mhurhangee/patent-ind-claim-en huggingface dataset:
A mite composition comprising: - a predatory mite population, - a prey mite population, and - a carrier for individuals of said populations, wherein said prey mite population comprises fungus-feeding mites from the family of the Tarsonemidae, wherein said mite composition comprises at least 1,000 mites of the prey mite population per gram of the composition, and wherein said carrier is a solid material which is suitable to provide a carrier surface to the individuals of both the predatory and the prey mite populations, wherein said mite composition does not comprise a living mite species selected from the group consisting of Polyphagotarsonemus latus and Phytonemus pallidus. - a predatory mite population, - a prey mite population, and - a carrier for individuals of said populations, wherein said prey mite population comprises fungus-feeding mites from the family of the Tarsonemidae, wherein said mite composition comprises at least 1,000 mites of the prey mite population per gram of the composition, and wherein said carrier is a solid material which is suitable to provide a carrier surface to the individuals of both the predatory and the prey mite populations, wherein said mite composition does not comprise a living mite species selected from the group consisting of Polyphagotarsonemus latus and Phytonemus pallidus. wherein said prey mite population comprises fungus-feeding mites from the family of the Tarsonemidae, wherein said mite composition comprises at least 1,000 mites of the prey mite population per gram of the composition, and wherein said carrier is a solid material which is suitable to provide a carrier surface to the individuals of both the predatory and the prey mite populations, wherein said mite composition does not comprise a living mite species selected from the group consisting of Polyphagotarsonemus latus and Phytonemus pallidus.
A terminal comprising: a receiving section configured to receive at least one of first configuration information about a bandwidth part, BWP,-specific reserved resource and second configuration information about a cell-specific reserved resource; and characterized by , a control section configured to control receiving processes for Physical Downlink Shared Channel, PDSCH, under an assumption that the PDSCH is not allocated in a reserved resource corresponding to the at least one of the first configuration information and the second configuration information, wherein information related to the reserved resource is determined based on subcarrier spacing of BWP configured, and wherein the control section determines the reserved resource is one of the following: a whole of a given BWP in a given period; a part of the given BWP in the period; and not included in the given BWP in the period. a receiving section configured to receive at least one of first configuration information about a bandwidth part, BWP,-specific reserved resource and second configuration information about a cell-specific reserved resource; and characterized by , a control section configured to control receiving processes for Physical Downlink Shared Channel, PDSCH, under an assumption that the PDSCH is not allocated in a reserved resource corresponding to the at least one of the first configuration information and the second configuration information, wherein information related to the reserved resource is determined based on subcarrier spacing of BWP configured, and wherein the control section determines the reserved resource is one of the following: a whole of a given BWP in a given period; a part of the given BWP in the period; and not included in the given BWP in the period. a whole of a given BWP in a given period; a part of the given BWP in the period; and not included in the given BWP in the period.
A method for making a fabric, chosen from a tubular base fabric or a double face chain fabric, characterized in that it comprises: - the use of main yarns in the warp, - the use of secondary yarns in the warp exhibiting a better wash-out ability than said main yarns, - a step of processing the surface of said finished fabric, suitable for applying washout effects so as to display an aesthetic effect or a predetermined pattern on the surface of said finished fabric, - characterised in that said secondary yarns have a value of colour fastness to the wet rubbing test according to ISO 105 A02 of at least one point less than the value of said main yarns in the same test. - the use of main yarns in the warp, - the use of secondary yarns in the warp exhibiting a better wash-out ability than said main yarns, - a step of processing the surface of said finished fabric, suitable for applying washout effects so as to display an aesthetic effect or a predetermined pattern on the surface of said finished fabric, - characterised in that said secondary yarns have a value of colour fastness to the wet rubbing test according to ISO 105 A02 of at least one point less than the value of said main yarns in the same test.
An electric drive motor (100, 100',100") or a transmission having a rotor part which has a shaft and having a discharge device (1, 1', 1") comprising a displaceable contact element , which is at least partly accommodated in a guide , for forming an electroconductive sliding contact between a sliding contact surface of the contact element and a shaft contact surface of the shaft , the sliding contact surface being provided for forming the sliding contact, the contact element being electroconductively connected to the guide and/or a retaining element of the electric drive motor or transmission, and the contact element being prestressed towards the shaft contact surface by means of a spring element , the contact element being at least partly wetted with an oily fluid, the contact element of the discharge device (1, 1', 1") contacting the shaft by means of its sliding contact surface in order to form a sliding contact, the contact element contacting an end surface of the shaft 2, the contact element being disposed essentially coaxially to the shaft wherein the oily fluid is provided at least in a space between the shaft and the guide , the space being bridged by the contact element , the discharge device being disposed at least partly in a fluid guide of the oily fluid, the oily fluid initially flowing into the space between the shaft and the guide and subsequently being discharged again via the shaft .
