mhurhangee/patent-ind-claim-en huggingface dataset:
A planet carrier for a planetary gear transmission for driving a wheel, the planet carrier comprising a rotatable housing for accommodating a sun wheel and planet wheels of a planetary gear transmission, the housing having an inner end and an opposite outer end , the inner end of the housing being provided with an inner end wall having an opening for receiving a drive shaft for driving the sun wheel, wherein the outer end of the housing is provided with an outer end wall having through holes for mounting the planet wheels axially into the housing in the direction from the outer end towards the inner end , wherein the housing comprises an intermediate portion extending in a longitudinal direction, the intermediate portion comprising radial openings , wherein the planet wheels protrude radially through the radial openings of the intermediate portion, wherein the planet carrier is provided with a removable cover for covering the through holes of the outer end wall , characterized in that the cover has at least one protrusion for engagement with planet gear shafts of the planet wheels for locking planet wheel shafts against rotation relative to each other and the housing , the protrusion protruding from the cover in the axial direction from the outer end towards the inner end and is arranged in a recess of an outer end of each planet wheel shaft .
A garment for use as part of a personal protection system, said garment including: a shell adapted for being disposed over a helmet of the personal protection system and at least the head of an individual wearing the system, the shell formed from flexible material that forms a barrier between the individual and the surrounding environment; and a transparent face shield attached to the shell and positioned so that, when the garment is disposed over the helmet, the face shield is located in front of the face of the individual, characterized in that : at least one button is mounted on the face shield ; and an electrically conductive contact is mounted to the face shield and is electrically connected to the at least one button, said electrically conductive contact positioned to and adapted to, when the garment is disposed over the helmet, releasably engage a complementary electrical contact integral with the helmet so as to establish an electrical connection between the at least one button and the helmet. a shell adapted for being disposed over a helmet of the personal protection system and at least the head of an individual wearing the system, the shell formed from flexible material that forms a barrier between the individual and the surrounding environment; and a transparent face shield attached to the shell and positioned so that, when the garment is disposed over the helmet, the face shield is located in front of the face of the individual, characterized in that : at least one button is mounted on the face shield ; and an electrically conductive contact is mounted to the face shield and is electrically connected to the at least one button, said electrically conductive contact positioned to and adapted to, when the garment is disposed over the helmet, releasably engage a complementary electrical contact integral with the helmet so as to establish an electrical connection between the at least one button and the helmet. at least one button is mounted on the face shield ; and an electrically conductive contact is mounted to the face shield and is electrically connected to the at least one button, said electrically conductive contact positioned to and adapted to, when the garment is disposed over the helmet, releasably engage a complementary electrical contact integral with the helmet so as to establish an electrical connection between the at least one button and the helmet.
A glycerol ester composition comprising the reaction product obtained from reacting valeric acid and glycerol at a molar ratio of between 1 : 0.8 and 1 : 1.2, for use in reduction and/or inhibition of the growth of gram-positive, pathogenic bacteria.
Rear-mounted attachment for a tracked piste grooming vehicle , comprising at least one driven tilling shaft , which is mounted to be rotatable relative to a support structure , and comprising a housing portion (F) that is associated with the support structure and surrounds the tilling shaft in portions, characterised in that , when viewed in the forward travel direction of the tracked piste grooming vehicle , at least one driven shovel shaft is arranged behind the at least one tilling shaft , which shovel shaft is mounted to be rotatable relative to the support structure , the axis of rotation of which is oriented at least largely in parallel with an axis of rotation of the tilling shaft , and which shovels snow grains that are worked and tilled by the tilling shaft onto the tilling shaft on its rear side again.
Abase plate for a heat sink, comprising: a base plate body , comprising a body part ; and a first surface layer and a second surface layer disposed respectively on two opposing surfaces of the body part , the second surface layer being configured to be mounted with an electrical component; and N pins disposed on the first surface layer and spaced apart from one another, each pin having a first end fixed on the first surface layer and a second end configured as a free end, wherein the first surface layer and the N pins are configured to contact a coolant, an area of a first portion of the first surface layer contacting the coolant is denoted as S1, and an area of a second portion of the first surface layer contacting each pin is denoted as S2, in which 180≤S1/S2≤800, and 300≤N<650. a base plate body , comprising a body part ; and a first surface layer and a second surface layer disposed respectively on two opposing surfaces of the body part , the second surface layer being configured to be mounted with an electrical component; and N pins disposed on the first surface layer and spaced apart from one another, each pin having a first end fixed on the first surface layer and a second end configured as a free end, wherein the first surface layer and the N pins are configured to contact a coolant, an area of a first portion of the first surface layer contacting the coolant is denoted as S1, and an area of a second portion of the first surface layer contacting each pin is denoted as S2, in which 180≤S1/S2≤800, and 300≤N<650.
