety-relevant messages with the second safety communication protocol from messages received by the interface device, and an at least dual-channel safety module connected to the filter module device for converting safety-relevant messages with the first safety communication protocol detected by the filter module device into safety-relevant messages with the second safety communication protocol or, respectively, for converting safety-relevant messages with the second safety communication protocol detected by the filter module device into safety-relevant messages with the first safety communication protocol. a single-channel interface device allowing for message exchange with the first network and/or with the second network , a single-channel filter module device connected to the interface device for determining safety-relevant messages with the first safety communication protocol and safety-relevant messages with the second safety communication protocol from messages received by the interface device, and an at least dual-channel safety module connected to the filter module device for converting safety-relevant messages with the first safety communication protocol detected by the filter module device into safety-relevant messages with the second safety communication protocol or, respectively, for converting safety-relevant messages with the second safety communication protocol detected by the filter module device into safety-relevant messages with the first safety communication protocol.
Method of manufacturing a strip of rubber comprising discontinuous reinforcers , the method of manufacture comprising at least one step consisting in cutting the reinforcers of a strip of rubber comprising reinforcers capable of being cut and progressing in a direction of conveying (DC), the method of manufacture being characterized in that each cutting (D) of a reinforcer is performed by heating the reinforcer locally and remotely using a laser beam , in that a transverse plane (PT) dividing the strip into two parts in its thickness (E12), the laser beam is moved in at least one transverse direction (DT) perpendicular to the longitudinal axis (AL12) of the strip and parallel to a transverse plane (PT) of the strip, and in that the laser beam is also moved in a longitudinal direction (DL) parallel to the longitudinal axis (AL12) of the strip.
Sample bottle, in especially a milk sample bottle, whose foot region consists at least partially of magnetic material, comprising a bottle body that can be closed by a closure lid and comprising at least one data carrier that is arranged so that it can be read by a reader approximately in the axial direction of the sample bottle, wherein the foot region of the sample bottle is formed by an attachment that can be placed on the sample body , characterized in that the foot region has at least one opening in the region of which the data carrier is arranged, that is embedded in a mass suitable for reading by the reader, which seals the opening .
Method for in vitro culture of a eukaryotic cell line of a multicellular organism characterized in that uric acid is added into the cell culture medium at a concentration of at least 0.1 g/L and the culture is performed under an ambient air atmosphere not supplemented with CO 2 , the multiplication of said cells being able to be improved by culture under atmosphere supplemented with CO 2 in the absence of uric acid in said culture medium.
A composite transmission shaft , comprising a shaft portion , and a flanged end fitting ; wherein the flanged end fitting comprises a flared sleeve comprising a tubular portion and a flared portion ; and wherein the flanged end fitting and shaft portion have been resin transfer moulded together to form the transmission shaft; characterised in that : the flanged end fitting comprises a reinforcement portion ; wherein the reinforcement portion comprises fibres oriented circumferentially and radially; and wherein the reinforcement portion is fixed to the flared portion of the sleeve. wherein the flanged end fitting comprises a flared sleeve comprising a tubular portion and a flared portion ; and wherein the flanged end fitting and shaft portion have been resin transfer moulded together to form the transmission shaft; characterised in that : the flanged end fitting comprises a reinforcement portion ; wherein the reinforcement portion comprises fibres oriented circumferentially and radially; and wherein the reinforcement portion is fixed to the flared portion of the sleeve. the flanged end fitting comprises a reinforcement portion ; wherein the reinforcement portion comprises fibres oriented circumferentially and radially; and wherein the reinforcement portion is fixed to the flared portion of the sleeve.