A releasable securing device comprising a flexible strap having a plurality of teeth a locking head having a cavity , wherein the flexible strap is insertable into and through the cavity to thereby form a securing loop of adjustable dimension, the flexible strap being slidably movable within the cavity in a first direction to reduce the dimension of the securing loop , and slidably movable within the cavity in a second direction to increase the dimension of the securing loop ; a pawl member located inside the locking head so as to engage with the teeth of the flexible strap when the flexible strap is inserted into the cavity , wherein engagement between the pawl member and the teeth permits movement of the strap in the first direction but prevents movement of the strap in the second direction; wherein the locking head comprises guide means arranged such that as a release mechanism is actuated, the release mechanism is guided by the guide means into engagement with the pawl member , so as to move the pawl member out of engagement with the teeth of the flexible strap to allow the strap to move in the second direction, characterised in that , the release mechanism comprises at least one prong and the at least one prong comprises a taper for urging the pawl member out of engagement with the teeth of the strap .
Anchor arrangement comprising - an expansion anchor , which comprises a wedge member and an anchor rod , wherein the anchor rod has a wedge for wedging the wedge member , and wherein the anchor rod has a threaded region , in which the anchor rod is provided with an external screw thread defining a nut tightening direction of rotation , wherein the wedge is connected to the threaded region in rotationally fixed manner, at least when the threaded region is rotated in the nut tightening direction of rotation , and - a cap nut comprising a body , which has a cavity that accommodates at least a part of the threaded region of the anchor rod of the expansion anchor , and an internal screw thread , which projects into the cavity , and which mates with the external screw thread of the anchor rod , characterized in that - the cap nut further comprises a yielding stopper that is configured to limit advancement of the anchor rod into the cavity of the cap nut at low cap nut torque and to yield to higher cap nut torque so as to permit the anchor rod to advance deeper into the cavity . - an expansion anchor , which comprises a wedge member and an anchor rod , wherein the anchor rod has a wedge for wedging the wedge member , and wherein the anchor rod has a threaded region , in which the anchor rod is provided with an external screw thread defining a nut tightening direction of rotation , wherein the wedge is connected to the threaded region in rotationally fixed manner, at least when the threaded region is rotated in the nut tightening direction of rotation , and - a cap nut comprising a body , which has a cavity that accommodates at least a part of the threaded region of the anchor rod of the expansion anchor , and an internal screw thread , which projects into the cavity , and which mates with the external screw thread of the anchor rod , characterized in that - the cap nut further comprises a yielding stopper that is configured to limit advancement of the anchor rod into the cavity of the cap nut at low cap nut torque and to yield to higher cap nut torque so as to permit the anchor rod to advance deeper into the cavity .
A multi-component system for producing molds or cores comprising at least the following components (A), (B) and (F) being present in a spatially separated manner: (A) a pulverulent additive component comprising at least - one or more pulverulent oxidic boron compounds and - particulate amorphous silica, and - no water glass containing alkali silicate solutes, (B) a liquid binder component (B) comprising at least - water glass containing water and alkali silicate solutes, and (F) a free-flowing refractory component (F) comprising - a refractory molding base material and - no water glass containing alkali silicate solutes, to obtain a molding material mixture following contacting. (A) a pulverulent additive component comprising at least - one or more pulverulent oxidic boron compounds and - particulate amorphous silica, and - no water glass containing alkali silicate solutes, - one or more pulverulent oxidic boron compounds and - particulate amorphous silica, and - no water glass containing alkali silicate solutes, (B) a liquid binder component (B) comprising at least - water glass containing water and alkali silicate solutes, and - water glass containing water and alkali silicate solutes, and (F) a free-flowing refractory component (F) comprising - a refractory molding base material and - no water glass containing alkali silicate solutes, - a refractory molding base material and - no water glass containing alkali silicate solutes,
A method comprising: generating a medium access control, MAC, protocol data unit including a header part and a payload part; and inserting at least one dummy padding sub-header at the beginning of the header part of the MAC protocol data unit, wherein padding is only within the header part and wherein the header part is padded with dummy bits to fit a transport block size. generating a medium access control, MAC, protocol data unit including a header part and a payload part; and inserting at least one dummy padding sub-header at the beginning of the header part of the MAC protocol data unit, wherein padding is only within the header part and wherein the header part is padded with dummy bits to fit a transport block size.