A cementitious composition which contains: - a polymeric micro-gel; - a cement; - water; - optionally at least one cementing additive; wherein the polymeric micro-gel contains at least a polymer structured by at least one crosslinking agent, wherein the structured polymer is obtained by polymerization in an inverse microemulsion of at least one monomer, wherein the microemulsion comprises droplets of a hydrophilic phase with a size of between 20 and 500 nm. - a polymeric micro-gel; - a cement; - water; - optionally at least one cementing additive; wherein the polymeric micro-gel contains at least a polymer structured by at least one crosslinking agent, wherein the structured polymer is obtained by polymerization in an inverse microemulsion of at least one monomer, wherein the microemulsion comprises droplets of a hydrophilic phase with a size of between 20 and 500 nm. wherein the polymeric micro-gel contains at least a polymer structured by at least one crosslinking agent, wherein the structured polymer is obtained by polymerization in an inverse microemulsion of at least one monomer, wherein the microemulsion comprises droplets of a hydrophilic phase with a size of between 20 and 500 nm.
A Red Green Blue RGB laser light source for luminaire projector system, comprising at least a first channel configured with: a randomly polarized RP broadband BB single mode SM Green laser including a master oscillator power fiber amplifier MOPFA pump which is operative to output a pulsed RP BB SM pump beam at a fundamental wavelength in a 1 μm wavelength range, a second harmonic generator SHG which is configured with a lithium triborate LBO nonlinear crystal receiving the SM BB pulsed pump beam and outputting a train of pulses of BB Green light in a 5xx nm wavelength range, a broad spectral linewidth Δλ 1 of at least 4 nm and a focusing optic configured to focus the RP BB SM pulsed pump beam to a beam waist diameter not exceeding 40 μm within the LBO; an RP BB SM Red laser configured with respective quasi continuous wave QCW fiber laser pump which is operative to output a RP SM BB pulsed pump beam at a central wavelength, and a frequency converter with an LBO nonlinear crystal receiving the RP SM BB pulsed pump beam so as to output a train of pulses of red light in a 6xx nm wavelength range with a broad spectral line Δλ 2 of at least 4 nm; and a blue-light laser outputting RP Blue light at a central wavelength in a 4xx nm wavelength range with a broad spectral linewidth Δλ 3 of at least 4 nm. a randomly polarized RP broadband BB single mode SM Green laser including a master oscillator power fiber amplifier MOPFA pump which is operative to output a pulsed RP BB SM pump beam at a fundamental wavelength in a 1 μm wavelength range, a second harmonic generator SHG which is configured with a lithium triborate LBO nonlinear crystal receiving the SM BB pulsed pump beam and outputting a train of pulses of BB Green light in a 5xx nm wavelength range, a broad spectral linewidth Δλ 1 of at least 4 nm and a focusing optic configured to focus the RP BB SM pulsed pump beam to a beam waist diameter not exceeding 40 μm within the LBO; an RP BB SM Red laser configured with respective quasi continuous wave QCW fiber laser pump which is operative to output a RP SM BB pulsed pump beam at a central wavelength, and a frequency converter with an LBO nonlinear crystal receiving the RP SM BB pulsed pump beam so as to output a train of pulses of red light in a 6xx nm wavelength range with a broad spectral line Δλ 2 of at least 4 nm; and a blue-light laser outputting RP Blue light at a central wavelength in a 4xx nm wavelength range with a broad spectral linewidth Δλ 3 of at least 4 nm.
Device for detecting and evaluating differential currents in electrical systems supplied with direct current, comprising at least two electric lines for load currents to be monitored, an evaluation circuit for evaluating electric smooth direct differential currents, and a current transformer for detecting smooth direct differential currents through which the electric lines for the load currents to be monitored are guided, wherein at least one secondary winding (N13) of the current transformer is electrically connected to an oscillating circuit for detecting the smooth direct differential currents and the oscillating circuit is electrically connected to the evaluation circuit provided for evaluating smooth direct differential currents, characterized in that means are provided for evaluating differential currents with alternating components of very different frequencies as well as pulsating direct differential currents, wherein these means have at least one second evaluation circuit electrically connected on the input side at least to a secondary winding (N13) of the current transformer .