An atherectomy device (100; 608) comprising: a handle assembly ; a rotatable first drive shaft (110; 502; 610) extending from the handle assembly , the rotatable first drive shaft (110; 502; 610) having a rotational axis; a weight disposed on a portion of the rotatable first drive shaft (110; 502; 610), the weight having a center of mass eccentrically located relative to the rotational axis, wherein the weight is secured to the rotatable first drive shaft (110; 502; 610) with an elastically deformable material, wherein the weight is disposed within the elastically deformable material; and a cutting member (508; 612) disposed on a distal end portion of the rotatable first drive shaft (110; 502; 610), wherein the cutting member (508; 612) includes the elastically deformable material; wherein the atherectomy device (100; 608) is configured such that, when the rotatable first drive shaft (110; 502; 610) is rotated at a rotational rate above a threshold rotational rate, centrifugal forces acting on the weight cause the cutting member (508; 612) to deform radially outward from the rotational axis. a handle assembly ; a rotatable first drive shaft (110; 502; 610) extending from the handle assembly , the rotatable first drive shaft (110; 502; 610) having a rotational axis; a weight disposed on a portion of the rotatable first drive shaft (110; 502; 610), the weight having a center of mass eccentrically located relative to the rotational axis, wherein the weight is secured to the rotatable first drive shaft (110; 502; 610) with an elastically deformable material, wherein the weight is disposed within the elastically deformable material; and a cutting member (508; 612) disposed on a distal end portion of the rotatable first drive shaft (110; 502; 610), wherein the cutting member (508; 612) includes the elastically deformable material; wherein the atherectomy device (100; 608) is configured such that, when the rotatable first drive shaft (110; 502; 610) is rotated at a rotational rate above a threshold rotational rate, centrifugal forces acting on the weight cause the cutting member (508; 612) to deform radially outward from the rotational axis.
A genetically modified Bordetella pertussis, Bordetella parapertussis or Bordetella bronchiseptica bacterium comprising a genetic modification that introduces the expression of at least one of a heterologous lpxA, a lpxL, and a IpxD acyl transferase, wherein: i) the LpxA acyl transferase has at least 90% amino acid sequence identity with SEQ ID NO: 1; ii) the LpxL acyl transferase has at least 90% amino acid sequence identity with SEQ ID NO: 2; and/or iii) the LpxD acyl transferase has at least 90% amino acid sequence identity with SEQ ID NO: 4, and wherein expression of the heterologous acyl transferase results in a bacterium comprising LPS having a lipid A moiety that is modified as compared to the lipid A moiety of a wild type Bordetella pertussis, Bordetella parapertussis or Bordetella bronchiseptica LPS in that the length of at least one acyl chain is shorter, and wherein the length of the acyl chain at the 3 position of the modified lipid A moiety does not have a greater length than the acyl chain of the wild-type Bordetella lipid A moiety at the same 3 position. i) the LpxA acyl transferase has at least 90% amino acid sequence identity with SEQ ID NO: 1; ii) the LpxL acyl transferase has at least 90% amino acid sequence identity with SEQ ID NO: 2; and/or iii) the LpxD acyl transferase has at least 90% amino acid sequence identity with SEQ ID NO: 4,
A multi-mix infusion bag comprising: a lower portion having a lower chamber; and an upper portion comprising a plurality of chambers, wherein each chamber is separated and contains a fluid agent (50-55), and wherein the multi-mix infusion bag is configured to transfer each fluid agent (50-55) within each chamber of the upper portion into the lower chamber for mixing, comprising a dispensing mechanism associated with each chamber of the upper portion, and each dispensing mechanism comprises a dispensing device (20-25), and wherein each fluid agent (50-55) is transferred from each of the plurality of chambers into the lower chamber in response to activation of the dispensing mechanism, and wherein each dispensing device (20-25) has a plunger and includes a perforating device, comprising a needle (30-35) and a perforating device conduit, wherein activation of the dispensing mechanism includes depressing the dispensing device toward the lower portion of the bag , so that in the order to dispense the fluid agents (50-55) into the lower portion of the bag , plungers of each of the dispensing devices (20-25) are depressed toward the lower portion of the bag so that a point of needles (30-35) pierce a separating wall , the bag comprising separating members located between each of the plurality of chambers. a lower portion having a lower chamber; and an upper portion comprising a plurality of chambers, wherein each chamber is separated and contains a fluid agent (50-55), and wherein the multi-mix infusion bag is configured to transfer each fluid agent (50-55) within each chamber of the upper portion into the lower chamber for mixing, comprising a dispensing mechanism associated with each chamber of the upper portion, and each dispensing mechanism comprises a dispensing device (20-25), and wherein each fluid agent (50-55) is transferred from each of the plurality of chambers into the lower chamber in response to activation of the dispensing mechanism, and wherein each dispensing device (20-25) has a plunger and includes a perforating device, comprising a needle (30-35) and a perforating device conduit, wherein activation of the dispensing mechanism includes depressing the dispensing device toward the lower portion of the bag , so that in the order to dispense the fluid agents (50-55) into the lower portion of the bag , plungers of each of the dispensing devices (20-25) are depressed toward the lower portion of the bag so that a point of needles (30-35) pierce a separating wall , the bag comprising separating members located between each of the plurality of chambers.