Jacking system for use in lowering an upper column section without the use of a crane configured to be disposed on a roof of a cold box module and including: a structural assembly ; and a plurality of suspension rods supported at an upper end by the structural assembly, wherein the plurality of suspension rods is configured to provide support to the upper column section, a lifting frame elevatable from the roof of the cold box module; and means for lowering the upper column section in a controlled manner ; characterized in that it includes a plurality of shipping spacers disposable between the lifting frame and the roof of the cold box module.
Plastic housing for electronic devices , especially remote controls, comprising a first housing part and a second housing part , wherein the first housing part includes a joint surface directed towards the second housing part and the second housing part includes a joint surface directed towards the first housing part , wherein the two housing parts are assembled so that they are adjacent to each other, and wherein the joint surfaces are formed as miter surfaces , characterized in that the plastic housing is manufactured by a process in which a raw material is introduced into mold cavities forming the housing parts and air is evacuated from the mold cavities through venting points located at or near the areas in the mold cavities where the miter surfaces of the housing parts are formed, wherein support surfaces for ejector pins are formed on the miter surfaces .
A freezing point osmometer, having a device for freezing a sample which is to be determined osomometrically, comprising: - a sample container , which is configured to receive a sample of a liquid to be determined, which is to be determined osmometrically; - a cooling device , which is configured to cool the sample in the sample container without freezing; - an electrode , in which a first end portion is immersed into the sample ; characterized in that the device further comprises: - a counter electrode , comprising a second end portion assigned to the first end portion ; and - a voltage device , which is connected to the electrode and to the counter electrode and is configured to provide voltages of opposite polarity at the electrode and at the counter electrode , wherein the voltage device is switchable by means of an arc for triggering a freezing process in the freeze-free cooled sample , in order to form the arc between the first end portion of the electrode and the second end portion of the counter electrode . - a sample container , which is configured to receive a sample of a liquid to be determined, which is to be determined osmometrically; - a cooling device , which is configured to cool the sample in the sample container without freezing; - an electrode , in which a first end portion is immersed into the sample ; - a counter electrode , comprising a second end portion assigned to the first end portion ; and - a voltage device , which is connected to the electrode and to the counter electrode and is configured to provide voltages of opposite polarity at the electrode and at the counter electrode , wherein the voltage device is switchable by means of an arc for triggering a freezing process in the freeze-free cooled sample , in order to form the arc between the first end portion of the electrode and the second end portion of the counter electrode .
A laser device comprising: a) the laser device is arranged along an optical axis of the laser device and includes at least the following elements • an outcoupling mirror, • a laser medium, • a phase-conjugated mirror based on stimulated Brillouin scattering, • an end mirror, b) the outcoupling mirror and the end mirror form a start cavity, c) the outcoupling mirror and the phase-conjugate mirror form a main cavity, d) a modulator is positioned between the phase-conjugate mirror and the end mirror, wherein, e) the modulator is controllable, and f) the controllable modulator is switchable via a computer unit, such that the controllable modulator immediately blocks the start cavity once the phase-conjugate mirror switches from transparent operation to mirror operation. a) the laser device is arranged along an optical axis of the laser device and includes at least the following elements • an outcoupling mirror, • a laser medium, • a phase-conjugated mirror based on stimulated Brillouin scattering, • an end mirror, • an outcoupling mirror, • a laser medium, • a phase-conjugated mirror based on stimulated Brillouin scattering, • an end mirror, b) the outcoupling mirror and the end mirror form a start cavity, c) the outcoupling mirror and the phase-conjugate mirror form a main cavity, d) a modulator is positioned between the phase-conjugate mirror and the end mirror, wherein, e) the modulator is controllable, and f) the controllable modulator is switchable via a computer unit, such that the controllable modulator immediately blocks the start cavity once the phase-conjugate mirror switches from transparent operation to mirror operation.