A method of presenting augmented-reality limbs to a user , the method comprising acts, which are performed by a processor , the method comprising the said acts of: obtaining activity information (AI) comprising information related to augmented-reality (AR) anatomical feature information; obtaining user information comprising information related to one or more of the anatomy or physiology of the user; obtaining an image sequence of the user; tracking from the image sequence selected body parts (SBPs) of the user corresponding with the AR anatomical feature information; determining one or more augmented-reality limb (ARLs) corresponding to the tracked SBPs using the AI and the user information; determining expected range of motion (EROM) information in accordance with the AI and the user information; and rendering the one or more ARLs in relation with one or more tracked SBPs of the user, wherein the rendering comprises animating the one or more ARLs in accordance with the EROM information, and wherein the rendering comprises superimposing the ARLs upon the one or more tracked SBPs from the image sequence of the user so that the ARLs appear attached to the user, the ARLs being scaled in relation to the one or more tracked SBPs of the user. obtaining activity information (AI) comprising information related to augmented-reality (AR) anatomical feature information; obtaining user information comprising information related to one or more of the anatomy or physiology of the user; obtaining an image sequence of the user; tracking from the image sequence selected body parts (SBPs) of the user corresponding with the AR anatomical feature information; determining one or more augmented-reality limb (ARLs) corresponding to the tracked SBPs using the AI and the user information; determining expected range of motion (EROM) information in accordance with the AI and the user information; and rendering the one or more ARLs in relation with one or more tracked SBPs of the user, wherein the rendering comprises animating the one or more ARLs in accordance with the EROM information, and wherein the rendering comprises superimposing the ARLs upon the one or more tracked SBPs from the image sequence of the user so that the ARLs appear attached to the user, the ARLs being scaled in relation to the one or more tracked SBPs of the user.
Cooled grate block as part of a grate for a plant for the thermal treatment of waste, in which the grate blocks are arranged one above the other in a staircase-like manner and are designed in such a way as to shift and convey the combustible material during incineration by means of pushing movements carried out relative to one another, comprising a block body in the form of a casting with an upper wall which forms an outer support surface for the waste to be treated which extends at least partially parallel to a longitudinal axis (L) of the block body , a flat cavity arranged directly below the bearing surface for receiving a cooling fluid, which is bounded at the top by the upper wall , at the front by a front wall , at the bottom by a base , at the rear by a rear wall and laterally by side walls , wherein the base is formed at least partially by a base plate , a fluid supply line and a fluid drain line , which are connected to the cavity , at least one deflection element arranged in the cavity for directing a cooling fluid in the cavity from the fluid supply line to the fluid discharge line , and a distribution element arranged in an end region of the cavity for distributing the fluid fed into the cavity through the fluid supply line , characterised in that the flat cavity is connected via a plurality of inflow openings to an end chamber which extends substantially parallel to the front wall and through which the cooling fluid inflow into the flat cavity or the cooling fluid outflow from the cavity takes place. a block body in the form of a casting with an upper wall which forms an outer support surface for the waste to be treated which extends at least partially parallel to a longitudinal axis (L) of the block body , a flat cavity arranged directly below the bearing surface for receiving a cooling fluid, which is bounded at the top by the upper wall , at the front by a front wall , at the bottom by a base , at the rear by a rear wall and laterally by side walls , wherein the base is formed at least partially by a base plate , a fluid supply line and a fluid drain line , which are connected to the cavity , at least one deflection element arranged in the cavity for directing a cooling fluid in the cavity from the fluid supply line to the fluid discharge line , and a distribution element arranged in an end region of the cavity for distributing the fluid fed into the cavity through the fluid supply line , characterised in that the flat cavity is connected via a plurality of inflow openings to an end chamber which extends substantially parallel to the front wall and through which the cooling fluid inflow into the flat cavity or the cooling fluid outflow from the cavity takes place.