Pedal force simulation arrangement having a slide guide , having at least one slide piece arranged in an axially displaceable manner therein, and having a force store arrangement for generating a restoring force on the at least one slide piece , wherein the force store arrangement has at least one force store unit , which acts laterally on the slide piece , characterized in that the force store unit engages into the slide piece over the centre line of the slide piece.
A shaft arrangement extending through an unbound bearing layer and through a bound cover layer , such as in particular a road, wherein the bound cover layer covers the bearing layer from above, comprising: - a shaft , - a support device arranged below the cover layer , wherein a joint is provided between the support device and the shaft , through which a relative movement of the support device with respect to the shaft is made possible, - and a shaft cover , the shaft cover being arranged in a predetermined position and, in particular, flush with the surface of the cover layer , characterised in that the shaft cover is supported on or against a support surface of the support device , - wherein the support device has at least one support extension projecting outwards in the radial direction from the region of the support surface , - wherein the upper surface of the support extension is arranged lower in the external region of the support extension , in particular in the region of its tip , than in the internal region , in particular lower than in the region of the support surface , and - in that the at least one support extension of the support device projects with its external region into the unbound bearing layer in such a way that it is in contact with the unbound bearing layer both on its upper surface and on its lower surface, - or in that the entire support extension of the support device projects into the unbound bearing layer in such a way that it is in contact with the unbound bearing layer both on its upper surface and on its lower surface. - a shaft , - a support device arranged below the cover layer , wherein a joint is provided between the support device and the shaft , through which a relative movement of the support device with respect to the shaft is made possible, - and a shaft cover , the shaft cover being arranged in a predetermined position and, in particular, flush with the surface of the cover layer , - wherein the support device has at least one support extension projecting outwards in the radial direction from the region of the support surface , - wherein the upper surface of the support extension is arranged lower in the external region of the support extension , in particular in the region of its tip , than in the internal region , in particular lower than in the region of the support surface , and - in that the at least one support extension of the support device projects with its external region into the unbound bearing layer in such a way that it is in contact with the unbound bearing layer both on its upper surface and on its lower surface, - or in that the entire support extension of the support device projects into the unbound bearing layer in such a way that it is in contact with the unbound bearing layer both on its upper surface and on its lower surface.
A method for welding foam particles using electromagnetic waves, wherein foam particles undergoing a surface modification are welded in a molding tool using electromagnetic waves, wherein the surface modification is produced by the foam particles being brought into contact with a solution containing polymers which are capable of forming intramolecular or intermolecular covalent bonds, and wherein the polymers capable of forming intramolecular or intermolecular covalent bonds comprise functional groups selected from sulfonic acid, thio, ammonium, carboxyl or silanol groups which are part of polyvinyl alcohol or polyvinylpyrrolidone. foam particles undergoing a surface modification are welded in a molding tool using electromagnetic waves, wherein the surface modification is produced by the foam particles being brought into contact with a solution containing polymers which are capable of forming intramolecular or intermolecular covalent bonds, and wherein the polymers capable of forming intramolecular or intermolecular covalent bonds comprise functional groups selected from sulfonic acid, thio, ammonium, carboxyl or silanol groups which are part of polyvinyl alcohol or polyvinylpyrrolidone.