A work tool including: a frame ; a bucket pivotably mounted on the frame ; a hydraulic actuator comprising a piston reciprocable in a cylinder to pivot the bucket relative to the frame , in a use position of the frame , through a range of movement between an upwardly open, load carrying position (P3) of the bucket and a downwardly open, dump position (P1) of the bucket; and a resilient bump stop ; the bucket being arranged to apply a maximum compressive force Fc to the bump stop to engage the bump stop in compression between the bucket and the frame as the bucket moves to the dump position (PI); the bump stop being arranged, in a maximally compressed condition in the dump position (P1) of the bucket, to apply a restoring force Fr in opposition to the hydraulic actuator to urge the bucket away from the dump position (PI); the applied maximum compressive force Fc including a maximum force component Fe corresponding to a force generated by an empty, self weight of the bucket when static in the dump position (PI); the hydraulic actuator being configured to define a limit position of the piston in the cylinder ; wherein the hydraulic actuator is configured to react a residual force component (Fc - Fr) between the piston and the cylinder in the limit position of the piston to define the dump position (P1) of the bucket ; and (Fc > 2·Fr), and (Fr > Fe). a frame ; a bucket pivotably mounted on the frame ; a hydraulic actuator comprising a piston reciprocable in a cylinder to pivot the bucket relative to the frame , in a use position of the frame , through a range of movement between an upwardly open, load carrying position (P3) of the bucket and a downwardly open, dump position (P1) of the bucket; and a resilient bump stop ; the bucket being arranged to apply a maximum compressive force Fc to the bump stop to engage the bump stop in compression between the bucket and the frame as the bucket moves to the dump position (PI); the bump stop being arranged, in a maximally compressed condition in the dump position (P1) of the bucket, to apply a restoring force Fr in opposition to the hydraulic actuator to urge the bucket away from the dump position (PI); the applied maximum compressive force Fc including a maximum force component Fe corresponding to a force generated by an empty, self weight of the bucket when static in the dump position (PI); the hydraulic actuator being configured to define a limit position of the piston in the cylinder ; wherein the hydraulic actuator is configured to react a residual force component (Fc - Fr) between the piston and the cylinder in the limit position of the piston to define the dump position (P1) of the bucket ; and (Fc > 2·Fr), and (Fr > Fe).
A cable having a transverse round cross-section and comprising: an insulating central core ; a plurality of separate individual conductor sets (210; 100) twisted around the central core , each conductor set (210; 100) extending along a length of the cable and comprising: two or more insulated conductors ; first and second conductive shielding films (124; 126) disposed on opposite first and second sides of the conductor set (210; 100), the first and second conductive shielding films (124; 126) including cover portions and pinched portions arranged such that, in transverse cross section, the cover portions of the first and second shielding films (124; 126) in combination substantially surround the conductor set , and the pinched portions of the first and second shielding films (124; 126) in combination form pinched portions of the conductor set on each side of the conductor set , each pinched portion comprising an edge extending along the length of the cable ; and an insulating jacket surrounding the plurality of the conductor sets . an insulating central core ; a plurality of separate individual conductor sets (210; 100) twisted around the central core , each conductor set (210; 100) extending along a length of the cable and comprising: two or more insulated conductors ; first and second conductive shielding films (124; 126) disposed on opposite first and second sides of the conductor set (210; 100), the first and second conductive shielding films (124; 126) including cover portions and pinched portions arranged such that, in transverse cross section, the cover portions of the first and second shielding films (124; 126) in combination substantially surround the conductor set , and the pinched portions of the first and second shielding films (124; 126) in combination form pinched portions of the conductor set on each side of the conductor set , each pinched portion comprising an edge extending along the length of the cable ; and an insulating jacket surrounding the plurality of the conductor sets . two or more insulated conductors ; first and second conductive shielding films (124; 126) disposed on opposite first and second sides of the conductor set (210; 100), the first and second conductive shielding films (124; 126) including cover portions and pinched portions arranged such that, in transverse cross section, the cover portions of the first and second shielding films (124; 126) in combination substantially surround the conductor set , and the pinched portions of the first and second shielding films (124; 126) in combination form pinched portions of the conductor set on each side of the conductor set , each pinched portion comprising an edge extending along the length of the cable ; and an insulating jacket surrounding the plurality of the conductor sets .
A method for transmitting signals in a wireless network, the method comprising: transmitting, by a transmitter, to a user equipment, UE, a downlink related signaling indicating first uplink frame structure parameters when the UE initially accesses a network; transmitting , by the transmitter, to the UE, higher-layer signaling that indicates additional uplink frame structure parameters and an additional sub-band; and receiving , by the transmitter, from the UE, a uplink signal in the additional sub-band using the additional uplink frame structure parameters, wherein the additional uplink frame structure parameters comprise a first sub-carrier spacing, and wherein the higher-layer signaling comprises a first index for configuring the first sub-carrier spacing and a second index of the additional sub-band. transmitting, by a transmitter, to a user equipment, UE, a downlink related signaling indicating first uplink frame structure parameters when the UE initially accesses a network; transmitting , by the transmitter, to the UE, higher-layer signaling that indicates additional uplink frame structure parameters and an additional sub-band; and receiving , by the transmitter, from the UE, a uplink signal in the additional sub-band using the additional uplink frame structure parameters, wherein the additional uplink frame structure parameters comprise a first sub-carrier spacing, and wherein the higher-layer signaling comprises a first index for configuring the first sub-carrier spacing and a second index of the additional sub-band.