A computer-implemented medical method for radiation treatment (RT) planning for treating multiple brain metastases of a patient, the method comprising the following steps: - acquiring a first arc setup comprising a plurality of arcs, each arc being defined by a combination of a patient table angle, a gantry start angle and a gantry stop angle (S1), - distributing a plurality of target volumes, which describe the brain metastases, to the arcs of the first arc setup thereby providing a packed first arc setup (S2), - comparing said first packed arc setup with one or more predefined arc setup constraints (S3), characterised in that the one or more predefined arc setup constraints are selected from: the number of patient table angles per target volume, the number of passes, the sum of gantry span per metastasis over all arcs, the minimum table span, and the total number of patient table angles, and the method comprising the step of - automatically suggesting at least a second arc setup based on a result of the comparison (S4). - acquiring a first arc setup comprising a plurality of arcs, each arc being defined by a combination of a patient table angle, a gantry start angle and a gantry stop angle (S1), - distributing a plurality of target volumes, which describe the brain metastases, to the arcs of the first arc setup thereby providing a packed first arc setup (S2), - comparing said first packed arc setup with one or more predefined arc setup constraints (S3), the one or more predefined arc setup constraints are selected from: the number of patient table angles per target volume, the number of passes, the sum of gantry span per metastasis over all arcs, the minimum table span, and the total number of patient table angles, and the method comprising the step of - automatically suggesting at least a second arc setup based on a result of the comparison (S4). - automatically suggesting at least a second arc setup based on a result of the comparison (S4).
Furniture hinge having a hinge arm and a fastening section , the hinge arm and the fastening section being pivotably connected to one another via a multi-axis articulated connection , and a damping element which damps in a deflection direction being provided for damping the movement of the hinge arm , and a spring being provided for adjusting the hinge arm with respect to the fastening section , wherein the damping element is supported in such a way that during a folding movement of the hinge arm from a first end position into a second end position within an adjusting movement of the damping element caused thereby, a maximum or a minimum deflection of the damping element is passed through, and wherein a linear damper is provided as the damping element . characterized in , in that the damping element is supported so as to be pivotable about a first axis of rotation , in that the damping element is mounted in the region of two supporting bearings, and in that , when the furniture hinge is adjusted from the first end position into the second end position, a connecting line passing through the supporting bearings or an extension thereof crosses the first axis of rotation , in that a joint element of the articulated connection forms the first axis of rotation , and in that the joint element can be adjusted about an axis of rotation formed by a first joint (41.1) in that the damping element is connected to the joint element , on the one hand, and to a movable lever pivotably connected thereto, on the other hand and that the first support bearing of the damping element is pivotable about the first axis of rotation and the second support bearing is held at a fixed distance from the first axis of rotation.
A use of hsa-miR-30c-2-3p and hsa-miR-125b-1-3p for determining a snow ginseng extract to be effective or not in aged skin cells, wherein hsa-miR-30c-2-3p is a sequence of SEQ ID NO: 1, and the hsa-miR-125b-1-3p is a sequence of SEQ ID NO: 2.
Manifold for use in a medium conduit suitable for transport of a medium using a pressure and suitable for receiving a cable , which manifold is configured for insertion at a location between a first pipe part and a second pipe part of the medium conduit , which manifold comprises a first shell and a second shell and a releasable pipe segment therebetween, which manifold is provided with a first cable passage at a first longitudinal position and a second cable passage at a second longitudinal position , which first cable passage is fixed to or part of the first shell and which second cable passage is fixed to or part of the second shell , which first and second cable passage are configured for taking a portion of the cable out of the medium conduit , wherein the releasable pipe segment is present between the first and the second longitudinal positions and is releasable in order to bring the cable into the cable passages and thereafter to be replaced by another pipe segment
Method for producing blade armor for a blade of a turbomachine, the blade having an airfoil, wherein the airfoil is formed from a titanium material and the method comprises the following steps: - providing a blade; - providing a slip which comprises a metal powder and a binder, wherein the metal powder is formed from a material that comprises M, Cr and Al, wherein M is at least one element selected from the group comprising Fe, Ni and Co, wherein the binder is a ceramic binder; - applying the slip to a subregion of the airfoil ; - drying and/or firing the slip to form armor . - providing a blade; - providing a slip which comprises a metal powder and a binder, wherein the metal powder is formed from a material that comprises M, Cr and Al, wherein M is at least one element selected from the group comprising Fe, Ni and Co, wherein the binder is a ceramic binder; - applying the slip to a subregion of the airfoil ; - drying and/or firing the slip to form armor .